EMLSAG00000005066, EMLSAG00000005066-687832 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000005066
Unique NameEMLSAG00000005066-687832
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:robo "roundabout" species:7227 "Drosophila melanogaster" [GO:0007411 "axon guidance" evidence=IMP;TAS] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0005887 "integral component of plasma membrane" evidence=ISS] [GO:0035385 "Roundabout signaling pathway" evidence=IGI] [GO:0044295 "axonal growth cone" evidence=IDA] [GO:0016199 "axon midline choice point recognition" evidence=IGI;IMP;TAS] [GO:0031982 "vesicle" evidence=IDA] [GO:2000274 "regulation of epithelial cell migration, open tracheal system" evidence=IMP] [GO:0008038 "neuron recognition" evidence=IMP] [GO:0070983 "dendrite guidance" evidence=IMP] [GO:0043025 "neuronal cell body" evidence=IDA] [GO:0030424 "axon" evidence=IDA] [GO:0030425 "dendrite" evidence=IDA] [GO:0048813 "dendrite morphogenesis" evidence=IMP;TAS] [GO:0004872 "receptor activity" evidence=TAS] [GO:0007427 "epithelial cell migration, open tracheal system" evidence=TAS] [GO:0007432 "salivary gland boundary specification" evidence=IMP] [GO:0035050 "embryonic heart tube development" evidence=IMP] [GO:0022409 "positive regulation of cell-cell adhesion" evidence=IMP] [GO:0008201 "heparin binding" evidence=IDA] [GO:0071666 "Slit-Robo signaling complex" evidence=IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0009649 "entrainment of circadian clock" evidence=IDA] [GO:0003151 "outflow tract morphogenesis" evidence=IGI] [GO:0001964 "startle response" evidence=IMP] [GO:0048854 "brain morphogenesis" evidence=IGI] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IMP] [GO:0050773 "regulation of dendrite development" evidence=IMP] [GO:0043234 "protein complex" evidence=IPI] [GO:0008045 "motor neuron axon guidance" evidence=IMP] [GO:0008406 "gonad development" evidence=IMP] [GO:0046716 "muscle cell cellular homeostasis" evidence=IGI] [GO:0072499 "photoreceptor cell axon guidance" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 GO:GO:0043234 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0043025 GO:GO:0009649 GO:GO:0030425 SUPFAM:SSF49265 GO:GO:0004872 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0008201 GO:GO:0008045 GO:GO:0072499 GO:GO:0031982 GO:GO:0046716 GO:GO:0050773 GO:GO:0007427 InterPro:IPR013098 Pfam:PF07679 GO:GO:0008406 GO:GO:0003151 GO:GO:0044295 GO:GO:0048854 GeneTree:ENSGT00740000115353 GO:GO:0070983 GO:GO:0007432 GO:GO:0031987 GO:GO:0001964 GO:GO:0022409 GO:GO:2000274 GO:GO:0035050 GO:GO:0035385 GO:GO:0071666 FlyBase:FBgn0005631 UniGene:Dm.7485 GeneID:37603 KEGG:dme:Dmel_CG13521 CTD:37603 GenomeRNAi:37603 NextBio:804509 RefSeq:NP_726224.2 ProteinModelPortal:Q9W213 SMR:Q9W213 MINT:MINT-1546586 EnsemblMetazoa:FBtr0071923 UCSC:CG13521-RB InParanoid:Q9W213 OMA:NLTTFYN Bgee:Q9W213 Uniprot:Q9W213)

HSP 1 Score: 761.525 bits (1965), Expect = 0.000e+0
Identity = 423/1012 (41.80%), Postives = 613/1012 (60.57%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-----NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHV-KGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHP-------NEG-----NINGNI----------------MSEPWFIGLLTAVFVAIS-GTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDD--WKCG--TKSTGIYDEAETNQRYFRPSDNNNTDL---YAEVGEPNGFSTFGGNHRITEPSPYATTTL 981
             +  QY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV    G+LFF R +Q KKE DGG YWC A N VG A SR+ +L +AVLR+DFR+ P DT VA+G+  +++C PPKG P+P++ W K+G  LD  ++     + R+ I + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D   + G      C V GDP P V+W +++G +P ++  I  D   L+I ++ P D+G Y C+A N+VG + A  S+ VHA P    +P ++++G+NG+ +  C A GNPPPS+FWTKEG   LMF  + +G++ V+ DGTL I  VR+EDEG+Y+CSA SV  S+  + +L+V++L + PPPII +G ANQTLP  ++A LPC+A+G P P I W+ +   +   +   I+  SS  L +D+L  SD+G YTCTAS E GETSW+A+L+   P + +   H+  DPST+P PP  PK+++   TSI++ W +S        P++GYT+EYFS DL+TGW+VAA R+     TI+ L P TSY+FLVRAEN+ G+S P+ +S  ++T++  ++ D  + +++S A   L  K V+L    AI+++ +R+ W + +     YVEG  + Y+D S  S +++  TVM  +    + V+ NL+KYT+YE FL PF++ IEGQPSNS    T EDVPSAPP ++ I   N T+  +RW+PPP QH NG L GY+I V  GN     +N+ TLNATTTS +L+NLT    YSVR  + TK G GP+S+P    MDPT+  +    HP       +EG     + NGNI                +S PW + L+  V + +     I ++ +++K   TK L   +V S +  +IT + IN   S+ ++WI+    W+     K +G+ +    +      S+ NN+D    YAEV   N  + +        P+PYATT +
Sbjct:   82 AVRGQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVSTNEKKSHRVQFKDGALFFYRTMQGKKEQDGGEYWCVAKNRVGQAVSRHASLQIAVLRDDFRVEPKDTRVAKGETALLECGPPKGIPEPTLIWIKDGVPLDDLKAMSFGASSRVRIVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPKDQVMLYGQTATFHCSVGGDPPPKVLWKKEEGNIPVSRARILHDEKSLEISNITPTDEGTYVCEAHNNVGQISARASLIVHAPPNFTKRPSNKKVGLNGVVQLPCMASGNPPPSVFWTKEGVSTLMFPNSSHGRQHVAADGTLQITDVRQEDEGYYVCSAFSVVDSSTVRVFLQVSSLDERPPPIIQIGPANQTLPKGSVATLPCRATGNPSPRIKWFHDGHAVQAGNRYSIIQGSS--LRVDDLQLSDSGTYTCTASGERGETSWAATLTVEKPGSTS--LHRAADPSTYPAPPGTPKVLNVSRTSISLRWAKSQEKPGAVGPIIGYTVEYFSPDLQTGWIVAAQRVGDTQVTISGLTPGTSYVFLVRAENTQGISVPSGLSNTIKTIE--ADFDAASANDLSAARTLLTGKSVELIDASAINASAVRLEWMLHVSADEKYVEGLRIHYKDASVPSAQYHSITVMDAS--AESFVVGNLKKYTKYEFFLTPFFETIEGQPSNSKTALTYEDVPSAPPDNIQIGMYNQTAGWVRWTPPPSQHHNGNLYGYKIEVSAGNTMKVLANM-TLNATTTSVLLNNLTTGAVYSVRLNSFTKAGDGPYSKPISLFMDPTHHVHPPRAHPSGTHDGRHEGQDLTYHNNGNIPPGDINPTTHKKTTDYLSGPWLMVLVCIVLLVLVISAAISMVYFKRKHQMTKELGHLSVVSDN--EITALNIN---SKESLWIDHHRGWRTADTDKDSGLSESKLLSHVNSSQSNYNNSDGGTDYAEVDTRNLTTFYNCRKSPDNPTPYATTMI 1079          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:robo3 "robo3" species:7227 "Drosophila melanogaster" [GO:0007411 "axon guidance" evidence=IMP;TAS] [GO:0007419 "ventral cord development" evidence=IMP] [GO:0005886 "plasma membrane" evidence=NAS] [GO:0008046 "axon guidance receptor activity" evidence=NAS] [GO:0008038 "neuron recognition" evidence=IMP] [GO:0048036 "central complex development" evidence=IMP] [GO:0016319 "mushroom body development" evidence=IMP] [GO:0030424 "axon" evidence=IDA] [GO:0008406 "gonad development" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0007411 GO:GO:0030424 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 GO:GO:0007419 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016319 InterPro:IPR013098 Pfam:PF07679 GO:GO:0008406 GO:GO:0008038 GO:GO:0048036 OrthoDB:EOG7QRQT2 EMBL:AF312580 ProteinModelPortal:Q9GPP6 SMR:Q9GPP6 IntAct:Q9GPP6 STRING:7227.FBpp0077587 PRIDE:Q9GPP6 FlyBase:FBgn0041097 InParanoid:Q9GPP6 Bgee:Q9GPP6 Uniprot:Q9GPP6)

HSP 1 Score: 646.351 bits (1666), Expect = 0.000e+0
Identity = 345/895 (38.55%), Postives = 526/895 (58.77%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSR--DDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVS---EDG--TLFIQGVRKEDEGFYI-CSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNL-ISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMS---------KVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQH-RNGVLLGYQIHVKG----NGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDP--TNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRH 897
            P+I E P   TVP++EP TLNCKA+G P P I WYKDG  +   P +HR+ LP+G LFFL+ V +++E D G+YWCEA NE+G ARSRN TL VAVLR++FRL P +T +A+GD  +++C  P+G P+P+V W K G  LD   S  R+ I + GNL IQ+  ++DEGQ  C A+N VG+RE+  A L + VKPY +  P D T + G  +   C V GDP P V+W R    G +P ++VS+  +R L++  V   D+G Y C+A N VG + A  +++V+A P    +P  + + +     FEC A GNP P++FWT + +  L+F G     R  S   E+G   L +   ++ D+   I C+A++   S  ++  L + +  D PPPIII G  NQTLP+ ++A L CKA G P PTISWY++  P  +  SS++ + +SG L+I +L    D GLYTC ASS +G+++WS  L    P NPN+ F++ P+ +  P  P +PKI++  ++++TI W  S   G S  +GY++E + ++    W+  A+R++   +T+ +L    +YMF+VRAENS G SPP+ +SE +   + +   DG      S  L+S          VV+L    A  STT R+SW I  +S  Y+EGF++  R++   S ++ M T++ +  G+ +  +  L K + YE FL+PFYK I G+PSNS  ++T+EDVP APP  +     N TS  ++W PP P   RNG+L  Y + VKG    N +    N+ T++A T + +L+NLT    Y +   A T++G+GPFS+P+   +D    ++      +P   +I  + +++ WFI LL ++ +AI    +G ++  K++   K  S  ++   H
Sbjct:   23 PRIVEHPIDTTVPRHEPATLNCKAEGSPTPTIQWYKDGVPLKILPGSHRITLPAGGLFFLKVVNSRRETDAGIYWCEAKNELGVARSRNATLQVAVLRDEFRLEPQNTRIAQGDTALLECAAPRGIPEPTVTWKKGGQKLDLEGSK-RVRIVDGGNLAIQDARQTDEGQYQCIAKNPVGVRESSLATLKVHVKPYIIRGPHDQTVLEGASVTFPCRVGGDPMPDVLWLRTASGGNMPLDRVSVLEDRSLRLERVTIADEGEYSCEADNVVGAITAMGTLTVYAPPKFIQRPASKSVELGADTSFECRAIGNPKPTIFWTIKNNSTLIFPGAPPLDRFHSLNTEEGHSILTLTRFQRTDKDLVILCNAMNEVASITSRVQLSLDSQEDRPPPIIISGPVNQTLPIKSLATLQCKAIGLPSPTISWYRDGIP--VQPSSKLNITTSGDLIISDLDRQQDQGLYTCVASSRAGKSTWSGFLRIELPTNPNIKFYRAPEQTKCPSAPGQPKILNATASALTIVWPTSDKAGASSFLGYSVEMYCTNQSRTWIPIASRLSEPIFTVESLTQGAAYMFIVRAENSLGFSPPSPISEPITAGKLVGVRDGSESTGTSQLLLSDVETLLQANDVVELLEANASDSTTARLSWDI--DSGQYIEGFYLYARELH--SSEYKMVTLLNKGQGLSSCTVPGLAKASTYEFFLVPFYKSIVGKPSNSRRMRTLEDVPEAPPYGMEAIQFNRTSVFLKWLPPQPNRTRNGILTSYNVVVKGLDVHNTTRIFKNM-TIDAATPTLLLANLTTGVTYYIAVAAATRVGVGPFSKPAVLRIDARTQSLDTGYTRYPISRDIADDFLTQTWFIVLLGSI-IAIIVFLLGALVLFKRYQFIKQTSLGSLHGNH 908          

HSP 2 Score: 57.3806 bits (137), Expect = 1.085e-6
Identity = 34/94 (36.17%), Postives = 52/94 (55.32%), Query Frame = 0
Query:  399 LEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISI-DDSSRILVESSGTL---VIDNLISSDTGLYTCTASSESG 488
            L+ T  + + PP I+    + T+P +  A L CKA G+P PTI WYK+  P+ I   S RI + + G     V+++   +D G+Y C A +E G
Sbjct:   12 LKWTHAQGSHPPRIVEHPIDTTVPRHEPATLNCKAEGSPTPTIQWYKDGVPLKILPGSHRITLPAGGLFFLKVVNSRRETDAGIYWCEAKNELG 105          

HSP 3 Score: 48.521 bits (114), Expect = 5.501e-4
Identity = 47/195 (24.10%), Postives = 85/195 (43.59%), Query Frame = 0
Query:   26 YRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGE---LVPTAP---KTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSR-NVTLDVAVLRED-----FRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVK-SDEGQXACQAENIVG 207
            Y  P+  ++P S +V      +  C+A G P+P I W        + P AP   + H +    G          + + D  +  C A NEV +  SR  ++LD    +ED         P++  +    +  ++C    G P P++ W ++G  +   Q + ++ IT  G+L+I ++ +  D+G   C A +  G
Sbjct:  303 YAPPKFIQRPASKSVELGADTSFECRAIGNPKPTIFWTIKNNSTLIFPGAPPLDRFHSLNTEEGHSILTLTRFQRTDKD-LVILCNAMNEVASITSRVQLSLDS---QEDRPPPIIISGPVNQTLPIKSLATLQC-KAIGLPSPTISWYRDGIPV---QPSSKLNITTSGDLIISDLDRQQDQGLYTCVASSRAG 489          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:ROBO2 "Roundabout homolog 2" species:9606 "Homo sapiens" [GO:0001656 "metanephros development" evidence=ISS] [GO:0001657 "ureteric bud development" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0007156 "homophilic cell adhesion" evidence=IDA] [GO:0007411 "axon guidance" evidence=ISS;TAS] [GO:0007417 "central nervous system development" evidence=NAS] [GO:0007420 "brain development" evidence=IEP] [GO:0008046 "axon guidance receptor activity" evidence=ISS;NAS] [GO:0009986 "cell surface" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016199 "axon midline choice point recognition" evidence=ISS] [GO:0021891 "olfactory bulb interneuron development" evidence=ISS] [GO:0030673 "axolemma" evidence=ISS] [GO:0031290 "retinal ganglion cell axon guidance" evidence=ISS] [GO:0032870 "cellular response to hormone stimulus" evidence=IEP] [GO:0042802 "identical protein binding" evidence=IDA] [GO:0046982 "protein heterodimerization activity" evidence=IEA] [GO:0050772 "positive regulation of axonogenesis" evidence=IDA] [GO:0050925 "negative regulation of negative chemotaxis" evidence=IDA] [GO:0051964 "negative regulation of synapse assembly" evidence=ISS] [GO:0061364 "apoptotic process involved in luteolysis" evidence=IEP] [GO:0070062 "extracellular vesicular exosome" evidence=IDA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0016021 GO:GO:0070062 Reactome:REACT_111045 GO:GO:0009986 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0030673 GO:GO:0042802 GO:GO:0050772 GO:GO:0032870 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0001656 GO:GO:0001657 GO:GO:0021891 GO:GO:0031290 GO:GO:0051964 GO:GO:0008046 eggNOG:NOG238978 HOGENOM:HOG000010267 HOVERGEN:HBG073476 TreeFam:TF351053 GO:GO:0050925 EMBL:DQ533874 EMBL:AB046788 EMBL:DQ533873 EMBL:AC016942 EMBL:AC016952 EMBL:AC024256 EMBL:AC026877 EMBL:AC067717 EMBL:AC117514 EMBL:AC117515 EMBL:AC117516 EMBL:AC126467 EMBL:AC130004 EMBL:AC131005 EMBL:AC131154 EMBL:AC133040 EMBL:AC138974 EMBL:BC064374 EMBL:BC146772 EMBL:AF040991 RefSeq:NP_001122401.1 RefSeq:NP_002933.1 UniGene:Hs.13305 PDB:1UEM PDB:1UJT PDB:2EDJ PDBsum:1UEM PDBsum:1UJT PDBsum:2EDJ ProteinModelPortal:Q9HCK4 SMR:Q9HCK4 BioGrid:112019 IntAct:Q9HCK4 MINT:MINT-1418118 STRING:9606.ENSP00000417164 PhosphoSite:Q9HCK4 DMDM:49036496 PaxDb:Q9HCK4 PRIDE:Q9HCK4 Ensembl:ENST00000461745 Ensembl:ENST00000487694 GeneID:6092 KEGG:hsa:6092 UCSC:uc003dpy.4 UCSC:uc021xat.1 CTD:6092 GeneCards:GC03P075955 HGNC:HGNC:10250 HPA:HPA013371 MIM:602431 MIM:610878 neXtProt:NX_Q9HCK4 Orphanet:289365 PharmGKB:PA34621 KO:K06754 ChiTaRS:ROBO2 EvolutionaryTrace:Q9HCK4 GeneWiki:ROBO2 GenomeRNAi:6092 NextBio:23691 PRO:PR:Q9HCK4 ArrayExpress:Q9HCK4 Bgee:Q9HCK4 CleanEx:HS_ROBO2 Genevestigator:Q9HCK4 GO:GO:0061364 Uniprot:Q9HCK4)

HSP 1 Score: 604.364 bits (1557), Expect = 0.000e+0
Identity = 344/898 (38.31%), Postives = 504/898 (56.12%), Query Frame = 0
Query:    1 MILKMHLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT-GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSD---LLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN---GNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKK 881
            +++   L++C FL +    S +  +   P+I E P+ + V K EP TLNCKA+G P P I WYKDGE V T    P++HR++LPSGSLFFLR V  ++   D G Y C A N +G A SRN +L+VA+LR+DFR NP D +VA G+  +++C PP+G+P+P++ W K+   +D  +   RI I   G L+I    KSD G   C   N+VG R+++ A+L++  +P FL +P++   +  + ++  C V GDP P V W +DD  LP  +  I D   L+I+     D+G Y C A+N VG +EAS +++V A P    +P+DQ +       F C   GNP P++FW KEGSQ L+F         + SVS  G L I  +++ D G+YIC AL+VAGS   KA LEVT  L D PPPII+ G ANQTL ++  A+L CKA+G P P ISW K        D  R  ++  GTL I NL  SDTG YTC A+S SGETSWSA L   D         K  D S  P PP++P++ D    S+T+SW+  P T G  P   Y +E FS  +   W   AN + +  YT+  L+P+T Y+F+VRA N  G+S P+ +S+ VRT        G++  +V   L   +V+L +   ++ TT++V+W++      +++G+ V YR  SG     + + +  +     + V+ NL+K   YE+ + P++ + +G  S S  V+T E+ PSAPP     L +   NSTS  + W PPPP H+NG++  Y+I   GN + FH N  T++A   S I+  L    +Y V   A T  G+G  S+P   ++   N    ++   N  +I     +++ +P FI G+  A +V + G  I +   RKK
Sbjct:    3 LLMFTQLLLCGFLYVRVDGSRLRQEDFPPRIVEHPSDVIVSKGEPTTLNCKAEGRPTPTIEWYKDGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRRSKPDEGSYVCVARNYLGEAVSRNASLEVALLRDDFRQNPTDVVVAAGEPAILECQPPRGHPEPTIYWKKDKVRIDDKEE--RISI-RGGKLMISNTRKSDAGMYTCVGTNMVGERDSDPAELTVFERPTFLRRPINQVVLEEEAVEFRCQVQGDPQPTVRWKKDDADLPRGRYDIKDDYTLRIKKTMSTDEGTYMCIAENRVGKMEASATLTVRAPPQFVVRPRDQIVAQGRTVTFPCETKGNPQPAVFWQKEGSQNLLFPNQPQQPNSRCSVSPTGDLTITNIQRSDAGYYICQALTVAGSILAKAQLEVTDVLTDRPPPIILQGPANQTLAVDGTALLKCKATGDPLPVISWLKEGFTFPGRD-PRATIQEQGTLQIKNLRISDTGTYTCVATSSSGETSWSAVL---DVTESGATISKNYDLSDLPGPPSKPQVTDVTKNSVTLSWQ--PGTPGTLPASAYIIEAFSQSVSNSWQTVANHVKTTLYTVRGLRPNTIYLFMVRAINPQGLSDPSPMSDPVRTQDISPPAQGVDHRQVQKELGDVLVRLHNPVVLTPTTVQVTWTV-DRQPQFIQGYRVMYRQTSGLQATSSWQNLDAKVPTERSAVLVNLKKGVTYEIKVRPYFNEFQGMDSESKTVRTTEEAPSAPPQSVTVLTVGSYNSTSISVSWDPPPPDHQNGIIQEYKIWCLGNETRFHIN-KTVDAAIRSVIIGGLFPGIQYRVEVAASTSAGVGVKSEPQPIIIGRRN---EVVITENNNSITEQITDVVKQPAFIAGIGGACWVILMGFSIWLYWRRKK 886          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:robo2 "roundabout homolog 2" species:7955 "Danio rerio" [GO:0007411 "axon guidance" evidence=IMP] [GO:0033564 "anterior/posterior axon guidance" evidence=IGI;IMP] [GO:0031290 "retinal ganglion cell axon guidance" evidence=IGI;IMP] [GO:0007413 "axonal fasciculation" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0048843 "negative regulation of axon extension involved in axon guidance" evidence=IMP] [GO:0016199 "axon midline choice point recognition" evidence=IGI] [GO:0021952 "central nervous system projection neuron axonogenesis" evidence=IGI;IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 ZFIN:ZDB-GENE-001019-1 GO:GO:0009986 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0042802 GO:GO:0050772 GO:GO:0021952 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007413 GO:GO:0007156 GO:GO:0001656 GO:GO:0001657 GO:GO:0021891 GO:GO:0031290 GO:GO:0033564 GO:GO:0051964 GO:GO:0048843 HOGENOM:HOG000010267 HOVERGEN:HBG073476 CTD:6092 KO:K06754 EMBL:AF337035 EMBL:CU638815 RefSeq:NP_571708.1 UniGene:Dr.83334 STRING:7955.ENSDARP00000090119 GeneID:60309 KEGG:dre:60309 InParanoid:Q90Z70 NextBio:20892416 Uniprot:Q90Z70)

HSP 1 Score: 590.497 bits (1521), Expect = 0.000e+0
Identity = 350/956 (36.61%), Postives = 528/956 (55.23%), Query Frame = 0
Query:    6 HLVVCHFLTICSFTSVISAQYRS----PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR----LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQ----TKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT-GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSD---LLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN-GNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-----AINPDGSR---------GTVWINDDW 921
            HL++C  +    F  V  ++ R     P+I E P+ + V K EP TLNCKA+G P P + WYKDGE V T    P++HR++LPSGSLFFLR V  ++   D G Y C A N +G A SRN +L+VA+LR+DFR NP D +VA G+  +++C PP+G+P+P++ W K  D +   + + RI I   G L+I    KSD G   C   N+VG R++E AQ+++  +P FL +P +   +  + ++  C V GDP P + W +DD  +P  +  +  ++    L+I+     D+G + C A+N VG +EAS +++V A+P        +P+DQ +     A F C   GNP P++FW KEGSQ L+F         + SVS  G L I  V++ D G+YIC AL+VAGS   KA LEVT  L D PPPII  G ANQTL ++++A+L C ASG P PTISW K+   + +    R+ ++  G+L I  L  SD+G+YTC A+S SGETSWSA L   +    +++  K  D +  P PP++P++ D    S+++SW+  P   G S +  Y +E FS  +   W   A+ + +  YTI  L+P+T Y+F+VRA N  G+S P+ +SE VRT        G +   V   L   +V+L +   +S TTI+V+W++  +S  +++G+ V YR MSG S     +T  ++     + V++ L+K   YE+ + P++ + +G  S S   +T E+ PSAPP     L +   NSTS  I W PPP +H+NG++  Y+I   GN + FH N  T++A   S ++  L    +Y V   A T  G+G  S+P   ++   + +  +I+  N       +++ +P FI G+  A +V + G  I +   RKK    K LS   V S  +            +  +GSR         G  W+ D W
Sbjct:    6 HLLLCGLVY---FNQVDGSRLRQEDSPPRIVEHPSDLIVSKGEPATLNCKAEGRPTPTVEWYKDGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRRSKPDEGAYVCVARNYLGEAVSRNASLEVALLRDDFRQNPTDVVVAAGEPAILECVPPRGHPEPTIYWKK--DKVRIDEKDDRIKI-RGGKLMISNTRKSDAGMYICVGTNMVGERDSETAQVTVFERPTFLRRPTNQVVLEEEAVEFRCQVQGDPQPSIRWKKDDVEIPRGRYDMKFDKDDFTLRIKKATASDEGTFTCVAENRVGKMEASATLTVRARPVAAPQFVIRPRDQIVAQGRTASFPCETKGNPQPAVFWQKEGSQNLLFPNQPQQPNSRFSVSPSGDLTITAVQRADAGYYICQALTVAGSILAKAQLEVTDVLTDRPPPIIRQGPANQTLGVDSVALLRCHASGEPVPTISWLKDGVSL-LGKDPRMSLQDLGSLQIKGLRLSDSGIYTCVAASSSGETSWSAFLEVKEAG--SLVVVKDRDENELPGPPSKPQVTDVTKNSVSLSWQ--PGLPGASAISTYVIEAFSQSVSNSWQTVADHVKTTQYTIKGLRPNTIYLFMVRAVNVQGLSDPSPMSEPVRTQDISPPAQGGDHRHVQKELGEVIVRLHNPVVLSPTTIQVTWTVDRQSQ-FIQGYRVLYRQMSGLSSPGAWQTQDVKVPSERSMVLSALKKGIVYEIKVRPYFNEFQGMDSESRTARTTEEAPSAPPQQVTVLTVGNQNSTSISISWDPPPAEHQNGIIQEYKIWCLGNETRFHVN-KTVDAAIRSVVVGGLQAGVQYRVEVAASTSAGVGVKSEPQTIIIG-KDFRDVMISRNNSITEQITDVVKQPAFIAGIGGACWVILMGFSIWLYWRRKK---RKGLSNYAVQSFTFTPAVTFQRVDGGLMSNGSRPGLLNASDSGYPWLADSW 944          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:Robo2 "roundabout homolog 2 (Drosophila)" species:10090 "Mus musculus" [GO:0001656 "metanephros development" evidence=IMP] [GO:0001657 "ureteric bud development" evidence=ISO;IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0006935 "chemotaxis" evidence=IEA] [GO:0007156 "homophilic cell adhesion" evidence=ISO] [GO:0007165 "signal transduction" evidence=ISO] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0007399 "nervous system development" evidence=IEA] [GO:0007411 "axon guidance" evidence=ISO;IMP] [GO:0008046 "axon guidance receptor activity" evidence=ISO] [GO:0009986 "cell surface" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016199 "axon midline choice point recognition" evidence=IGI] [GO:0021891 "olfactory bulb interneuron development" evidence=IMP] [GO:0030154 "cell differentiation" evidence=IEA] [GO:0030673 "axolemma" evidence=IDA] [GO:0031290 "retinal ganglion cell axon guidance" evidence=IMP] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0046982 "protein heterodimerization activity" evidence=IPI] [GO:0050772 "positive regulation of axonogenesis" evidence=ISO] [GO:0050925 "negative regulation of negative chemotaxis" evidence=ISO] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 MGI:MGI:1890110 GO:GO:0016021 GO:GO:0009986 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0030673 GO:GO:0042802 Reactome:REACT_188576 GO:GO:0050772 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0001656 GO:GO:0001657 GO:GO:0021891 GO:GO:0031290 eggNOG:NOG238978 HOGENOM:HOG000010267 HOVERGEN:HBG073476 ChiTaRS:ROBO2 EMBL:BC055333 EMBL:AK129396 UniGene:Mm.171736 ProteinModelPortal:Q7TPD3 SMR:Q7TPD3 IntAct:Q7TPD3 PhosphoSite:Q7TPD3 PaxDb:Q7TPD3 PRIDE:Q7TPD3 UCSC:uc007zrf.1 PRO:PR:Q7TPD3 CleanEx:MM_ROBO2 Genevestigator:Q7TPD3 Uniprot:Q7TPD3)

HSP 1 Score: 587.03 bits (1512), Expect = 0.000e+0
Identity = 339/878 (38.61%), Postives = 490/878 (55.81%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPA----IQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT-GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIV----NHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSD---LLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN---GNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKK 881
            P+I E P+ + V K EP TLNCKA+G P P I WYKDGE V T    P++HR++LPSGSLFFLR V  ++   D G Y C A N +G A SRN +L+VA+LR+DFR NP D +VA G+  +++C PP+G+P+P++ W K+   +D  +   RI I   G L+I    KSD G   C   N+VG R+++ A+L++  +P FL +P++   +  + ++  C V GDP P V W +DD  LP  +  I D   L+I+     D+G Y C A+N VG VEAS +++V  +P        +P+DQ +       F C   GNP P++FW KEGSQ L+F         + SVS  G L I  +++ D G+YIC AL+VAGS   KA LEVT  L D PPPII+ G  NQTL ++  A+L CKA+G P P ISW K +    +    R  ++  GTL I NL  SDTG YTC A+S SGETSWSA L   D         K  D +  P PP++P++ D    S+T+SW+  P T G  P   Y +E FS  +   W   AN + +  YT+  L+P+T Y+F+VRA N  G+S P+ +S+ VRT        G++  +V   L   VV+L +   ++ TT++V+W++      +++G+ V YR  SG        TV    D  V    + V+ NL+K   YE+ + P++ + +G  S S  V+T E+ PSAPP     L +   NSTS  + W PPP  H+NG++  Y+I   GN + FH N  T++A   S ++  L    +Y V   A T  G+G  S+P   ++   N    ++   N  +I     +++ +P FI G+  A +V + G  I +   RKK
Sbjct:   31 PRIVEHPSDVIVSKGEPTTLNCKAEGRPTPTIEWYKDGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRRSKPDEGSYVCVARNYLGEAVSRNASLEVALLRDDFRQNPTDVVVAAGEPAILECQPPRGHPEPTIYWKKDKVRIDDKEE--RISI-RGGKLMISNTRKSDAGMYTCVGTNMVGERDSDPAELTVFERPTFLRRPINQVVLEEEAVEFRCQVQGDPQPTVRWKKDDADLPRGRYDIKDDYTLRIKKAMSTDEGTYVCIAENRVGKVEASATLTVRVRPVAPPQFVVRPRDQIVAQGRTVTFPCETKGNPQPAVFWQKEGSQNLLFPNQPQQPNSRCSVSPTGDLTITNIQRSDAGYYICQALTVAGSILAKAQLEVTDVLTDRPPPIILQGPINQTLAVDGTALLKCKATGEPLPVISWLK-EGFTFLGRDPRATIQDQGTLQIKNLRISDTGTYTCVATSSSGETSWSAVL---DVTESGATISKNYDMNDLPGPPSKPQVTDVSKNSVTLSWQ--PGTPGVLPASAYIIEAFSQSVSNSWQTVANHVKTTLYTVRGLRPNTIYLFMVRAINPQGLSDPSPMSDPVRTQDISPPAQGVDHRQVQKELGDVVVRLHNPVVLTPTTVQVTWTV-DRQPQFIQGYRVMYRQTSG----LQASTVWQNLDAKVPTERSAVLVNLKKGVTYEIKVRPYFNEFQGMDSESKTVRTTEEAPSAPPQSVTVLTVGSHNSTSISVSWDPPPADHQNGIIQEYKIWCLGNETRFHIN-KTVDAAIRSVVIGGLFPGIQYRVEVAASTSAGVGVKSEPQPIIIGGRN---EVVITENNNSITEQITDVVKQPAFIAGIGGACWVILMGFSIWLYWRRKK 890          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:Robo1 "roundabout homolog 1 (Drosophila)" species:10090 "Mus musculus" [GO:0002042 "cell migration involved in sprouting angiogenesis" evidence=ISO] [GO:0005515 "protein binding" evidence=IPI] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0006919 "activation of cysteine-type endopeptidase activity involved in apoptotic process" evidence=ISO] [GO:0006935 "chemotaxis" evidence=IEA] [GO:0007156 "homophilic cell adhesion" evidence=ISO] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0007399 "nervous system development" evidence=IEA] [GO:0007411 "axon guidance" evidence=ISO;IGI;IMP] [GO:0008046 "axon guidance receptor activity" evidence=ISO] [GO:0008285 "negative regulation of cell proliferation" evidence=IMP] [GO:0009986 "cell surface" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016199 "axon midline choice point recognition" evidence=IGI] [GO:0021836 "chemorepulsion involved in postnatal olfactory bulb interneuron migration" evidence=ISO] [GO:0021891 "olfactory bulb interneuron development" evidence=IGI] [GO:0030154 "cell differentiation" evidence=IEA] [GO:0030275 "LRR domain binding" evidence=ISO] [GO:0030424 "axon" evidence=ISO] [GO:0030673 "axolemma" evidence=IDA] [GO:0033600 "negative regulation of mammary gland epithelial cell proliferation" evidence=ISO] [GO:0035385 "Roundabout signaling pathway" evidence=ISO] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0043025 "neuronal cell body" evidence=ISO] [GO:0046982 "protein heterodimerization activity" evidence=IPI] [GO:0048814 "regulation of dendrite morphogenesis" evidence=ISO] [GO:0050772 "positive regulation of axonogenesis" evidence=ISO] [GO:0050925 "negative regulation of negative chemotaxis" evidence=ISO] [GO:0060763 "mammary duct terminal end bud growth" evidence=IMP] [GO:0070100 "negative regulation of chemokine-mediated signaling pathway" evidence=ISO] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 MGI:MGI:1274781 GO:GO:0016021 GO:GO:0008285 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0030673 Reactome:REACT_188576 InterPro:IPR013098 Pfam:PF07679 GO:GO:0021891 InterPro:IPR003596 SMART:SM00406 GO:GO:0060763 CTD:6091 eggNOG:NOG238978 HOGENOM:HOG000010267 HOVERGEN:HBG073476 KO:K06753 EMBL:Y17793 PIR:T30805 RefSeq:NP_062286.2 UniGene:Mm.310772 ProteinModelPortal:O89026 SMR:O89026 BioGrid:202949 PhosphoSite:O89026 PaxDb:O89026 PRIDE:O89026 DNASU:19876 GeneID:19876 KEGG:mmu:19876 InParanoid:O89026 NextBio:297362 PRO:PR:O89026 CleanEx:MM_ROBO1 Genevestigator:O89026 Uniprot:O89026)

HSP 1 Score: 586.645 bits (1511), Expect = 0.000e+0
Identity = 337/896 (37.61%), Postives = 511/896 (57.03%), Query Frame = 0
Query:    6 HLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYR--DMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKS 887
            H  +   + +CS + +    +  P+I E P+ + V K EP TLNCKA+G P P I WYK GE V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  LD    + RI I   G L+I    KSD G+  C   N+VG RE+E A+L++  +P F+ +P ++     D  +  C+  GDP P V W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS +++V   P    KP+DQ + +     F+C A GNP P++FW +EGSQ L+F+        + SVS+ G L I  V++ D G+YIC  L+VAGS  TKAYLEVT  + D PPP+I  G  NQT+ ++   IL C A+G+P PTI W K+   +S  D SRI    SG L I      DTG YTCTAS+ SGE +WSA +   +   P V   +  DP+  P  P++P++ D    ++T+SW+ + N+G +P   Y +E FS    + W  AA  + +ET+ I  LKP+  Y+FLVRA N++G+S P+++S+ V+T      + G++  +V   L + V+ L +   +SS+++ V W++  +S  Y++G+ + YR    S G  ++ +  V   T   V  VI +LRK   YE+   PF+ + +G  S     +T+E+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN + +H N  T++ +T S ++ +L    +YSV   A T  G G  S+P F  +D      +     +      +++ +P FI G+  A ++ +    I +  +RKK N   S
Sbjct:    7 HFYLFGLICLCSGSRLRQEDF-PPRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYICVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGSPLD--DKDERITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTVRWRKDDGELPKSRYEIRDDHTLKIRKVTAGDMGSYTCVAENMVGKAEASATLTVQEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSSSRFSVSQTGDLTITNVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTLILSCVATGSPAPTILWRKDGVLVSTQD-SRIKQLESGVLQIRYAKLGDTGRYTCTASTPSGEATWSAYIEVQEFGVP-VQPPRPTDPNLIPSAPSKPEVTDVSKNTVTLSWQPNLNSGATP-TSYIIEAFSHASGSSWQTAAENVKTETFAIKGLKPNAIYLFLVRAANAYGISDPSQISDPVKTQDVPPTSQGVDHKQVQRELGNVVLHLHNPTILSSSSVEVHWTVDQQSQ-YIQGYKILYRPSGASHGESEWLVFEVRTPTKNSV--VIPDLRKGVNYEIKARPFFNEFQGADSEIKFAKTLEEAPSAPPRSVTVSKNDGNGTAILVTWQPPPEDTQNGMVQEYKVWCLGNETKYHIN-KTVDGSTFSVVIPSLVPGIRYSVEVAASTGAGPGVKSEPQFIQLDSHGNPVSPEDQVSLAQQISDVVRQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTS 891          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:ROBO1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0002042 "cell migration involved in sprouting angiogenesis" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0006919 "activation of cysteine-type endopeptidase activity involved in apoptotic process" evidence=IEA] [GO:0007156 "homophilic cell adhesion" evidence=IEA] [GO:0007411 "axon guidance" evidence=IEA] [GO:0009986 "cell surface" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021836 "chemorepulsion involved in postnatal olfactory bulb interneuron migration" evidence=IEA] [GO:0030275 "LRR domain binding" evidence=IEA] [GO:0030673 "axolemma" evidence=IEA] [GO:0033600 "negative regulation of mammary gland epithelial cell proliferation" evidence=IEA] [GO:0035385 "Roundabout signaling pathway" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0046982 "protein heterodimerization activity" evidence=IEA] [GO:0050772 "positive regulation of axonogenesis" evidence=IEA] [GO:0050925 "negative regulation of negative chemotaxis" evidence=IEA] [GO:0060763 "mammary duct terminal end bud growth" evidence=IEA] [GO:0070100 "negative regulation of chemokine-mediated signaling pathway" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0016021 GO:GO:0005737 GO:GO:0007411 GO:GO:0009986 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0030673 GO:GO:0006919 GO:GO:0050772 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0033600 InterPro:IPR003596 SMART:SM00406 GO:GO:0060763 GO:GO:0070100 GO:GO:0002042 OMA:EDTQNGM OrthoDB:EOG7KWSGP TreeFam:TF351053 GO:GO:0021836 GO:GO:0050925 GO:GO:0035385 GeneTree:ENSGT00720000108572 EMBL:AAEX03016426 EMBL:AAEX03016427 EMBL:AAEX03016428 EMBL:AAEX03016429 Ensembl:ENSCAFT00000012668 Uniprot:F1Q2N4)

HSP 1 Score: 579.326 bits (1492), Expect = 2.971e-179
Identity = 327/874 (37.41%), Postives = 497/874 (56.86%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTP---DPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKS 887
            P+I E P+ + V K EP TLNCKA+G P P I WYK GE V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  LD    + RI I   G L+I    KSD G+  C   N+VG RE+E A+L++  +P F+ +P ++     D  +  C+  GDP P V W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS +++V   P    KP+DQ + +     F+C A GNP P++FW +EGSQ L+F+        + SVS+ G L I  V++ D G+YIC  L+VAGS  TKAYLEVT  + D PPP+I  G  NQT+ ++   +L C A+G+P PTI W K+   +S  D SRI    +G L I      DTG YTC AS+ SGE +WSA +      N   +  + P   DP+  P  P++P++ D    ++T+SW+ + N+G +P   Y +E FS    + W   A  + +ET+ I  LKP+  Y+FLVRA N++G+S P+++S+ V+T      + G++  +V   L + V+ L +   +SS++I V W++  +S  Y++G+ + YR   G   +       + T    + VI +L+K   YE+   PF+ + +G  S     +T+E+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN + +H N  T++ +T S ++ +L    +YSV   A T  G G  S+P F  +D      +     +      +++ +P FI G+  A ++ +    I +  +RKK N   S
Sbjct:   39 PRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYVCVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGSPLD--DKDERITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTVRWRKDDGELPKSRYEIRDDHTLKIRKVMAGDMGSYTCVAENMVGKAEASATLTVQEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSTSRFSVSQTGDLTITNVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTLVLSCVATGSPMPTILWRKDGVLVSTQD-SRIKQLETGVLQIRYAKLGDTGRYTCIASTPSGEATWSAYIEVQGKSNKFGVPVQPPRPTDPNLIPSAPSKPEVTDVSRNTVTLSWQPNLNSGATP-TSYIIEAFSHASGSSWQTVAENVKTETFAIKGLKPNAIYLFLVRAANAYGISDPSQISDPVKTQDVPPTSQGVDHKQVQRELGNVVLHLHNPTILSSSSIEVHWTVDQQSQ-YIQGYKILYRPSGGNHGESEWLVFEVRTPTKNSVVIPDLKKGVNYEIKARPFFNEFQGADSEIKFAKTLEEAPSAPPQSVTVSKNDGNGTAILVSWQPPPEDTQNGMVQEYKVWCLGNETRYHIN-KTVDGSTFSVVIPSLVPGIRYSVEVAASTGAGAGVKSEPQFIQLDSHGNPVSPEDQVSLAQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTS 905          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:robo3 "roundabout homolog 3" species:7955 "Danio rerio" [GO:0005515 "protein binding" evidence=IPI] [GO:0016199 "axon midline choice point recognition" evidence=IMP] [GO:0071679 "commissural neuron axon guidance" evidence=IMP] [GO:0005887 "integral component of plasma membrane" evidence=IDA] [GO:0048675 "axon extension" evidence=IMP] [GO:0048264 "determination of ventral identity" evidence=IMP] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0007411 "axon guidance" evidence=IGI;IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 ZFIN:ZDB-GENE-000209-4 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0048264 InterPro:IPR013098 Pfam:PF07679 GO:GO:0048675 GO:GO:0071679 HOGENOM:HOG000010267 HOVERGEN:HBG073476 EMBL:AF304131 UniGene:Dr.77473 ProteinModelPortal:Q98SW3 SMR:Q98SW3 InParanoid:Q98SW3 Uniprot:Q98SW3)

HSP 1 Score: 573.933 bits (1478), Expect = 6.309e-179
Identity = 375/1108 (33.84%), Postives = 577/1108 (52.08%), Query Frame = 0
Query:   12 FLTICSFTSVISAQYR----SPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDA-NRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAG---TKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTAL-RDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKN-QSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDL---LIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNIT-TLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN-------GNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGT-----------VWINDDWK--------------CGTK---------STGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNG--FSTFGGNHRITEPSPYATTTLAVMQNKV---RKMNGNTFISLP-----QCEQPSNALTSSSSGGEXSSYLLNSRDQLMLSPSNVP--NWSDILPPPP 1047
             L   +FT +  ++ R    +P+I E P+ + V K EP TLNCKA+G P P + WYKDGE V T    P++HR++LPSGSLFFLR V  ++   D G+Y C A N +G A SRN +L+VA+LR+DFR  P D +VA G+  V++C PP+G+P+P++ W +N   +  +  + RI I   G L+I    KSD G   C   N+VG ++++ A+L +  +P F+ +P++   ++ D +D  C+V GDP P + W +++G LP  +  I A N L++  V+ ED+G Y C ++N VG  EAS S+ VH  P I  +P+DQ         F C   GNPPP++FW KEGSQ L+F     ++ G+ SVS  G L I  V  ED G+YIC A+SVAGS  TKA LEV +   D  PPII  G ANQTL   T A L C   G P P+I W ++ Q  + ID+  RI +  +GTL I  L  +D+G YTC ASS SGETSWS  L+  +  +  +      +P   P PP +P + D    S+T++W+ + + G + +  Y +E FS    + W   A+ +  E +T+  L P+T Y+F+VRA N++G+S P+ +SE VRT        G++  +V   L    VQL     ++++++++SW++  +S  Y++G+ + YR + G   +  +K     +      VI NL K TEYE+ + P++ + +G  S S  ++T E+VPSAPP  +    ++  NS+S  + W PPP   +NGV+  Y++   GN S    NI  T++ +  S +L  L     Y V   A T  G+G  SQP   ++     +  +    +E   N        +++ +P FI G+  A +V + G  + I   RKK    K LS  T +  +   +        G  G             W+ D W               C +K           GI +    N++Y   +D+N   +Y+ + +P      +F   +     +PYA+T +    N+     + +G+ +++ P     Q  QP  + T +         +   + +LM  P   P  NW D LPPPP
Sbjct:   42 LLDWANFTGLNGSRPRLEDAAPRIVEHPSDLIVSKGEPATLNCKAEGRPTPMVEWYKDGERVETDREDPRSHRMLLPSGSLFFLRIVHGRRSKPDEGVYVCVARNYLGEAVSRNASLEVAILRDDFRQTPSDVVVAAGEPAVMECIPPRGHPEPTISWKRNN--VKVNDKDERITI-RGGKLMISNTRKSDAGMYVCVGTNMVGEKDSDPAELVVFERPMFVRRPVNQVVLADDTVDFQCEVQGDPAPTIRWKKEEGELPRGRFEIRADNSLRLTQVKAEDEGSYTCLSENSVGKAEASGSLQVHVPPQIVVRPRDQISAQGRTVTFLCGTKGNPPPAVFWQKEGSQVLLFPSQPPSQSGRFSVSLSGELTITDVHSEDSGYYICQAISVAGSILTKALLEVESTPSDRIPPIIRQGPANQTLAPGTTAQLQCHVMGNPLPSIQWERDGQRILGIDE--RISLMENGTLQITALQETDSGAYTCVASSLSGETSWSGVLTVKE--SGGLSASPVSEPYQLPGPPQKPVVTDVTRNSVTLTWQPNAHEGGAAVTSYIIEAFSQSAGSTWQTVADFVKLEKHTVTGLSPNTIYLFIVRAVNAYGLSDPSPISEPVRTQDVSPTGQGVDHRQVQRELGEMSVQLHEPVLLTASSVKISWNVDRQSQ-YIQGYRLLYRPVGGSWSQQEVKGATERS-----AVIANLLKGTEYEIKIRPYFNEFQGLDSRSQTLRTPEEVPSAPPRAVNVATVKLSNSSSISVSWQPPPTDMQNGVIQEYKVWCLGNDSQTRYNINQTVDGSVLSTVLKGLLPGVLYQVEVAAVTSAGVGKHSQPVSVLIKLPAEQPTVTGGGSESEENVSLAEQITDVVKQPAFIAGIGGACWVILMGFSVWIYCRRKK---RKELSHYTASFAYTPAVGFPHGESSGLNGRPGMLGANMGNYPWLADSWPTTNLVHNGKDSVNCCTSKHETPERYYNEAGISNYLNQNEKYS--ADSNEGPIYSTI-DPTSEDLRSFTAQYS-QHTTPYASTPIMPFTNQAPCSPEQDGSHWMTQPGTSNAQYAQPDRSKTEN---------VKQPKQKLMGKPVKTPSLNWMDALPPPP 1120          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:ROBO1 "Roundabout homolog 1" species:9606 "Homo sapiens" [GO:0002042 "cell migration involved in sprouting angiogenesis" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0005887 "integral component of plasma membrane" evidence=TAS] [GO:0006919 "activation of cysteine-type endopeptidase activity involved in apoptotic process" evidence=IMP] [GO:0007155 "cell adhesion" evidence=TAS] [GO:0007156 "homophilic cell adhesion" evidence=IDA] [GO:0007399 "nervous system development" evidence=TAS] [GO:0007411 "axon guidance" evidence=TAS] [GO:0008046 "axon guidance receptor activity" evidence=TAS] [GO:0009986 "cell surface" evidence=IDA] [GO:0016199 "axon midline choice point recognition" evidence=ISS] [GO:0021836 "chemorepulsion involved in postnatal olfactory bulb interneuron migration" evidence=IDA] [GO:0030275 "LRR domain binding" evidence=IPI] [GO:0030673 "axolemma" evidence=IEA] [GO:0033600 "negative regulation of mammary gland epithelial cell proliferation" evidence=IMP] [GO:0035385 "Roundabout signaling pathway" evidence=IMP] [GO:0042802 "identical protein binding" evidence=IDA] [GO:0046982 "protein heterodimerization activity" evidence=IEA] [GO:0050772 "positive regulation of axonogenesis" evidence=IDA] [GO:0050925 "negative regulation of negative chemotaxis" evidence=IDA] [GO:0060763 "mammary duct terminal end bud growth" evidence=IEA] [GO:0070100 "negative regulation of chemokine-mediated signaling pathway" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AF040990 GO:GO:0005737 Reactome:REACT_111045 GO:GO:0009986 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0030673 GO:GO:0042802 GO:GO:0006919 GO:GO:0050772 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0033600 InterPro:IPR003596 SMART:SM00406 GO:GO:0060763 GO:GO:0070100 EMBL:CH471110 GO:GO:0002042 GO:GO:0008046 EMBL:Z95705 EMBL:AC016946 EMBL:AC055731 EMBL:AC106718 EMBL:AC106720 EMBL:AC108719 EMBL:AC117461 EMBL:AC117479 EMBL:AC119035 EMBL:AC123565 EMBL:AC125624 EMBL:AC125766 EMBL:AC125815 EMBL:AC131008 EMBL:BC001969 EMBL:BC115022 EMBL:BC157861 EMBL:BC171855 EMBL:BX538319 RefSeq:NP_001139317.1 RefSeq:NP_002932.1 RefSeq:NP_598334.2 UniGene:Hs.744218 PDB:2EO9 PDB:2V9Q PDB:2V9R PDB:2V9T PDB:4HLJ PDBsum:2EO9 PDBsum:2V9Q PDBsum:2V9R PDBsum:2V9T PDBsum:4HLJ ProteinModelPortal:Q9Y6N7 SMR:Q9Y6N7 BioGrid:112018 DIP:DIP-33034N IntAct:Q9Y6N7 MINT:MINT-1392694 STRING:9606.ENSP00000381450 PhosphoSite:Q9Y6N7 DMDM:49036500 PaxDb:Q9Y6N7 PRIDE:Q9Y6N7 Ensembl:ENST00000436010 Ensembl:ENST00000464233 Ensembl:ENST00000467549 Ensembl:ENST00000495273 GeneID:6091 KEGG:hsa:6091 UCSC:uc003dqb.2 UCSC:uc003dqd.2 UCSC:uc003dqe.2 CTD:6091 GeneCards:GC03M078729 HGNC:HGNC:10249 HPA:CAB013524 MIM:602430 neXtProt:NX_Q9Y6N7 PharmGKB:PA34620 eggNOG:NOG238978 HOGENOM:HOG000010267 HOVERGEN:HBG073476 InParanoid:Q9Y6N7 KO:K06753 OMA:EDTQNGM OrthoDB:EOG7KWSGP TreeFam:TF351053 ChiTaRS:ROBO1 EvolutionaryTrace:Q9Y6N7 GeneWiki:ROBO1 GenomeRNAi:6091 NextBio:23685 PRO:PR:Q9Y6N7 ArrayExpress:Q9Y6N7 Bgee:Q9Y6N7 CleanEx:HS_ROBO1 Genevestigator:Q9Y6N7 GO:GO:0021836 GO:GO:0050925 GO:GO:0035385 Uniprot:Q9Y6N7)

HSP 1 Score: 577.785 bits (1488), Expect = 1.754e-178
Identity = 328/871 (37.66%), Postives = 496/871 (56.95%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKS 887
            P+I E P+ + V K EP TLNCKA+G P P I WYK GE V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  LD    + RI I   G L+I    KSD G+  C   N+VG RE+E A+L++  +P F+ +P ++     D  +  C+  GDP P V W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS +++V   P    KP+DQ + +     F+C A GNP P++FW +EGSQ L+F+        + SVS+ G L I  V++ D G+YIC  L+VAGS  TKAYLEVT  + D PPP+I  G  NQT+ ++   +L C A+G+P PTI W K+   +S  D SRI    +G L I      DTG YTC AS+ SGE +WSA +   +   P V   +  DP+  P  P++P++ D    ++T+SW+ + N+G +P   Y +E FS    + W   A  + +ET  I  LKP+  Y+FLVRA N++G+S P+++S+ V+T   L  + G++  +V   L + V+ L +   +SS++I V W++  +S  Y++G+ + YR       + +     + T    + VI +LRK   YE+   PF+ + +G  S     +T+E+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN + +H N  T++ +T S ++  L    +YSV   A T  G G  S+P F  +D      +     +      +++ +P FI G+  A ++ +    I +  +RKK N   S
Sbjct:   68 PRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYVCVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGSPLD--DKDERITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTVRWRKDDGELPKSRYEIRDDHTLKIRKVTAGDMGSYTCVAENMVGKAEASATLTVQEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSSSRFSVSQTGDLTITNVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTFVLSCVATGSPVPTILWRKDGVLVSTQD-SRIKQLENGVLQIRYAKLGDTGRYTCIASTPSGEATWSAYIEVQEFGVP-VQPPRPTDPNLIPSAPSKPEVTDVSRNTVTLSWQPNLNSGATP-TSYIIEAFSHASGSSWQTVAENVKTETSAIKGLKPNAIYLFLVRAANAYGISDPSQISDPVKTQDVLPTSQGVDHKQVQRELGNAVLHLHNPTVLSSSSIEVHWTVDQQSQ-YIQGYKILYRPSGANHGESDWLVFEVRTPAKNSVVIPDLRKGVNYEIKARPFFNEFQGADSEIKFAKTLEEAPSAPPQGVTVSKNDGNGTAILVSWQPPPEDTQNGMVQEYKVWCLGNETRYHIN-KTVDGSTFSVVIPFLVPGIRYSVEVAASTGAGSGVKSEPQFIQLDAHGNPVSPEDQVSLAQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTS 930          
BLAST of EMLSAG00000005066 vs. GO
Match: - (symbol:robo1 "Roundabout-1" species:8355 "Xenopus laevis" [GO:0007411 "axon guidance" evidence=IMP] [GO:0030182 "neuron differentiation" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0007411 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 CTD:6091 HOVERGEN:HBG073476 KO:K06753 EMBL:AF461119 RefSeq:NP_001084250.1 UniGene:Xl.4819 ProteinModelPortal:Q8UVD7 SMR:Q8UVD7 PRIDE:Q8UVD7 GeneID:399392 KEGG:xla:399392 Xenbase:XB-GENE-948813 Uniprot:Q8UVD7)

HSP 1 Score: 576.244 bits (1484), Expect = 3.823e-178
Identity = 331/896 (36.94%), Postives = 502/896 (56.03%), Query Frame = 0
Query:    9 VCHFLTICSFT-----SVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKK-EHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLI--EPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKS 887
            + HF  +C        S +  +   P+I E P+ + V K EP TLNCKA+G P P I WYK G+ V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  +D  +   RI I   G L+I    KSD G+  C   N+VG RE+E A+L++  +P FL +P ++     D ++  C+  GDP P V W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS  ++V   P    KP+DQ + +     F+C A GNP P++FW KEGSQ L+F+        + SVS+ G L I  V+K D G+YIC  L+VAGS  TKA+LEVT  + D PPP+I  G  NQT+ ++   ++ C ASG P PTI W K+   I   D SRI  + SG L I     SDTG YTCT S+ SGE +WSA +   +   P V   +  DP+  P  P++P++ D    ++T+SW+ + N+G +P   Y +E FS    + W   A  + ++++ +  LKP+  Y+FLVRA N++G+S P+++S+ V+T      + G++  +V   L   V+ L +   +SS++I V W++  +S  Y++G+ + +R  S    +       + T    + VI  LRK   YE+   PF+ + +G  S     +TME+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN S +H N  T++ +T S ++ +L    +YSV   A T  G G  S+P +  +D            +      +++ +P FI G+  A ++ +    I +  +RKK N   S
Sbjct:    5 LAHFFLLCGIMCLTQGSRLRQEDFPPKIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGDKVETDKDDPRSHRMLLPSGSLFFLRIVHGRKIRPDEGVYVCVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGTPIDDDKDE-RITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFLRRPSNMAVTVDDSVEFKCEARGDPVPTVRWRKDDGDLPKSRYEIRDDHTLKIRKVTAGDMGSYTCVAENMVGKAEASAVLTVQEPPNFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWQKEGSQNLLFSYQPPQSSSRFSVSQTGDLTITTVQKSDVGYYICQTLNVAGSITTKAFLEVTDVVADRPPPVIRQGPVNQTVAVDGTLLMNCIASGIPIPTIHWRKDGILIPTQD-SRIKQQDSGALQIRYAKLSDTGRYTCTVSTPSGEANWSAFIEVQEFGVP-VQPPRATDPNLIPSAPSKPEVTDVSKNTVTLSWQPNLNSGATP-TSYLIEAFSHASGSSWQTVAENVKTDSFAVKGLKPNAIYLFLVRAVNAYGLSDPSQISDPVKTQDIPPTSQGVDHKQVQRELGDVVLHLHNPTILSSSSIEVHWTVDQQSQ-YIQGYKILFRPSSENRGESAWSIFEVRTPAKNSAVIPELRKGVNYEIKARPFFNEFQGADSEVRFAKTMEEAPSAPPQSVTVTKNDGNGTAIVVAWQPPPEDTQNGMVQEYKVWCLGNESRYHIN-KTVDGSTLSVVIPSLVPGIRYSVEVAASTGAGSGVKSEPHYIQLDSFGNPVPPGDQVSLAQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTS 893          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592956174|gb|GAXK01002382.1| (TSA: Calanus finmarchicus comp91457_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 1036.56 bits (2679), Expect = 0.000e+0
Identity = 563/1012 (55.63%), Postives = 730/1012 (72.13%), Query Frame = 0
Query:   13 LTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELV---PTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPIS-IDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNN--------NTDLYAEVGE-----PNGFSTFGGNHRI----TEPSPYATTTLAVMQNKVRKMNGNTFISLPQCE 1003
            +TI +F+S +  Q RSP ITE P S  VPKNEP+TLNC ADG PEP  TWYKDGE+V   P++PK+HRVILP+GSLFFL   QNKKE D G+YWCEA N VG ARSRN TL+VAV++EDFR+ PM T VA+GD  V+KC  PK  P+P+  W KNG+ LD S S  RI  T+ GNLVI++V KSD G+  C+AEN+VG R ++ A+LS+ +KPYF+S P+D+TA  GDDI + CDV G+P P   WSR+DG    N  +     L+I+ V   D+G+Y+CKA N VG V  S S+ VHA+P    +P  QR+G+NGIAKF+C A GNP PS+FWTKEG+Q+L+FAGT +G   VS +G+L IQGVR EDEGF++CSA SVAGS ATKAYLEVTA+ D PPPII +G ANQTLP+NT+AILPC+ASG+P+P++SW KN  PIS I    RI +  +G+L I+NL + DTGLYTCTASSESGETSWSAS+S  DPKNPN+IFH+TPDP+TFP PPT  KIVDR ST++T+SWR+    G S L+GYT+EY+ SDL+TGWVVAA+RITSETYT+NNLKPDTSY+F+VRAENSHG+S P+++SE V+TL+S    D +N+ +  ++L++K++++  IEAISST++R++W+ + ++  YVEGFF+R+RDMSGGS+KFN+ TV L+++   + VI NLRK+TEYE FLMP+YK +EGQPSNS++VQT+EDVPSAPP  +L+E +NSTSA +  SPPPPQHRNG LLGY I +K N S  HSN+  LNATTTS  L NLTL+Q Y +R VA TK+G GPFS P  F MDP NI   I+ +P EG     + ++ WFI  + +V   +   FI +IIYRK     K+L    V      D     +NP     T+W+++ W+          +A   Q++ +  D+            LYAEVG+      N  S+FGG++R     +EP+PYATTTLA M NK+R ++G TF+SLPQ E
Sbjct:  354 ITILTFSSGVLGQERSPHITEHPHSQIVPKNEPLTLNCMADGYPEPKYTWYKDGEIVLTAPSSPKSHRVILPTGSLFFLNVRQNKKEQDSGIYWCEAANSVGKARSRNATLEVAVMQEDFRMMPMSTKVAQGDTAVLKCLAPKAYPEPTTTWIKNGEHLDPSSSK-RITKTDTGNLVIRDVEKSDAGEYFCRAENLVGTRNSDVARLSVHIKPYFISDPIDVTAREGDDISLECDVGGEPKPRFTWSREDGKALSNAKN---ETLKIKRVLSSDEGVYYCKADNPVGSVSGSVSLIVHAEPVFIVRPASQRVGLNGIAKFDCVAEGNPSPSVFWTKEGNQDLVFAGTSHGTFHVSREGSLSIQGVRVEDEGFFVCSAFSVAGSLATKAYLEVTAMADEPPPIIRVGPANQTLPVNTLAILPCEASGSPQPSVSWMKNSVPISAIQYDPRITINGTGSLKIENLKAEDTGLYTCTASSESGETSWSASISVEDPKNPNIIFHRTPDPATFPQPPTNVKIVDRESTTVTLSWRKDAYEGASALIGYTIEYYCSDLQTGWVVAAHRITSETYTVNNLKPDTSYIFIVRAENSHGISEPSKISEHVKTLKSQHLADYVNVEDARDSLLTKLIEIVEIEAISSTSVRLTWNFISDT-RYVEGFFIRFRDMSGGSEKFNIITV-LKSEHTNSVVIPNLRKFTEYEFFLMPYYKMLEGQPSNSMNVQTLEDVPSAPPDKVLVEMLNSTSAKVSLSPPPPQHRNGQLLGYNIQIKTNSSVVHSNL-LLNATTTSITLVNLTLNQAYVIRTVAFTKMGHGPFSGPVIFKMDPDNIVNVILANPGEGFGMDELTTQTWFIAFIGSVLFVLVLLFILVIIYRKVRGPQKNLCHQNVPVNRINDNGHFHLNP---TETMWMSNSWQ----------QAMEKQQFIQTQDHQLDEKNYHAEPSLYAEVGDVAFGGRNNLSSFGGSYRSGGVHSEPAPYATTTLA-MNNKMRTLDGKTFLSLPQSE 3326          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592956175|gb|GAXK01002381.1| (TSA: Calanus finmarchicus comp91457_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 1036.56 bits (2679), Expect = 0.000e+0
Identity = 563/1012 (55.63%), Postives = 730/1012 (72.13%), Query Frame = 0
Query:   13 LTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELV---PTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPIS-IDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNN--------NTDLYAEVGE-----PNGFSTFGGNHRI----TEPSPYATTTLAVMQNKVRKMNGNTFISLPQCE 1003
            +TI +F+S +  Q RSP ITE P S  VPKNEP+TLNC ADG PEP  TWYKDGE+V   P++PK+HRVILP+GSLFFL   QNKKE D G+YWCEA N VG ARSRN TL+VAV++EDFR+ PM T VA+GD  V+KC  PK  P+P+  W KNG+ LD S S  RI  T+ GNLVI++V KSD G+  C+AEN+VG R ++ A+LS+ +KPYF+S P+D+TA  GDDI + CDV G+P P   WSR+DG    N  +     L+I+ V   D+G+Y+CKA N VG V  S S+ VHA+P    +P  QR+G+NGIAKF+C A GNP PS+FWTKEG+Q+L+FAGT +G   VS +G+L IQGVR EDEGF++CSA SVAGS ATKAYLEVTA+ D PPPII +G ANQTLP+NT+AILPC+ASG+P+P++SW KN  PIS I    RI +  +G+L I+NL + DTGLYTCTASSESGETSWSAS+S  DPKNPN+IFH+TPDP+TFP PPT  KIVDR ST++T+SWR+    G S L+GYT+EY+ SDL+TGWVVAA+RITSETYT+NNLKPDTSY+F+VRAENSHG+S P+++SE V+TL+S    D +N+ +  ++L++K++++  IEAISST++R++W+ + ++  YVEGFF+R+RDMSGGS+KFN+ TV L+++   + VI NLRK+TEYE FLMP+YK +EGQPSNS++VQT+EDVPSAPP  +L+E +NSTSA +  SPPPPQHRNG LLGY I +K N S  HSN+  LNATTTS  L NLTL+Q Y +R VA TK+G GPFS P  F MDP NI   I+ +P EG     + ++ WFI  + +V   +   FI +IIYRK     K+L    V      D     +NP     T+W+++ W+          +A   Q++ +  D+            LYAEVG+      N  S+FGG++R     +EP+PYATTTLA M NK+R ++G TF+SLPQ E
Sbjct:  354 ITILTFSSGVLGQERSPHITEHPHSQIVPKNEPLTLNCMADGYPEPKYTWYKDGEIVLTAPSSPKSHRVILPTGSLFFLNVRQNKKEQDSGIYWCEAANSVGKARSRNATLEVAVMQEDFRMMPMSTKVAQGDTAVLKCLAPKAYPEPTTTWIKNGEHLDPSSSK-RITKTDTGNLVIRDVEKSDAGEYFCRAENLVGTRNSDVARLSVHIKPYFISDPIDVTAREGDDISLECDVGGEPKPRFTWSREDGKALSNAKN---ETLKIKRVLSSDEGVYYCKADNPVGSVSGSVSLIVHAEPVFIVRPASQRVGLNGIAKFDCVAEGNPSPSVFWTKEGNQDLVFAGTSHGTFHVSREGSLSIQGVRVEDEGFFVCSAFSVAGSLATKAYLEVTAMADEPPPIIRVGPANQTLPVNTLAILPCEASGSPQPSVSWMKNSVPISAIQYDPRITINGTGSLKIENLKAEDTGLYTCTASSESGETSWSASISVEDPKNPNIIFHRTPDPATFPQPPTNVKIVDRESTTVTLSWRKDAYEGASALIGYTIEYYCSDLQTGWVVAAHRITSETYTVNNLKPDTSYIFIVRAENSHGISEPSKISEHVKTLKSQHLADYVNVEDARDSLLTKLIEIVEIEAISSTSVRLTWNFISDT-RYVEGFFIRFRDMSGGSEKFNIITV-LKSEHTNSVVIPNLRKFTEYEFFLMPYYKMLEGQPSNSMNVQTLEDVPSAPPDKVLVEMLNSTSAKVSLSPPPPQHRNGQLLGYNIQIKTNSSVVHSNL-LLNATTTSITLVNLTLNQAYVIRTVAFTKMGHGPFSGPVIFKMDPDNIVNVILANPGEGFGMDELTTQTWFIAFIGSVLFVLVLLFILVIIYRKVRGPQKNLCHQNVPVNRINDNGHFHLNP---TETMWMSNSWQ----------QAMEKQQFIQTQDHQLDEKNYHAEPSLYAEVGDVAFGGRNNLSSFGGSYRSGGVHSEPAPYATTTLA-MNNKMRTLDGKTFLSLPQSE 3326          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918532|gb|GAXK01039843.1| (TSA: Calanus finmarchicus comp273472_c0_seq8 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 4.373e-149
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 1908 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 4766          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918533|gb|GAXK01039842.1| (TSA: Calanus finmarchicus comp273472_c0_seq7 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 4.596e-149
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 1921 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 4779          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918534|gb|GAXK01039841.1| (TSA: Calanus finmarchicus comp273472_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 4.596e-149
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 1922 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 4780          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918535|gb|GAXK01039840.1| (TSA: Calanus finmarchicus comp273472_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 4.949e-149
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 1939 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 4797          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918536|gb|GAXK01039839.1| (TSA: Calanus finmarchicus comp273472_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 1.942e-148
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 2311 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 5169          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918537|gb|GAXK01039838.1| (TSA: Calanus finmarchicus comp273472_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 2.019e-148
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 2324 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 5182          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918538|gb|GAXK01039837.1| (TSA: Calanus finmarchicus comp273472_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 2.039e-148
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 2325 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 5183          
BLAST of EMLSAG00000005066 vs. C. finmarchicus
Match: gi|592918539|gb|GAXK01039836.1| (TSA: Calanus finmarchicus comp273472_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 496.893 bits (1278), Expect = 2.139e-148
Identity = 333/985 (33.81%), Postives = 521/985 (52.89%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCXXXXXXXXXXXXXXXXXXDPKNPNVIFHKXXXXXXXXXXXXXXKIVDXXXXXXXXXXXXXPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGN-IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI-AINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYA------EVGEPNGFSTFGG-NHRITEPSPYATTTLAVMQNKVRKMN 992
             ++A+   PQ+ E PT + V ++EP TL C+A G PEP+I W KDG  V TAP    +HRV+LP+G+LFFLRAVQ +KE D G YWC A+N  G A SR   LD+AV++  F   P+DT V  G+  ++ C PP G+P+P ++W KNG+  D   +    +  E  NLVI    +SDEG+  C A NI G+R + +A LS+ VKP+ +  P +++  +G  I   C V GDP P + W R+DG L  ++  + D + L+IR V P D G Y C+A+N  G + AS  + + + P    +P+D+ + +      EC         LFW K+G       GTK     V + G L I+ V  +DEG+Y C A+S  GS++  A L +      PPPII +G  NQTL    +AIL C+ +   K   SW K   PI    +    +     L I ++   D+GLYTC   + +G+TS SA+++               D   FP  P++PK+V   + S+TISW +    G SPL GY +EYF++     W+ +  ++  E +T+ N+ P TS +FLVRA N HG+SPP+ +S+++ T  + S N G    E+   +  K+V+L  +  + S  +R+SW +L +S   + G+ +  ++++  S+  ++ T+ +   G  +HV+++LR  TEY +F+MP+      +PSN     T ED P + PS + ++ +NST+A+++W  P     NG L GY++ +  N +T  +N  TL    TS +L+NLT    Y+VR  A  + G+GPFS+P    ++P+ +    + +P     + N +  + WF+  +  + + +  +  G +  ++K    K      V     +D + +  +  D    T+WIN       K+ GI      N  Y     + NT LY       E  E +G STF   NH  T+   YA+T   +M+    K +
Sbjct: 2342 AVTAECSVPQLVEHPTDIVVARDEPATLRCEAKGHPEPDIVWIKDGAPVKTAPSDAASHRVLLPNGALFFLRAVQGRKEDDRGTYWCIASNSDGEAVSRKAKLDIAVMKPVFAEEPLDTWVIRGEEIMLPCQPPVGHPEPEIEWKKNGE--DVQMAPDDRLRIESANLVIVNAQQSDEGRYQCVARNIAGVRHSHQALLSVYVKPFIIKAPENVSTDTGAHIKFSCVVGGDPAPEIKWIREDGKLTPSRTEVEDRDVLRIRSVTPIDSGKYVCQAENIAGEISASAFLQIQSPPVFLVEPQDKIVKLGEKVSIECKVESIQQAVLFWQKDGISTPFLPGTKQQHIFVDKSGNLLIESVSSQDEGWYGCFAVSETGSSSALAKLALKTGPPQPPPIIQLGPVNQTLTEGNVAILHCQFTSKDKARASWLKEGIPIEFSSNEHFHLTDGHNLQIKDIQIQDSGLYTCQIKTVTGQTSSSATITVLSNDMSEENLPSIADLLAFPASPSKPKLVQSTTDSLTISWGKPHRVGNSPLRGYQVEYFTAGELNHWITS--QVQGEEFTLENVTPGTSVIFLVRARNEHGLSPPSPLSDQLSTNGNQS-NKGKKKSELLKQISDKLVELEEVTILGSKKVRLSWKVLAKS-ELIRGYHIHIQELT--SEADDLNTITISGGGTRSHVLSHLRPNTEYRIFMMPYSNSGLSRPSNLKDFTTKEDAPDSYPSSVELKLLNSTAAVVQWRKPNTLSLNGELTGYKVEIFTN-NTLVTNF-TLEPAATSLLLNNLTTGVIYTVRLAAFNRAGMGPFSEPVSLKVEPSLLYQHPVIYPEVPIHSSNQVFQQTWFVSTVGMLSILLILSLAGFVYAKRKQVKDKHFGHYNVPVCKVDDSSNMNYLESD----TLWIN------PKANGI----PHNNTY----QDKNTHLYINNMCPPEYAELDGKSTFRNINH--TQGPCYASTN--IMEKPFHKFD 5200          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000005066 (pep:novel supercontig:LSalAtl2s:LSalAtl2s266:205294:402426:1 gene:EMLSAG00000005066 transcript:EMLSAT00000005066 description:"maker-LSalAtl2s266-augustus-gene-3.8")

HSP 1 Score: 2570.42 bits (6661), Expect = 0.000e+0
Identity = 1251/1251 (100.00%), Postives = 1251/1251 (100.00%), Query Frame = 0
Query:    1 MILKMHLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITEPSPYATTTLAVMQNKVRKMNGNTFISLPQCEQPSNALTSSSSGGEXSSYLLNSRDQLMLSPSNVPNWSDILPPPPEQPPPPLYNRESRSPRMSHNNTVSSSSSASTTSSSRRQMQNMSGRSASSSRSSAPRFHPPSSSPAIDKRSIVQQFQQHSSPYGTTEIYENPSEFYSSIGELRKSPQAMRPHFFMMDGAKGTGPQLMVGYHQDVNENSSNRAYGESGGGGEESGEEDSASSTHRNRSFGKIALSSFNSPATSHKTPRPSKVSLSPEPLKKRISNP 1251
            MILKMHLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITEPSPYATTTLAVMQNKVRKMNGNTFISLPQCEQPSNALTSSSSGGEXSSYLLNSRDQLMLSPSNVPNWSDILPPPPEQPPPPLYNRESRSPRMSHNNTVSSSSSASTTSSSRRQMQNMSGRSASSSRSSAPRFHPPSSSPAIDKRSIVQQFQQHSSPYGTTEIYENPSEFYSSIGELRKSPQAMRPHFFMMDGAKGTGPQLMVGYHQDVNENSSNRAYGESGGGGEESGEEDSASSTHRNRSFGKIALSSFNSPATSHKTPRPSKVSLSPEPLKKRISNP
Sbjct:    1 MILKMHLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITEPSPYATTTLAVMQNKVRKMNGNTFISLPQCEQPSNALTSSSSGGEXSSYLLNSRDQLMLSPSNVPNWSDILPPPPEQPPPPLYNRESRSPRMSHNNTVSSSSSASTTSSSRRQMQNMSGRSASSSRSSAPRFHPPSSSPAIDKRSIVQQFQQHSSPYGTTEIYENPSEFYSSIGELRKSPQAMRPHFFMMDGAKGTGPQLMVGYHQDVNENSSNRAYGESGGGGEESGEEDSASSTHRNRSFGKIALSSFNSPATSHKTPRPSKVSLSPEPLKKRISNP 1251          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000004040 (pep:novel supercontig:LSalAtl2s:LSalAtl2s215:590464:702398:-1 gene:EMLSAG00000004040 transcript:EMLSAT00000004040 description:"maker-LSalAtl2s215-snap-gene-7.10")

HSP 1 Score: 317.775 bits (813), Expect = 8.053e-91
Identity = 255/891 (28.62%), Postives = 413/891 (46.35%), Query Frame = 0
Query:  132 NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSN--GRIIITEVGNLVIQEVVKS----DEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDV-SGDPDPIVIWSRD----DGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVG-YVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQ-SLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLT--LHQKYSVRAVARTKIGLGPFSQPSFFVMDPTN--------IKYAIITHPNEGNINGN--IMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCG-----------TKSTGIYDEAETNQRYFRPSDNNNTDL---YAEVGEPNGFSTFGGNHRITEPSPYATTTLA 982
            +P  TIV + D   ++C    G P P + W +NG    T+  +   R ++   G+L     V S    D G  +C A N +G  E+        ++  F  +P+D   I G   ++IC    G+P P V W ++    D    E ++ I D   L I D  P D+G Y C AKN  G        + V   P+I   P++  I      +  C A G P P + W+K        AG+    RS  E G L I+     DE  Y C A + AG     A     A+R   PPI ++  +NQ + +   A L C A+G P P + W K                       + L  SD+GLY C A S SG++ WS+SL   +     + F   PD S FP  P++P + +  S SIT++W +    G SPL GY L+Y++      W    N + SE +TI++L P+T+   LVRA N +G+SPP+ VS+ ++TL    +   G++   + + L  +++ L    ++ S  I++ W +L  S  +VEG+ ++ R    GS++ +  +V +   G  +H +++LR  T+Y +F++PF  +I+G+PSN   V T EDVPS+ P  + I  +N ++ +I+W  PP +  NG L G+++ +  N S+  SN  TL     S++++ L+      Y  +  A  + G+GPFS      ++P +         + +    P E + +G   ++ E WF+  ++ + + +   F  +I  R++    K++    V     +DI+ +     G+R  +W+  +WK              K T     A  N      S++N  D    YAEV  P    T   +       PYATT+L 
Sbjct:   38 HPESTIVPKNDPVTLRC-DTSGXPLPEIIWRRNGRKXTTAADDHRSRRVLLPNGSLFFLRTVHSRKETDGGIYSCVARNTLGSVES-------LLRDKFRGEPVDSDVILGQTAELICXPPKGNPSPTVFWKKNGQILDLETEEERLYIKDEGTLVIPDSIPGDEGSYQCIAKNIAGTKATQRIHLEVGIVPSITKAPENASIASGKEIRLVCVAEGKPKPMISWSKS-------AGSLPLSRSRIEGGLLIIKNAITTDEDVYRCMAENSAGMDTATA-----AIRIHSPPIFLVKPSNQKIAVGAPASLDCIAAGNPTPVLFWMK-----------------------EGLSLSDSGLYXCQARSVSGQSVWSSSLVVSEGGGL-IDFKPMPDLSQFPGSPSKPSLANATSHSITVTWSKPHRVGGSPLKGYQLDYYTLASPLHWTTVYN-VHSEFHTIDDLDPETTLWVLVRALNGYGLSPPSPVSKSLKTLAPDPNSRTGMDPWSIRSKLGGRIMILIGAISVGSRKIKLEWELL-ISGEFVEGYHIQIR----GSKEPHYDSVTISGGGTRSHTLSDLRPNTKYFIFILPFNNRIKGRPSNLKVVSTKEDVPSSSPDRIKIRLVNVSTGLIQWHTPPSRDLNGDLSGFKVLIFVN-SSLESNY-TLEPDVNSFLITELSSDFETAYGAKVAAYNRQGVGPFSPMVSININPMSGDIHGVHRNELSEFFSPEEASPHGFDIVLQEVWFVSFVSVMTLVLVIAFGAVICIRRRKGELKNMGHYNVPIHKVDDISHVNF---GNRDHLWLXSNWKSSETNGKGKHIFINKLTNFTQNATNNSTNTMRSNSNRMDKDGDYAEVDTPKSTDTHQKDLVSKGDGPYATTSLV 873          

HSP 2 Score: 261.922 bits (668), Expect = 1.888e-72
Identity = 137/366 (37.43%), Postives = 188/366 (51.37%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHR---VILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAG 391
            P I   P S  VPKN+PVTL C   G P P I W ++G    TA   HR   V+LP+GSLFFLR V ++KE DGG+Y C A N +G+  S        +LR+ FR  P+D+ V  G    + C PPKGNP P+V W KNG ILD      R+ I + G LVI + +  DEG   C A+NI G + T+   L + + P     P + +  SG +I ++C   G P P++ WS+  G LP ++  I+   L I++    D+ +Y C A+N  G   A+ +I +H+ P    KP +Q+I +   A  +C A GNP P LFW KE                          G+   D G Y C A SV+G
Sbjct:   33 PLILSHPESTIVPKNDPVTLRCDTSGXPLPEIIWRRNGRKXTTAADDHRSRRVLLPNGSLFFLRTVHSRKETDGGIYSCVARNTLGSVES--------LLRDKFRGEPVDSDVILGQTAELICXPPKGNPSPTVFWKKNGQILDLETEEERLYIKDEGTLVIPDSIPGDEGSYQCIAKNIAGTKATQRIHLEVGIVPSITKAPENASIASGKEIRLVCVAEGKPKPMISWSKSAGSLPLSRSRIEGGLLIIKNAITTDEDVYRCMAENSAGMDTATAAIRIHSPPIFLVKPSNQKIAVGAPASLDCIAAGNPTPVLFWMKE--------------------------GLSLSDSGLYXCQARSVSG 364          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000004009 (pep:novel supercontig:LSalAtl2s:LSalAtl2s214:573899:577288:-1 gene:EMLSAG00000004009 transcript:EMLSAT00000004009 description:"maker-LSalAtl2s214-augustus-gene-5.7")

HSP 1 Score: 275.404 bits (703), Expect = 3.066e-77
Identity = 147/380 (38.68%), Postives = 223/380 (58.68%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPK---DQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQE---LMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEV 401
            P+IT  P + TV + EP+TL C++ G P P I W+K+G  + T+P   R+ILP GSL FLR   +KKE D G Y C ATN  G+A S   TL++A ++++F+  P DT    G   V++C PP G+P+P VKW ++GD LD + S  RI I   GNL+IQ V KSDEG+  C A NI   + ++  +L++   P+F+SKP DI AI+G++  I C V GDP P V W+++ G +  +K+ I + + L+I++V   D G Y C AKN  G + +S  +++   P I  +P      R+  + I +  C   G+P P ++W++E   E   L+  G       V  DGTL+I+  +    G Y C+A++ AGS   ++++ V
Sbjct:   22 PEITHHPLNTTVIRGEPLTLECRSSGFPPPQIRWFKNGSPLFTSPD--RMILPDGSLLFLRVFHSKKETDSGDYHCTATNSQGSASSHIATLEIAYMKDEFKALPRDTEATLGRDIVLECSPPAGHPEPVVKWKRDGDHLDLTSSK-RIKIDGQGNLLIQSVQKSDEGRYQCSAGNIANKKMSKAVRLNVNAPPHFISKPKDINAIAGEEAFIDCRVGGDPYPDVTWTKERGDIDISKLKIVSGKGLRIKNVNSHDSGRYICTAKNRAGXISSSSFLTISIPPVITERPLMNVQVRVSEDPI-ELHCGVSGSPSPFVYWSREADAEAGLLILPGEDKHGIIVKVDGTLYIENPQTMHSGHYTCTAVNDAGSAIARSHVLV 397          

HSP 2 Score: 215.312 bits (547), Expect = 1.703e-57
Identity = 192/695 (27.63%), Postives = 311/695 (44.75%), Query Frame = 0
Query:  222 PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL---PENKVSIDANRLQIR---DVRPEDDGIYFCKAKNDVGYVE---ASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSA-GGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAY-LEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKI-VDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANR-------ITSETYTINNLKPDTSYMFLVRAENSHGMS---PPTRVSERVRTLQSLSENDGINIHEVSNAL-MSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQP-----SFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSL 888
            P     PL+ T I G+ + + C  SG P P + W ++  PL   P+  +  D + L +R     +  D G Y C A N  G      A+  I+ + K   +  P+D    +      ECS   G+P P + W ++G   L    +K  +  +   G L IQ V+K DEG Y CSA ++A    +KA  L V A     PP  I    +        A + C+  G P P ++W K +  I I   S++ + S   L I N+ S D+G Y CTA + +G  S S+ L+   P                P    RP + V  R +   I      +   SP + ++ E   +D E G ++               T  I N +   S  +   A N  G +       V + +        N G+ + E      + + V+++ I A+SST+++V W I      Y++GF++RYR +            +L +D   + VI NL +++EYEVF+ P+++ I G+P++   + T  D+PS  P       +NST+  + W+   PQH NG L GY+I +KGNG++  +N         + I++ +  ++ Y ++      IG GPFS P      FF  D  +  +  I H N+      I++    + +LT V + ISG F     Y++KF+S ++L
Sbjct:   22 PEITHHPLNTTVIRGEPLTLECRSSGFPPPQIRWFKNGSPLFTSPDRMILPDGSLLFLRVFHSKKETDSGDYHCTATNSQGSASSHIATLEIA-YMKDEFKALPRDTEATLGRDIVLECSPPAGHPEPVVKWKRDGDH-LDLTSSK--RIKIDGQGNLLIQSVQKSDEGRYQCSAGNIANKKMSKAVRLNVNA-----PPHFISKPKDINAIAGEEAFIDCRVGGDPYPDVTWTKERGDIDI---SKLKIVSGKGLRIKNVNSHDSGRYICTAKNRAGXISSSSFLTISIP----------------PVITERPLMNVQVRVSEDPIELHCGVSGSPSPFVYWSRE---ADAEAGLLILPGEDKHGIIVKVDGTLYIENPQTMHSGHYTCTAVNDAGSAIARSHVLVYDPIHQDSFPDTNAGLELDEARIVTTLEEGVRISDISAVSSTSLKVKWHITARH-KYIDGFYIRYRKVE---DPIVATVRVLRSDLTTSFVIDNLEEHSEYEVFIQPYFQNIVGKPASIKRIITHPDLPSEAPLIREARLLNSTTVFLSWNTISPQHINGPLRGYEILIKGNGTSV-NNTVDAETNEVTLIVNGMAPNKIYMIQISVINSIGHGPFSSPLEISKGFF--DEAHNPHLPIDHENKDVKTTWIIA---IVAVLTFVLIFISGVF----FYKRKFHSLENL 671          

HSP 3 Score: 140.198 bits (352), Expect = 7.292e-34
Identity = 120/388 (30.93%), Postives = 184/388 (47.42%), Query Frame = 0
Query:  132 NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKS----DEGQXACQAENIVGIRETEEAQLSIQ-VKPYFLSKPLDITAISGDDIDIICDV-SGDPDPIVIWSRDDGPL---PENKVSIDAN-RLQIRDVRPEDDGIYFCKAKNDVGY-VEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAI-LPCKASGAPKPTISWYKNQSP------ISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            +P++T V  G+   ++C    G P P ++W KNG  L TS    R+I+ + G+L+   V  S    D G   C A N  G   +  A L I  +K  F + P D  A  G DI + C   +G P+P+V W RD   L      ++ ID    L I+ V+  D+G Y C A N     +  +  ++V+A P   +KPKD        A  +C  GG+P P + WTKE   ++  +  K     VS  G L I+ V   D G YIC+A + AG  ++ ++L ++     PP I      N  + ++   I L C  SG+P P + W +          +  +D   I+V+  GTL I+N  +  +G YTCTA +++G     + +   DP
Sbjct:   27 HPLNTTVIRGEPLTLECRS-SGFPPPQIRWFKNGSPLFTSPD--RMILPD-GSLLFLRVFHSKKETDSGDYHCTATNSQGSASSHIATLEIAYMKDEFKALPRDTEATLGRDIVLECSPPAGHPEPVVKWKRDGDHLDLTSSKRIKIDGQGNLLIQSVQKSDEGRYQCSAGNIANKKMSKAVRLNVNAPPHFISKPKDINAIAGEEAFIDCRVGGDPYPDVTWTKERG-DIDISKLKI----VSGKG-LRIKNVNSHDSGRYICTAKNRAGXISSSSFLTIS----IPPVITERPLMNVQVRVSEDPIELHCGVSGSPSPFVYWSREADAEAGLLILPGEDKHGIIVKVDGTLYIENPQTMHSGHYTCTAVNDAGSAIARSHVLVYDP 400          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000003860 (pep:novel supercontig:LSalAtl2s:LSalAtl2s209:184550:379550:-1 gene:EMLSAG00000003860 transcript:EMLSAT00000003860 description:"maker-LSalAtl2s209-augustus-gene-4.12")

HSP 1 Score: 185.267 bits (469), Expect = 1.939e-47
Identity = 191/732 (26.09%), Postives = 307/732 (41.94%), Query Frame = 0
Query:  128 DFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSV--KWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKS-----DEGQXACQAE-NIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIIC----------DVSGDPDPIVIWSRDDGPLPEN-KVSID-ANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQ----ELMFAGTKYGQRSVSEDGTLFIQGVRKE-DEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPST-----------FPDPPTRP---KIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGP 820
            +F   P D  + E + G++ C     +    V  KW +NG  L     NGR  +   G+L    +  S     DEG   C A    +G   ++ A L ++  P F  +P D+    G      C          ++S D    +   +DD PL  N ++SI  +  L+I +V P D   Y C     V   E   S  V++ P    KP+++ +        +C+A G P P + W K+G+      L    TK G+      G+L IQ +  E D G Y C A +   S    A +EV +      P  ++  +NQ           CK    P   + WYKN   I   D  +I+  S+  L I  L+ SD G+Y C A++  G    SA L          +   +    +           F D P+ P    +    +  IT++W  SP   E  ++GYT+ Y     E   V+ + R       I  L P TSY F V A N +G       SE +    ++S  D I++      L  +          +S +I V+W        ++  + V +R    G   F   T++ +    + + +T+LR+YT+Y  ++       EG  S  +   T  D+P+ PP+++ +E  +S S ++RW PPP + +NG++ GY++  K  G    S I T +A+   +++  L +  +Y V+  A T  G GP
Sbjct:   13 EFTKEPSDIFMKENESGLLLCSASTTSTASPVEYKWKRNGHYLQYPDFNGRRRLLSNGSLHFSWIYNSLTDPRDEGIYQCVAXVKGLGKIVSKTAVLIVKDPPSFELEPSDLQVFLGQTAAFQCLLETPDNSEDELSSDN---IQRLKDDQPLILNHRISIKPSGMLEIINVEPSDRAKYSC-----VYGEELKTSSLVNSPPNFIVKPRNRAVLQGTTLILDCAANGVPQPEITWLKDGASLDMSHLDSRLTKLGK------GSLKIQDLNAETDSGAYQCRAENTEDSQDVTAIVEVHSA-----PEFVVRPSNQMCSAKGDITFECKVQSFPPAKVQWYKNGELIVTSDYFQIVDGSN--LRILGLLDSDAGMYQCMATNSVGNVQSSAQLKVISNVVSPSLSSVSSSLDSSPSNDDQGSFIFLDXPSAPIXFHVAIXATRFITLTWS-SPLNPEGTILGYTVYYKEKGSERERVMNSTRGELSEVNIQGLTPGTSYEFRVLAFNENGRG---EYSEMI----TVSTQDDIDVPGPVRNLRCR--------PTASFSILVAWDTPSTDTGFITQYKVCHRQ---GEYGFERSTIVKK----MKYHLTDLREYTDYTFWVSASNANGEGVHSEEIKCMTYSDIPADPPTNVTLEAASSRSILLRWEPPPKESQNGIISGYKLRYKKKGRG-KSEIFTTDASRRLFVIPKLFVGTEYQVKIAAMTVNGTGP 699          

HSP 2 Score: 75.8702 bits (185), Expect = 6.149e-14
Identity = 64/197 (32.49%), Postives = 97/197 (49.24%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVI-LPSGSLFFLRAVQN-KKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRE-DFRLNPMDTIV-AEGDIGV---IKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSI 218
            P    +P +  V +   + L+C A+G+P+P ITW KDG  +  +    R+  L  GSL     +Q+   E D G Y C A N   T  S++VT  V V    +F + P + +  A+GDI     ++ +PP       V+W KNG+++ TS       I +  NL I  ++ SD G   C A N VG  ++  AQL +
Sbjct:  207 PNFIVKPRNRAVLQGTTLILDCAANGVPQPEITWLKDGASLDMSHLDSRLTKLGKGSL----KIQDLNAETDSGAYQCRAEN---TEDSQDVTAIVEVHSAPEFVVRPSNQMCSAKGDITFECKVQSFPPA-----KVQWYKNGELIVTSD---YFQIVDGSNLRILGLLDSDAGMYQCMATNSVGNVQS-SAQLKV 387          

HSP 3 Score: 66.6254 bits (161), Expect = 4.499e-11
Identity = 78/276 (28.26%), Postives = 123/276 (44.57%), Query Frame = 0
Query:  577 YTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSW--SILPES--MSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHV-QTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGN--GSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTN------IKYAII 839
            + I +LKP++ Y+  +RA N+ G   P  + E VRT +   E       EV   L+  V   T +  +SS +I ++W  S LP++  +S    + VRY  ++    K+  +     TD  +N +I +LR   EYE F +   K     P + + + +T+E  PS+ P DL+I+ +   +  + W    P++ NG + GY I    N   +             T   L+ L +  KY  +  AR   G GP SQ   F     N      I YAI 
Sbjct:  774 FRITDLKPNSEYVISLRAYNNIGDGRP--IYETVRTQEEYEE-------EVLTPLLPPVGLHTIV--LSSYSIVLTWVDSSLPKNQVVSDYRYYIVRYAPVNKSPIKYQYRN---STD--LNCMIDDLRANAEYE-FTVKIIKGRRMSPWSLVAMNKTLEAEPSSAPRDLIIDSVGDGTVELSWI--APKYPNGRINGYIIQYTKNRKAAEIEWXXEAXVGAXTXATLNGLDMDAKYFFKMSARNNKGYGPTSQVVSFKTPKANENVSPMILYAIF 1030          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000005601 (pep:novel supercontig:LSalAtl2s:LSalAtl2s2:790586:820681:1 gene:EMLSAG00000005601 transcript:EMLSAT00000005601 description:"snap_masked-LSalAtl2s2-processed-gene-8.21")

HSP 1 Score: 180.644 bits (457), Expect = 3.978e-46
Identity = 205/763 (26.87%), Postives = 317/763 (41.55%), Query Frame = 0
Query:   55 IPEPNITWYKD------GELVPTAPKTHRVILPSGS----LFFLRAV--QNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKP----SVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAE--NIVGIRETEEAQLSIQVKPYFLSK-PLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL---PENKVSIDAN--RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGI-AKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTA-LRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP--TISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTR--PKIVDRRSTSITISWRRSPN-TGESPLMGYTLEYFS---------SDLETGWVVAANRITSETYTI--NNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSY--VEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIH 773
            +PEP++ W  D      G       +   VIL   S     +  RA   Q  +E +    + E   E G     +V  ++ +  +D  +N  DT V+E     ++C     N +P     + W K+G  +D +Q +          L +  V     G  +CQ    +  G   T++A + +  KPYF  +  L+     G+DI I C V G P+P VIW R+  P+   P  + S+D     L+I  +R ED G++ C A N  G V     + V     +   P      ++G      C A G P P++ W     Q      T  G+  + EDG++ I  VR  D+G Y C   + AG+T  +A+L V    + T PP+      +  + L  +A L CK S        + WY     I+   S RI +   GTL I    +SD G YTC   S  G     A+L                D    P  PTR   + V     S+ +SW  +P   G SP++ + ++Y S          DL   W+ A   I+S   TI  +NLK   +Y+F + A NS G  P +  S RV   Q       + +                  A S T I + W    E      + G+ +RYR        ++ + V        N++IT L  + +YE+ +  F  K  G  S+S+ ++T E VP + PS +  + ++S+   + W PP PQ  NG+  GY++ 
Sbjct:  154 VPEPSVIWQTDDGTQLYGVKYAMTSENDLVILSVDSSDSRRYRTRATNTQLGQEENSPYGFLEVYGEDGA----DVPPEIVIPPKDLTVN-KDTPVSE-----LQC---IANARPLSEIELTWHKDGVPIDETQVSYSFNDLWNRTLSLLRVNLDHSGVYSCQVRMRSGGGPTLTKDATVKVTEKPYFYRRMSLETFGDFGNDISIPCHVKGIPEPSVIWYRNGIPIDEVPNTRYSVDPEDRSLKINFMRNEDSGMFQCSAVNYAGDVNGYTWLRVKTSSPVLVDPPKNTSALDGKDVSIPCKAEGAPLPNVTWYFNDGQI-----TYSGRIQILEDGSMLISKVRSTDQGKYSCIRSNTAGNTRGEAWLGVLVRXQITSPPV------DSKVILGHVASLHCKVSSDQDVPYEVHWYHEGRMINAAMSHRINILDDGTLKIAEARASDAGDYTCEVKSTGGNDHRVAAL----------------DVIELPYAPTRIYAERVANAQKSVNVSW--TPGFDGNSPIIKFIIQYHSVPQSGPIPKDDLN--WITALANISSTARTILLSNLKSSAAYIFRLSAVNSVGEGPQSLPSNRVVLPQEPPSGPPLGLVG---------------SARSETEIMIQWQPPNEQAQNGDILGYIIRYRLFGYNDSPWSYRNVSKPLQR--NYLITELITWKDYEIQIAAFNNKGTGAYSSSIKLKTREGVPYSAPSGVRAQAIDSSVVRVWWLPPDPQKINGINQGYKLQ 855          

HSP 2 Score: 152.14 bits (383), Expect = 3.019e-37
Identity = 209/829 (25.21%), Postives = 332/829 (40.05%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVT-LNCKADGIP--EPNITWYKDGELVPTAPKTHRV-ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTA--RSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK---PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLP-ENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFEC--SAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAP--KPTISWYK--NQSPISIDDSSRI-----LVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPN--TGESPLMGYTLEY--FSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSP-PTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMS--GGSQKFNMK---TVMLETDGI-----VNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNIT-TLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            P+I   P  +TV K+ PV+ L C A+  P  E  +TW+KDG  +     ++    L + +L  LR      +H  G+Y C+     G     +++ T+ V      +R   ++T    G+   I C   KG P+PSV W +NG  +D   +    +  E  +L I  +   D G   C A N  G          ++VK   P  +  P + +A+ G D+ I C   G P P V W  +DG +    ++ I +   + I  VR  D G Y C   N  G       + V  +  I + P D ++ +  +A   C  S+  + P  + W  EG    M       + ++ +DGTL I   R  D G Y C   S  G+    A L+V  L   P  I     AN    +N ++  P     +P  K  I ++      PI  DD + I     +  ++ T+++ NL SS   ++  +A +  GE   S       P N  V+  + P       PP       R  T I I W+  PN       ++GY + Y  F  +         ++     Y I  L     Y   + A N+ G     + +  + R     S   G+                   +AI S+ +RV W  LP     + G    Y+  +  G  +  ++K   TV +  D +        VI NL+ +T Y V ++ +    +G+ S    V+T +D P  P S L  E +      +RW    P   NG++LGY +      S  H+ +   L     S+ L+NL     Y+    A T++G G
Sbjct:  227 PEIVIPPKDLTVNKDTPVSELQCIANARPLSEIELTWHKDGVPIDETQVSYSFNDLWNRTLSLLRV---NLDH-SGVYSCQVRMRSGGGPTLTKDATVKVTEKPYFYRRMSLETFGDFGNDISIPC-HVKGIPEPSVIWYRNGIPIDEVPNTRYSVDPEDRSLKINFMRNEDSGMFQCSAVNYAG---DVNGYTWLRVKTSSPVLVDPPKNTSALDGKDVSIPCKAEGAPLPNVTWYFNDGQITYSGRIQILEDGSMLISKVRSTDQGKYSCIRSNTAGNTRGEAWLGVLVRXQITSPPVDSKVILGHVASLHCKVSSDQDVPYEVHWYHEGR---MINAAMSHRINILDDGTLKIAEARASDAGDYTCEVKSTGGNDHRVAALDVIELPYAPTRIYAERVANAQKSVN-VSWTPGFDGNSPIIKFIIQYHSVPQSGPIPKDDLNWITALANISSTARTILLSNLKSSAAYIFRLSAVNSVGEGPQSL------PSNRVVLPQEPPS-----GPPLGLVGSARSETEIMIQWQ-PPNEQAQNGDILGYIIRYRLFGYNDSPWSYRNVSKPLQRNYLITELITWKDYEIQIAAFNNKGTGAYSSSIKLKTREGVPYSAPSGVRA-----------------QAIDSSVVRVWW--LPPDPQKINGINQGYKLQAWIGDPRDTDIKPQSTVTVAPDLLNPLSEQTAVIDNLKPWTAYNVTVLCYTSPGDGKRSPPETVRTYQDYP-GPVSGLKFEDITDRGIRVRWD--EPLDPNGIILGYTVRYMVK-SMIHTLVERNLTEDARSFYLNNLKPTTHYTFEVYALTEVGKG 1008          

HSP 3 Score: 134.42 bits (337), Expect = 6.765e-32
Identity = 140/521 (26.87%), Postives = 219/521 (42.03%), Query Frame = 0
Query:    1 MILKMHLVVCHFLTICSFTSVISAQYRSPQITEQPTSM--TVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRE-DFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNG-RIIITEVGNLVIQEVVKSDEGQXACQAENI-VGIRETE-------EAQLSIQVKPYFLSKPLDITAISGDDI-DIICDVSGDP--DPIVIWSRDDGPLPENKVSIDANRLQIRD-----VRPEDDGIYFCKAKNDVG---YVEASFSISVHAKPAIQTKPKDQRIGMNG-IAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVS-EDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL 496
            + L+  L++ +F+    FT       ++P+    P++    V +     L C+A G P+P   W +DG           V+L   S      +Q+  + D G Y C A N  GT  S  + + VA +   D   NP D  V  G   + K       P+PSV W  +    D +Q  G +  +T   +LVI  V  SD  +   +A N  +G  E           +    V P  +  P D+T      + ++ C  +  P  +  + W +D  P+ E +VS   N L  R      V  +  G+Y C+ +   G    +    ++ V  KP    +   +  G  G      C   G P PS+ W + G        T+Y   SV  ED +L I  +R ED G + CSA++ AG      +L V     T  P+++    N +        +PCKA GAP P ++WY N   I+   S RI +   G+++I  + S+D G Y+C  S+ +G T   A L
Sbjct:   14 VTLQRILILIYFV----FTVTDGLDLKAPRFIISPSASGSIVAERRTKILQCQAVGSPQPQYRWTRDG-----------VVLSEFSSETFYKIQSVMKADAGNYQCAARNTAGTILSDTIPITVAYMTPFDPAPNP-DLQVKAGHAAIFKFPVLASVPEPSVIWQTD----DGTQLYGVKYAMTSENDLVILSVDSSDSRRYRTRATNTQLGQEENSPYGFLEVYGEDGADVPPEIVIPPKDLTVNKDTPVSELQCIANARPLSEIELTWHKDGVPIDETQVSYSFNDLWNRTLSLLRVNLDHSGVYSCQVRMRSGGGPTLTKDATVKVTEKPYFYRRMSLETFGDFGNDISIPCHVKGIPEPSVIWYRNGIPIDEVPNTRY---SVDPEDRSLKINFMRNEDSGMFQCSAVNYAGDVNGYTWLRV----KTSSPVLVDPPKNTSALDGKDVSIPCKAEGAPLPNVTWYFNDGQITY--SGRIQILEDGSMLISKVRSTDQGKYSCIRSNTAGNTRGEAWL 505          

HSP 4 Score: 91.6633 bits (226), Expect = 8.120e-19
Identity = 74/287 (25.78%), Postives = 134/287 (46.69%), Query Frame = 0
Query:  579 INNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYV--EGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTF-HSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMD-------PTNIKYAIITHPNEGNINGNIMSEP 855
            + NL P   Y   + A N  G S P+  + + +T+Q+  ++   N+               +I ++ +T +RV W  L +   Y    G+ + YR     S+   + ++ +E       V+  L ++T YEV L  +       PS  +  +T E VP A P+D+  E  +ST+ ++RW     +H NG+L GY+++    G  F + NI +     T+  L+ L  + +Y+++ +A T+IG G  S P F V         P+N+ +  +++     I  +I +EP
Sbjct: 1085 VKNLIPYMEYSLRLIANNVVGASEPSEPTRQFQTIQAPPKHAPQNV---------------TIRSMXATELRVRWIPLSQGEWYGIPRGYNISYRINKDSSE---LNSISIEDPTRNTFVLDGLEEFTLYEVVLHAYNDLGTSDPSTVILARTREAVPGAGPNDVSAEATSSTTILVRWGDVLKRHSNGILEGYKVYFGAKGVPFQYKNIGSNQTHQTT--LTELKKYTEYAIQVLAYTRIGDGALSAPPFRVRTFEDVPGPPSNVSFPDVSY-TTARIIWDIPAEP 1350          

HSP 5 Score: 67.781 bits (164), Expect = 1.931e-11
Identity = 58/199 (29.15%), Postives = 90/199 (45.23%), Query Frame = 0
Query:   28 SPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWY-KDGELVPTAPKTHRV-ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKP-SVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPY 223
            SP + + P + +    + V++ CKA+G P PN+TWY  DG++      + R+ IL  GS+     +   +  D G Y C  +N  G  R     L V V R      P+D+ V  G +  + C        P  V W   G +++ + S+ RI I + G L I E   SD G   C+ ++  G  +   A L +   PY
Sbjct:  420 SPVLVDPPKNTSALDGKDVSIPCKAEGAPLPNVTWYFNDGQIT----YSGRIQILEDGSML----ISKVRSTDQGKYSCIRSNTAGNTRGE-AWLGVLV-RXQITSPPVDSKVILGHVASLHCKVSSDQDVPYEVHWYHEGRMINAAMSH-RINILDDGTLKIAEARASDAGDYTCEVKS-TGGNDHRVAALDVIELPY 606          

HSP 6 Score: 63.1586 bits (152), Expect = 4.679e-10
Identity = 67/250 (26.80%), Postives = 112/250 (44.80%), Query Frame = 0
Query:  573 TSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWS--ILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNS-LHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            T  T+ ++ L+  T Y  ++ A N  G S P+ V    RT +++    G   ++VS             EA SSTTI V W   +   S   +EG+ V +     G++    +   + ++      +T L+KYTEY + ++ + +  +G  S     V+T EDVP  PPS++    ++ T+A I W  P     NGV+  Y++     G+   +       T  +Y   NL     Y    +A+T +G G
Sbjct: 1181 TRNTFVLDGLEEFTLYEVVLHAYNDLGTSDPSTVI-LARTREAVP---GAGPNDVS------------AEATSSTTILVRWGDVLKRHSNGILEGYKVYF-----GAKGVPFQYKNIGSNQTHQTTLTELKKYTEYAIQVLAYTRIGDGALSAPPFRVRTFEDVP-GPPSNVSFPDVSYTTARIIWDIP--AEPNGVINKYRVSYYPEGNPSRNFSKEFLPTDRTYRAINLDPMSNYVFEVIAKTNLGWG 1406          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000001666 (pep:novel supercontig:LSalAtl2s:LSalAtl2s128:488193:500323:-1 gene:EMLSAG00000001666 transcript:EMLSAT00000001666 description:"maker-LSalAtl2s128-augustus-gene-5.5")

HSP 1 Score: 178.333 bits (451), Expect = 1.785e-45
Identity = 209/867 (24.11%), Postives = 348/867 (40.14%), Query Frame = 0
Query:   12 FLTICSFT-SVISAQYRSPQITEQP---------TSMTVPKNEPVTLNCKADGIPEPNITWYKDGE-------------------LVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQ---XACQA------ENIVG-------IRETEEAQLSIQVKPYF-LSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSID--ANRLQIRDVRPEDDGIYFCKAKNDVGYVEA-SFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXD-------PKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGI---VNHVITNLRKYTEYEVFLMPFYKKIEGQPS-NSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTL-NATTTSYILSNLTLHQKYSVRAVARTKIG 817
            FL +CS   S I      P++ +QP          S     ++P  + C+A+G P P   W K+GE                    + T P+   +    G +F  R V+       G Y C ATNE GTA S +V +  + L       P    V EG+   I C  P G PKPSV W K       + ++ RI +   G L    + K D  +    AC A      E  VG       I+    A L  + +P F  +      A+ G ++ + C   G P P + W +  GPLP  + ++D     L I+ V  ED G Y C+A N VG  ++ S SI VHA+P    +P+           F C A G P PS+ W   G++  +     +  R ++ D  + I  V K D G Y C+A +V G      Y+ V    D PP I +               + C+  GAPKP + W+ N   ++     R  V+ SG L+I ++   D G YTC A ++ G+ S S +L+  +       PK+  V   +  D +TF     R   V      + I W ++         G  +++   D+E  ++ +++    ++ TI       S  +   A++S               L S   +  + + +V N      V   S +A+      V+W+ + ++ + +  + + Y      +  F   T  + TD +         ++  +T Y   ++   +  +  PS +S    T E +P   P ++     +  + +I W+P P    N     Y+++ K +       I  + +      ++ N   + +Y ++ VA  +IG
Sbjct:   10 FLILCSILPSSIGIVQSPPRMIKQPPTDELLFQVKSRQDENDKPFIIECEAEGEPAPMYRWEKNGEPYDWQVYDERISQQPGRGTFLITKPRDEEI----GEIFDYRRVE-------GQYQCFATNEWGTATSNSVYVRKSELNNFVDEPPKTKTVEEGEPFGIPCNSPTGWPKPSVYWLKMSQNWHKTLNSSRITVDPEGTLWFSNITKEDSSEDFLYACSASSYFRNEYKVGNKVHLQVIQSGSNAGLQNKREPDFQYANKRSEIALRGKEMKLWCIFGGTPLPEIRWRKQGGPLPPGRTTLDNYGKTLVIKHVDFEDAGDYTCEASNGVGIAKSYSISIEVHARPRFIVEPEIMITTEGESVDFLCQADGYPTPSIQWIYNGAK--IEKAPPHPNRFITPD-RITITNVSKSDTGNYGCNASNVNGYVYKDVYVNVL---DLPPEITVPPEETAQTVDGKAMTMKCETFGAPKPIVKWFHNNEELT---GGRYKVQDSGDLLIQDVKFFDAGNYTCKAENKFGKASASGTLTVKEHTRISTGPKDYEV---EAGDSATF-----RCNAVYDSELELDIHWLKN---------GKLIDF---DIEPRFIQSSD----QSLTITKTTELDSGQYTCLAKSS---------------LDSAQASASLIVQDVPNPPSLLWVNCNSEDAV------VTWAPMGDNRAPILNYKMLY------NTSFTPDTWEVATDTVPASDTSFKVSMSPWTNYTFKVIARNQVGDSFPSGHSETCLTPERIPFKNPDNVEGRGTSPNNLVIYWTPMPQIEHNAPKFQYRVYWKKDEEDASWIIEDIADWRVKELVIDNQPTYSRYQIKVVAHNRIG 805          

HSP 2 Score: 164.081 bits (414), Expect = 4.854e-41
Identity = 219/898 (24.39%), Postives = 344/898 (38.31%), Query Frame = 0
Query:   31 ITEQPTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELVPTAPKTHRVIL-PSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRE------------DFRL-NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGN-LVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL----PENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISV-HAKPAIQTKPKDQRIGMNGIA-KFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKA--SGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSP-NTGESPLMGYTLEYFSSDLETGWVVAANRI-TSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTT----IRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYK----KIEGQPSNSLHVQTMEDVPSAPPSDL-LIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGN--GSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVA------ISGTFIGIIIYRKKFNST 885
            + E P + TV + EP  + C +  G P+P++ W K  +       + R+ + P G+L+F    +     D  LY C A++           + + V++             DF+  N    I   G    + C    G P P ++W K G  L      GR  +   G  LVI+ V   D G   C+A N VGI ++    + +  +P F+ +P  +    G+ +D +C   G P P + W  +   +    P     I  +R+ I +V   D G Y C A N  GYV     ++V    P I   P++    ++G A   +C   G P P + W     +     G +Y    V + G L IQ V+  D G Y C A +  G  +    L V          I  G  +  +     A   C A      +  I W KN   I  D   R +  S  +L I      D+G YTC A S       SASL   D  NP         PS           V+  S    ++W  +P     +P++ Y + Y +S     W VA + +  S+T    ++ P T+Y F V A N  G S P+  SE   T + +   +  N+     +  + V+  T +  I         RV W    E  S++      +R                    +   VI N   Y+ Y++ ++   +    K++ +P   +   + E+ PS  P +  L++ +   SA + W P      NG   GY+I    N  G      I     TT +++ S       Y+ R +A      GP          P+NI   I     EG      M E + +G  +A+ +A      ++G   G  IY K+ N T
Sbjct:  145 VDEPPKTKTVEEGEPFGIPCNSPTGWPKPSVYWLKMSQNWHKTLNSSRITVDPEGTLWFSNITKEDSSEDF-LYACSASSYFRNEYKVGNKVHLQVIQSGSNAGLQNKREPDFQYANKRSEIALRGKEMKLWC-IFGGTPLPEIRWRKQGGPLPP----GRTTLDNYGKTLVIKHVDFEDAGDYTCEASNGVGIAKSYSISIEVHARPRFIVEPEIMITTEGESVDFLCQADGYPTPSIQWIYNGAKIEKAPPHPNRFITPDRITITNVSKSDTGNYGCNASNVNGYVYKDVYVNVLDLPPEITVPPEETAQTVDGKAMTMKCETFGAPKPIVKWFHNNEE---LTGGRY---KVQDSGDLLIQDVKFFDAGNYTCKAENKFGKASASGTLTVKEHTR-----ISTGPKDYEVEAGDSATFRCNAVYDSELELDIHWLKNGKLIDFDIEPRFIQSSDQSLTITKTTELDSGQYTCLAKSSLDSAQASASLIVQDVPNP---------PSLL--------WVNCNSEDAVVTW--APMGDNRAPILNYKMLYNTSFTPDTWEVATDTVPASDTSFKVSMSPWTNYTFKVIARNQVGDSFPSGHSETCLTPERIPFKNPDNVEGRGTSPNNLVIYWTPMPQIEHNAPKFQYRVYWKKDEEDASWIIEDIADWR--------------------VKELVIDNQPTYSRYQIKVVAHNRIGEAKMKAKP---VIGWSGENQPSEAPLNFTLLDVVGPRSAYVSWDPVSLDSINGDFKGYKIQTWTNSSGEEKFREIPWGKDTTEAFVQSFKPFSLNYA-RVLAFNGAYNGP----------PSNI---IEVRTGEGLPGPVDMLECFPMG-SSALLLAWNKPEEVNGILRGYRIYYKEVNKT 968          

HSP 3 Score: 157.918 bits (398), Expect = 4.026e-39
Identity = 210/817 (25.70%), Postives = 337/817 (41.25%), Query Frame = 0
Query:   42 KNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITA--ISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSL--FWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTP-PPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGT-----LVIDNLISSDTGL-----------YTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTS---ITISWRRSPNTGE-SPLMGYTLEYFSSDLETGWVV---AANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDM----SGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLL-IEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKG-NGSTFHSNITTL----NATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            + + + L C   G P P I W K G  +P    T   +   G    ++ V  +   D G Y CEA+N VG A+S +++++V   R  F + P   I  EG+     C    G P PS++W  NG  ++ +  +    IT    + I  V KSD G   C A N+ G    ++  +++   P  ++ P + TA  + G  + + C+  G P PIV W  ++  L   +  + D+  L I+DV+  D G Y CKA+N  G   AS +++V     I T PKD  +     A F C+A  +    L   W K G         ++ Q   S D +L I    + D G Y C A S   S    A L V   +D P PP ++    N    + T A +                N++PI    + ++L  +S T     +  D + +SDT             +   A ++ G++  S          P  I  K PD             V+ R TS   + I W   P     +P   Y + +   + +  W++   A  R+  +   I+N    + Y   V A N        R+ E     + +    G N  + S A ++     T ++ +   +  VSW   P S+  + G F  Y+      S G +KF       +T       + + + ++     ++ F     G PSN + V+T E +P   P D+L   PM S++ ++ W+ P  +  NG+L GY+I+ K  N + F   I       N +     L+ L  HQKY V   A T++G G
Sbjct:  268 RGKEMKLWCIFGGTPLPEIRWRKQGGPLPPGRTT---LDNYGKTLVIKHVDFE---DAGDYTCEASNGVGIAKSYSISIEVHA-RPRFIVEPEIMITTEGESVDFLC-QADGYPTPSIQWIYNGAKIEKAPPHPNRFITP-DRITITNVSKSDTGNYGCNASNVNGYV-YKDVYVNVLDLPPEITVPPEETAQTVDGKAMTMKCETFGAPKPIVKWFHNNEELTGGRYKVQDSGDLLIQDVKFFDAGNYTCKAENKFGKASASGTLTVKEHTRISTGPKDYEVEAGDSATFRCNAVYDSELELDIHWLKNGKLIDFDIEPRFIQ---SSDQSLTITKTTELDSGQYTCLAKSSLDSAQASASLIV---QDVPNPPSLLWVNCNSEDAVVTWAPMG--------------DNRAPIL---NYKMLYNTSFTPDTWEVATDTVPASDTSFKVSMSPWTNYTFKVIARNQVGDSFPSGHSETC--LTPERIPFKNPDN------------VEGRGTSPNNLVIYWTPMPQIEHNAPKFQYRVYWKKDEEDASWIIEDIADWRV--KELVIDNQPTYSRYQIKVVAHN--------RIGEAKMKAKPVIGWSGEN--QPSEAPLN----FTLLDVVGPRSAYVSWD--PVSLDSINGDFKGYKIQTWTNSSGEEKFREIPWGKDT---TEAFVQSFKPFSLNYARVLAFNGAYNGPPSNIIEVRTGEGLPG--PVDMLECFPMGSSALLLAWNKP--EEVNGILRGYRIYYKEVNKTHFGPEIERYPKIRNPSADKAKLAGLKPHQKYRVIIRAETRVGQG 1012          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000005454 (pep:novel supercontig:LSalAtl2s:LSalAtl2s293:185286:259880:1 gene:EMLSAG00000005454 transcript:EMLSAT00000005454 description:"maker-LSalAtl2s293-augustus-gene-2.25")

HSP 1 Score: 176.792 bits (447), Expect = 1.214e-44
Identity = 203/815 (24.91%), Postives = 335/815 (41.10%), Query Frame = 0
Query:   60 ITWYKDGELVPTAPKTHRVIL-PSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPM---DTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGN----LVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAIS-GDDIDIICDVSGDPDPIVI-WSRDDGPLPENKVSID---------ANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKE----GSQELMFAGTKYGQRSVSED-------GTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPI--SIDDSSRILVESSGTLVIDNLISS----------DTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEY------FSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWS--ILPESMSYVEGFFVRYRDMSGGSQK-FNMKTVMLETDGIVNHV--ITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            ITW   G  + T        L P  S+  + +V    +   G Y C+A N+ G  R+    L V    E   + P      ++ EG+   + C    G+   SV WT +GD + T      I  T +G     LVI  V     G   C A N  G  ++  A+L +   P  +         S G    ++C ++   +PI I WS     L ++  +I           + L I  V  +  G Y C A N  G    +  + ++ +P    +P D+       AK +C + G P P + W K      S E     + Y    VS D       GTL I+ ++K +EGFY+C A +  G  +  A + V A     PP   +    QT  ++   +L C+A G     + W  N   +   +DD   I  E     VID+ + S          D+ L+TC A++  G           D  + N+I  + P+       P   K++D+   ++ +SW+ +P  G S L  Y +E+      + +D++   +V  ++  +  Y+   LKP  SY F + A+N  G+S P+               D I I     A     V +  + A+   T+RVSW   +       + G++V Y+  +   +K +  +TV    +    H   I+NL  +TEY V +  F K  +G  S        E  P+  P D+ +  ++S S  + WS PP    +G++ GY++ + G    ++  S+  T  ++     L+ L  +  YS++ +A T  G G
Sbjct: 1845 ITWSFHGNTIGTNTGIATTNLGPRMSVLAINSVNYSHQ---GKYTCQAKNKAGI-RTHTAELKV---NEPPMIGPFAFPKEVMNEGNFAQLTCVVTSGDLPLSVTWTFHGDKVGTQTG---ITTTNLGPRLSLLVINSVGYRHRGNYTCXASNNAG-HDSYTAKLRVNEPPSLVPLNFGKNVFSEGSFAQVVCTITEGDEPIKISWSFHGESLEDSGQNIGIAITNIGSRTSILIINSVEHKHRGNYTCSASNKAGNSSDTAQLKINVRPRWTVEPTDKHFAQGSEAKIDCKSDGFPQPKIVWRKAIGLPVSNEQXPTPSDYKDLDVSNDRNMKIIDGTLIIKNIQKSNEGFYLCKASNGIGGISAVAKISVQA-----PPSFEIKKRTQTALISDNTVLQCEAKGEKPIGVLWNMNNKRLDAKVDDRYTIREE-----VIDDGVLSTISIKRTERGDSALFTCVATNAFGS----------DDTSINLIIQENPET------PYDLKVLDKAGRTVKLSWQ-TPYNGNSNLTRYVIEFKPTKGSWKNDIDH-VLVPGDQNQAVVYS---LKPANSYHFRIVAQNVIGVSGPS---------------DTITIETAEEAPSGPPVDI-RVSAVDQQTLRVSWKPPLTEHWNGDILGYYVGYKATANSEEKPYLFETVEFRKEQGHEHQLQISNLEVFTEYAVVVQAFNKIGQGPMSXEXLXHXAEGAPTESPQDIDLVTLSSQSIKVTWSSPPLASAHGIIKGYKV-IYGPSKVWYDPSSHATKISSDMQAELTGLQRYTNYSIQVLAFTNGGDG 2600          

HSP 2 Score: 147.902 bits (372), Expect = 9.006e-36
Identity = 185/808 (22.90%), Postives = 326/808 (40.35%), Query Frame = 0
Query:   60 ITWYKDGELVPTAPKTHRVIL-PSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGN----LVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDG--------PLPENKVSIDANR----------LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQR-SVSEDG---TLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTL------PLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILV-ESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL----SXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSIT---ISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQK-FNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITT--LNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQ 823
            +TW   G+ V T        L P  SL  + +V  +     G Y C A+N  G   S    L V        LN    + +EG    + C   +G+    + W+ +G+ L+ S  N  I IT +G+    L+I  V     G   C A N  G   ++ AQL I V+P +  +P D     G +  I C   G P P ++W +  G        P P +   +D +           L I++++  ++G Y CKA N +G + A   ISV A P+ + K + Q   ++     +C A G  P  + W     +       +Y  R  V +DG   T+ I+   + D   + C A +  GS  T   L +    +TP  + ++  A +T+      P N  + L  +     KPT   +KN       D   +LV       V+ +L  +++  +   A +  G +  S ++    +   P  P V    +           +P + +  +  I    + ++ + N+ E P +  T+E+     E G              I+NL+  T Y  +V+A N  G  P +                   +   +    ++  Q   +  +SS +I+V+WS  P  ++   G    Y+ + G S+  ++  +   +    +   +T L++YT Y + ++ F    +G  +      T +D+P  PPS +    M+  S ++ W  P  Q  NG ++ Y +++K    +     T+  +++   S  + NL+   +Y     A T IG GP S+
Sbjct: 1941 VTWTFHGDKVGTQTGITTTNLGPRLSLLVINSVGYRHR---GNYTCXASNNAG-HDSYTAKLRVNEPPSLVPLNFGKNVFSEGSFAQVVCTITEGDEPIKISWSFHGESLEDSGQNIGIAITNIGSRTSILIINSVEHKHRGNYTCSASNKAG-NSSDTAQLKINVRPRWTVEPTDKHFAQGSEAKIDCKSDGFPQPKIVWRKAIGLPVSNEQXPTPSDYKDLDVSNDRNMKIIDGTLIIKNIQKSNEGFYLCKASNGIGGISAVAKISVQAPPSFEIKKRTQTALISDNTVLQCEAKGEKPIGVLWNMNNKRLDAKVDDRYTIREEVIDDGVLSTISIKRTERGDSALFTCVATNAFGSDDTSINLIIQENPETPYDLKVLDKAGRTVKLSWQTPYNGNSNL-TRYVIEFKPTKGSWKN-------DIDHVLVPGDQNQAVVYSLKPANSYHFRIVAQNVIGVSGPSDTITIETAEEAPSGPPVDIRVSAVDQQTLRVSWKPPLTEHWNGDILGYYVGYKATANSEEKPYLFETVEFRK---EQG--------HEHQLQISNLEVFTEYAVVVQAFNKIGQGPMSXEX----------------LXHXAEGAPTESPQDIDLVTLSSQSIKVTWSSPP--LASAHGIIKGYKVIYGPSKVWYDPSSHATKISSDMQAELTGLQRYTNYSIQVLAFTNGGDGTKTEVFTTTTEQDIP-GPPSSVKALAMSDDSILVSWQLPKEQ--NGKIIQYTVYIKELDRSRDIAPTSRKVDSLQMSLQIDNLSSKARYEFWVTAHTSIGGGPRSK 2703          

HSP 3 Score: 115.546 bits (288), Expect = 6.504e-26
Identity = 131/492 (26.63%), Postives = 202/492 (41.06%), Query Frame = 0
Query:   36 TSMTVPKNEPVTLNCKADGIPEPNITWYKDGEL---VPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK-------PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIW------SRDDGPLPENKVSIDAN-----RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGV-RKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPT-ISWYKNQSPISID---DSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            T++   +     L C A   P P+  WYK  E            RV    G+L     ++  K  D G Y C   N VG      V    A L  D  + P   +V  G     KC   KGNP   V W KNG  ++ +++  RI            V K D G   C   N     E E AQ + ++K       P F+S   +     G  + I C   GDP P + W       +++G +       DAN      L I  V+ +  G Y C+A + VG +     ++V   P ++ K +  ++         C   G P  ++ W K+G Q L F      +++V  +GTL I  + RKED   Y C A +  G +A ++ LEV+ +    P I+     + ++     A + C       P  ISW      +S +    +S++   +S  L I ++    +G YTCTA +++G  S+S SL+  +P
Sbjct:   98 TTLEFKEGLSFALICPAMASPIPSFRWYKFMEANNNKKLVKLDDRVKXVGGTLI----IKEAKVEDSGKYLCMVNNSVGGESVETVLTVTAPLSVD--VEPKTQVVDYGRSVTFKC-NYKGNPIKEVFWLKNGKSINHNENTLRI----------NSVKKDDRGMYQCFIRN-----EQESAQATAELKLGGRFDPPEFISHFEETIVKPGGYLSISCIAKGDPSPNIKWFIYGKEVKNEGAITVGSFR-DANGDVTSHLNISQVKTQFGGTYECQASSKVGKISHMAKLNVFGAPYVK-KMRPMKVVAGKSMFITCPVAGYPISNIVWEKDGRQ-LPFND----RQTVFPNGTLIISDIQRKEDASVYTCVAXNDEGYSA-RSDLEVSVMER--PEIVPFFFGSDSVDEGLYAQVSCIVQRGDTPIKISWSLKGDTVSSEPGMTTSQVGPRAS-ILSIHSVGYRHSGTYTCTAQNKAGIISYSTSLTVNEP 556          

HSP 4 Score: 102.834 bits (255), Expect = 4.872e-22
Identity = 125/501 (24.95%), Postives = 205/501 (40.92%), Query Frame = 0
Query:   60 ITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMD---TIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAIS-GDDIDIICDVSGDPDPI-VIWSRDDGPL---PENKVSIDANR---LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQT-KPKDQRIGMNGIAKFECSAG-GNPPPSLFWTKEG---SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPT-ISWYKNQSPISIDDS--SRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPK--NPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISW 538
            ITW   G ++ + P     +L  GS   +  +Q+      G+Y C+A NE G+ R ++ +L   ++ E   + P       V EGDI  + C   +G+   ++ W+  GD++ +  S    +I T    L+I  V     G   C+A    G   T  A+L +   P  L        +  GD   + C VS   +P+ + WS     +   P    ++   R   L I +V     G Y C+A N  G    S  ++V+  P+I         +    + +  C    G+ P ++ W+ +G   S E     T  G R       L I  V     G Y C A +  G+    A L+V    + PP I      + ++    +A L C  S   +P  I+W      +S + S  + ++   +  L+I N+    +G YTC AS+ +G  + SASL   +P   NP   F    +P    D      +V R    ++I+W
Sbjct:  868 ITWSLYGAVISSEPSISTNLL--GSRXSMLXIQSVGYRHNGIYTCQAKNEAGSMR-QSASL---IVNESPSILPFSFGAESVKEGDINQLTCLVNRGDEPLTITWSLKGDVVSSXPSITTTMIGTRASMLMITNVGYRHSGTYTCRATXSAG-XATHSAELKVNESPSILPFSFGSNNVKEGDITQLTCLVSRGDEPVRITWSLKGDVISSEPSITTTMFGTRTSLLMITNVGYRHSGXYTCRASNAAGXATHSAELNVNESPSILAFSFGSDSVKEGDMTQLTCFVSRGDEPLTITWSLKGDVVSSEPSITTTMIGTRV----SMLMITNVGYRHSGTYTCRATNSGGTATHSAELKV----NEPPIINEFSFGSNSVNEGDMAQLACFVSKGDEPLRITWSLKGDVVSSEPSITTTMIGTRTSMLMITNVGYRHSGSYTCRASNAAGSATHSASLLVKEPPIINP---FSFGAEPVNEGDVAQLTCLVRRGDEPLSITW 1350          

HSP 5 Score: 102.449 bits (254), Expect = 5.530e-22
Identity = 120/483 (24.84%), Postives = 201/483 (41.61%), Query Frame = 0
Query:   37 SMTVPKNEPVTLNCKADGIPEP-NITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTA-RSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQ----VKPY-FLSKPLDITAISGDDIDIICDVSGDPDPIVI-WS------RDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNG-IAKFECSA-GGNPPPSLFWTKEG---SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPISIDDS--SRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL 496
            S +V + +   L C      EP  ITW   G++V + P     ++  G+   +  + N      G Y C ATN  GTA  S  + ++   +  +F        V EGD+  + C+  KG+    + W+  GD++ +  S    +I T    L+I  V     G   C+A N  G   T  A L ++    + P+ F ++P++     GD   + C V    +P+ I WS        +  +        A+ L I DV     G Y C+A ND G+   S  + ++  P I        +   G  A+  CS   G+ P ++ W+  G   S E     T  G R+      L I  V     G + C A + AGS        +    + PP I+     ++++   + A L C  S    P +ISW      IS + S  + ++   +  L+I ++    +G YTC A + +G  +++++L
Sbjct: 1132 SDSVKEGDMTQLTCFVSRGDEPLTITWSLKGDVVSSEPSITTTMI--GTRVSMLMITNVGYRHSGTYTCRATNSGGTATHSAELKVNEPPIINEFSFG--SNSVNEGDMAQLACFVSKGDEPLRITWSLKGDVVSSEPSITTTMIGTRTSMLMITNVGYRHSGSYTCRASNAAG-SATHSASLLVKEPPIINPFSFGAEPVN----EGDVAQLTCLVRRGDEPLSITWSLKGDIISSEPSMTTTMFGTKASMLMITDVGYRHSGTYTCRASNDGGFDTYSAELKINEPPQIAPFSFSPHVIDEGSYAQISCSVTKGDEPLTITWSLHGAVISSEPSITTTMIGTRT----SILIISEVGYRHSGKFTCRASNPAGSVRYSTEXSI----NEPPRIVPFSFGSESIDEGSFAQLTCSISHGDVPVSISWSLKGDVISSEPSITTTMVGGRTSILIISSVGYRHSGDYTCNAKNIAGMVTYTSTL 1597          

HSP 6 Score: 101.293 bits (251), Expect = 1.182e-21
Identity = 120/476 (25.21%), Postives = 191/476 (40.13%), Query Frame = 0
Query:   48 LNCKADGIPEP-NITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDV----AVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAIS-GDDIDIICDVSGDPDPIVI-WS------RDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAI-QTKPKDQRIGMNGIAKFEC-SAGGNPPPSLFWTKEG---SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPISIDDS--SRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            L C  +   EP  ITW   G++V + P     ++  G+   +  + N      G Y C AT   G A + +  L V    ++L   F  N     V EGDI  + C   +G+    + W+  GD++ +  S    +  T    L+I  V     G   C+A N  G   T  A+L++   P  L+      ++  GD   + C VS   +P+ I WS        +  +    +    + L I +V     G Y C+A N  G    S  + V+  P I +       +    +A+  C  + G+ P  + W+ +G   S E     T  G R+      L I  V     G Y C A + AGS    A L    L   PP I       + +    +A L C      +P +I+W      IS + S  + +    +  L+I ++    +G YTC AS++ G  ++SA L   +P
Sbjct:  951 LTCLVNRGDEPLTITWSLKGDVVSSXPSITTTMI--GTRASMLMITNVGYRHSGTYTCRATXSAGXA-THSAELKVNESPSILPFSFGSNN----VKEGDITQLTCLVSRGDEPVRITWSLKGDVISSEPSITTTMFGTRTSLLMITNVGYRHSGXYTCRASNAAG-XATHSAELNVNESPSILAFSFGSDSVKEGDMTQLTCFVSRGDEPLTITWSLKGDVVSSEPSITTTMIGTRVSMLMITNVGYRHSGTYTCRATNSGGTATHSAELKVNEPPIINEFSFGSNSVNEGDMAQLACFVSKGDEPLRITWSLKGDVVSSEPSITTTMIGTRT----SMLMITNVGYRHSGSYTCRASNAAGSATHSASL----LVKEPPIINPFSFGAEPVNEGDVAQLTCLVRRGDEPLSITWSLKGDIISSEPSMTTTMFGTKASMLMITDVGYRHSGTYTCRASNDGGFDTYSAELKINEP 1410          

HSP 7 Score: 97.0561 bits (240), Expect = 2.547e-20
Identity = 116/486 (23.87%), Postives = 196/486 (40.33%), Query Frame = 0
Query:   37 SMTVPKNEPVTLNCKADGIPEP-NITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTA---RSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAIS-GDDIDIICDVSGDPDPI-VIWS------RDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQ-TKPKDQRIGMNGIAKFECSAG-GNPPPSLFWTKEG---SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPISIDDS--SRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            S  V + +   L C      EP  ITW   G+++ + P     +   G+   L  + N      G Y C A+N  G A      NV    ++L   F  +     V EGD+  + C+  +G+   ++ W+  GD++ +  S    +I T V  L+I  V     G   C+A N  G   T  A+L +   P          +++ GD   + C VS   +P+ + WS        +  +    +    + L I +V     G Y C+A N  G    S S+ V   P I       + +    +A+  C    G+ P S+ W+ +G   S E     T +G ++      L I  V     G Y C A +  G     A L++    + PP I     +   +   + A + C  +   +P TI+W  + + IS + S  + ++   +  L+I  +    +G +TC AS+ +G   +S   S  +P
Sbjct: 1036 SNNVKEGDITQLTCLVSRGDEPVRITWSLKGDVISSEPSITTTMF--GTRTSLLMITNVGYRHSGXYTCRASNAAGXATHSAELNVNESPSILAFSFGSDS----VKEGDMTQLTCFVSRGDEPLTITWSLKGDVVSSEPSITTTMIGTRVSMLMITNVGYRHSGTYTCRATN-SGGTATHSAELKVNEPPIINEFSFGSNSVNEGDMAQLACFVSKGDEPLRITWSLKGDVVSSEPSITTTMIGTRTSMLMITNVGYRHSGSYTCRASNAAGSATHSASLLVKEPPIINPFSFGAEPVNEGDVAQLTCLVRRGDEPLSITWSLKGDIISSEPSMTTTMFGTKA----SMLMITDVGYRHSGTYTCRASNDGGFDTYSAELKI----NEPPQIAPFSFSPHVIDEGSYAQISCSVTKGDEPLTITWSLHGAVISSEPSITTTMIGTRTSILIISEVGYRHSGKFTCRASNPAGSVRYSTEXSINEP 1506          

HSP 8 Score: 95.9005 bits (237), Expect = 5.870e-20
Identity = 126/497 (25.35%), Postives = 196/497 (39.44%), Query Frame = 0
Query:   60 ITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSR-----NVTLDVAVLREDFRL-----------NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVG----NLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYF--LSKPLDITAISGDDIDIICDV-SGDPDPIVIWSRDDGPLPENKVSIDAN------RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNG-IAKFECS-AGGNPPPSLFWTKEG------SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTAL-RDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYK--------NQSP---------ISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            ITW   GE +   P T       G    L  + + + H  G Y C+A N+ G          N T  +  + + F             +  + ++ EGD   I C    G+    + W+ +G+ + T   N  I  T +G     L I  V  S +G+  CQA+N  GIR T  A+L +   P     + P ++    G+   + C V SGD    V W+     +         N       L I  V     G Y C A N+ G+   +  + V+  P++      + +   G  A+  C+   G+ P  + W+  G       Q +  A T  G R+      L I  V  +  G Y CSA + AG+++  A L++    R T  P       ++     + A + CK+ G P+P I W K         Q P         +S D + +I+    GTL+I N+  S+ G Y C AS+  G  S  A +S   P
Sbjct: 1732 ITWSFHGENI--GPNTGISTNNLGPRISLLVINSAQHHHQGEYICQAQNKAGIQTHSAELKVNGTFILMRVADYFYFWFSEPPLIAPFSFANEVMNEGDFAQISCVITSGDLPLLITWSFHGNTIGT---NTGIATTNLGPRMSVLAINSVNYSHQGKYTCQAKNKAGIR-THTAELKVNEPPMIGPFAFPKEVMN-EGNFAQLTCVVTSGDLPLSVTWTFHGDKVGTQTGITTTNLGPRLSLLVINSVGYRHRGNYTCXASNNAGHDSYTAKLRVNEPPSLVPLNFGKNVFSEGSFAQVVCTITEGDEPIKISWSFHGESLEDSGQNIGIAITNIGSRT----SILIINSVEHKHRGNYTCSASNKAGNSSDTAQLKINVRPRWTVEP------TDKHFAQGSEAKIDCKSDGFPQPKIVWRKAIGLPVSNEQXPTPSDYKDLDVSNDRNMKII---DGTLIIKNIQKSNEGFYLCKASNGIGGISAVAKISVQAP 2208          

HSP 9 Score: 92.4337 bits (228), Expect = 6.070e-19
Identity = 139/544 (25.55%), Postives = 224/544 (41.18%), Query Frame = 0
Query:   37 SMTVPKNEPVTLNCKADGIPEP-NITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMD---TIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIII-TEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSI----QVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVI-WSRDDGPL---PENKVSIDANR---LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQ-TKPKDQRIGMNGIAKFECS-AGGNPPPSLFWTKEG---SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPISIDDSSRILVESSG----TLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPK--NPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISW-----RRSPNTGES 547
            S +V + +   L C      EP  ITW   G++V + P     ++  G+   +  + N      G Y C A+N  G+A + + +L   +++E   +NP       V EGD+  + C   +G+   S+ W+  GDI+ +  S    +  T+   L+I +V     G   C+A N  G  +T  A+L I    Q+ P+  S P  I    G    I C V+   +P+ I WS     +   P    ++   R   L I +V     G + C+A N  G V  S   S++  P I       + I     A+  CS + G+ P S+ W+ +G   S E     T  G R+      L I  V     G Y C+A ++AG     +    T L +  P I     +   +     A L C  +    P TI+W  +    +I  ++ I+  + G     LVI++      G YTC A +++G  + SA     +P    P    ++  +   F        +V+R    +TI+W        PNTG S
Sbjct: 1228 SNSVNEGDMAQLACFVSKGDEPLRITWSLKGDVVSSEPSITTTMI--GTRTSMLMITNVGYRHSGSYTCRASNAAGSA-THSASL---LVKEPPIINPFSFGAEPVNEGDVAQLTCLVRRGDEPLSITWSLKGDIISSEPSMTTTMFGTKASMLMITDVGYRHSGTYTCRASNDGGF-DTYSAELKINEPPQIAPFSFS-PHVID--EGSYAQISCSVTKGDEPLTITWSLHGAVISSEPSITTTMIGTRTSILIISEVGYRHSGKFTCRASNPAGSVRYSTEXSINEPPRIVPFSFGSESIDEGSFAQLTCSISHGDVPVSISWSLKGDVISSEPSITTTMVGGRT----SILIISSVGYRHSGDYTCNAKNIAGMVTYTS----TLLVNEAPEIGPFSFSKNIMNEGDFAQLTCVVNRGDLPLTITWSFHGE--NIGTNTGIITSNLGPRMSMLVINSAQHHHQGEYTCQAINKAGIRTHSAEXKVNEPPLIAPFSFANEVLNEGDFAQVTC---VVNRGDLPLTITWSFHGENIGPNTGIS 1748          

HSP 10 Score: 88.9669 bits (219), Expect = 7.812e-18
Identity = 125/502 (24.90%), Postives = 198/502 (39.44%), Query Frame = 0
Query:   60 ITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPM---DTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGD-ILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDD---IDIICDVSGDPDPIVIWSRDDGPLPENKVSIDAN-------RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQ-TKPKDQRIGMNGIAKFECSAG-GNPPPSLFWTKEG---SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPT-ISWYKNQSPISIDDS--SRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVI-FHKTPDPSTFPDPPTRPKIVDRRSTSITISW 538
            +TW   G+++ + P      L  G                G Y C  TN+ G + S++  L V    E  R+ P+     ++ EG    + C   +G+   S+ W   G  I      +   + T    L IQ +     G   C+A N  G   ++ A L +   P  L  PL     S D+     I+C VS   +P+ I     G +  ++ SI  N        L I+ V    +GIY C+AKN+ G +  S S+ V+  P+I       + +    I +  C    G+ P ++ W+ +G   S       T  G R+      L I  V     G Y C A   AG     A L+V    +  P I+     +  +    I  L C  S   +P  I+W      IS + S  + +    +  L+I N+    +G YTC AS+ +G  + SA L+  +  +P+++ F    D     D       V R    +TI+W
Sbjct:  686 LTWALQGDVISSEPGLSTTQLAVGY------------XHSGTYTCTVTNKAG-SDSQSAILKV---NEPPRILPLTFGQEVMNEGQFAQVVCIVTEGDEPLSIGWXLQGXXIXSXPSLSXSSLGTRTSMLTIQSIGYRHSGVYTCKATNKAG-SGSQXAVLRVNEPPEIL--PLSFGKPSMDEGEFAQIVCIVSRGDEPLSITWSLYGAVISSEPSISTNLLGSRXSMLXIQSVGYRHNGIYTCQAKNEAGSMRQSASLIVNESPSILPFSFGAESVKEGDINQLTCLVNRGDEPLTITWSLKGDVVSSXPSITTTMIGTRA----SMLMITNVGYRHSGTYTCRATXSAGXATHSAELKV----NESPSILPFSFGSNNVKEGDITQLTCLVSRGDEPVRITWSLKGDVISSEPSITTTMFGTRTSLLMITNVGYRHSGXYTCRASNAAGXATHSAELNVNE--SPSILAFSFGSDSVKEGDMTQLTCFVSRGDEPLTITW 1158          

HSP 11 Score: 79.337 bits (194), Expect = 6.354e-15
Identity = 116/479 (24.22%), Postives = 194/479 (40.50%), Query Frame = 0
Query:   40 VPKNEPVTLNCKADGIPEP-NITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVG-TARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG-IRETEEAQLSI--QVKPY-FLSKPLDITAISGDDIDIICDVSGDPDPIVI-WSRDDGPL---PENKVSIDANR---LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNG-IAKFECSAG-GNPPPSLFWTKEGSQELMFAGTKYGQRSVS---EDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPISIDD--SSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL 496
            V + +   L C      EP +ITW   G+++ + P     +   G+   +  + +      G Y C A+N+ G    S  + ++       F  +P   ++ EG    I C   KG+   ++ W+ +G ++ +  S    +I T    L+I EV     G+  C+A N  G +R + E  ++   ++ P+ F S+ +D     G    + C +S    P+ I WS     +   P    ++   R   L I  V     G Y C AKN  G V  + ++ V+  P I      + I   G  A+  C    G+ P ++ W+  G       GT  G  + +       L I   +   +G Y C A++ AG     A  +V    + PP I     AN+ L     A + C  +    P TI+W  +   I  +   S+  L      LVI++      G Y C A +++G  + SA L
Sbjct: 1327 VNEGDVAQLTCLVRRGDEPLSITWSLKGDIISSEPSMTTTMF--GTKASMLMITDVGYRHSGTYTCRASNDGGFDTYSAELKINEPPQIAPFSFSPH--VIDEGSYAQISCSVTKGDEPLTITWSLHGAVISSEPSITTTMIGTRTSILIISEVGYRHSGKFTCRASNPAGSVRYSTEXSINEPPRIVPFSFGSESID----EGSFAQLTCSISHGDVPVSISWSLKGDVISSEPSITTTMVGGRTSILIISSVGYRHSGDYTCNAKNIAGMVTYTSTLLVNEAPEIGPFSFSKNIMNEGDFAQLTCVVNRGDLPLTITWSFHGEN----IGTNTGIITSNLGPRMSMLVINSAQHHHQGEYTCQAINKAGIRTHSAEXKV----NEPPLIAPFSFANEVLNEGDFAQVTCVVNRGDLPLTITWSFHGENIGPNTGISTNNLGPRISLLVINSAQHHHQGEYICQAQNKAGIQTHSAEL 1789          

HSP 12 Score: 75.0998 bits (183), Expect = 1.173e-13
Identity = 112/487 (23.00%), Postives = 193/487 (39.63%), Query Frame = 0
Query:   60 ITWYKDGELVPTAPK-THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPM---DTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVG----NLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQ----VKPY-FLSKPLDITAISGDDIDIICDVS-GDPDPIVIWS---RDDGP---LPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQ----------TKP--------KDQRIGMNGIAKFECS-AGGNPPPSLFWTKEGS---QELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISW--YKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            I+W   G+++ + P  T  ++    S+  + +V  +   D   Y C A N  G     +  L    + E   + P      I+ EGD   + C   +G+   ++ W+ +G+ + T   N  II + +G     LVI       +G+  CQA N  GIR T  A+  +     + P+ F ++ L+     GD   + C V+ GD    + WS    + GP   +  N +    + L I   +    G Y C+A+N  G    S  + V+    +           ++P         ++ +     A+  C    G+ P  + W+  G+        A T  G R       L I  V    +G Y C A + AG     A L+V    + PP I       + +     A L C  +    P +++W  + ++       ++  L      LVI+++     G YTC AS+ +G  S++A L   +P
Sbjct: 1540 ISWSLKGDVISSEPSITTTMVGGRTSILIISSVGYRHSGD---YTCNAKNIAGMVTYTSTLL----VNEAPEIGPFSFSKNIMNEGDFAQLTCVVNRGDLPLTITWSFHGENIGT---NTGIITSNLGPRMSMLVINSAQHHHQGEYTCQAINKAGIR-THSAEXKVNEPPLIAPFSFANEVLN----EGDFAQVTCVVNRGDLPLTITWSFHGENIGPNTGISTNNLGPRISLLVINSAQHHHQGEYICQAQNKAGIQTHSAELKVNGTFILMRVADYFYFWFSEPPLIAPFSFANEVMNEGDFAQISCVITSGDLPLLITWSFHGNTIGTNTGIATTNLGPRM----SVLAINSVNYSHQGKYTCQAKNKAGIRTHTAELKV----NEPPMIGPFAFPKEVMNEGNFAQLTCVVTSGDLPLSVTWTFHGDKVGTQTGITTTNLGPRLSLLVINSVGYRHRGNYTCXASNNAGHDSYTAKLRVNEP 2003          

HSP 13 Score: 54.299 bits (129), Expect = 2.669e-7
Identity = 55/221 (24.89%), Postives = 89/221 (40.27%), Query Frame = 0
Query:  381 FYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETG-WVVAANRITSETYTINNLKPDTSYMFLVRAENSHGM 600
            F++ +  S+ G   +K  + +T     P  I   G +   +    I  LPC A G P P + W  +  PI  +D  R L +  G+L I  +   D   YTC  +++ G+ +    L    P                PDPP    +  +   SIT+  + + N  +S + G+T+ Y     E G W  A+    SE + ++ L     Y     A N  G+
Sbjct: 2688 FWVTAHTSIGGGPRSKK-VTLTPTDRIPAKIASFGNSYSAIAKTDIQ-LPCIAVGFPIPALHWKIDGMPIPENDRIRQLPD--GSLQITRISKDDAAQYTCMVNNKYGQDTVIHQLIVNGP----------------PDPPEM-SLTAQTXDSITVKIKPTKNVDKSSIHGFTIHY---KPEFGDWSTASVPYGSEEFILDELLCGQRYHLYATAYNDIGI 2884          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000003654 (pep:novel supercontig:LSalAtl2s:LSalAtl2s199:341388:472828:1 gene:EMLSAG00000003654 transcript:EMLSAT00000003654 description:"maker-LSalAtl2s199-augustus-gene-4.26")

HSP 1 Score: 153.68 bits (387), Expect = 8.055e-38
Identity = 185/747 (24.77%), Postives = 289/747 (38.69%), Query Frame = 0
Query:  138 VAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD----TSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQL----SIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVI-WSRDDGPL-PENKVSIDAN----RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELM--------------FAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKN-QSPISIDDSSR---ILVESSG----TLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRIT----SETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESM---SYVEGFFVRY--RDMSGGSQKFNMKT---------------VMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQI-----HVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            V+ GD+ ++ C P  G P   + W+K G  L     T  SNG         L+IQ+V  SD     C  +N VG R   +  L    + ++ P+  +  L       D   ++C ++    PI I W +D   L P++ + I  N     L    ++ +  G Y C A N       +  + V   P+    PKD           +C A GNP P++ W +  S                  +  T    RS   +G+L +  V  EDEG Y C   +  G+ +   ++ V       P     G+ N+T      A L C A G     + W    +  I    +SR   +   SSG    TL I ++  SD+G + C A ++ G +S S  LS  +                 P+PP+   I +  S SI ++W  + + G SP++ Y ++Y    +   W    N+      S    +  L+P T Y   V + N  G   P+ V   V TLQ                           E I++   +  +   PE+      + G++VRY   D S    +    T                M    G    ++ +LR +T+Y+V+++ F +K     S    V T+E VPS PP  +  E  +STS  I W  P   HRNG++LGY+I     +V G  +     I T   +     +  L     Y V+  A   +G G
Sbjct:   13 VSGGDV-LLLC-PVSGYPIERIVWSKEGRELRGPRPTPLSNG--------TLLIQKVEASDATTYICVVQNRVGQRAQGKIHLLAIKAPKIAPFHFAPDLK----EDDRAQVVCSITSGDLPIQISWEKDGKVLEPDSNIQIQNNVFGSSLLFFRLKAQHSGFYKCIASNAAETTNFTSQLVVKVPPSWLLAPKDIVTRHRSQVVLDCQASGNPRPTVSWRRAHSSSYSGNHISRDKDGSYYEYVQTSEPGRSFHPNGSLILHHVTPEDEGQYRCEVQNGVGAISKSVFVTVQV-----PVYFGTGSQNRTAVAGKDASLVCNALGNSPINLEWKTGLREKIGARMTSRYSIVEANSSGGVLSTLTIRSVRRSDSGEFICEAGNDFGTSSISIFLSVVES----------------PEPPSSVHITELSSRSINLAWYPAYD-GNSPVLQYIVQYKEGGVH--WRYHHNKTVGGGESTGIKLGGLRPYTEYNMRVMSVNEVGAGDPSEVITAV-TLQ---------------------------EDIANYDYKAVFMYPPEASLANGRILGYYVRYGATDESLDEIRHQQHTNPNNGLISSSSPNLARMTVRGGRTQALVGDLRPFTKYQVYVVAFNEKGLSPHSTKTIVSTLEGVPSGPPLKVRCEAESSTSLSIAWRQPEVAHRNGIILGYKISYRLTNVVGQDAGKSDLIRTKKTSDDRISIHQLNKFSSYYVKXRAYXAVGDG 693          

HSP 2 Score: 97.8265 bits (242), Expect = 1.267e-20
Identity = 109/409 (26.65%), Postives = 169/409 (41.32%), Query Frame = 0
Query:   46 VTLNCKADGIPEPNITWYKDG-ELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGN-LVIQEVVKSDEGQXACQAENIVGIRETEE--AQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIW-------------SRD-DGPLPENKVSIDANR-------LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA--GTKYGQRSVSEDG----TLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPL 423
            V L C   G P   I W K+G EL    P      L +G+L     +Q  +  D   Y C   N VG      + L +A+             + E D   + C    G+    + W K+G +L+   SN +I     G+ L+   +     G   C A N     ET    +QL ++V P +L  P DI       + + C  SG+P P V W             SRD DG   E   + +  R       L +  V PED+G Y C+ +N VG +  S  ++V       T  +++       A   C+A GN P +L W K G +E + A   ++Y     +  G    TL I+ VR+ D G +IC A +  G+++   +L V    + P  + I   +++++ L
Sbjct:   18 VLLLCPVSGYPIERIVWSKEGRELRGPRPTP----LSNGTLL----IQKVEASDATTYICVVQNRVGQRAQGKIHL-LAIKAPKIAPFHFAPDLKEDDRAQVVCSITSGDLPIQISWEKDGKVLE-PDSNIQIQNNVFGSSLLFFRLKAQHSGFYKCIASNAA---ETTNFTSQLVVKVPPSWLLAPKDIVTRHRSQVVLDCQASGNPRPTVSWRRAHSSSYSGNHISRDKDGSYYEYVQTSEPGRSFHPNGSLILHHVTPEDEGQYRCEVQNGVGAISKSVFVTVQVPVYFGTGSQNRTAVAGKDASLVCNALGNSPINLEW-KTGLREKIGARMTSRYSIVEANSSGGVLSTLTIRSVRRSDSGEFICEAGNDFGTSSISIFLSVVESPEPPSSVHITELSSRSINL 412          

HSP 3 Score: 92.4337 bits (228), Expect = 4.797e-19
Identity = 153/651 (23.50%), Postives = 251/651 (38.56%), Query Frame = 0
Query:  228 PLDITAISGDDIDIICDVSGDPDPIVIWSRDD----GPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKP--------KDQRIGMNGIAKFECS-AGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYK--------NQSPISIDDSSRILVESS---------GTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTS-ITISWRRSPNTGESPLMGYTLEYFSSDLE---TGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTV-MLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTF-------HSN--------------ITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFS 822
            P +  A+SG D+ ++C VSG P   ++WS++     GP P     +    L I+ V   D   Y C  +N VG   A   I + A  A +  P        +D R      A+  CS   G+ P  + W K+G + L        Q +V     LF + ++ +  GFY C A + A +T   + L V       PP  ++   +      +  +L C+ASG P+PT+SW +        N      D S    V++S         G+L++ ++   D G Y C   +  G  S S  ++   P    V F       T         + +    S I + W+    TG    +G  +    S +E   +G V++       T TI +++   S  F+  A N  G S    +S  +  ++S      ++I E                 +SS +I ++W    +  S V  + V+Y++     +  + KTV   E+ GI    +  LR YTEY + +M   +   G PS  +   T+++           +  N     +   PP     NG +LGY +       +        H+N                T+    T  ++ +L    KY V  VA  + GL P S
Sbjct:    7 PRNKXAVSGGDVLLLCPVSGYPIERIVWSKEGRELRGPRP---TPLSNGTLLIQKVEASDATTYICVVQNRVGQ-RAQGKIHLLAIKAPKIAPFHFAPDLKEDDR------AQVVCSITSGDLPIQISWEKDG-KVLEPDSNIQIQNNVFGSSLLFFR-LKAQHSGFYKCIASNAAETTNFTSQLVVKV-----PPSWLLAPKDIVTRHRSQVVLDCQASGNPRPTVSWRRAHSSSYSGNHISRDKDGSYYEYVQTSEPGRSFHPNGSLILHHVTPEDEGQYRCEVQNGVGAISKSVFVTVQVP----VYFGTGSQNRTAVAGKDASLVCNALGNSPINLEWK----TGLREKIGARMTSRYSIVEANSSGGVLS-------TLTIRSVRRSDSGEFICEAGNDFGTS---SISIFLSVVESPEPPSSVHITE-----------------LSSRSINLAWYPAYDGNSPVLQYIVQYKEGGVHWRYHHNKTVGGGESTGI---KLGGLRPYTEYNMRVMSVNEVGAGDPSEVITAVTLQE-----------DIANYDYKAVFMYPPEASLANGRILGYYVRYGATDESLDEIRHQQHTNPNNGLISSSSPNLARMTVRGGRTQALVGDLRPFTKYQVYVVAFNEKGLSPHS 591          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000001266 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1208:7071:89755:-1 gene:EMLSAG00000001266 transcript:EMLSAT00000001266 description:"maker-LSalAtl2s1208-augustus-gene-0.12")

HSP 1 Score: 142.124 bits (357), Expect = 2.961e-34
Identity = 203/834 (24.34%), Postives = 325/834 (38.97%), Query Frame = 0
Query:   25 QYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK--THRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTA--RSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKS-DEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVI-WSRDDGPLPENK----VSIDA--NRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECS-AGGNPPPSLFWTKEGSQELMFAGTKYGQR-----SVSEDGTLF-IQGVR-KEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAI------LPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLV----------IDNLISSDTGLYTCTA----SSESGETSWSASLSXXDPKNPNVIFH---KTPDPSTFPDPP-----------TRPKIVDRRSTSITISW-RRSPNTGESPLMGYTLEYFSSD--------LETGWVVAA------------NRITS--ETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTF 781
            QY   + T QP  M       V+L C A G P P I W  DG  +P   +    + +   G +     +      DGGLY C   N  G+   + R       ++R      P +    EG   V+ C P  G P  +V W K+  +L    SN R  +   G L++ +V K  DEG   C   N  G+    + ++S+ V P  +      +   G+ I + C ++    P+ + W +++ PL  N     +S D+  + L I  +     G Y C A+N  G  E S  I+VH  P I+       +      +  C    G+ P  L W K+GS   +  G   G+      SV +  +L  I  +R +   G Y C A + AG     A L V      PP       A +T P +T ++      L C+A G+P P ISW K  +    +    I   +SG  +          ID+L +SD G+   T     +S+S    +   +S    ++ +  F+   K P   TFPD              R          IT++W R++ +   + ++ Y+LE  +++        +   W +A              R+T   E   ++ L+P+  Y   V AENS G     R S  +R                        +++   E +S   +      LP +    EG        S G   +N  TV       +  ++  L   ++YE+ +    +   G P +     T ED+P  PP +++  PM STS  + W+PP      G LLGY+++ +     F
Sbjct:  211 QYAFIEQTLQPGPM-------VSLKCSATGSPTPIIKWKLDGFDLPNLERYLIGQYVTVHGDVISHLNISRSLVIDGGLYSCSVINRAGSIIHQGRLNIYGAPMIRP----WPEEIKAIEGRTFVLHC-PLGGFPIEAVHWEKDNLLL---ASNLRRKVLNNGTLILSDVAKERDEGSYKCTGSNRQGLSAMGKTKISVIVSPKIVPFAAPASLQQGERISLTCTIARGDAPLTLSWVKNNRPLNNNVGQKIISFDSYNSMLTIEALSLHHIGTYTCLARNKAGSAEYSQHITVHVPPEIEPFTFGDNLREGSRTRVVCGILRGDLPIRLSWLKDGSH--LLNGQSSGESDLQIASVDDFSSLLTISNLRYRLHSGVYTCVAENPAGQATFDAPLTV----KVPP-------AWKTKPWSTSSVQGESSKLYCQAEGSPAPKISWKKEIASQPGEFLEIIPPINSGIWIQSNKEKEGGGIDSLPTSDYGITNSTLIIERTSKSHAGRYLCLVSNGIGQDLHQFFNFTVKVPPRVTFPDRSFALNSALGDKMARLNCEAEGDKPITVTWMRQNEDIDVNSIVRYSLETIATERGVKTILSIHVPWELAKIKTINGRKEIEEERMTKSEEQVRLDGLRPNIYYKVRVFAENSLGRG---RSSSELR------------------------LEILKNEIVSPKLVSDHSPGLPPNNRLQEG------PKSSGGDNYNWTTVERYDRSDLRTILRELIPNSKYEILIQAQNRYGFG-PVSKESGSTGEDLPLTPPRNIICTPMTSTSLQLTWAPPEVSDIRGRLLGYRLYYQDVNHKF 982          

HSP 2 Score: 107.842 bits (268), Expect = 1.096e-23
Identity = 140/566 (24.73%), Postives = 236/566 (41.70%), Query Frame = 0
Query:   38 MTVPKNEPVTLNCKADGIPEPNITWYKDG----ELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRE----DFRLNPMDTIVAEGDIGV---IKCWPPKG---NPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSI-QVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPE-------NKVSIDAN---RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKE-DEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPISIDDSSRILVESS--GTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPD---PPTRPKIVD---RRSTSITISWRR-------SPNTGESPLMGYTLEYFSSDL 561
            + + + +   L C + G P P  +W+K+     + +P++P+ H +  P GS   +  +Q+    D G+Y C A N+VG + S ++ L V    E    D R+ P    +   DIG      C  P       +  ++W  NG     S  + RI++     + I+ V + D G   C   ++ G       +L +    P      ++ T   G  + + C  +G P PI+ W  D   LP          V++  +    L I      D G+Y C   N  G +     ++++  P I+  P++ +          C  GG P  ++ W K+    L+ A     +R V  +GTL +  V KE DEG Y C+  +  G +A    +  T +     P I+   A  +L       L C  +    P T+SW KN  P++ +   +I+   S    L I+ L     G YTC A +++G   +S  ++   P  P +      +P TF D     +R ++V    R    I +SW +         ++GES L   +++ FSS L
Sbjct:   23 LYMEEGQGAILPCFSSGSPPPFTSWFKENHHLLDPLPSSPQYH-LFGPRGSALKIYRLQSS---DSGIYRCVARNDVGES-SFSIHLKVYSQGESSPPDLRVLPD---IQSADIGSNARFSCQIPDSRISQIEVGLRWLVNG----VSPRDPRILV-RGDEIEIRNVQQEDGGIYQCFL-SLKGNEYQASGELRLGDSLPRLQYAFIEQTLQPGPMVSLKCSATGSPTPIIKWKLDGFDLPNLERYLIGQYVTVHGDVISHLNISRSLVIDGGLYSCSVINRAGSIIHQGRLNIYGAPMIRPWPEEIKAIEGRTFVLHCPLGGFPIEAVHWEKD---NLLLASNL--RRKVLNNGTLILSDVAKERDEGSYKCTGSNRQGLSA----MGKTKISVIVSPKIVPFAAPASLQQGERISLTCTIARGDAPLTLSWVKNNRPLNNNVGQKIISFDSYNSMLTIEALSLHHIGTYTCLARNKAGSAEYSQHITVHVP--PEI------EPFTFGDNLREGSRTRVVCGILRGDLPIRLSWLKDGSHLLNGQSSGESDLQIASVDDFSSLL 557          
BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Match: EMLSAP00000008452 (pep:novel supercontig:LSalAtl2s:LSalAtl2s518:328679:339984:1 gene:EMLSAG00000008452 transcript:EMLSAT00000008452 description:"maker-LSalAtl2s518-augustus-gene-2.23")

HSP 1 Score: 137.502 bits (345), Expect = 1.103e-32
Identity = 126/483 (26.09%), Postives = 200/483 (41.41%), Query Frame = 0
Query:   46 VTLNCKADGIPEPNITWYKD-------GELVPTAPKTHRVILPSGSLFFLRAVQNKKE-HDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIG---VIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPY----FLSKPLDITAI------SGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEG----SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALR---DTPP---PIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL 496
            ++L C A G P P  +WY +        E      K  R+ +  G L     + N     D G Y+C+A+N+ GT RSR+VT+    + E       +T    GDI     I C PP+  P     W ++    +  + + RI+++  GNL    V K DEG  +C  ++ V           ++V P+     L  P +   I      +G  + + C   G P     W+R    +P++ +  + NR L I  V+ ED G Y C+A ND   + AS  +S+ ++P       D  +       + C A G P     W K      + +   A    G+  + +D  L I+ V K D+G Y C A +   +  +   L V +     D  P    +      N T        + CK  GAP P   W KN + I      + ++  SG+L I  + + D+ ++TC AS+E G    +  L
Sbjct:  300 ISLLCIAHGWPTPTYSWYSEFFSNDSYTEQKVDPLKDSRITISGGQLI----INNPNSVTDRGKYFCQASNKFGTIRSRSVTIAFGFIGEFILRRNYET----GDINWGKSISCDPPQYFPLVKFYWNRDY-FPNYVEEDRRIMVSYDGNLYFSSVEKIDEGNYSCSVQSSVASSGRTGPFFRLKVSPHPNYQQLRFPQNFPKIFPEAPVAGQYVRMECISFGYPVAHYNWTRKGSDIPKDALVTNHNRVLIIPRVKVEDQGEYICRAYNDKLSISASVKLSIQSRPVFTISIGDLHVDEKDDVTWTCEAFGIPDVKYKWLKNAKLLKTGDDKLAIEDRGRYEI-KDNVLIIRQVSKRDQGMYECLAYNDLDARYSSGQLRVLSFSPSFDKYPLEEKLFAAEGGNIT--------IKCKPEGAPTPEFVWRKNGAKIG--SGGKYIIYKSGSLFIRRVNADDSAVFTCEASNEYGRAESTGRL 762          

HSP 2 Score: 106.301 bits (264), Expect = 3.870e-23
Identity = 170/722 (23.55%), Postives = 261/722 (36.15%), Query Frame = 0
Query:  153 GNPKPSVKWTKNG-----DILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSR--------DDGPLPENK--VSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA-KPAIQTKPKDQRI--GMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-----ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAP--KPTISWYKNQSPI-----------------------------SIDDSSRILVES-------------------------SGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHG---------MSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQL-TSIEAISSTT--IRVSWSILPESMSYVEGFFVR-YRDMSGGSQKFNMKTVMLETDGIVNHVITNL-RKY--TEYEVFLMPFYK-----KIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRN--GVLLGYQI 772
            G P     WT+ G     D L T+ +  R+       L+I  V   D+G+  C+A N   +  +   +LSIQ +P F     D+     DD+   C+  G PD    W +        DD    E++    I  N L IR V   D G+Y C A ND+    +S  + V +  P+    P ++++     G    +C   G P P   W K G++  + +G KY    + + G+LFI+ V  +D   + C A +  G   +   L V           P P++I+   N+   +N    L CKA   P      SW  N   I                              + D  ++L  S                          G L I N+  ++ G Y C   S  G  +              VI H        P PP     V   S S TI W       +  + G  ++Y+  +  T       R  S   T+ +        +L R    HG         +SP +    RV     L   +      + N L  K  +  T+I      T  + + W  L +      G F R Y   +G   +++ +   L   G +N  + N+ RKY  T YEV +  F       K EG  S+ + + + ED+P   P+ +   P NST+  + W P         G L+GY+I
Sbjct:  513 GYPVAHYNWTRKGSDIPKDALVTNHN--RV-------LIIPRVKVEDQGEYICRAYN-DKLSISASVKLSIQSRPVFTISIGDLHVDEKDDVTWTCEAFGIPDVKYKWLKNAKLLKTGDDKLAIEDRGRYEIKDNVLIIRQVSKRDQGMYECLAYNDLDARYSSGQLRVLSFSPSFDKYPLEEKLFAAEGGNITIKCKPEGAPTPEFVWRKNGAK--IGSGGKY---IIYKSGSLFIRRVNADDSAVFTCEASNEYGRAESTGRLIVKRGPSFQAGIKPKPLVIV---NKGSSVN----LKCKAVADPLLDMAYSWSLNNLKIRFSEDEENYRLLSLQNAEGQRIGGLSWLSELSDHQKLLQSSGQFLNHHSSYTKGTGNFNKFRRGNRDGYLKIYNISYAEAGKYICIVDSAVGRIT----------AESQVIIHGP------PGPPGSVSAVSLSSKSGTIIWT------DGAIYGSQIKYYRIEGRT-------RDNSTFTTLKDYAEAQEITYLGRKPKVHGRRQYKIIDQLSPYSAYQFRVTAYNDLGLGEHSEPSPIYNTLPDKPTKTPTNIRGGGGHTRDLTIKWDALSKQDQNGPGVFYRIYYRRTGIDPEWDFQQKTLTDLGNINIYVINIQRKYFFTTYEVKIQVFNDLCQEPKCEGPISDPVEIYSAEDLPQVAPTRVGARPFNSTAIRVTWLPISNNRDKIRGKLIGYRI 1183          

HSP 3 Score: 77.411 bits (189), Expect = 2.178e-14
Identity = 73/251 (29.08%), Postives = 109/251 (43.43%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRV-----ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMD--TIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLS----KPLDITAISGDDIDIICDVSGDP--DPIVIWSRDD 259
            +S Q R P  T     + V + + VT  C+A GIP+    W K+ +L+ T      +          ++  +R V  +   D G+Y C A N++  AR  +  L V      F   P++     AEG    IKC  P+G P P   W KNG  +    S G+ II + G+L I+ V   D     C+A N  G R     +L ++  P F +    KPL I    G  +++ C    DP  D    WS ++
Sbjct:  571 LSIQSR-PVFTISIGDLHVDEKDDVTWTCEAFGIPDVKYKWLKNAKLLKTGDDKLAIEDRGRYEIKDNVLIIRQVSKR---DQGMYECLAYNDLD-ARYSSGQLRVLSFSPSFDKYPLEEKLFAAEGGNITIKC-KPEGAPTPEFVWRKNGAKIG---SGGKYIIYKSGSLFIRRVNADDSAVFTCEASNEYG-RAESTGRLIVKRGPSFQAGIKPKPLVIVN-KGSSVNLKCKAVADPLLDMAYSWSLNN 810          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036496|sp|Q9HCK4.2|ROBO2_HUMAN (RecName: Full=Roundabout homolog 2; Flags: Precursor)

HSP 1 Score: 604.364 bits (1557), Expect = 0.000e+0
Identity = 344/898 (38.31%), Postives = 504/898 (56.12%), Query Frame = 0
Query:    1 MILKMHLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT-GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSD---LLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN---GNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKK 881
            +++   L++C FL +    S +  +   P+I E P+ + V K EP TLNCKA+G P P I WYKDGE V T    P++HR++LPSGSLFFLR V  ++   D G Y C A N +G A SRN +L+VA+LR+DFR NP D +VA G+  +++C PP+G+P+P++ W K+   +D  +   RI I   G L+I    KSD G   C   N+VG R+++ A+L++  +P FL +P++   +  + ++  C V GDP P V W +DD  LP  +  I D   L+I+     D+G Y C A+N VG +EAS +++V A P    +P+DQ +       F C   GNP P++FW KEGSQ L+F         + SVS  G L I  +++ D G+YIC AL+VAGS   KA LEVT  L D PPPII+ G ANQTL ++  A+L CKA+G P P ISW K        D  R  ++  GTL I NL  SDTG YTC A+S SGETSWSA L   D         K  D S  P PP++P++ D    S+T+SW+  P T G  P   Y +E FS  +   W   AN + +  YT+  L+P+T Y+F+VRA N  G+S P+ +S+ VRT        G++  +V   L   +V+L +   ++ TT++V+W++      +++G+ V YR  SG     + + +  +     + V+ NL+K   YE+ + P++ + +G  S S  V+T E+ PSAPP     L +   NSTS  + W PPPP H+NG++  Y+I   GN + FH N  T++A   S I+  L    +Y V   A T  G+G  S+P   ++   N    ++   N  +I     +++ +P FI G+  A +V + G  I +   RKK
Sbjct:    3 LLMFTQLLLCGFLYVRVDGSRLRQEDFPPRIVEHPSDVIVSKGEPTTLNCKAEGRPTPTIEWYKDGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRRSKPDEGSYVCVARNYLGEAVSRNASLEVALLRDDFRQNPTDVVVAAGEPAILECQPPRGHPEPTIYWKKDKVRIDDKEE--RISI-RGGKLMISNTRKSDAGMYTCVGTNMVGERDSDPAELTVFERPTFLRRPINQVVLEEEAVEFRCQVQGDPQPTVRWKKDDADLPRGRYDIKDDYTLRIKKTMSTDEGTYMCIAENRVGKMEASATLTVRAPPQFVVRPRDQIVAQGRTVTFPCETKGNPQPAVFWQKEGSQNLLFPNQPQQPNSRCSVSPTGDLTITNIQRSDAGYYICQALTVAGSILAKAQLEVTDVLTDRPPPIILQGPANQTLAVDGTALLKCKATGDPLPVISWLKEGFTFPGRD-PRATIQEQGTLQIKNLRISDTGTYTCVATSSSGETSWSAVL---DVTESGATISKNYDLSDLPGPPSKPQVTDVTKNSVTLSWQ--PGTPGTLPASAYIIEAFSQSVSNSWQTVANHVKTTLYTVRGLRPNTIYLFMVRAINPQGLSDPSPMSDPVRTQDISPPAQGVDHRQVQKELGDVLVRLHNPVVLTPTTVQVTWTV-DRQPQFIQGYRVMYRQTSGLQATSSWQNLDAKVPTERSAVLVNLKKGVTYEIKVRPYFNEFQGMDSESKTVRTTEEAPSAPPQSVTVLTVGSYNSTSISVSWDPPPPDHQNGIIQEYKIWCLGNETRFHIN-KTVDAAIRSVIIGGLFPGIQYRVEVAASTSAGVGVKSEPQPIIIGRRN---EVVITENNNSITEQITDVVKQPAFIAGIGGACWVILMGFSIWLYWRRKK 886          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036483|sp|Q7TPD3.2|ROBO2_MOUSE (RecName: Full=Roundabout homolog 2; Flags: Precursor)

HSP 1 Score: 587.03 bits (1512), Expect = 0.000e+0
Identity = 339/878 (38.61%), Postives = 490/878 (55.81%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPA----IQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT-GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIV----NHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSD---LLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN---GNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKK 881
            P+I E P+ + V K EP TLNCKA+G P P I WYKDGE V T    P++HR++LPSGSLFFLR V  ++   D G Y C A N +G A SRN +L+VA+LR+DFR NP D +VA G+  +++C PP+G+P+P++ W K+   +D  +   RI I   G L+I    KSD G   C   N+VG R+++ A+L++  +P FL +P++   +  + ++  C V GDP P V W +DD  LP  +  I D   L+I+     D+G Y C A+N VG VEAS +++V  +P        +P+DQ +       F C   GNP P++FW KEGSQ L+F         + SVS  G L I  +++ D G+YIC AL+VAGS   KA LEVT  L D PPPII+ G  NQTL ++  A+L CKA+G P P ISW K +    +    R  ++  GTL I NL  SDTG YTC A+S SGETSWSA L   D         K  D +  P PP++P++ D    S+T+SW+  P T G  P   Y +E FS  +   W   AN + +  YT+  L+P+T Y+F+VRA N  G+S P+ +S+ VRT        G++  +V   L   VV+L +   ++ TT++V+W++      +++G+ V YR  SG        TV    D  V    + V+ NL+K   YE+ + P++ + +G  S S  V+T E+ PSAPP     L +   NSTS  + W PPP  H+NG++  Y+I   GN + FH N  T++A   S ++  L    +Y V   A T  G+G  S+P   ++   N    ++   N  +I     +++ +P FI G+  A +V + G  I +   RKK
Sbjct:   31 PRIVEHPSDVIVSKGEPTTLNCKAEGRPTPTIEWYKDGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRRSKPDEGSYVCVARNYLGEAVSRNASLEVALLRDDFRQNPTDVVVAAGEPAILECQPPRGHPEPTIYWKKDKVRIDDKEE--RISI-RGGKLMISNTRKSDAGMYTCVGTNMVGERDSDPAELTVFERPTFLRRPINQVVLEEEAVEFRCQVQGDPQPTVRWKKDDADLPRGRYDIKDDYTLRIKKAMSTDEGTYVCIAENRVGKVEASATLTVRVRPVAPPQFVVRPRDQIVAQGRTVTFPCETKGNPQPAVFWQKEGSQNLLFPNQPQQPNSRCSVSPTGDLTITNIQRSDAGYYICQALTVAGSILAKAQLEVTDVLTDRPPPIILQGPINQTLAVDGTALLKCKATGEPLPVISWLK-EGFTFLGRDPRATIQDQGTLQIKNLRISDTGTYTCVATSSSGETSWSAVL---DVTESGATISKNYDMNDLPGPPSKPQVTDVSKNSVTLSWQ--PGTPGVLPASAYIIEAFSQSVSNSWQTVANHVKTTLYTVRGLRPNTIYLFMVRAINPQGLSDPSPMSDPVRTQDISPPAQGVDHRQVQKELGDVVVRLHNPVVLTPTTVQVTWTV-DRQPQFIQGYRVMYRQTSG----LQASTVWQNLDAKVPTERSAVLVNLKKGVTYEIKVRPYFNEFQGMDSESKTVRTTEEAPSAPPQSVTVLTVGSHNSTSISVSWDPPPADHQNGIIQEYKIWCLGNETRFHIN-KTVDAAIRSVVIGGLFPGIQYRVEVAASTSAGVGVKSEPQPIIIGGRN---EVVITENNNSITEQITDVVKQPAFIAGIGGACWVILMGFSIWLYWRRKK 890          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036480|sp|O89026.1|ROBO1_MOUSE (RecName: Full=Roundabout homolog 1; Flags: Precursor)

HSP 1 Score: 586.645 bits (1511), Expect = 0.000e+0
Identity = 337/896 (37.61%), Postives = 511/896 (57.03%), Query Frame = 0
Query:    6 HLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYR--DMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKS 887
            H  +   + +CS + +    +  P+I E P+ + V K EP TLNCKA+G P P I WYK GE V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  LD    + RI I   G L+I    KSD G+  C   N+VG RE+E A+L++  +P F+ +P ++     D  +  C+  GDP P V W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS +++V   P    KP+DQ + +     F+C A GNP P++FW +EGSQ L+F+        + SVS+ G L I  V++ D G+YIC  L+VAGS  TKAYLEVT  + D PPP+I  G  NQT+ ++   IL C A+G+P PTI W K+   +S  D SRI    SG L I      DTG YTCTAS+ SGE +WSA +   +   P V   +  DP+  P  P++P++ D    ++T+SW+ + N+G +P   Y +E FS    + W  AA  + +ET+ I  LKP+  Y+FLVRA N++G+S P+++S+ V+T      + G++  +V   L + V+ L +   +SS+++ V W++  +S  Y++G+ + YR    S G  ++ +  V   T   V  VI +LRK   YE+   PF+ + +G  S     +T+E+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN + +H N  T++ +T S ++ +L    +YSV   A T  G G  S+P F  +D      +     +      +++ +P FI G+  A ++ +    I +  +RKK N   S
Sbjct:    7 HFYLFGLICLCSGSRLRQEDF-PPRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYICVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGSPLD--DKDERITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTVRWRKDDGELPKSRYEIRDDHTLKIRKVTAGDMGSYTCVAENMVGKAEASATLTVQEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSSSRFSVSQTGDLTITNVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTLILSCVATGSPAPTILWRKDGVLVSTQD-SRIKQLESGVLQIRYAKLGDTGRYTCTASTPSGEATWSAYIEVQEFGVP-VQPPRPTDPNLIPSAPSKPEVTDVSKNTVTLSWQPNLNSGATP-TSYIIEAFSHASGSSWQTAAENVKTETFAIKGLKPNAIYLFLVRAANAYGISDPSQISDPVKTQDVPPTSQGVDHKQVQRELGNVVLHLHNPTILSSSSVEVHWTVDQQSQ-YIQGYKILYRPSGASHGESEWLVFEVRTPTKNSV--VIPDLRKGVNYEIKARPFFNEFQGADSEIKFAKTLEEAPSAPPRSVTVSKNDGNGTAILVTWQPPPEDTQNGMVQEYKVWCLGNETKYHIN-KTVDGSTFSVVIPSLVPGIRYSVEVAASTGAGPGVKSEPQFIQLDSHGNPVSPEDQVSLAQQISDVVRQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTS 891          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036500|sp|Q9Y6N7.1|ROBO1_HUMAN (RecName: Full=Roundabout homolog 1; AltName: Full=Deleted in U twenty twenty; AltName: Full=H-Robo-1; Flags: Precursor)

HSP 1 Score: 577.785 bits (1488), Expect = 4.759e-180
Identity = 328/871 (37.66%), Postives = 496/871 (56.95%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKS 887
            P+I E P+ + V K EP TLNCKA+G P P I WYK GE V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  LD    + RI I   G L+I    KSD G+  C   N+VG RE+E A+L++  +P F+ +P ++     D  +  C+  GDP P V W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS +++V   P    KP+DQ + +     F+C A GNP P++FW +EGSQ L+F+        + SVS+ G L I  V++ D G+YIC  L+VAGS  TKAYLEVT  + D PPP+I  G  NQT+ ++   +L C A+G+P PTI W K+   +S  D SRI    +G L I      DTG YTC AS+ SGE +WSA +   +   P V   +  DP+  P  P++P++ D    ++T+SW+ + N+G +P   Y +E FS    + W   A  + +ET  I  LKP+  Y+FLVRA N++G+S P+++S+ V+T   L  + G++  +V   L + V+ L +   +SS++I V W++  +S  Y++G+ + YR       + +     + T    + VI +LRK   YE+   PF+ + +G  S     +T+E+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN + +H N  T++ +T S ++  L    +YSV   A T  G G  S+P F  +D      +     +      +++ +P FI G+  A ++ +    I +  +RKK N   S
Sbjct:   68 PRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYVCVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGSPLD--DKDERITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTVRWRKDDGELPKSRYEIRDDHTLKIRKVTAGDMGSYTCVAENMVGKAEASATLTVQEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSSSRFSVSQTGDLTITNVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTFVLSCVATGSPVPTILWRKDGVLVSTQD-SRIKQLENGVLQIRYAKLGDTGRYTCIASTPSGEATWSAYIEVQEFGVP-VQPPRPTDPNLIPSAPSKPEVTDVSRNTVTLSWQPNLNSGATP-TSYIIEAFSHASGSSWQTVAENVKTETSAIKGLKPNAIYLFLVRAANAYGISDPSQISDPVKTQDVLPTSQGVDHKQVQRELGNAVLHLHNPTVLSSSSIEVHWTVDQQSQ-YIQGYKILYRPSGANHGESDWLVFEVRTPAKNSVVIPDLRKGVNYEIKARPFFNEFQGADSEIKFAKTLEEAPSAPPQGVTVSKNDGNGTAILVSWQPPPEDTQNGMVQEYKVWCLGNETRYHIN-KTVDGSTFSVVIPFLVPGIRYSVEVAASTGAGSGVKSEPQFIQLDAHGNPVSPEDQVSLAQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTS 930          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|449061888|sp|G5EBF1.1|SAX3_CAEEL (RecName: Full=Protein sax-3; AltName: Full=Sensory axon guidance 3; Flags: Precursor)

HSP 1 Score: 566.614 bits (1459), Expect = 2.301e-179
Identity = 364/1025 (35.51%), Postives = 540/1025 (52.68%), Query Frame = 0
Query:   15 ICSFTSVISAQYRS---------PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPK---THRVILPSGSLFFLR--AVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAG--TKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDT------PPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQ-----SLSENDGINIHEVSNALMS-KVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFY---KKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNI-KYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNS---TKSLSQNTVASRHY--EDITKIAINPD-----GSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDL----------YAEV--GEPNGFSTFGGNHRITEPSPYATTTLAV 983
            +C+   V+ A  RS         P I E P  + V +  P TLNC A       ITWYKDG+ V T  +   +HR++L +GSLF L+  + +N K+ D G Y+C A+NE G  +S   +L +A+LREDFR+ P       G++ V++C PP+G P+P V W K+   L   Q   R  +   GNL+I  V +SD G   C A N+VG R +  A+LS+  KP F  +P D+T   G  +   C V+GDP P + W R + P+P  +  I  D   L+I  V+P D+G Y C A+N  G +EAS  + V A P+ QTKP DQ +   G A FEC+  G P P+ FW+KEG Q+L+F    +  G+  VS  GTL I+ VR+ DEG Y+C+ ++ AGS+ +KA L+VT    T      PPP I  G  NQTL + + AILPC+ASG P P ISW ++  PI I DS RI   S+G+L I +L   DTG+YTC A +E GE++WSASL+  D    N  F + PDPS FP  PT+P IV+   T + + W     +G  P+ GY ++Y+S DL   W    + + S  Y I  LKP  SYMF++RAEN  G+  P+  S  V T +     +LS+ + +++      L S ++++L  ++ I+ST +R+ W    +    ++G+++++R   G  +  + + V + +    N+V++NL  +T YE F++P++     I G PSNS+ V T E  PS PP D+ I  +N T+  I W  P     NG+L G+QI + G     + NITT N    S  L +L     Y +R  AR+  G+G     S  +M+   + K+      NE  + G I      + ++ A+ +      I    +R   NS    +S  +    S H    ++  +A NP+      + G + +N+          +Y      Q +F   D+ +  +          YA++  G  N  STF GN    +PSPYATTTL +
Sbjct:    8 LCTILLVLQAVIRSFCEDASNLAPVIIEHPIDVVVSRGSPATLNCGAKP-STAKITWYKDGQPVITNKEQVNSHRIVLDTGSLFLLKVNSGKNGKDSDAGAYYCVASNEHGEVKSNEGSLKLAMLREDFRVRPRTVQALGGEMAVLECSPPRGFPEPVVSWRKDDKELRI-QDMPRYTLHSDGNLIIDPVDRSDSGTYQCVANNMVGERVSNPARLSVFEKPKFEQEPKDMTVDVGAAVLFDCRVTGDPQPQITWKRKNEPMPVTRAYIAKDNRGLRIERVQPSDEGEYVCYARNPAGTLEASAHLRVQAPPSFQTKPADQSVPAGGTATFECTLVGQPSPAYFWSKEGQQDLLFPSYVSADGRTKVSPTGTLTIEEVRQVDEGAYVCAGMNSAGSSLSKAALKVTTKAVTGNTPAKPPPTIEHGHQNQTLMVGSSAILPCQASGKPTPGISWLRDGLPIDITDS-RISQHSTGSLHIADLKKPDTGVYTCIAKNEDGESTWSASLTVED-HTSNAQFVRMPDPSNFPSSPTQPIIVNVTDTEVELHWNAPSTSGAGPITGYIIQYYSPDLGQTWFNIPDYVASTEYRIKGLKPSHSYMFVIRAENEKGIGTPSVSSALVTTSKPAAQVALSDKNKMDMAIAEKRLTSEQLIKLEEVKTINSTAVRLFWKKR-KLEELIDGYYIKWR---GPPRTNDNQYVNVTSPSTENYVVSNLMPFTNYEFFVIPYHSGVHSIHGAPSNSMDVLTAEAPPSLPPEDVRIRMLNLTTLRISWKAPKADGINGILKGFQIVIVGQAPNNNRNITT-NERAASVTLFHLVTGMTYKIRVAARSNGGVGVSHGTSEVIMNQDTLEKHLAAQQENESFLYGLINKSHVPVIVIVAILIIFVVIIIAYCYWRNSRNSDGKDRSFIKINDGSVHMASNNLWDVAQNPNQNPMYNTAGRMTMNN-----RNGQALYSLTPNAQDFFNNCDDYSGTMHRPGSEHHYHYAQLTGGPGNAMSTFYGNQYHDDPSPYATTTLVL 1018          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036462|sp|O55005.1|ROBO1_RAT (RecName: Full=Roundabout homolog 1; Flags: Precursor)

HSP 1 Score: 570.081 bits (1468), Expect = 3.951e-177
Identity = 365/1037 (35.20%), Postives = 546/1037 (52.65%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFA---GTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYR--DMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFI-GLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKI----------AINPDGSRGTV---------WINDDW------------KCGTKSTGIYDEAETNQRYFRPSD-----NNNTD------------LYAEV---GEPNGFSTFGG----NHRIT----EPSPYATTTLAVMQNKVRKMN 992
            P+I E P+ + V K EP TLNCKA+G P P I WYK GE V T    P++HR++LPSGSLFFLR V  +K   D G+Y C A N +G A S N +L+VA+LR+DFR NP D +VA G+  V++C PP+G+P+P++ W K+G  LD    + RI I   G L+I    KSD G+  C   N+VG RE++ A +++  +P F+ +P ++     D  +  C+  GDP P   W +DDG LP+++  I D + L+IR V   D G Y C A+N VG  EAS +++V   P    KP+DQ + +     F+C A GNP P++FW +EGSQ L+F+        + SVS+ G L +  V++ D G+YIC  L+VAGS  TKAYLEVT  + D PPP+I  G  NQT+ ++    L C A+G+P PTI W K+   +S  D SRI    SG L I      DTG YTCTAS+ SGE +WSA +   +   P V   +  DP+  P  P++P++ D    ++T+ W+ + N+G +P   Y +E FS    + W   A  + +ET+ I  LKP+  Y+FLVRA N++G+S P+++S+ V+T        G++  +V   L + V+ L +   +SS+++ V W++  +S  Y++G+ + YR    S G  ++ +  V   T   V  VI +LRK   YE+   PF+ + +G  S     +T+E+ PSAPP  + +     N T+ ++ W PPP   +NG++  Y++   GN + +H N  T++ +T S ++  L    +YSV   A T  G G  S+P F  +D      +     +      +++ +P FI G+  A ++ +    I +  +RKK N    LS      R     T            A++  G  G +         W+ D W             C T S G  D   T   Y RP+D     NN  D            +Y +V    + N   TF      + R      +P+PYATT L +  N +  MN
Sbjct:   68 PRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYICVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKKDGSPLD--DKDERITI-RGGKLMITYTRKSDAGKYVCVGTNMVGERESKVADVTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTFGWRKDDGELPKSRYEIRDDHTLKIRKVTAGDMGSYTCVAENMVGKAEASATLTVQEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSSSRFSVSQTGDLTVTNVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTLTLSCVATGSPVPTILWRKDGVLVSTQD-SRIKQLESGVLQIRYAKLGDTGRYTCTASTPSGEATWSAYIEVQEFGVP-VQPPRPTDPNLIPSAPSKPEVTDVSKNTVTLLWQPNLNSGATP-TSYIIEAFSHASGSSWQTVAENVKTETFAIKGLKPNAIYLFLVRAANAYGISDPSQISDPVKTQDVPPTTQGVDHKQVQRELGNVVLHLHNPTILSSSSVEVHWTVDQQSQ-YIQGYKILYRPSGASHGESEWLVFEVRTPTKNSV--VIPDLRKGVNYEIKARPFFNEFQGADSEIKFAKTLEERPSAPPRSVTVSKNDGNGTAILVTWQPPPEDTQNGMVQEYKVWCLGNETRYHIN-KTVDGSTFSVVIPFLVPGIRYSVEVAASTGAGPGVKSEPQFIQLDSHGNPVSPEDQVSLAQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRN---GLSSTYAGIRKVPSFTFTPTVTYQRGGEAVSSGGRPGLLNISEPATQPWLADTWPNTGNSHNDCSINCCTASNGNSDSNLTT--YSRPADCIANYNNQLDNKQTNLMLPESTVYGDVDLSNKINEMKTFNSPNLKDGRFVNPSGQPTPYATTQL-IQANLINNMN 1088          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036492|sp|Q96MS0.2|ROBO3_HUMAN (RecName: Full=Roundabout homolog 3; AltName: Full=Roundabout-like protein 3; Flags: Precursor)

HSP 1 Score: 512.301 bits (1318), Expect = 5.913e-158
Identity = 319/922 (34.60%), Postives = 484/922 (52.49%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPM--NSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVM-DPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNT--------VASRHYEDITKIAINPDGSRGTV---WINDDWKCGTKS 927
            P+I EQP  + V + EP TL C+A+G P PNI WYK+G  V T    P+ HR++LPSG+LFF R V  ++   D G+Y C A N +G A SRN +L+VAVLR+DFR +P + +VA G+  V++C PP+G+P+PSV W K+G  L   +  GRI I   G L++   +KSD G   C A N+ G RE+  A++ +  +P FL +P++   ++   +  +C+V GDP P + W ++DG LP  +  I ++  L I  V  ED+G Y C A+N VG  EAS S+SVH  P + T+P+DQ         F+C   GNPPP++FW KEGSQ L+F        G+ SVS  G L I  V++ D G+Y+C A+SVAGS   KA LE+  A  D  PP+I+ G ANQTL L +   LPC+ +G P+P++ W K+   +  DD  +    ++GTL I N+   D G Y+C A S +GE +WS  L   +  +  V      +PS+ P  P++P + +    SIT++W+ +P TG + +  Y +E FS      W   A+ +  ET+T++ L+P+T Y+FLVRA  + G+S P+ VSE VRT  S       +       L    V+L     +   T++VSW++    +  V+GF V +R    G +  +   + L++    + V+  L   T+ ++ +    ++  G  S S+     E+ PS PP  + +      ++S  + W PP P  +NGV+  YQI   GN S FH N  +      S +L  L     Y     A T  G+G  S P    +  P +++  +            ++ EP F+    A   A+       + +R+K    K LS  T        V+  H E ++  +  P    G     W+ D W   ++S
Sbjct:   64 PRIVEQPPDLLVSRGEPATLPCRAEGRPRPNIEWYKNGARVATVREDPRAHRLLLPSGALFFPRIVHGRRARPDEGVYTCVARNYLGAAASRNASLEVAVLRDDFRQSPGNVVVAVGEPAVLECVPPRGHPEPSVSWRKDGARLK--EEEGRITI-RGGKLMMSHTLKSDAGMYVCVASNMAGERESAAAEVMVLERPSFLRRPVNQVVLADAPVTFLCEVKGDPPPRLRWRKEDGELPTGRYEIRSDHSLWIGHVSAEDEGTYTCVAENSVGRAEASGSLSVHVPPQLVTQPQDQMAAPGESVAFQCETKGNPPPAIFWQKEGSQVLLFPSQSLQPTGRFSVSPRGQLNITAVQRGDAGYYVCQAVSVAGSILAKALLEIKGASLDGLPPVILQGPANQTLVLGSSVWLPCRVTGNPQPSVRWKKDGQWLQGDD-LQFKTMANGTLYIANVQEMDMGFYSCVAKSSTGEATWSGWLKMRE--DWGVSPDPPTEPSSPPGAPSQPVVTEITKNSITLTWKPNPQTGAA-VTSYVIEAFSPAAGNTWRTVADGVQLETHTVSGLQPNTIYLFLVRAVGAWGLSEPSPVSEPVRTQDSSPSRPVEDPWRGQQGLAEVAVRLQEPIVLGPRTLQVSWTV-DGPVQLVQGFRVSWR--VAGPEGGSWTMLDLQSPSQQSTVLRGLPPGTQIQIKVQAQGQEGLGAESLSVTRSIPEEAPSGPPQGVAVALGGDGNSSITVSWEPPLPSQQNGVITEYQIWCLGNESRFHLN-RSAAGWARSAMLRGLVPGLLYRTLVAAATSAGVGVPSAPVLVQLPSPPDLEPGLEVGAGLAVRLARVLREPAFLAGSGAACGALLLGLCAALYWRRK--QRKELSHYTASFAYTPAVSFPHSEGLSGASSRPPMGLGPAPYSWLADSWPHPSRS 972          

HSP 2 Score: 82.8037 bits (203), Expect = 1.229e-14
Identity = 58/189 (30.69%), Postives = 90/189 (47.62%), Query Frame = 0
Query:  308 AKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLF----IQGVR-KEDEGFYICSALSVAGSTATK-AYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPC-KASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGE 489
            A P I  +P D  +     A   C A G P P++ W K G++           R +   G LF    + G R + DEG Y C A +  G+ A++ A LEV  LRD           N  + +   A+L C    G P+P++SW K+ + +  ++  RI +   G L++ + + SD G+Y C AS+ +GE
Sbjct:   62 AMPRIVEQPPDLLVSRGEPATLPCRAEGRPRPNIEWYKNGARVATVREDPRAHRLLLPSGALFFPRIVHGRRARPDEGVYTCVARNYLGAAASRNASLEVAVLRDD----FRQSPGNVVVAVGEPAVLECVPPRGHPEPSVSWRKDGARLK-EEEGRITIR-GGKLMMSHTLKSDAGMYVCVASNMAGE 244          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|49036501|sp|Q9Z2I4.2|ROBO3_MOUSE (RecName: Full=Roundabout homolog 3; AltName: Full=Retinoblastoma-inhibiting gene 1 protein; Short=Rig-1; Flags: Precursor)

HSP 1 Score: 495.352 bits (1274), Expect = 7.963e-152
Identity = 324/921 (35.18%), Postives = 476/921 (51.68%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTA---PKTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKY---GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT-ALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPK----IVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMN--STSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNIN--GNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNT--------VASRHYEDITKIAINPDGSRGTV---WINDDW 921
            P+I EQP  + V + EP TL C+A+G P PNI WYK+G  V TA   P+ HR++LPSG+LFF R V  ++   D G+Y C A N +G A SRN +L+VAVLR+DFR +P + +VA G+  V++C PPKG+P+P V W K G I    +  GRI I   G L++    KSD G   C A N+ G RE+  A+L +  +P FL +P++   ++   ++ +C+V GDP P + W +DDG LP  +  I ++  L I  V  ED+G Y C A+N VG  EAS S+SVH  P   TKP++Q +       F+C   GNPPP++FW KEGSQ L+F        G+  VS  G L I  V+  D G+Y+C A+SVAGS   KA LE+  A  D  PPII+ G ANQTL L +   LPC+  G P+P I W K++  +  DDS   L++ +GTL I ++   D G Y+C A S  GE +W++ L   +       +  +P P+T P  P  P     + +  + SIT++W+ +P +G +    Y +E FS      W   A+ +  ETYTI+ L+P+T Y+FLVRA  + G+S P+ VSE V+T  S       +  +    L    V++     +   T++VSW++    +  V+GF V +R    G  + +   + L++    + V+  L    + ++ +    ++  G  S  +     E+ PS PP  + +      ++S  + W PP P  RNGV+  YQI   GN S FH N  +      S   S L   Q Y     A T  G+G  S P   V  P           +EG       ++ +P F+   +A   A+   F   +  R+K    K LS  T        V+  H E ++  +  P    G     W+ D W
Sbjct:   64 PRIVEQPPDLVVSRGEPATLPCRAEGRPRPNIEWYKNGARVATAREDPRAHRLLLPSGALFFPRIVHGRRSRPDEGVYTCVARNYLGAAASRNASLEVAVLRDDFRQSPGNVVVAVGEPAVMECVPPKGHPEPLVTW-KKGKI-KLKEEEGRITI-RGGKLMMSHTFKSDAGMYMCVASNMAGERESGAAELVVLERPSFLRRPINQVVLADAPVNFLCEVQGDPQPNLHWRKDDGELPAGRYEIRSDHSLWIDQVSSEDEGTYTCVAENSVGRAEASGSLSVHVPPQFVTKPQNQTVAPGANVSFQCETKGNPPPAIFWQKEGSQVLLFPSQSLQPMGRLLVSPRGQLNITEVKIGDGGYYVCQAVSVAGSILAKALLEIKGASIDGLPPIILQGPANQTLVLGSSVWLPCRVIGNPQPNIQWKKDERWLQGDDSQFNLMD-NGTLHIASIQEMDMGFYSCVAKSSIGEATWNSWLRKQE------DWGASPGPATGPSNPPGPPSQPIVTEVTANSITLTWKPNPQSGAT-ATSYVIEAFSQAAGNTWRTVADGVQLETYTISGLQPNTIYLFLVRAVGAWGLSEPSPVSEPVQTQDSSLSRPAEDPWKGQRGLAEVAVRMQEPTVLGPRTLQVSWTV-DGPVQLVQGFRVSWR--IAGLDQGSWTMLDLQSPHKQSTVLRGLPPGAQIQIKVQVQGQEGLGAESPFVTRSIPEEAPSGPPQGVAVALGGDRNSSVTVSWEPPLPSQRNGVITEYQIWCLGNESRFHLN-RSAAGWARSVTFSGLLPGQIYRALVAAATSAGVGVASAP-VLVQLPFPPAAEPGPEVSEGLAERLAKVLRKPAFLAGSSAACGALLLGFCAALYRRQK--QRKELSHYTASFAYTPAVSFPHSEGLSGSSSRPPMGLGPAAYPWLADSW 966          

HSP 2 Score: 78.1814 bits (191), Expect = 3.739e-13
Identity = 56/189 (29.63%), Postives = 87/189 (46.03%), Query Frame = 0
Query:  308 AKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLF----IQGVR-KEDEGFYICSALSVAGSTATK-AYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPC-KASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGE 489
            A P I  +P D  +     A   C A G P P++ W K G++           R +   G LF    + G R + DEG Y C A +  G+ A++ A LEV  LRD           N  + +   A++ C    G P+P ++W K +  +  ++  RI +   G L++ +   SD G+Y C AS+ +GE
Sbjct:   62 AMPRIVEQPPDLVVSRGEPATLPCRAEGRPRPNIEWYKNGARVATAREDPRAHRLLLPSGALFFPRIVHGRRSRPDEGVYTCVARNYLGAAASRNASLEVAVLRDD----FRQSPGNVVVAVGEPAVMECVPPKGHPEPLVTWKKGKIKLK-EEEGRITIR-GGKLMMSHTFKSDAGMYMCVASNMAGE 244          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|82242600|sp|Q8AV58.1|SDK1_CHICK (RecName: Full=Protein sidekick-1; Flags: Precursor)

HSP 1 Score: 216.468 bits (550), Expect = 1.495e-55
Identity = 227/829 (27.38%), Postives = 353/829 (42.58%), Query Frame = 0
Query:   39 TVPKNEPVTLN-CKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMD--------------TIVAEGDIGVIKCWPPKGNPKPSVKWTKNG-DILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEE------AQLSIQVKPYFLSKPLD-ITAISGDDIDIICDVSGDPDPIVIWSRDDGPL-----PENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISV-HAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTIS--WYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXD-PKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSE--TYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESM--SYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNH-VITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIH---VKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFF 827
            TV + E   LN       P P +TW++DG  +   P +   I     L  L         D G Y+ +A NE       N T  +  L      +P D               +V   ++ +      +   + S+ W +NG  I     S GR        L I     +D G   C+A+    +R++ E      A +S+ V PYF ++P   I A    D+DI+C   G P P ++W +D  PL     P  KV +    L+I  +RP+D GI+ C A N  G ++    + V + KPA    P+D  +     A   C   G P P++ W K+G+Q L     +  +  + E G L I  V  +D G Y C A++  G  A  A++ +T    T    I+    N T+   T A L C+A+  P+ +I   W K+   I+   SSRI VE  GTL+I    S D G YTC   S  G  S  A L   + P +P  +                  +    S S+ +SW R P  G SP++ Y +E   S+  + W V  + +  +  + T++ L P  +Y F V A N  G              Q  SE   + + E   +   K +  +     ++ +I V W   PES     + G+ +RYR ++G   ++  K +   T   +N+ ++T+L  +T+YE+ +  +     G  S  +   T++ VP+APP ++ +E +NST+    WSPPP Q  NG+  GY++    V   GS     I        S  ++NL  +  Y    +  T  G GP S P   
Sbjct:  153 TVTEGEAAVLNFMHIFSYPRPQVTWFRDGHKI--IPSSRIAITLENQLVILAT----SVADAGGYYAQAVNE---KNGENKTSPLIHLSIASATDPSDPTAPIIVIPPQNKSVVVGTSEVTLECVASARPVERLSIMWKRNGIKITSGISSFGR-------RLTITNPTSADVGMYFCEAK----LRDSTEEPARAKAFISLMVPPYFTAEPEGVILAEVEKDVDILCQAMGVPIPSLVWYKDSVPLSKLQNPRYKVLLSGG-LRIHALRPQDAGIFQCFASNKAGEIQTYTYLDVTNIKPAFIQPPEDTTVTEGMTAMLTCEVSGAPKPAISW-KKGNQILASGSVQIPRFVLLESGGLQITPVFLQDAGNYTCHAVNSEG--ALNAFVMLTVWNRT---FIVHPPENSTVIKGTTATLRCEATHDPRISIRYVWKKDSVVINPSSSSRITVEKDGTLLISQTWSGDIGDYTCEVISFGGNDSRMARLEVIELPHSPQNLLAT---------------LNSSYSRSVVLSWVR-PFDGNSPVLYYMVEL--SENNSPWKVHLSNLDPKMTSVTVSGLTPARTYQFRVCAVNQVGKG------------QYSSETSRLMLPEEPPSAPPKNIVAS---GRTNQSIMVQWQPPPESEHNGVLHGYILRYR-LAGLPGEYQYKNI---TSAEINYCLVTDLIIWTQYEIQVASYNGAGLGAFSRPVTEYTLQGVPTAPPQNVQVEAVNSTTIQFLWSPPPQQFINGINQGYKLLAWPVDAPGSVTVVTIAPDFHGVHSGCITNLKKYTTYYTSVLCFTTPGDGPRSAPQLL 917          

HSP 2 Score: 154.066 bits (388), Expect = 2.584e-36
Identity = 206/813 (25.34%), Postives = 333/813 (40.96%), Query Frame = 0
Query:   31 ITEQPTSMTVPKNEPVTLNCKADGIP--EPNITWYKDGELVPTAPKTHRVILPSGSLFFLR--AVQNKKEHDGGLYWCEATNEVGTAR-SRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI------DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSL--FWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWY----KNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLM-GYTLEYFSSDLETGWVVAANRITSET--YTINNLKPDTSYMFLVRAENSHGMSPPTR-VSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMS---GGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            I  Q  S+ V  +E VTL C A   P    +I W ++G           + + SG   F R   + N    D G+Y+CEA     T   +R       ++   F   P   I+AE +  V       G P PS+ W K+   L   Q N R  +   G L I  +   D G   C A N  G  +T        +KP F+  P D T   G    + C+VSG P P + W + +  L    V I      ++  LQI  V  +D G Y C A N  G + A   ++V  +  I   P++  +     A   C A  +P  S+   W K+    ++   +   + +V +DGTL I      D G Y C  +S  G+ +  A LEV  L  +P  +  + T N +    ++ +   +      P + +     +N SP  +  S+  L     ++ +  L  + T  +   A ++ G+  +S+  S        ++  + P PS    PP       R + SI + W+  P +  + ++ GY L Y  + L  G     N  ++E     + +L   T Y   V + N  G+   +R V+E   TLQ +      N+                +EA++STTI+  WS  P    ++ G    Y+ ++          + T+  +  G+ +  ITNL+KYT Y   ++ F    +G  S    ++T+ED P A       E ++ TS  + W    P  +NG++ GYQ+  +  G        TL  TT  Y ++ L+    Y++   A T  G G
Sbjct:  249 IPPQNKSVVVGTSE-VTLECVASARPVERLSIMWKRNG-----------IKITSGISSFGRRLTITNPTSADVGMYFCEAKLRDSTEEPARAKAFISLMVPPYFTAEPEGVILAEVEKDVDILCQAMGVPIPSLVWYKDSVPLSKLQ-NPRYKVLLSGGLRIHALRPQDAGIFQCFASNKAGEIQTYTYLDVTNIKPAFIQPPEDTTVTEGMTAMLTCEVSGAPKPAISWKKGNQILASGSVQIPRFVLLESGGLQITPVFLQDAGNYTCHAVNSEGALNAFVMLTVWNRTFIVHPPENSTVIKGTTATLRCEATHDPRISIRYVWKKDS---VVINPSSSSRITVEKDGTLLISQTWSGDIGDYTCEVISFGGNDSRMARLEVIELPHSPQNL--LATLNSSYS-RSVVLSWVRPFDGNSPVLYYMVELSENNSPWKVHLSN--LDPKMTSVTVSGLTPARTYQFRVCAVNQVGKGQYSSETS-------RLMLPEEP-PSA---PPKNIVASGRTNQSIMVQWQPPPESEHNGVLHGYILRYRLAGLP-GEYQYKNITSAEINYCLVTDLIIWTQYEIQVASYNGAGLGAFSRPVTEY--TLQGVPTAPPQNVQ---------------VEAVNSTTIQFLWS--PPPQQFINGINQGYKLLAWPVDAPGSVTVVTIAPDFHGVHSGCITNLKKYTTYYTSVLCFTTPGDGPRSAPQLLRTLEDKPGAVGHLSFTEILD-TSLKVSWQ--EPVEKNGIITGYQLSWEVYGRNESRLTRTLTNTTLEYKITGLSSLTTYTIEVAAVTAKGSG 1006          

HSP 3 Score: 129.028 bits (323), Expect = 1.325e-28
Identity = 130/489 (26.58%), Postives = 194/489 (39.67%), Query Frame = 0
Query:   46 VTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAEN----------IVGIRETEEAQLSIQVKPYFLSKPLDITAISG-DDIDIICDVSGDP--DPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVE---ASFSISVHAKPAIQTKPKDQRIG-MNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPI---SIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGE-------TSWSASLSXXDPKNPNVI 507
            + L C A+G       W  +   + T    ++ I+P+            +  D G Y C   N +G    R   + VA +      N   T V EG+  V+        P+P V W ++G  +  S    RI IT    LVI     +D G    QA N          ++ +        S    P  +  P + + + G  ++ + C  S  P     ++W R +G    + +S    RL I +    D G+YFC+AK      E   A   IS+   P    +P+   +  +       C A G P PSL W K+          +Y    V   G L I  +R +D G + C A + AG   T  YL+VT ++    P  I    + T+     A+L C+ SGAPKP ISW K    +   S+     +L+ES G L I  +   D G YTC A +  G        T W+ +     P+N  VI
Sbjct:   74 LVLTCLAEGSWPLEFKWLHNDSEITTYSSEYKYIIPA-----------LQRSDAGFYQCIVRNRMGALLQRRSEVQVAYMGNFMDANQKKT-VTEGEAAVLNFMHIFSYPRPQVTWFRDGHKIIPS---SRIAITLENQLVILATSVADAGGYYAQAVNEKNGENKTSPLIHLSIASATDPSDPTAPIIVIPPQNKSVVVGTSEVTLECVASARPVERLSIMWKR-NGIKITSGISSFGRRLTITNPTSADVGMYFCEAKLRDSTEEPARAKAFISLMVPPYFTAEPEGVILAEVEKDVDILCQAMGVPIPSLVWYKDSVPLSKLQNPRY---KVLLSGGLRIHALRPQDAGIFQCFASNKAGEIQTYTYLDVTNIK----PAFIQPPEDTTVTEGMTAMLTCEVSGAPKPAISWKKGNQILASGSVQIPRFVLLESGG-LQITPVFLQDAGNYTCHAVNSEGALNAFVMLTVWNRTFIVHPPENSTVI 538          

HSP 4 Score: 89.7373 bits (221), Expect = 1.241e-16
Identity = 80/296 (27.03%), Postives = 143/296 (48.31%), Query Frame = 0
Query:  532 TSITISWRRSPNT---GESPLMGYTLEYFSSDLETGWV--VAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMS--YVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITT-LNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            +S+ + W   P+T   G    +GY ++++  DL+   +  V ++R+  E  TI +L+  T Y   ++A N+ G  P   V   VRT +S+      N+               S EA+SST I ++WS +PES     + G+ + Y+     S+    ++  +  +   + +++ LRKY  YE+ ++ F +  +G PS+ +  +  +D    PP  L+   +  TS  I W   PP+  NG++LGYQI  +   S+ +   T  + +T   +  ++LT    Y  R  A+T+ G G
Sbjct: 1140 SSLRMRWVPLPDTQYNGNPESVGYRIKFWRVDLQPSALLKVISDRLEREC-TIQDLEEWTEYELQIQAFNAIGAGPWNEVVG-VRTRESVPSAPPENV---------------SAEAVSSTQILLTWSAVPESEQNGLILGYKILYKAKDLDSEP---RSQTVRGNHTQSCLLSGLRKYVLYEIRVLAFTRIGDGVPSSPVLTERTKDDAPGPPIRLVFPEVRLTSVRIVWQ--PPEEPNGIILGYQIAYRLASSSPNKFTTVEVGSTVRQFTATDLTPESAYIFRTSAKTRQGWG 1413          

HSP 5 Score: 84.7297 bits (208), Expect = 4.161e-15
Identity = 90/368 (24.46%), Postives = 161/368 (43.75%), Query Frame = 0
Query:  501 PKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEY-FSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEA-ISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLH-VQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVK---------------GNGSTFHSNIT------TLNATT--TSYILSNLTLHQKYSVRAVARTKIGLGPFSQP-SFFV------MDPTNIK 835
            P +P V+  +T D +  P PP R    + R TS+ I W+  P      ++GY + Y  +S     +       T   +T  +L P+++Y+F   A+   G   P                +   I        +   QLT+ ++ +SS ++++ W    +  S +  F V+ R++  G  +    ++  E     + +I +L  +T Y++ +       +   S     V T++DVP  PPS +L+ P  ++S +++W PP  +  NG+LLGY+I+ +                N S   + +T      T+N+++  T+Y L+ L  +++Y V   A   IG  P S P   FV      M P NI+
Sbjct: 1316 PSSP-VLTERTKDDA--PGPPIRLVFPEVRLTSVRIVWQ-PPEEPNGIILGYQIAYRLASSSPNKFTTVEVGSTVRQFTATDLTPESAYIFRTSAKTRQGWGEPL---------------EATVITTEKRERPAPPQQLTTPQSDVSSRSLQLHWVPGSDGSSPIRYFTVQVRELPNGDWQTYSSSISHEA---TSCIIESLNPFTSYKLRVKATNDIGDSDYSAETEAVTTLQDVPDEPPSSVLVTPHTTSSVLVQWQPPKAESLNGLLLGYRIYYRELDYDAGSATESKAVKNPSALRAELTPQSSFKTVNSSSALTTYELTQLKKYKRYEVLMTAYNVIGESPTSTPVEVFVGEAAPAMAPQNIQ 1661          

HSP 6 Score: 83.5741 bits (205), Expect = 8.746e-15
Identity = 75/264 (28.41%), Postives = 121/264 (45.83%), Query Frame = 0
Query:  570 NRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILP--------ESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNAT-TTSYILSNLTLHQKYSVRAVARTKIGLGPFSQP 824
            N   ++   + NL P T Y F +R  N  G SP ++ S  ++TLQ+  +    ++               S+   S +++R+ W  LP        ES+ Y   F   +R     S    + +  LE +      I +L ++TEYE+ +  F     G  +  + V+T E VPSAPP ++  E ++ST  ++ WS  P   +NG++LGY+I  K           T+    T S +LS L  +  Y +R +A T+IG G  S P
Sbjct: 1078 NEPDAQMLEVPNLTPYTHYRFRMRQVNVVGASPLSQPSRVIQTLQAPPDVAPGSV---------------SVRTASESSLRMRWVPLPDTQYNGNPESVGYRIKF---WRVDLQPSALLKVISDRLEREC----TIQDLEEWTEYELQIQAFNAIGAGPWNEVVGVRTRESVPSAPPENVSAEAVSSTQILLTWSAVPESEQNGLILGYKILYKAKDLDSEPRSQTVRGNHTQSCLLSGLRKYVLYEIRVLAFTRIGDGVPSSP 1319          

HSP 7 Score: 76.6406 bits (187), Expect = 1.075e-12
Identity = 85/323 (26.32%), Postives = 146/323 (45.20%), Query Frame = 0
Query:  518 PDPP---TRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETG-WVVAANRITSETYT--INNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQ-------KFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNS-LHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHV-KGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPS 825
            P PP   T P+  D  S S+ + W    + G SP+  +T++    +L  G W   ++ I+ E  +  I +L P TSY   V+A N  G S  +  +E V TLQ + +    ++    +   S +VQ    +A S   + + + I    + Y  G     + +   S        + + KTV   +  +  + +T L+KY  YEV LM  Y  I   P+++ + V   E  P+  P ++ +  ++++   + W PPP   +NG + GY+I+  +G+       +   ++        NLT H +Y V   A    G GP S+PS
Sbjct: 1429 PAPPQQLTTPQ-SDVSSRSLQLHWVPGSD-GSSPIRYFTVQV--RELPNGDWQTYSSSISHEATSCIIESLNPFTSYKLRVKATNDIGDSDYSAETEAVTTLQDVPDEPPSSVLVTPHTTSSVLVQWQPPKAESLNGLLLGYRIYYRELDYDAGSATESKAVKNPSALRAELTPQSSFKTVN-SSSALTTYELTQLKKYKRYEV-LMTAYNVIGESPTSTPVEVFVGEAAPAMAPQNIQVNSLSASQLELTWDPPPADSQNGNIQGYKIYYWEGDVQNDTEKVKVFSSLRQLSASKNLTSHTRYLVCISAFNAAGDGPRSRPS 1745          

HSP 8 Score: 56.9954 bits (136), Expect = 9.811e-7
Identity = 51/204 (25.00%), Postives = 92/204 (45.10%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKT--HRVILPSGSL----FFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLN-PMDTIVAEGDIGVIKCWPPKGNPKPSVK--WTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPY 223
            P   + P   TV +     L C+  G P+P I+W K  +++ +        V+L SG L     FL+        D G Y C A N  G   + N  + + V    F ++ P ++ V +G    ++C     +P+ S++  W K+  +++ S S+ RI + + G L+I +    D G   C+  +  G  ++  A+L +   P+
Sbjct:  432 PAFIQPPEDTTVTEGMTAMLTCEVSGAPKPAISWKKGNQILASGSVQIPRFVLLESGGLQITPVFLQ--------DAGNYTCHAVNSEG---ALNAFVMLTVWNRTFIVHPPENSTVIKGTTATLRC-EATHDPRISIRYVWKKDSVVINPS-SSSRITVEKDGTLLISQTWSGDIGDYTCEVISFGG-NDSRMARLEVIELPH 621          
BLAST of EMLSAG00000005066 vs. SwissProt
Match: gi|939319698|sp|F1NY98.3|DSCAM_CHICK (RecName: Full=Down syndrome cell adhesion molecule homolog; Flags: Precursor)

HSP 1 Score: 211.846 bits (538), Expect = 3.971e-54
Identity = 228/831 (27.44%), Postives = 363/831 (43.68%), Query Frame = 0
Query:   28 SPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRV---ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVL--REDFRLNPMDTIVA-EGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKS-DEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAIS-GDDIDIICDV-SGDPDPIVIWSRDDGPLPEN-KVSID----ANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAK-FECSAGGNPPPSLFWT-KEGSQELMFAGTKY-GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKA-YLEVTALRDTPPPIIIMGTANQTLPLN-TIAILPCKASGAPKPTISWYKNQSPISIDDSSRILV-------ESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSET--YTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMS--YVEGFFVRYRDMS-GGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH-SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSF 826
            +P+I    +   V   EPV+L C   G P P ITW  D + +     +HR+   I   G++     + N +  DGG+Y C A N  G      V L  A +  R    + PM  I A  G    I C    G P  S+KW KN ++L  +    ++     G L + +V K  DEG+  C       +  ++   ++++V P+   +P +    S G  + I C V SGD    + W +D  P+P +  V+ID     + L+I ++    +G Y C A+ND   VE    + V   P    +P DQ  G+ G A    CSA G P P++ W   +G+    F      G+  +  +G+L I+ V +ED G+Y+C   +  G+  +K+ YL V        P +I    N TL        + C A G  KP I  ++ +  I   + SR LV       E   TL I   +  D+G ++C A +  GE      L+  +P                PDPP   +I + R+ SI + W    + G SP+ GY +E  +       V     ++ +    TI +L P ++Y   + A+N  G S               S    I   E +     + VQL   E ISS +IRV+W    + +    + G+ + YR+ S GG+ +FN+ ++    D  V + + NL+K+T+Y + +    +   G  S  +   T+EDVPS PP ++     +  +  I WS    +  NG+L G+++    N        I  +  T  S  L  L  +  YS++ +A T+ G G  S+  F
Sbjct:  432 TPKIISAFSEKVVSPGEPVSLMCNVKGTPLPTITWTLDEDPI-VKDGSHRISQIITSEGNVVSYLNISNTQVRDGGVYRCTANNSAG------VVLYQARINVRGPASIRPMKNITAIAGRDTYIHC-RVIGYPYYSIKWYKNSNLLPFNHR--QVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFI--QPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNDAAAVEHQSQLIVRVPPRFVVQPSDQD-GIYGKAVILNCSAEGYPVPTIVWKYSKGAGVPQFQPIALNGRIQLLTNGSLLIKHVLEEDSGYYLCKVSNDVGADVSKSMYLTVKI------PAMITSYPNTTLATQGQKKEMSCTAHGE-KPIIVRWEKEDRIINPEMSRYLVSTKEVGDEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEP----------------PDPP-EIEIREVRARSIALRWTMGFD-GNSPITGYDIECKNKSDSWDSVQRTKDVSPQLNQATIIDLHPSSTYNIRMYAKNRIGKS-------------EASNELTITTDEAAPDGPPQDVQL---EPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSAGGNFQFNIISIDTTGDSEV-YTLNNLKKFTQYGMVVQACNRAGIGPSSQEIITTTLEDVPSCPPGNVQATATSPETISISWSTLAKETLNGILQGFRVIYWANLLDGELGEIRNVTTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIF 1207          

HSP 2 Score: 152.525 bits (384), Expect = 8.157e-36
Identity = 207/816 (25.37%), Postives = 328/816 (40.20%), Query Frame = 0
Query:   48 LNCKADGIPEPNITWYKDGELVPTAPKTHR-VILPSGSLFFLRAVQNKKEHDGGLYWCEATNE--VGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDG-------PLPEN-KVSIDAN-RLQIRDVRPEDDGIYFCKAKNDVGY-VEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGS------QELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLN-----------TIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLM-GYTLEYFSSDLETGWVVAANRIT------SETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESM--SYVEGFFVRYRDMSGGSQKFNMKTVM-----LETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            ++C+  G P  +I WYK+  L+P     HR V   +     L  VQ  KE D G Y C    +  + T++S +VT+ V    + F   P  +I   G    I C    G+   ++ W K+G  +  S       I    +L I  +     G   C A N     E  ++QL ++V P F+ +P D   I G  + + C   G P P ++W    G       P+  N ++ +  N  L I+ V  ED G Y CK  NDVG  V  S  ++V     I + P           +  C+A G  P  + W KE           + +  + G   +S   TL I    +ED GF+ C A++  G       L V    D PP I I     +++ L            T   + CK       ++   K+ SP  ++ ++ I +  S T  I         +Y   A +  G++  S  L+             T D +    PP   ++    S SI ++W+      ++ ++ GY + Y   +   G     N I+      SE YT+NNLK  T Y  +V+A N  G+ P ++      TL+ +      N+                  A S  TI +SWS L +      ++GF V Y       +   ++ V      LE DG        L KYT Y + ++ F +  +G  S  +  +T EDVP  PP+ +     ++++  + W   PP   NG++  Y +       T  S     +  + SY + NL+ +++YSV  VA T  G G
Sbjct:  549 IHCRVIGYPYYSIKWYKNSNLLPF---NHRQVAFENNGTLKLSDVQ--KEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEF-PRFSI---GQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNDAAAVE-HQSQLIVRVPPRFVVQPSDQDGIYGKAVILNCSAEGYPVPTIVWKYSKGAGVPQFQPIALNGRIQLLTNGSLLIKHVLEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMSRYLVSTKEVGDEVIS---TLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPD-PPEIEIREVRARSIALRWTMGFDGNSPITGYDIECKNKSDSWDSVQRTKDVSP-QLNQATIIDLHPSSTYNIR--------MY---AKNRIGKSEASNELTI------------TTDEAAPDGPPQDVQLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGY--REYSAGGNFQFNIISIDTTGDSEVYTLNNLKKFTQYGMVVQACNRAGIGPSSQ-EIITTTLEDVPSCPPGNVQAT---------------ATSPETISISWSTLAKETLNGILQGFRVIYWANLLDGELGEIRNVTTTQPSLELDG--------LEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVP-GPPAGVKAAASSASTVFVSWL--PPLKLNGIIRKYTVFCSHPYPTVISEFEA-SPDSFSYRIPNLSRNRQYSVWVVAVTAAGRG 1296          

HSP 3 Score: 147.902 bits (372), Expect = 1.793e-34
Identity = 204/825 (24.73%), Postives = 344/825 (41.70%), Query Frame = 0
Query:   46 VTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPM----DTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGD--ILDTSQSNGRIIITEVGNLV----IQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPL-DITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPEN--KVSIDAN-RLQIRDVRPE-DDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQ-----RIGMNGIAKFEC-SAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQ-------SPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESG-ETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPK---IVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLT----------SIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFN-MKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVK--GNGSTFHSNITTLNATTTS--YILSNLTLHQKYSVRAVARTKIGLGPFSQ 823
            V+L+C   G  +  ++WY++GE++          +   +L     +    + DGG Y C    +  +A+       V V+ ED     +    + +V+ G+   + C   KG P P++ WT + D  + D S    +II +E GN+V    I      D G   C A N  G+      Q  I V+     +P+ +ITAI+G D  I C V G P   + W ++   LP N  +V+ + N  L++ DV+ E D+G Y C   N +   + S S SVH    ++  P  Q     R  +       C    G+ P ++ W K+G       G      ++    +L I  +     G Y C A + A +   ++ L V       PP  ++  ++Q        IL C A G P PTI W  ++        PI+++   RI + ++G+L+I +++  D+G Y C  S++ G + S S  L+    K P +I   T  P+T      + K           I + W +      +P M     Y  S  E G     + + S    +  ++ D+ + F   A NS+G                  E+ GI             +QLT           I  + + +I + W++  +  S + G+ +  ++ S         K V  + +      I +L   + Y + +    +  + + SN L + T E  P  PP D+ +EP++S S  + W  P    +NG++ GYQI  +    G  F  NI +++ T  S  Y L+NL    +Y +   A  + G+GP SQ
Sbjct:  357 VSLSCSVTGTEDQELSWYRNGEIINPGNNVRITGINRENLI----MDGMAKSDGGAYQCFVRKDKMSAQDY-----VQVILEDGTPKIISAFSEKVVSPGEPVSLMC-NVKGTPLPTITWTLDEDPIVKDGSHRISQIITSE-GNVVSYLNISNTQVRDGGVYRCTANNSAGV---VLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTC---NVLVQPQLSTSQSVHV--TVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTID--NIDFTSSLRISNLSLMHNGNYTCIARNDAAAVEHQSQLIVRV-----PPRFVVQPSDQDGIYGKAVILNCSAEGYPVPTIVWKYSKGAGVPQFQPIALN--GRIQLLTNGSLLIKHVLEEDSGYYLCKVSNDVGADVSKSMYLTV---KIPAMI---TSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRI-INPEMS---RYLVSTKEVG-----DEVISTLQILPTVREDSGF-FSCHAINSYG------------------EDRGI-------------IQLTVQEPPDPPEIEIREVRARSIALRWTMGFDGNSPITGYDIECKNKSDSWDSVQRTKDVSPQLN---QATIIDLHPSSTYNIRMYAKNRIGKSEASNELTITTDEAAPDGPPQDVQLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSAGGNFQFNIISIDTTGDSEVYTLNNLKKFTQYGMVVQACNRAGIGPSSQ 1103          

HSP 4 Score: 136.732 bits (343), Expect = 5.858e-31
Identity = 132/476 (27.73%), Postives = 200/476 (42.02%), Query Frame = 0
Query:   50 CKADGIPEPNITWY-KDGELVPTAPKTHRVILPSGSLF---FLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPK--PSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDIT-----------AISGDDIDIICDVSGDPDPIVIWSRDDGPL-PENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRI--LVESSGTLV----IDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            C A GIP   + WY   GE +   P   R + P+G+L    F  +  N   HD   Y+C A N  G  RS++V +  AVLRE + +   D     G++ V KC  P         V W K+   L    S  R +IT  G L I +V   D          I   R T E + S   +  F+S P +             A++G  +++ C  SG P P   W +D+ P  P+++       L I + RP D G Y C+  N+ G  E    + V         P+  +  +       CS  G     L W + G  E++  G       ++ +  L + G+ K D G Y C         + + Y++V  L D  P II   +     P   ++++ C   G P PTI+W  ++ PI  D S RI  ++ S G +V    I N    D G+Y CTA++ +G   + A ++   P
Sbjct:   72 CPAAGIPPVTLRWYLATGEEIYDVPGI-RHVHPNGTLQIFPFPPSSFNNLIHDN-TYYCTAENPSGKIRSQDVHIK-AVLREPYTVRVEDQKAMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSL---VSGPRFLITSTGALYILDVQNED---GLYNYRCITRHRYTGETRQSNSAR-LFVSDPANSAPSILDGFDHRKAMAGQRVELPCKASGHPTPKYRWLKDNIPWEPDSRFRQTVTGLLIENTRPSDSGNYVCEVWNNYGTAEMIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNG--EIINPGNNVRITGINREN-LIMDGMAKSDGGAYQC--FVRKDKMSAQDYVQVI-LEDGTPKIISAFSEKVVSPGEPVSLM-CNVKGTPLPTITWTLDEDPIVKDGSHRISQIITSEGNVVSYLNISNTQVRDGGVYRCTANNSAGVVLYQARINVRGP 530          

HSP 5 Score: 112.079 bits (279), Expect = 1.612e-23
Identity = 124/477 (26.00%), Postives = 198/477 (41.51%), Query Frame = 0
Query:   46 VTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFR--LNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQV-----KPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENK-------VSIDAN---RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKF-ECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKE-DEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKP-TISWYKNQSPI------SIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL 496
            V L CKA G P P   W KD   +P  P +      +G L     ++N +  D G Y CE  N  GTA      +    +++  +  ++P     + G    + C    G     + W +NG+I++   +N RI      NL++  + KSD G   C        ++   AQ  +QV      P  +S   +     G+ + ++C+V G P P + W+ D+ P+ ++        ++ + N    L I + +  D G+Y C A N  G V     I+V    +I  +P      + G   +  C   G P  S+ W K  S  L F    + Q +   +GTL +  V+KE DEG Y C+ L V    +T   + VT     PP   I         +     +PC       P TI+W K+  PI      +ID+     ++ + +L I NL     G YTC A +++      + L
Sbjct:  268 VELPCKASGHPTPKYRWLKDN--IPWEPDSRFRQTVTGLL-----IENTRPSDSGNYVCEVWNNYGTAE----MIGRLYVKQPLKATISPRKVKSSVGSQVSLSC-SVTGTEDQELSWYRNGEIINPG-NNVRITGINRENLIMDGMAKSDGGAYQCFVR-----KDKMSAQDYVQVILEDGTPKIISAFSEKVVSPGEPVSLMCNVKGTPLPTITWTLDEDPIVKDGSHRISQIITSEGNVVSYLNISNTQVRDGGVYRCTANNSAGVVLYQARINVRGPASI--RPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKN-SNLLPF---NHRQVAFENNGTLKLSDVQKEVDEGEYTCNVL-VQPQLSTSQSVHVTV--KVPP--FIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDN-----IDFTSSLRISNLSLMHNGNYTCIARNDAAAVEHQSQL 710          

HSP 6 Score: 78.5666 bits (192), Expect = 3.071e-13
Identity = 69/225 (30.67%), Postives = 99/225 (44.00%), Query Frame = 0
Query:  386 ALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYK--NQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSE 608
            A++ AG   +   + V  L   P  I+   +   T P     +LPCKA G P PT+ W K  N +P  +    R  + S+G+ VI  + + D+G Y+C AS+  G      +L    P                PD P R  +    S+SIT+SW    N G S + GY L+Y S D    W       +  +Y +  LK  T Y F + A+N  G   P R+SE
Sbjct: 1289 AVTAAGRGNSSEIITVEPLAKAPARILTF-SGTVTTPWMKDIVLPCKAVGDPAPTVKWMKDSNGTPSLVMIDGRRSIFSNGSFVIRTVKAEDSGYYSCVASNNWGSDEIILNLQVQVP----------------PDQP-RLTVSKTTSSSITLSWIPGDNGGSS-IRGYILQY-SEDNSEQWGSFPISPSERSYRLETLKCGTWYKFTLTAQNGVG---PGRISE 1490          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: XP_396192.4 (PREDICTED: roundabout homolog 2 [Apis mellifera])

HSP 1 Score: 772.696 bits (1994), Expect = 0.000e+0
Identity = 401/991 (40.46%), Postives = 607/991 (61.25%), Query Frame = 0
Query:   18 FTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAP---KTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQR-SVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKT-PDPSTFPDPPTRPKIVDRRSTSITISWRRSP-NTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTL----QSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNI-KYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDL-----------YAEVGEPNGFSTFGGNHRITE--PSPYATTTLAV 983
            F  ++  Q RSP+ITE P+ + V KNEPVTLNCKA+G P+P I WYKDGELV T+P   K+HRV+LP+GSLFFLR +  KKE DGG+YWC A N+ G+  SRN TL VAVLR++FR  P +T VA G+  +++C PP+G+P+P++ W +NG  +D  ++  RI + + GNL+I +V ++D+G+  C AEN+VG++E+  A L++ VKP+FLS P + T ++    +  C V GDP P ++W R+DG +P  +  I D   L+I  V  +D G Y C A+N VG + AS +++VH++P   + PKD+ + +     F C+A G P PS+FWT+EGSQELMF G +Y  R  +++DG+L I+GV  +DEG Y+CSA+S AG++    +L+VT++ + PPP+I +G  NQTLP  +   +PC+  G P P I WYK    + I   ++  + S+GTL I NL  SD+G+Y C ASSESG TSW ASL+     +P   +H   PD S  P+ P++P+IV+  S+++T++W  SP + G S ++ YT+EYF+++ +T W+VA   IT + YT+ NL PDTSY+FLVRA N+ G+S P   S+  RT      ++ + + I      + L S+++ L  ++ +SST++++ W IL  +   VEG ++RYR++S   +K   + V +   G  ++V+TNL KYT YE FL+PF+K IEG+PSN     T+ED+PS  P ++ +  +N TSA +RWSPPP   +NG LLGY+I +K N S       +LNA+TTS I+++LT    Y+ R    T++G GPFS P+   MDP  + +    T P++   N +++SE WF+ L+  V + +    +G +  R++   +K L    V      DI ++      ++ T+W+   W+          + +   +    S+ N   L           YAEV      +TF    +  +  P PYATTTL +
Sbjct:   15 FALMVHGQLRSPRITEHPSDIIVAKNEPVTLNCKAEGKPQPVIEWYKDGELVQTSPGDAKSHRVLLPTGSLFFLRVMHGKKEQDGGVYWCVARNQAGSVPSRNATLTVAVLRDEFRAEPQNTRVAAGETALLECGPPRGHPEPTLHWKRNGHTIDL-ETTKRITLVDGGNLMISDVRQTDQGKYQCVAENMVGVKESAVATLTVHVKPFFLSTPANQTILADQTAEFACRVGGDPPPEILWRRNDGKMPIGRAHILDDKSLRIERVTSQDQGTYICDAENGVGAISASATLTVHSRPVFSSFPKDEIVSVGSNVSFSCAARGAPKPSIFWTREGSQELMFPGNEYQSRYKITDDGSLHIKGVLGKDEGHYVCSAISQAGASTATVFLQVTSVEEVPPPVIEIGPTNQTLPPKSDISMPCRVFGRPTPKIRWYKEDELVRIGSDNKFTIASNGTLSIKNLQLSDSGIYKCVASSESGNTSWIASLTI----SPGANYHSIIPDVSALPENPSKPRIVNTTSSTVTLTW--SPGHEGASKIIDYTVEYFATNPKTSWIVAGTEITDDIYTVTNLTPDTSYVFLVRARNNQGLSVPGPFSDVARTTNLDQHAIPQTELI---RARDRLNSEILYLKDVQPLSSTSVKIVWDIL-GAADLVEGLYIRYREVS---EKPEYRMVTVLNAGATSYVLTNLNKYTRYEFFLVPFFKTIEGRPSNVKLATTLEDIPSGAPENVHVGMINITSAFVRWSPPPKSTQNGQLLGYKIQIKSNSSNKILGQMSLNASTTSVIINSLTTGGLYTARVAGYTRVGQGPFSNPTILNMDPGQLTQLPPRTDPSQR--NASVVSETWFLILMITVVLTVIAALLGAVYVRRRQAMSKQLGHLNVPVGTANDICQL------NKDTLWLERGWRPTNTLQASSTDKDCETKLL--SNQNQIGLPPGIVGMTGSEYAEV----NLTTFYNTRKQLQAPPEPYATTTLCM 977          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: AAM71113.3 (roundabout 1, isoform C [Drosophila melanogaster])

HSP 1 Score: 761.525 bits (1965), Expect = 0.000e+0
Identity = 423/1012 (41.80%), Postives = 614/1012 (60.67%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-----NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHV-KGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHP-------NEG-----NINGNI----------------MSEPWFIGLLTAVFVAIS-GTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDD--WKCG--TKSTGIYDEAETNQRYFRPSDNNNTDL---YAEVGEPNGFSTFGGNHRITEPSPYATTTL 981
             +  QY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV    G+LFF R +Q KKE DGG YWC A N VG A SR+ +L +AVLR+DFR+ P DT VA+G+  +++C PPKG P+P++ W K+G  LD  ++     + R+ I + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D   + G      C V GDP P V+W +++G +P ++  I  D   L+I ++ P D+G Y C+A N+VG + A  S+ VHA P    +P ++++G+NG+ +  C A GNPPPS+FWTKEG   LMF  + +G++ V+ DGTL I  VR+EDEG+Y+CSA SV  S+  + +L+V++L + PPPII +G ANQTLP  ++A LPC+A+G P P I W+ +   +   +   I+  SS  L +D+L  SD+G YTCTAS E GETSW+A+L+   P + ++  H+  DPST+P PP  PK+++   TSI++ W +S        P++GYT+EYFS DL+TGW+VAA R+     TI+ L P TSY+FLVRAEN+ G+S P+ +S  ++T++  ++ D  + +++S A   L  K V+L    AI+++ +R+ W + +     YVEG  + Y+D S  S +++  TVM  +    + V+ NL+KYT+YE FL PF++ IEGQPSNS    T EDVPSAPP ++ I   N T+  +RW+PPP QH NG L GY+I V  GN     +N+ TLNATTTS +L+NLT    YSVR  + TK G GP+S+P    MDPT+  +    HP       +EG     + NGNI                +S PW + L+  V + +     I ++ +++K   TK L   +V S +  +IT + IN   S+ ++WI+    W+     K +G+ +    +      S+ NN+D    YAEV   N  + +        P+PYATT +
Sbjct:   48 AVRGQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVSTNEKKSHRVQFKDGALFFYRTMQGKKEQDGGEYWCVAKNRVGQAVSRHASLQIAVLRDDFRVEPKDTRVAKGETALLECGPPKGIPEPTLIWIKDGVPLDDLKAMSFGASSRVRIVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPKDQVMLYGQTATFHCSVGGDPPPKVLWKKEEGNIPVSRARILHDEKSLEISNITPTDEGTYVCEAHNNVGQISARASLIVHAPPNFTKRPSNKKVGLNGVVQLPCMASGNPPPSVFWTKEGVSTLMFPNSSHGRQHVAADGTLQITDVRQEDEGYYVCSAFSVVDSSTVRVFLQVSSLDERPPPIIQIGPANQTLPKGSVATLPCRATGNPSPRIKWFHDGHAVQAGNRYSIIQGSS--LRVDDLQLSDSGTYTCTASGERGETSWAATLTVEKPGSTSL--HRAADPSTYPAPPGTPKVLNVSRTSISLRWAKSQEKPGAVGPIIGYTVEYFSPDLQTGWIVAAQRVGDTQVTISGLTPGTSYVFLVRAENTQGISVPSGLSNTIKTIE--ADFDAASANDLSAARTLLTGKSVELIDASAINASAVRLEWMLHVSADEKYVEGLRIHYKDASVPSAQYHSITVMDAS--AESFVVGNLKKYTKYEFFLTPFFETIEGQPSNSKTALTYEDVPSAPPDNIQIGMYNQTAGWVRWTPPPSQHHNGNLYGYKIEVSAGNTMKVLANM-TLNATTTSVLLNNLTTGAVYSVRLNSFTKAGDGPYSKPISLFMDPTHHVHPPRAHPSGTHDGRHEGQDLTYHNNGNIPPGDINPTTHKKTTDYLSGPWLMVLVCIVLLVLVISAAISMVYFKRKHQMTKELGHLSVVSDN--EITALNIN---SKESLWIDHHRGWRTADTDKDSGLSESKLLSHVNSSQSNYNNSDGGTDYAEVDTRNLTTFYNCRKSPDNPTPYATTMI 1045          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: AAF46887.1 (roundabout 1, isoform A [Drosophila melanogaster])

HSP 1 Score: 761.525 bits (1965), Expect = 0.000e+0
Identity = 423/1012 (41.80%), Postives = 614/1012 (60.67%), Query Frame = 0
Query:   21 VISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQS-----NGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHV-KGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHP-------NEG-----NINGNI----------------MSEPWFIGLLTAVFVAIS-GTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDD--WKCG--TKSTGIYDEAETNQRYFRPSDNNNTDL---YAEVGEPNGFSTFGGNHRITEPSPYATTTL 981
             +  QY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV    G+LFF R +Q KKE DGG YWC A N VG A SR+ +L +AVLR+DFR+ P DT VA+G+  +++C PPKG P+P++ W K+G  LD  ++     + R+ I + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D   + G      C V GDP P V+W +++G +P ++  I  D   L+I ++ P D+G Y C+A N+VG + A  S+ VHA P    +P ++++G+NG+ +  C A GNPPPS+FWTKEG   LMF  + +G++ V+ DGTL I  VR+EDEG+Y+CSA SV  S+  + +L+V++L + PPPII +G ANQTLP  ++A LPC+A+G P P I W+ +   +   +   I+  SS  L +D+L  SD+G YTCTAS E GETSW+A+L+   P + ++  H+  DPST+P PP  PK+++   TSI++ W +S        P++GYT+EYFS DL+TGW+VAA R+     TI+ L P TSY+FLVRAEN+ G+S P+ +S  ++T++  ++ D  + +++S A   L  K V+L    AI+++ +R+ W + +     YVEG  + Y+D S  S +++  TVM  +    + V+ NL+KYT+YE FL PF++ IEGQPSNS    T EDVPSAPP ++ I   N T+  +RW+PPP QH NG L GY+I V  GN     +N+ TLNATTTS +L+NLT    YSVR  + TK G GP+S+P    MDPT+  +    HP       +EG     + NGNI                +S PW + L+  V + +     I ++ +++K   TK L   +V S +  +IT + IN   S+ ++WI+    W+     K +G+ +    +      S+ NN+D    YAEV   N  + +        P+PYATT +
Sbjct:   48 AVRGQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVSTNEKKSHRVQFKDGALFFYRTMQGKKEQDGGEYWCVAKNRVGQAVSRHASLQIAVLRDDFRVEPKDTRVAKGETALLECGPPKGIPEPTLIWIKDGVPLDDLKAMSFGASSRVRIVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPKDQVMLYGQTATFHCSVGGDPPPKVLWKKEEGNIPVSRARILHDEKSLEISNITPTDEGTYVCEAHNNVGQISARASLIVHAPPNFTKRPSNKKVGLNGVVQLPCMASGNPPPSVFWTKEGVSTLMFPNSSHGRQHVAADGTLQITDVRQEDEGYYVCSAFSVVDSSTVRVFLQVSSLDERPPPIIQIGPANQTLPKGSVATLPCRATGNPSPRIKWFHDGHAVQAGNRYSIIQGSS--LRVDDLQLSDSGTYTCTASGERGETSWAATLTVEKPGSTSL--HRAADPSTYPAPPGTPKVLNVSRTSISLRWAKSQEKPGAVGPIIGYTVEYFSPDLQTGWIVAAQRVGDTQVTISGLTPGTSYVFLVRAENTQGISVPSGLSNTIKTIE--ADFDAASANDLSAARTLLTGKSVELIDASAINASAVRLEWMLHVSADEKYVEGLRIHYKDASVPSAQYHSITVMDAS--AESFVVGNLKKYTKYEFFLTPFFETIEGQPSNSKTALTYEDVPSAPPDNIQIGMYNQTAGWVRWTPPPSQHHNGNLYGYKIEVSAGNTMKVLANM-TLNATTTSVLLNNLTTGAVYSVRLNSFTKAGDGPYSKPISLFMDPTHHVHPPRAHPSGTHDGRHEGQDLTYHNNGNIPPGDINPTTHKKTTDYLSGPWLMVLVCIVLLVLVISAAISMVYFKRKHQMTKELGHLSVVSDN--EITALNIN---SKESLWIDHHRGWRTADTDKDSGLSESKLLSHVNSSQSNYNNSDGGTDYAEVDTRNLTTFYNCRKSPDNPTPYATTMI 1045          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: EEB14086.1 (predicted protein [Pediculus humanus corporis])

HSP 1 Score: 739.569 bits (1908), Expect = 0.000e+0
Identity = 402/904 (44.47%), Postives = 575/904 (63.61%), Query Frame = 0
Query:  122 VAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKV-SIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESP--LMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTL-QSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIK-YAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTLAVMQNKVRKMNGNTFISLPQCEQPSNALTSSSSGGEXS 1019
            +A+L+++FR+ P  T VA G+  ++ C  PKG P+P V+W KN   ++      +I I + GNL+I +V ++DEG+  C A+N VGI+E++ A L++ VKP+F  +P D TA+  + +   C V GDP P +IW +DDG LP  +  +++ + L I  V  ED+GIY C A+N VG + A  S++VH+ P    KP++Q++G+NGIA FEC A GNPPPS+FWTKEGSQ+LMF G  YG+  ++ +G+L IQG ++ED GF +CSALSVAGS   +A+L+VT++ D PPPI+  G  NQTL    +A L C+ S      I WYKN +P+  +   R  ++ SGTL+ID+L +SD+G YTCTASSESGETSWSASL+  D  +     H+TPDPSTFP PP +P I++   +S+ ++W+ +P   E+   L+GYT+EYFSSDL+TGWVVAA+RI SE+ TI +LKPDT+Y+FLVR+EN +G+SPP+ +SE+V+TL   L       + E  + L +KVV+L  IEAISST++R++W IL  +  +VEG +VR+                       +++++NL+KY++YE FL+PFYK +EGQPSNS  VQT+EDVPSAPP ++ I  +N TSA + WSPPPPQH NGV+LGY+I +KGN S   + + +LN+  TS IL+NLT    Y  R VA TKIG GP+SQ    +MDP  I  Y    HP+EG+   +I+ E WF+ L+  + + I   F G+   +++ +  K L   +V   +  D+T+  +N    + T+WI+  W+   K + + D    N        +N TD YAEV   N  STF    R  E P+PYATTTL    ++  +M+ N F  +  C  P     + SSGG  S
Sbjct:    1 MALLKDEFRVEPKHTRVAAGETALLTCGAPKGFPEPIVEWKKNSQTINLDDPR-KIRIVDGGNLMINDVKQTDEGKYQCIAKNKVGIKESKVAILTVNVKPFFNKEPTDATALIEESVKFQCKVEGDPTPNIIWRKDDGKLPSRRAHTLEDHSLMIEHVSLEDEGIYICDAENVVGKISARASLTVHSPPTFIRKPQNQKVGLNGIATFECVAKGNPPPSVFWTKEGSQDLMFPGNAYGRFHITPEGSLRIQGAQREDSGFLVCSALSVAGSATVRAFLQVTSVADVPPPILDFGPTNQTLRYGEVASLLCQTS-QKDAKIKWYKNGNPLD-EGKERFHIKPSGTLLIDSLQTSDSGHYTCTASSESGETSWSASLT-VDRGSSTSTIHRTPDPSTFPLPPLKPMILNVTESSVKLAWKNNPERRENEPTLIGYTIEYFSSDLQTGWVVAAHRILSESITITDLKPDTNYIFLVRSENLNGLSPPSPLSEQVKTLGGDLRAVSKSELDEARSRLSTKVVELKHIEAISSTSVRLNWKIL-NAQEFVEGLYVRFP---------------------TSYLVSNLKKYSKYEFFLVPFYKSVEGQPSNSQSVQTLEDVPSAPPDNIQIGMLNRTSAYVHWSPPPPQHHNGVILGYRIQIKGNSSKILAQM-SLNSPKTSVILNNLTTGSTYHARVVAFTKIGAGPYSQSHTLIMDPNFIHSYPSRAHPSEGS-RVSIVQETWFLILMILMVLTIILGFAGLFYLKRRQSLAKELGHLSVPVVNANDMTQ--LNLINGKETLWIDRGWRQNDKDSNLSDIKLLNHDL----TSNATD-YAEVDTRN-LSTFYSARREHENPTPYATTTLINTLHR-NEMDSNQFSGMSLC-CPGGDTKTCSSGGSDS 866          

HSP 2 Score: 109.768 bits (273), Expect = 2.868e-23
Identity = 101/381 (26.51%), Postives = 160/381 (41.99%), Query Frame = 0
Query:   34 QPTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRD---DGPLPENKVS----IDANRLQIRDVRPEDDGIYFCKAKNDVG--YVEASFSISVHAK---PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEV 401
            +P    V   E   L C A  G PEP + W K+ + +         I+  G+L     + + K+ D G Y C A N+VG   S+   L V V +  F   P D      +    +C   +G+P P++ W K+   L + +++      E  +L+I+ V   DEG   C AEN+VG + +  A L++   P F+ KP +            C   G+P P V W+++   D   P N            L+I+  + ED G   C A +  G   V A   ++  A    P +   P +Q +    +A   C         + W K G+   +  G +  +  +   GTL I  ++  D G Y C+A S +G T+  A L V
Sbjct:   11 EPKHTRVAAGETALLTCGAPKGFPEPIVEWKKNSQTINLDDPRKIRIVDGGNLM----INDVKQTDEGKYQCIAKNKVGIKESKVAILTVNV-KPFFNKEPTDATALIEESVKFQC-KVEGDPTPNIIWRKDDGKLPSRRAH----TLEDHSLMIEHVSLEDEGIYICDAENVVG-KISARASLTVHSPPTFIRKPQNQKVGLNGIATFECVAKGNPPPSVFWTKEGSQDLMFPGNAYGRFHITPEGSLRIQGAQREDSGFLVCSALSVAGSATVRAFLQVTSVADVPPPILDFGPTNQTLRYGEVASLLCQT-SQKDAKIKWYKNGNP--LDEGKE--RFHIKPSGTLLIDSLQTSDSGHYTCTASSESGETSWSASLTV 375          

HSP 3 Score: 101.679 bits (252), Expect = 8.973e-21
Identity = 88/287 (30.66%), Postives = 126/287 (43.90%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNG--DILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG---IRETEEAQLSIQVKPYFLS-KPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSID---ANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISV 306
            P   ++PT  T    E V   CK +G P PNI W KD   +P+  + H   L   SL     +++    D G+Y C+A N VG   +R  +L V      F   P +  V    I   +C   KGNP PSV WTK G  D++    + GR  IT  G+L IQ   + D G   C A ++ G   +R   +      V P  L   P + T   G+   ++C  S   D  + W ++  PL E K       +  L I  ++  D G Y C A ++ G    S S++V
Sbjct:  100 PFFNKEPTDATALIEESVKFQCKVEGDPTPNIIWRKDDGKLPSR-RAH--TLEDHSLM----IEHVSLEDEGIYICDAENVVGKISAR-ASLTVHS-PPTFIRKPQNQKVGLNGIATFEC-VAKGNPPPSVFWTKEGSQDLMFPGNAYGRFHITPEGSLRIQGAQREDSGFLVCSALSVAGSATVRAFLQVTSVADVPPPILDFGPTNQTLRYGEVASLLCQTS-QKDAKIKWYKNGNPLDEGKERFHIKPSGTLLIDSLQTSDSGHYTCTASSESGETSWSASLTV 375          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: gb|EEC04080.1| (conserved hypothetical protein, partial [Ixodes scapularis])

HSP 1 Score: 739.184 bits (1907), Expect = 0.000e+0
Identity = 363/714 (50.84%), Postives = 489/714 (68.49%), Query Frame = 0
Query:  125 LREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK----PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTL----QSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVM 829
            LR++FR+ P  + VA GD   ++C PP+G+P+PSV W K+G  + T    GRI +   G+L+I +V  +D+G+  C+A N++G RET  A LS+  KPYF+  P D+T ++ D ++  C V+GDP P V W R DG +P  +  I  ++ L+I+ V P D+G Y C+++N VG V AS S++VH K    P+ +  P+DQ++G+NG+AKF+C A GNP PS+FWT+EG Q LMF G  +G+  V+  GTL I  VRKED G+Y CSALS+ GS+  K YLEVTA+ D PPP+I +G ANQTLP+NT AI+PC+A+G P PT+SW  N +P+  D   R ++  SGTL I+ L  SD+G YTCTASSESGETSW+ASL+   P NPNV FH+TPDPSTFP PP++P +V+   TSIT++WRRS   G+S L GYT+EY+SSDL++GWV  A+R+ SETYTI  L+PD+ Y+F+VRAEN+HG+ PP+  S+ +RTL      L E    N+ E    L S VV L  I A SST ++++W +  +   YVEGF++R+RD+SGGSQKFNM TV+    G  ++V+ +LR Y +YE FL+PFYK +EG PSNS +VQT+EDVP+A P D+    +N T+A I WSPPPPQH NG L GY I+V GN S    N +T N TT S +L+NL     Y VR VA T +G GP S P  F M
Sbjct:    1 LRDEFRVTPKSSRVAAGDSATLECVPPRGHPEPSVTWFKDGTQVATG--TGRIRLLGHGSLLIADVRHADQGRYVCRAANLLGTRETPAATLSVHTKPYFVRVPEDVTTLADDSVEFQCKVNGDPKPTVTWRRQDGKMPVGRAFIQEDKSLRIQSVSPMDEGTYICESENFVGSVSASASLTVHCKCQPRPSFRLTPEDQKVGLNGVAKFDCFATGNPQPSVFWTREGDQVLMFPGKSHGRFLVTNQGTLVISSVRKEDRGYYTCSALSIVGSSMAKGYLEVTAIADLPPPVIRLGPANQTLPINTAAIMPCEATGKPTPTVSWLYNAAPLQADTRPRFVILQSGTLRINGLQISDSGTYTCTASSESGETSWTASLTVESPHNPNVNFHRTPDPSTFPGPPSKPVVVNISETSITLTWRRSEKVGDSSLRGYTIEYYSSDLQSGWVSGAHRVLSETYTIQALRPDSRYVFIVRAENAHGLGPPSPASDTIRTLGLAPHFLPE---YNLDEARAKLTSCVVTLQEIRATSSTAVKLTWRVQGDK-DYVEGFYIRFRDVSGGSQKFNMVTVL--NGGASSYVLNDLRAYAKYEFFLVPFYKSVEGPPSNSRNVQTLEDVPTAAPEDVRAHVINFTTARIIWSPPPPQHCNGKLRGYNIYVTGNLSEPFLNKST-NTTTNSLLLTNLKAGASYKVRIVAHTSVGSGPLSSPVLFRM 705          

HSP 2 Score: 141.739 bits (356), Expect = 1.415e-33
Identity = 122/385 (31.69%), Postives = 169/385 (43.90%), Query Frame = 0
Query:   35 PTSMTVPKNEPVTLNC-KADGIPEPNITWYKDGELVPTAPKTHRV-ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK----PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDD-------GPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA-----KPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEV 401
            P S  V   +  TL C    G PEP++TW+KDG  V T   T R+ +L  GSL     + + +  D G Y C A N +GT  +   TL V   +  F   P D      D    +C    G+PKP+V W +     D     GR  I E  +L IQ V   DEG   C++EN VG   +  A L++  K    P F   P D            C  +G+P P V W+R+        G      +  +   L I  VR ED G Y C A + VG   A   + V A      P I+  P +Q + +N  A   C A G P P++ W    +   + A T+  +  + + GTL I G++  D G Y C+A S +G T+  A L V
Sbjct:    9 PKSSRVAAGDSATLECVPPRGHPEPSVTWFKDGTQVATG--TGRIRLLGHGSLL----IADVRHADQGRYVCRAANLLGTRETPAATLSVHT-KPYFVRVPEDVTTLADDSVEFQC-KVNGDPKPTVTWRRQ----DGKMPVGRAFIQEDKSLRIQSVSPMDEGTYICESENFVG-SVSASASLTVHCKCQPRPSFRLTPEDQKVGLNGVAKFDCFATGNPQPSVFWTREGDQVLMFPGKSHGRFLVTNQGTLVISSVRKEDRGYYTCSALSIVGSSMAKGYLEVTAIADLPPPVIRLGPANQTLPINTAAIMPCEATGKPTPTVSWLYNAAP--LQADTR-PRFVILQSGTLRINGLQISDSGTYTCTASSESGETSWTASLTV 377          

HSP 3 Score: 117.857 bits (294), Expect = 5.088e-26
Identity = 91/300 (30.33%), Postives = 139/300 (46.33%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYK-DGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVL---REDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGD--ILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG-------IRETEEAQL---SIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENK----VSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA 308
            P     P  +T   ++ V   CK +G P+P +TW + DG++    P     I    SL     +Q+    D G Y CE+ N VG+  S + +L V      R  FRL P D  V    +    C+   GNP+PSV WT+ GD  ++   +S+GR ++T  G LVI  V K D G   C A +IVG       +  T  A L    I++ P   + P++  AI      + C+ +G P P V W  +  PL  +     V + +  L+I  ++  D G Y C A ++ G    + S++V +
Sbjct:   96 PYFVRVPEDVTTLADDSVEFQCKVNGDPKPTVTWRRQDGKM----PVGRAFIQEDKSL----RIQSVSPMDEGTYICESENFVGSV-SASASLTVHCKCQPRPSFRLTPEDQKVGLNGVAKFDCF-ATGNPQPSVFWTREGDQVLMFPGKSHGRFLVTNQGTLVISSVRKEDRGYYTCSALSIVGSSMAKGYLEVTAIADLPPPVIRLGPANQTLPINTAAI------MPCEATGKPTPTVSWLYNAAPLQADTRPRFVILQSGTLRINGLQISDSGTYTCTASSESGETSWTASLTVES 379          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: gb|EEC01898.1| (conserved hypothetical protein, partial [Ixodes scapularis])

HSP 1 Score: 724.546 bits (1869), Expect = 0.000e+0
Identity = 353/711 (49.65%), Postives = 489/711 (68.78%), Query Frame = 0
Query:  124 VLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTL----QSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVM 829
            VLRE+FR  P  + VA G+   ++C  P+G+P+PSV W K+G  + T    GRI +   G+L+I +V  +D+G+  C+A N++G RET  A LS+  KPYF+  P D+T ++ + ++  C V+GDP P V W R DG +P  + +I  ++ L+I++V P D+G Y C+++N VG V AS S++VH++P+ +  P+DQ++G+NG+AKF+C A GNP PS+FWT+EG Q LMF G  +G+ SV+ +GTL I  VRKED G+Y CSALSV GS+  K +LEVTA  D PPP+I +G ANQTLP+NT AI+PC+ASG P PT+ W  N  P+ ID   R ++  SGTL I+ L  +D+G YTCTAS+ESGETSW+ASL+   P NPNV FH++PDPSTFP PP++P +V+   TSIT++WRRS   GES L GY++EY+SSDL++GWV  A R+ SETYT+  L+PD+ Y+F+VRAENSHG+ PP+  S+ +RTL      L E    N+ E    L + VV L    A SST ++++W I  E   YVEGF++R+RD+SGGSQK+NM TV+       ++V+++LR YT+YE FL+PF+  +EG PSNS  VQT+EDVP+A P D+  + +N T+A I WSPPP QH NG L GY ++V GN S    N +T N+TT + +++NL     Y VR VA T +G GP S P  F M
Sbjct:    1 VLREEFRATPKSSRVAAGESATLECVAPRGHPEPSVTWFKDGAQVATG--TGRIRLLGHGSLLIADVRHADQGRYVCRAANLLGTRETPAATLSVHTKPYFVRVPEDVTTLADETVEFQCKVNGDPKPTVTWRRQDGKMPVGRANIQEDKSLRIQNVAPMDEGTYICESQNFVGSVSASASLTVHSRPSFRLTPEDQKVGLNGVAKFDCLATGNPLPSVFWTREGKQVLMFPGKSHGRFSVTNEGTLVISSVRKEDRGYYTCSALSVVGSSMAKGHLEVTANADLPPPVIRLGPANQTLPINTAAIMPCEASGKPTPTVRWQYNGVPLQIDTRPRYVILQSGTLRINGLQITDSGTYTCTASTESGETSWTASLTVESPHNPNVNFHRSPDPSTFPGPPSKPVVVNISETSITLTWRRSEKVGESSLKGYSIEYYSSDLQSGWVSGARRLLSETYTVQALRPDSRYIFIVRAENSHGLGPPSPASDTIRTLGLPPHLLPE---YNLDEARAKLTACVVTLLDARAASSTAVKLTWRI-QEDKDYVEGFYIRFRDVSGGSQKYNMVTVL--NGAASSYVLSDLRPYTKYEFFLVPFFMSVEGPPSNSRSVQTLEDVPTAAPQDVTAQVLNVTTATIFWSPPPSQHCNGKLRGYNVYVTGNLSEPFLNKST-NSTTNTLLVTNLKAGASYKVRIVAHTSVGSGPLSSPVPFSM 702          

HSP 2 Score: 149.058 bits (375), Expect = 7.770e-36
Identity = 120/381 (31.50%), Postives = 170/381 (44.62%), Query Frame = 0
Query:   35 PTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELVPTAPKTHRV-ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL------PENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK-----PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEV 401
            P S  V   E  TL C A  G PEP++TW+KDG  V T   T R+ +L  GSL     + + +  D G Y C A N +GT  +   TL V   +  F   P D      +    +C    G+PKP+V W +     D     GR  I E  +L IQ V   DEG   C+++N VG   +  A L++  +P F   P D            C  +G+P P V W+R+   +         + S+ +   L I  VR ED G Y C A + VG   A   + V A      P I+  P +Q + +N  A   C A G P P++ W   G    +    +Y    + + GTL I G++  D G Y C+A + +G T+  A L V
Sbjct:   10 PKSSRVAAGESATLECVAPRGHPEPSVTWFKDGAQVATG--TGRIRLLGHGSLL----IADVRHADQGRYVCRAANLLGTRETPAATLSVHT-KPYFVRVPEDVTTLADETVEFQC-KVNGDPKPTVTWRRQ----DGKMPVGRANIQEDKSLRIQNVAPMDEGTYICESQNFVG-SVSASASLTVHSRPSFRLTPEDQKVGLNGVAKFDCLATGNPLPSVFWTREGKQVLMFPGKSHGRFSVTNEGTLVISSVRKEDRGYYTCSALSVVGSSMAKGHLEVTANADLPPPVIRLGPANQTLPINTAAIMPCEASGKPTPTVRWQYNGVPLQIDTRPRY---VILQSGTLRINGLQITDSGTYTCTASTESGETSWTASLTV 374          

HSP 3 Score: 114.005 bits (284), Expect = 9.001e-25
Identity = 92/297 (30.98%), Postives = 134/297 (45.12%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYK-DGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGD--ILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG-------IRETEEAQL---SIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENK----VSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA 308
            P     P  +T   +E V   CK +G P+P +TW + DG++    P     I    SL     +QN    D G Y CE+ N VG+  S + +L V   R  FRL P D  V    +    C    GNP PSV WT+ G   ++   +S+GR  +T  G LVI  V K D G   C A ++VG       +  T  A L    I++ P   + P++  AI      + C+ SG P P V W  +  PL  +     V + +  L+I  ++  D G Y C A  + G    + S++V +
Sbjct:   97 PYFVRVPEDVTTLADETVEFQCKVNGDPKPTVTWRRQDGKM----PVGRANIQEDKSL----RIQNVAPMDEGTYICESQNFVGSV-SASASLTVHS-RPSFRLTPEDQKVGLNGVAKFDCL-ATGNPLPSVFWTREGKQVLMFPGKSHGRFSVTNEGTLVISSVRKEDRGYYTCSALSVVGSSMAKGHLEVTANADLPPPVIRLGPANQTLPINTAAI------MPCEASGKPTPTVRWQYNGVPLQIDTRPRYVILQSGTLRINGLQITDSGTYTCTASTESGETSWTASLTVES 376          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: gb|EEC17856.1| (conserved hypothetical protein, partial [Ixodes scapularis])

HSP 1 Score: 721.079 bits (1860), Expect = 0.000e+0
Identity = 353/733 (48.16%), Postives = 497/733 (67.80%), Query Frame = 0
Query:  125 LREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQS--LSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSE 854
            LRE+FR  P  + VA G+   ++C  P+G+P+PSV W K+G  + T    GRI +   G+L+I +V  +D+G   C+A N++G RET  A LS+  KPYF+  P D+T IS + ++  C V+GDP P V W R DG +P  + +I  ++ L+I++V P D+G Y C+++N VG V AS  ++VH++P+ +  P+DQ++G+NG+AKF C A GNP PS+FWT+EG+Q LMF G  +G+ SV+ +GTL I  VRKED+G+Y CSALSV GS+  K +L+VTA+ D PPP+I +G ANQTLP+NT AI+PC+A+G P P + W  N  P+  D   R ++  SG L I+ L   D+GLYTCTA SESGETSWSASL+   P NPNV FH++PD STFP PP++P +V+    SIT++WRRS   GES L GY++EY+SSDL++GWV  A R+ SETYTI  L+PD+ Y+F++RAENSHG+ PP+  S+ +RTL +  L E   +N+ E    L + VV L  + A+SST ++ +W I  +   YVEGF++R++D+SGGSQ +NM TV+  + G  ++V+ +LR YT+YE FL+PFYK +EG PSNS  VQT+EDVP+A P D+    MN T+A I WSPPPPQH NG L GY ++V G+ S    N  ++N+TT S  ++NL +   Y VR +A T +G GP S P  F M     K+ ++   +EGN   ++  E
Sbjct:    1 LREEFRAMPKSSRVAAGESATLECVAPRGHPEPSVTWFKDGAQVVTG--TGRIRLLGHGSLLIADVRHTDQGHYVCRAANLLGTRETPAATLSVHTKPYFVRVPEDVTTISDESVEFQCKVNGDPKPTVAWRRQDGKMPVGRANIQEDKSLRIQNVAPTDEGTYICESENFVGSVLASARLTVHSRPSFRLTPEDQKVGLNGVAKFHCLATGNPLPSVFWTREGNQMLMFPGKSHGRFSVTNEGTLVISSVRKEDKGYYTCSALSVVGSSMAKGHLDVTAMDDLPPPVIRLGPANQTLPINTAAIMPCEATGEPVPKVRWQYNDVPLQTDTRPRFVILQSGALRINGLQIPDSGLYTCTAFSESGETSWSASLTVESPHNPNVNFHRSPDSSTFPGPPSKPVVVNISEISITLTWRRSEKVGESSLKGYSIEYYSSDLQSGWVSGAYRVLSETYTIQALRPDSRYIFIIRAENSHGLGPPSPASDTIRTLAAHFLPE---LNLDEARVKLTACVVALLDMRAVSSTAVKFTWRIQGDK-HYVEGFYIRFKDLSGGSQMYNMVTVL--SGGASSYVLNDLRPYTKYEFFLVPFYKSVEGPPSNSRIVQTLEDVPTAAPEDVRAHVMNVTTATIFWSPPPPQHCNGKLRGYNVYVIGDPSEPIMN-KSMNSTTNSLFVTNLQVGASYKVRILAHTSVGSGPLSAPVLFRMG----KFRLLRKFSEGNHIQSVFEE 720          

HSP 2 Score: 146.747 bits (369), Expect = 3.742e-35
Identity = 118/385 (30.65%), Postives = 167/385 (43.38%), Query Frame = 0
Query:   30 QITEQPTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL------PENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK-----PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEV 401
            +    P S  V   E  TL C A  G PEP++TW+KDG  V T     R +L  GSL     + + +  D G Y C A N +GT  +   TL V   +  F   P D      +    +C    G+PKP+V W +     D     GR  I E  +L IQ V  +DEG   C++EN VG      A+L++  +P F   P D            C  +G+P P V W+R+   +         + S+ +   L I  VR ED G Y C A + VG   A   + V A      P I+  P +Q + +N  A   C A G P P + W      ++        +  + + G L I G++  D G Y C+A S +G T+  A L V
Sbjct:    4 EFRAMPKSSRVAAGESATLECVAPRGHPEPSVTWFKDGAQVVTGTGRIR-LLGHGSLL----IADVRHTDQGHYVCRAANLLGTRETPAATLSVHT-KPYFVRVPEDVTTISDESVEFQC-KVNGDPKPTVAWRRQ----DGKMPVGRANIQEDKSLRIQNVAPTDEGTYICESENFVG-SVLASARLTVHSRPSFRLTPEDQKVGLNGVAKFHCLATGNPLPSVFWTREGNQMLMFPGKSHGRFSVTNEGTLVISSVRKEDKGYYTCSALSVVGSSMAKGHLDVTAMDDLPPPVIRLGPANQTLPINTAAIMPCEATGEPVPKVRWQY---NDVPLQTDTRPRFVILQSGALRINGLQIPDSGLYTCTAFSESGETSWSASLTV 373          

HSP 3 Score: 110.923 bits (276), Expect = 8.082e-24
Identity = 89/299 (29.77%), Postives = 136/299 (45.48%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYK-DGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTA-RSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGD--ILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLS-----------IQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENK----VSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA 308
            P     P  +T   +E V   CK +G P+P + W + DG++    P     I    SL     +QN    D G Y CE+ N VG+   S  +T+     R  FRL P D  V    +    C    GNP PSV WT+ G+  ++   +S+GR  +T  G LVI  V K D+G   C A ++VG     +  L            I++ P   + P++  AI      + C+ +G+P P V W  +D PL  +     V + +  L+I  ++  D G+Y C A ++ G    S S++V +
Sbjct:   96 PYFVRVPEDVTTISDESVEFQCKVNGDPKPTVAWRRQDGKM----PVGRANIQEDKSL----RIQNVAPTDEGTYICESENFVGSVLASARLTVHS---RPSFRLTPEDQKVGLNGVAKFHCL-ATGNPLPSVFWTREGNQMLMFPGKSHGRFSVTNEGTLVISSVRKEDKGYYTCSALSVVG-SSMAKGHLDVTAMDDLPPPVIRLGPANQTLPINTAAI------MPCEATGEPVPKVRWQYNDVPLQTDTRPRFVILQSGALRINGLQIPDSGLYTCTAFSESGETSWSASLTVES 375          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: gb|EEC13698.1| (conserved hypothetical protein, partial [Ixodes scapularis])

HSP 1 Score: 719.153 bits (1855), Expect = 0.000e+0
Identity = 351/712 (49.30%), Postives = 487/712 (68.40%), Query Frame = 0
Query:  125 LREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVH--AKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTL----QSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVM 829
            LR++FR  P  + VA GD   ++C  P+G+P+PSV W K+G  + T    GRI +   G+L+I +V  +D+G+  C+A N++G RET  A LS+  KPYF+  P D+T ++ + ++  C V+GDP P V W R DG +P  + SI  N+ L+I++V P D+G Y C+++N VG V AS S++VH  ++P+ +  P+DQ++G+NG+AKF+C A GNP PS+FWT+EG Q LMF G  +G+ SV+ +GTL I  VRKED G+Y CSALSV GS+  K +LEVTA+ D PPP+I +G ANQTLP+NT AI+PC+A+G P PT+ W  N  P+  D   R ++  SGTL I+ L   D+G+YTCTASSESGETSW+ASL+   P NPNV FH++PDPSTFP PP++P +V+   TSIT++WRRS   GES L GYT+EY+SSDL++GWV  A+R+ SETYTI  L+PD+ Y+F++RAENSHG+ PP+  S+ +RTL      L E    N+ E    L S +V L  + A SST ++++W I  +   YVEGF++R+RD+S G Q++NM TV+    G  ++++ +LR Y +YE FL+PFYK +EG PSNS  VQT+EDVP+A P D+    +N T+A I WSPPPPQH NG L GY +++ GN S    N +T N+TT S +++NL     Y V  VA T +G GP S P  F M
Sbjct:    1 LRDEFRATPKSSRVAVGDSATLECIAPRGHPEPSVTWFKDGAQVATG--TGRIRLLGHGSLLIADVRHADQGRYVCRAANLLGTRETPAATLSVHTKPYFVRVPEDVTTLADETVEFQCKVNGDPKPTVTWRRQDGKMPVGRASIQENKNLRIQNVSPMDEGTYICESENFVGSVSASASLTVHCESRPSFRLTPEDQKVGLNGVAKFDCFATGNPQPSVFWTREGDQVLMFPGKSHGRFSVTNEGTLVISSVRKEDRGYYTCSALSVVGSSMAKGHLEVTAMADLPPPVIRLGPANQTLPINTAAIMPCEATGKPTPTVRWQYNAVPLQTDTRPRFVILQSGTLRINGLQILDSGMYTCTASSESGETSWTASLTVESPHNPNVNFHRSPDPSTFPGPPSKPVVVNISETSITLTWRRSEKVGESSLKGYTIEYYSSDLQSGWVSGAHRVLSETYTIQPLRPDSRYIFIIRAENSHGLGPPSPASDTIRTLGLAPHFLPE---YNLDEARAKLTSCMVTLMDMRAASSTAVKLTWRIQGDK-DYVEGFYIRFRDVSEGLQRYNMVTVL--NGGASSYILNDLRPYAKYEFFLVPFYKSVEGPPSNSRSVQTLEDVPTAAPEDVRAHVLNVTTATIFWSPPPPQHCNGKLKGYNVYLTGNLSEPFLNKST-NSTTNSLLVTNLKAGSSYKVCIVAHTSVGSGPLSSPVLFRM 703          

HSP 2 Score: 143.665 bits (361), Expect = 3.209e-34
Identity = 118/382 (30.89%), Postives = 167/382 (43.72%), Query Frame = 0
Query:   35 PTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELVPTAPKTHRV-ILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG-IRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL------PENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK-----PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEV 401
            P S  V   +  TL C A  G PEP++TW+KDG  V T   T R+ +L  GSL     + + +  D G Y C A N +GT  +   TL V   +  F   P D      +    +C    G+PKP+V W +     D     GR  I E  NL IQ V   DEG   C++EN VG +  +    +  + +P F   P D            C  +G+P P V W+R+   +         + S+ +   L I  VR ED G Y C A + VG   A   + V A      P I+  P +Q + +N  A   C A G P P++ W             ++    + + GTL I G++  D G Y C+A S +G T+  A L V
Sbjct:    9 PKSSRVAVGDSATLECIAPRGHPEPSVTWFKDGAQVATG--TGRIRLLGHGSLL----IADVRHADQGRYVCRAANLLGTRETPAATLSVHT-KPYFVRVPEDVTTLADETVEFQC-KVNGDPKPTVTWRRQ----DGKMPVGRASIQENKNLRIQNVSPMDEGTYICESENFVGSVSASASLTVHCESRPSFRLTPEDQKVGLNGVAKFDCFATGNPQPSVFWTREGDQVLMFPGKSHGRFSVTNEGTLVISSVRKEDRGYYTCSALSVVGSSMAKGHLEVTAMADLPPPVIRLGPANQTLPINTAAIMPCEATGKPTPTVRWQYNAVPLQTDTRPRF---VILQSGTLRINGLQILDSGMYTCTASSESGETSWTASLTV 375          

HSP 3 Score: 117.857 bits (294), Expect = 5.959e-26
Identity = 91/298 (30.54%), Postives = 140/298 (46.98%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYK-DGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAV-LREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGD--ILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG-------IRETEEAQL---SIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENK----VSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA 308
            P     P  +T   +E V   CK +G P+P +TW + DG++    P     I  + +L     +QN    D G Y CE+ N VG+  S + +L V    R  FRL P D  V    +    C+   GNP+PSV WT+ GD  ++   +S+GR  +T  G LVI  V K D G   C A ++VG       +  T  A L    I++ P   + P++  AI      + C+ +G P P V W  +  PL  +     V + +  L+I  ++  D G+Y C A ++ G    + S++V +
Sbjct:   96 PYFVRVPEDVTTLADETVEFQCKVNGDPKPTVTWRRQDGKM----PVGRASIQENKNL----RIQNVSPMDEGTYICESENFVGSV-SASASLTVHCESRPSFRLTPEDQKVGLNGVAKFDCF-ATGNPQPSVFWTREGDQVLMFPGKSHGRFSVTNEGTLVISSVRKEDRGYYTCSALSVVGSSMAKGHLEVTAMADLPPPVIRLGPANQTLPINTAAI------MPCEATGKPTPTVRWQYNAVPLQTDTRPRFVILQSGTLRINGLQILDSGMYTCTASSESGETSWTASLTVES 377          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: EAA05436.4 (AGAP010969-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 709.138 bits (1829), Expect = 0.000e+0
Identity = 397/1015 (39.11%), Postives = 600/1015 (59.11%), Query Frame = 0
Query:   25 QYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDT-----SQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDT-PPPIIIMGTANQTLPLNTIAILPCKASGAPKPTIS-------------WYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXD--PKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGES-PLMGYTLEYFSSD---LETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINI-HEVSNALM---SKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTV-MLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVK-GNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNING---------------NIMSEPWFIGLLTAVFVAISGTFI--GIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWK-C------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITEPSPYATTTL 981
            QYRSP+I E P+   VPKN+PVTLNCKA+G P+P I WYKDGE V      + V+LP+GSLFFLR V +KKE D G+YWC A+N+ G   SRN TL VA LR+DFR+ P +T VA G+  +++C PP+GNP+P+V W KN   L+      S+   RI I + GNL+I +V  +DEG+  C A+N+VG RE+  A+L++QVKPYF+++P D T + G  +   C V GDP P ++W++  G +P  +  I  +   L IR+V  +D G Y C+A+N VG + A  S++V+  P    +P+DQ++ +NG+  F+CSAGG+P PS+FWT+EGSQ LMF    YG   VS  G+L I+GV++ED+G+++CSALSVAGS  ++ YL+VT+  D+ PPP++    +NQ+LP  T A LPC++S    P+ S             W ++   +      R  + S G+L ID+L + D+G Y C    +  E SWSA LS     P     IF    +    P  P +PK  +  +T++T+ W R  +   +  +  YT+EY S+D   ++ GW +A  +I   T T+  L P+T Y+F VRAEN  G S P+ VS  +RT   LS +D + I  E+  A M    K+++L  I A++S+++R+ W + +  S  Y+EGF+VRYRD+    Q+++M  +   ET+   +H+ITNL KYT YE FL P++K +EGQPSN+  V+T+ED+P+ PP+++    +N T+  +RWSPP  +H++G ++GY+I VK GN ++      TLN+TTTS +L+NLT    Y++R     ++G+GPFS+P + VMDP+ +      H N   + G               N + E WF+ L+    V +    I  G++++R++    K +           DI  ++++     G +WI+  W+ C      G  S  + + ++T+  Y  P  +  TD YAEV +P G ++F        P+PYATT +
Sbjct:    1 QYRSPRIIENPSDTIVPKNDPVTLNCKAEGKPQPVIQWYKDGEEVKL--DANHVLLPAGSLFFLRTVHSKKEQDDGVYWCVASNQAGKVYSRNATLQVATLRDDFRVEPKNTRVAAGETALLECSPPRGNPEPNVSWKKNDGFLELDDYRPSKELARIRIVDSGNLLISDVRPTDEGRYQCIAQNMVGSRESGLAKLTVQVKPYFVAEPDDATVLEGHRVQFQCAVGGDPAPQILWTKQHGDIPVGRAEISEEDRSLIIRNVTADDHGQYICEARNSVGVISARASLTVNTPPVFIVRPQDQKVTVNGVVTFKCSAGGSPLPSVFWTREGSQTLMFPNNSYGNMHVSGQGSLQIRGVQREDDGYFVCSALSVAGSVTSRVYLQVTSPIDSIPPPLLQQVPSNQSLPSGTKATLPCRSSAYGAPSSSSSSSSTASSSAPRWQRDGINLLTGPGKRFKILSGGSLRIDDLQTEDSGWYRCIVKLDDHEYSWSAYLSVDSNLPPQSQQIF----NAELLPSAPGQPKAANITNTNVTLIWARGQDKLRTNAIASYTIEYHSTDDREMDAGWKIALRQIAGNTATVTGLSPETGYIFSVRAENGMGFSAPSPVSTLIRT---LSSDDRVTIPEEMDTARMVLSGKILELIDIIALTSSSVRLEWQLQIGGSEEYIEGFYVRYRDLDSDVQRYSMLPIPNSETE---SHIITNLNKYTRYEFFLTPYFKNLEGQPSNARIVRTLEDMPTGPPTNIQAGMLNLTAGWVRWSPPLREHQHGAVVGYKIQVKSGNNASKLLAQMTLNSTTTSVMLNNLTTGASYTIRVAMFNRLGMGPFSKPLYLVMDPSFVIVPQGVHNNHNQLYGDYDDRRHPQHQPHAHNFLHETWFMLLVVFSLVVVLVVTIAGGVVVFRRRQGLGKPVVTVPTLGGRRGDIANLSMSR--KDGGIWIDRGWRTCDTDKDSGLSSIKLLEGSQTHHTY--PLADGGTD-YAEV-DPRGLTSFYNRKSPESPTPYATTMI 997          
BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Match: EAL39306.3 (AGAP010242-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 663.3 bits (1710), Expect = 0.000e+0
Identity = 372/935 (39.79%), Postives = 546/935 (58.40%), Query Frame = 0
Query:    8 VVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSR--DDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTK-------YGQRSVSEDGTLFIQGVRKEDEGFYI-CSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNL-ISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMS-KVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDM-SGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKG----NGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDP--TNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRH----YEDITKIAINPDGSRGTVWIN 918
            V  HF     FT++     ++P+I E P   TVP++EP TLNCKA+GIP+P I WYKDG  +     +HR+ LP+G LFFL+ V +++E D G+YWCEA NE G ARSRN TL VAVLRE+FRL P  T VA+G+  +++C PPKG P+P++ W KNG  L+   S  RI I + GNL IQ+V ++DEGQ  C A+N+VG+RE+  A L + VKP+ +  P D T + G  +   C V GDP P V+W R    G +P N+V I  +R L++ DV  +D+G Y C+A N VG + A+ +++VH+ P +  +P  Q +       FEC + G P P+ FW+ EG++ L+F GT        Y Q S++           K D G  I CSA++  GS + +A L V +  D PPPIII+G  NQTLP  +   + C A G P P ISWY + +P+    S RI +  +GTL++  L   +D GLYTC ASS SG+++WSA L    P NPNV F++ P+PS FP  P +P+IV+  ++SITISW  S  +G S + GY +E FSSD+  GW     +++S +Y+ + + P+ SY+F+VRAEN  G+  P+ +S+ V   +  +  + IN+ E    L S +VV L    A  +T++R++W I+  +  YVEGF++  R + S G+ +      +L   G     I  L K+TEYE FL+PFYK I+G+PSNS    T+EDVP+A P +L    +N+++  ++W PP     NG L  Y I ++G    N S   +N+ T++      +L+NL+    YSV   A TK+G+GP+S PS   +DP    + +    +P   + + +I+++ WFI LL ++   I   F  III+R +    K  S N +   H          + +NP+G    VWI+
Sbjct:    3 VKSHFPLFFLFTAL-----QNPRIIEHPIDTTVPRHEPATLNCKAEGIPQPTIQWYKDGAPLKILQGSHRIALPAGGLFFLKVVNSRRESDAGVYWCEARNENGIARSRNATLQVAVLREEFRLEPQHTRVAQGETVLLECGPPKGIPEPTLWWRKNGQKLEVEASK-RIRIVDGGNLAIQDVRQTDEGQYQCIAKNLVGVRESATAFLKVHVKPFLIRGPHDQTVVEGTSVTFQCRVGGDPMPDVLWRRSASGGNMPLNRVHILEDRSLRLEDVVLDDEGEYSCEADNAVGAISATGTLTVHSPPHLSIRPVPQVVEAPHDVSFECKSEGRPKPTTFWSIEGNRTLIFPGTSIDRFETTYTQESLTVLTL---TQTTKSDNGLVIVCSAVNSVGSVSVRARLMVASQDDRPPPIIILGPTNQTLPSKSTVSMACNAVGNPNPFISWYLDGNPVV--PSERINITENGTLLLRELEKGTDQGLYTCVASSRSGKSTWSAFLRVESPTNPNVNFYRAPEPSEFPSAPGKPQIVNISNSSITISWLPSIKSGASDINGYLIEVFSSDMAKGWTTVPFKVSSTSYSYSPISPNVSYIFIVRAENDQGLGIPSLMSDPVSIGREFNHGEDINLSEAQATLSSGQVVNLLEANATDATSVRLAWEIV--NGQYVEGFYIYSRKVNSNGTYR---TLTVLHGGGASACTINGLEKFTEYEFFLVPFYKTIQGRPSNSRSTCTLEDVPTASPVNLEAVLLNTSAVYLKWEPPSNSTINGKLKHYHIIIRGYDVHNISKVLTNM-TVDGEAPKLLLANLSAGVTYSVSIAASTKVGIGPYSIPSILRLDPHTRRLDHGYTRYPINHDYSHDILTQTWFIILLGSIIAIIVFLFGAIIIFR-RIQFMKHSSLNNMHGNHAIGTVRKFPTLPLNPNG----VWID 915          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|1101360285|ref|XP_018906445.1| (PREDICTED: roundabout homolog 1 [Bemisia tabaci] >gi|1101360287|ref|XP_018906446.1| PREDICTED: roundabout homolog 1 [Bemisia tabaci])

HSP 1 Score: 926.006 bits (2392), Expect = 0.000e+0
Identity = 480/1000 (48.00%), Postives = 649/1000 (64.90%), Query Frame = 0
Query:    5 MHLVVCHFLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKT-HRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKV-SIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSP-NTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGIN-------IHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPES-MSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPD----GSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE---PSPYATTTLAVMQN 986
            + L V H   +      + AQ+RSP+ITE P+ M VP+NEPVTLNCKA+G PEP I WYKDGEL+   P +  RV+LP+GSLFFLR   NKKE D G+YWC A N  G A SRN TL VAVL++DFR+ P DT VA G+  +++C PPKG P+P++ W K+   +D   +  RI + + GNL+I +V KSDEG+  C  EN+VGI+E++ A L++ VKPYF+ +P + T ++G  ++  C VSG+P P V+W RDD      K  ++D   L+I  V P D+G+Y C A+N VG + AS  + VH+ P  +  P+DQ++G+NGI  FEC A GNPPPS+FWTKEGSQ LMF G  YG   VS DGTL IQGV+KED GF +CSALSVAGST  +A+L+VT++ D PPPI+ +G +NQTLPL ++A LPC+A G P P I WYK+ S  S+  SSR+ + S+GTL IDNL   D+GLYTCTASSESGETSWSASLS    K P    H+TPDPSTFP PP  PKI++   +SIT++W  SP   G S L+GYTLEYFSSDL+TGWVVAA+RIT+E+ TIN+LKPDT YMF+VRAENSHG+S P+ +SE VRTL       G+N       + E  + L +KV+ L  +   +ST++RV W ++  +   ++EG ++R+RD+SGGSQK+N+ TVM  T    N+ ++NLRK+T+YE FL+PFYK +EGQPSNS+ VQT+EDVPSAPP ++ +  +N TSA +RW+ PPPQH NG+L+GY+I VKG  ++      TLN++TTS  L+NLT    Y +R VA T++G GP+S P   +MDP     A +         G  ++E WF+ LL A+   +   F  +   +K+    K L   +V   +  D++ +           + T+WI+  W+ G        + ET  +            YAEV   N  + +      ++   P+PYATTTL    N
Sbjct:   17 LSLFVLHHTVV-----YVHAQFRSPRITEHPSDMVVPRNEPVTLNCKAEGKPEPTIEWYKDGELIKKTPHSNQRVLLPTGSLFFLRVAHNKKEQDSGVYWCVARNTAGVATSRNATLQVAVLKDDFRVEPKDTRVATGETALLECGPPKGQPEPTLIWKKDDQYIDLGMTK-RIQLVDGGNLMISDVKKSDEGKYQCLVENMVGIKESKVATLTVHVKPYFIGEPREATVLAGQSVEFECKVSGEPTPNVLWYRDDAKKTMGKAKTLDDKSLRIESVTPADEGVYVCSAENLVGTISASAPLIVHSPPTFKKSPQDQKVGLNGIVNFECLASGNPPPSVFWTKEGSQLLMFPGNSYGHMLVSSDGTLRIQGVQKEDAGFLVCSALSVAGSTTARAFLQVTSVEDVPPPIVEIGPSNQTLPLQSVATLPCQARGTPPPQIRWYKDGS--SVSASSRVSISSTGTLQIDNLEPGDSGLYTCTASSESGETSWSASLSVE--KTPGPHLHRTPDPSTFPSPPGTPKILNVTKSSITVAWDPSPKQQGASALIGYTLEYFSSDLQTGWVVAAHRITTESITINDLKPDTMYMFIVRAENSHGLSVPSEISEGVRTL-------GLNTVVPQHLLDEARSRLGTKVLALKELIPAASTSVRVVWEVVSSTGAEFMEGVYLRFRDLSGGSQKYNLATVM--TAEATNYTVSNLRKFTKYEFFLVPFYKSVEGQPSNSMLVQTLEDVPSAPPDNVQVGMLNMTSAYVRWAAPPPQHHNGMLVGYKIQVKGTNNSKILAQMTLNSSTTSVQLTNLTTGGSYMIRVVAYTRVGQGPYSTPVPLLMDPHQPPKAYV---------GETVNETWFLVLLAALLCTVLSGFFAVFYLKKRQTPGKELGHLSVPVVNANDLSLMGGMGMGLMTSGKETLWIDHGWRGG-------GDKETETKLLNTGQIKECSDYAEVDTRNLSTFYNPRKEYSQPGNPTPYATTTLLAPNN 981          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|985400514|ref|XP_015367932.1| (PREDICTED: roundabout homolog 2-like [Diuraphis noxia])

HSP 1 Score: 874.389 bits (2258), Expect = 0.000e+0
Identity = 481/1115 (43.14%), Postives = 675/1115 (60.54%), Query Frame = 0
Query:   12 FLTICSFTSV--ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAP--------------KTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWR-RSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHR--ITEPSPYATTTLAVMQNKVRKMNGNTFISLPQCEQPSNALTSSSSGGEXSSYLLNSRDQLMLSPSNVPNWSDILPP--PPEQPPPPLYNRESRSPRMSHNNTVSSSSSASTTSSSRRQMQNMSGRSASSSRSSAPRF 1104
             + + +F +V  ++ QYR P+ITE PT +TVPKNEP+TL CKA+G PEP I WYKDGEL+   P               + +VIL  GSLFFLR   NKKE D G+YWC A N  GT  SRN TL VAVL+++FR+ P DT VA+G   +++C PPKG+P P V W K+ + +    S  R+ I + GNL+I +V + D G+  C A+NIVG +E+  A+L++ VKP+  ++P D+T  +G   +  C V GDP P + W RD   +P  +  I  N+ L+I +V  +D+G+Y C A+NDVG  +A  S++VH+ P   T+PKDQ++G+NGIA F+C A GNPPPS+FW++EGSQ LMF G  YG   V++DGTL IQG +KED GF +CSALSVAGS   +A+L+VT+++D PPP++ +G  NQTL   + A LPC+ASG P PTI WY+N + +S DD  R+ + SSGTL ID L  SD+GLYTCTASSESGETSWSASLS  +  +P    H+ PDP+ FP  P+ P IV+    S+T++W   +P+ G SP++GYTLEY+SSDL+TGWVVAA+RI++ T  ++NLKPDTSY+F+VRAENSHG+S P+ +S  V+T  + +     ++ E    L +KV++   +  +SST++RV W +L  S  +VEG  VR+RD+SGGSQ +NM TVM+      ++ + NLRKY +Y+ FL+PF+K +EGQPSNS+ VQT EDVPSA P D+    +N+T+A IRWS PPPQH NG LLGY+I VK N +T  +    LN++TT+ IL NLT+   ++ R  A T+ G GP+S P   VMDP     A  +  N          E W I LL A+ V ++   + ++  ++K N+ K L    V      D++++++   G +  +WI+  W+ G K      + E+        +    D YAEV   N  STF    +  ++ P+PYATTTL    N+                  +  L+S+ S  E     + + +   +  +   N     PP  P  Q PPP +N             +        T S R+  Q+  G   SS R  A  F
Sbjct:   15 LMLLLAFFTVGDVTGQYRKPRITEHPTDITVPKNEPITLGCKAEGRPEPTIEWYKDGELLKIPPNGAAAGGGGDNGARSSQKVILSDGSLFFLRVAHNKKEQDSGVYWCVAKNVAGTEVSRNATLQVAVLKDEFRVEPKDTKVAQGQTALMECSPPKGHPDPMVVWKKDREDVHI-DSTTRMRIVDGGNLMITDVRQDDGGEYLCVAQNIVGKKESTPAKLTVNVKPFINTEPKDVTVHTGQTAEFECKVGGDPKPNIYWERDGNKMPFGRAQILDNKSLRIINVIAQDEGLYVCNAENDVGSEKAKASLTVHSPPTFVTRPKDQKVGLNGIANFDCVAQGNPPPSVFWSREGSQVLMFPGNAYGHFHVTQDGTLRIQGAQKEDAGFLVCSALSVAGSVTWRAFLQVTSVQDVPPPVVDIGPTNQTLATRSAATLPCQASGIPLPTIKWYRNGNYLSPDD-PRVTITSSGTLQIDELEVSDSGLYTCTASSESGETSWSASLSVEE--SPGTRLHRAPDPAMFPAAPSVPTIVNVTRNSVTVTWHPPTPHLGASPIIGYTLEYYSSDLQTGWVVAAHRISTNTMVVDNLKPDTSYVFMVRAENSHGLSVPSALSAMVKTGGTNTIITQQSLEEARERLGTKVIEFKELFPVSSTSVRVIWDVL-SSAEWVEGIHVRFRDLSGGSQTYNMMTVMMNNGEPKSYTLANLRKYNKYDFFLVPFFKTVEGQPSNSMVVQTYEDVPSAAPEDVQTGMVNATTAFIRWSAPPPQHINGALLGYKIQVKNNNATKAAVQELLNSSTTT-ILLNLTVGGSFTARVQAYTRSGYGPYSAPVPIVMDPAYPARAYSSTTN---------GEAWIIVLLAALVVMLACVIVTVVYLKRKQNAGKQLGHFNVPVVS-GDLSQLSMLSAGGKEALWIDRGWRNGEK------DPESKLLNGIGRETTCAD-YAEVDTRN-LSTFYNPRKDMMSNPTPYATTTLL---NRDDCNESTHLFGAASSSSETKTLSSNGSCHERCHEQVAALNNHYIDENMDFNNHKRKPPIYPINQAPPPNWNE-----------FLPPPPQHPPTDSMRKTSQSNGGSPQSSRRMHAGSF 1091          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|926609617|ref|XP_013784282.1| (PREDICTED: roundabout homolog 1-like [Limulus polyphemus])

HSP 1 Score: 871.307 bits (2250), Expect = 0.000e+0
Identity = 454/972 (46.71%), Postives = 626/972 (64.40%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSG---SLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTL----QSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNI---MSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQNT-VASRHYEDITKIAINPDGSRGTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITEPSPYATTTL 981
            + AQ R+P+ITE P  + V K +P  LNCKADG+P P I WY +G+LV     ++R++L +G   +LFFL  +  K++ D G YWC A N +G ARSRN TL+VA+LR+DFR NP D  VA  D   ++C PP+G+P P V W KNG  L      GR+ IT  GNLVI++V ++D+G+  C AEN+ G+R +  A LS++VKPYF+ +P D+ A+S  ++DI C V GDP P V W R DG +P  +  I  N+ L+I  VR ED+G+Y C+A+N VG    S +++VH++P+   KPK+QR+G+NGIAKFEC A GNPPPS+FWTKEG+Q LMF    YG+ SV+  GTL I GV KED+G+Y+CSALSV  ST TKA+L+V A+ D PPPII +G ANQTLP NT+A+LPC+A G P P I W+   + + +++  R  +  SGTL ID+L   D+GLYTCTASSESGETSWSA+LS   P+NPN IFH+  DPSTFP PP +P  ++   T+IT+ W RS   G+SPL+GYT+EY+SSDL+ GW+VAA R+  E++ ++NL+PD+ Y+FLVRAENSHG+S P+ +S+ + TL      L E D   + E    L + +V+L    AISST +++ W I   ++ YVEGF++R+RD SG SQK+NM TV+       ++V+T+LRK+T+YE FL+PFYK +EG PSNS   QT+EDVPSAPP +L ++  N T A+I WS PPPQ+RNG+L GY IH+  N S  HSNITT   TT   +  NLT   KYSV+AVA T +G GPFS P   VMD + +     + P   ++  +I   + +PWFI L+  +   +   F  ++   ++    K+L  +  VA+   ED++                           +Y   +         + N +D YAEV + +  +TF      + P+PYATTTL
Sbjct:    9 VGAQSRAPRITEHPRDLLVKKQQPAKLNCKADGVPTPVIEWYHNGKLVEGT--SNRIMLVNGVGVALFFLHVLHGKRDQDTGTYWCVARNHLGEARSRNATLEVAILRDDFRANPRDIQVAREDSATLECAPPRGHPDPKVSWEKNG--LPVDSEGGRVRITGSGNLVIEDVRQTDQGKYVCIAENMAGVRNSSPAILSVRVKPYFIKEPEDVLALSNQNVDIACLVDGDPTPTVTWHRRDGKMPIGRAQIQKNKSLRITQVRTEDEGLYMCEAENAVGIASGSATLTVHSQPSFAVKPKNQRVGLNGIAKFECVASGNPPPSIFWTKEGNQALMFPENSYGRFSVTSLGTLIISGVIKEDKGYYVCSALSVVASTMTKAHLDVIAVADLPPPIIRLGPANQTLPQNTMAMLPCEAEGIPGPNIQWFFKSASVDVNN-PRFSILDSGTLQIDDLQPLDSGLYTCTASSESGETSWSATLSVESPRNPNAIFHRMFDPSTFPGPPGKPTAINVTETAITLRWLRSSKLGDSPLIGYTVEYYSSDLKRGWMVAARRVKRESFVVHNLRPDSHYVFLVRAENSHGLSVPSEISDVICTLGLPSHILPEYD---LEEARYYLSTSIVKLKDARAISSTAVKLMWEI-QSNLGYVEGFYIRFRDSSGRSQKYNMITVL--NGAATSYVLTDLRKFTKYEFFLVPFYKSVEGPPSNSRKAQTLEDVPSAPPDNLNVKLKNLTVAVISWSSPPPQYRNGILQGYNIHILKNTSQLHSNITTNGTTTLITVY-NLTAGHKYSVKAVAFTSVGNGPFSAPVALVMDSSYLNDQHDSGPASTSLTSSIHDTLQQPWFIALIGGILCLLLSIFFIVLFLCRRMAWKKALEAHLPVAAHKSEDVS---------------------------VYSPLQY--------EVNGSD-YAEV-DSHSMTTFYKKGSSSVPAPYATTTL 931          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|1048000357|ref|XP_017465606.1| (PREDICTED: protein sax-3 isoform X1 [Rhagoletis zephyria])

HSP 1 Score: 849.736 bits (2194), Expect = 0.000e+0
Identity = 458/1033 (44.34%), Postives = 645/1033 (62.44%), Query Frame = 0
Query:   12 FLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD--TSQSNG---RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHP--NEGNING------------------------------------NIMSEPWFIGLLTAVFVAISGTFIGIII-YRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC-------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
             + + S    + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R + +KKE D G+YWC A N VG A SR  TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD    +S G   RI + + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+TA+SG  +   C V GDP P ++W +++G +P  +  I  D   L+I ++ P D+G Y C+A N VG + A  S++VHA P    KP+D+++G+NG+A+F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL + GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+ASG P P + WYK+ +   +   +R  +   G+L ID+L  SD+GL+TCTASSESGETSWSA+L+    K  + + H++ DPS +P PP  PK+V+    SI + W RS       SP++GYT+EYFSSDL+TGWV+AA+R+  +  TI+ LKP TSY+FLVRAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG +VRYRD+S  SQ++N+ TV+     I +HV+ NL++YT+YE FL PFY+ +EGQPSNS  VQT EDVPSAPP ++ I   N T+  +RWSPPPPQH NG LLGY+I V   G+TF   +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+++P    MDPT++ +    HP  +   I G                                    N++ + WF+ L+    +AI    +G+++ ++++   TK L   +V S +  +IT + IN    + ++WI+  W+        G   T +   A +   Y   + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:   88 LVLLLSIGVCVEAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNEKKSHRVLFKDGALFFYRTMMSKKEQDSGVYWCVAKNHVGKAVSRKATLQIAVLRDDFRSQPKDTRVAKGETALLECGPPKGTPEPALIWVKDGVPLDDLKMKSYGPTSRIRVVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTALSGQTVQFHCLVGGDPPPKILWKKEEGNIPVARARIQHDDKSLEITNISPADEGTYVCEAHNSVGQISARASLTVHAPPTFVVKPQDKKVGLNGVAQFPCVADGNPPPSVFWTKEGSSTLMFPNNSYGHMHVSVEGTLQLSGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRASGNPTPRVKWYKDGT--MLQSGNRYTIVQGGSLRIDDLQLSDSGLFTCTASSESGETSWSATLTVE--KGSSSLLHRSVDPSAYPAPPGTPKVVNVTQHSIGLRWSRSQEKPGATSPIIGYTVEYFSSDLQTGWVIAAHRVPDQQITISGLKPATSYVFLVRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISAARSVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYVRYRDISANSQQYNILTVL--NPSIESHVVGNLKEYTKYEFFLAPFYQTLEGQPSNSKIVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSPPPPQHHNGNLLGYKIEVTA-GNTFKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSYTKAGEGPYAEPVSLFMDPTHLVHPPRAHPSGSHSGITGSHGHPGSPGADGSHYAYHPAGMPDDAATTTTHHKSSNVVHQTWFMVLVIVFLLAIFFVTVGVMVFFKRRHKLTKELGHLSVVSAN--EITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNANSQSNY---TSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1100          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|1048000360|ref|XP_017465618.1| (PREDICTED: protein sax-3 isoform X2 [Rhagoletis zephyria])

HSP 1 Score: 849.351 bits (2193), Expect = 0.000e+0
Identity = 457/1033 (44.24%), Postives = 645/1033 (62.44%), Query Frame = 0
Query:   12 FLTICSFTSVISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD--TSQSNG---RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHP--NEGNING------------------------------------NIMSEPWFIGLLTAVFVAISGTFIGIII-YRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC-------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
             + + S    + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R + +KKE D G+YWC A N VG A SR  TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD    +S G   RI + + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+TA+SG  +   C V GDP P ++W +++G +P  +  I  D   L+I ++ P D+G Y C+A N VG + A  S++VHA P    KP+D+++G+NG+A+F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL + GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+ASG P P + WYK+ +   +   +R  +   G+L ID+L  SD+GL+TCTASSESGETSWSA+L+    K  + + H++ DPS +P PP  PK+V+    SI + W RS       SP++GYT+EYFSSDL+TGWV+AA+R+  +  TI+ LKP TSY+FLVRAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG +VRYRD+S  SQ++N+ TV+     I +HV+ NL++YT+YE FL PFY+ +EGQPSNS  VQT EDVPSAPP ++ I   N T+  +RWSPPPPQH NG LLGY+I V   G+TF   +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+++P    MDPT++ +    HP  +   I G                                    N++ + WF+ L+    +AI    +G+++ ++++   TK L   +V++    +IT + IN    + ++WI+  W+        G   T +   A +   Y   + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:   88 LVLLLSIGVCVEAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNEKKSHRVLFKDGALFFYRTMMSKKEQDSGVYWCVAKNHVGKAVSRKATLQIAVLRDDFRSQPKDTRVAKGETALLECGPPKGTPEPALIWVKDGVPLDDLKMKSYGPTSRIRVVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTALSGQTVQFHCLVGGDPPPKILWKKEEGNIPVARARIQHDDKSLEITNISPADEGTYVCEAHNSVGQISARASLTVHAPPTFVVKPQDKKVGLNGVAQFPCVADGNPPPSVFWTKEGSSTLMFPNNSYGHMHVSVEGTLQLSGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRASGNPTPRVKWYKDGT--MLQSGNRYTIVQGGSLRIDDLQLSDSGLFTCTASSESGETSWSATLTVE--KGSSSLLHRSVDPSAYPAPPGTPKVVNVTQHSIGLRWSRSQEKPGATSPIIGYTVEYFSSDLQTGWVIAAHRVPDQQITISGLKPATSYVFLVRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISAARSVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYVRYRDISANSQQYNILTVL--NPSIESHVVGNLKEYTKYEFFLAPFYQTLEGQPSNSKIVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSPPPPQHHNGNLLGYKIEVTA-GNTFKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSYTKAGEGPYAEPVSLFMDPTHLVHPPRAHPSGSHSGITGSHGHPGSPGADGSHYAYHPAGMPDDAATTTTHHKSSNVVHQTWFMVLVIVFLLAIFFVTVGVMVFFKRRHKLTKELGHLSVSA---NEITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNANSQSNY---TSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1099          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|807044191|ref|XP_012162231.1| (PREDICTED: protein sax-3 [Ceratitis capitata])

HSP 1 Score: 849.351 bits (2193), Expect = 0.000e+0
Identity = 459/1024 (44.82%), Postives = 643/1024 (62.79%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD--TSQSNG---RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPN---------------EGNING------------------------NIMSEPWFIGLLTAVFVAISGTFIGIII-YRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC-------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
            + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R + +KKE D G+YWC A N VG A SR  TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD    +S G   RI + + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+TA+SG  +   C V GDP P ++W +++G +P  +  I  D   L+I ++ P D+G Y C+A N VG + A  S++VHA P    KP+D++IG+NG+A+F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL + GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+ASG P P + WYK+ +   +   +R  +   G+L ID+L  SD+GL+TCTASSESGETSWSA+L+    K  + + H++ DPS +P PP  PK+V+    SI + W RS       SP++GYT+EYFSSDL+TGWV+AA+R+  +  TI+ LKP TSY+FL+RAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG +VRYRD+S  SQ++N+ TV+     I +HVI NL++YT+YE FL PFY+ +EGQPSNS  VQT EDVPSAPP ++ I   N T+  +RWSPPPPQH NG LLGY+I V   GST    +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+++P    MDPT++ +    HP+                G ++G                        N++ + WF+ L+    +AI    IG+++ ++++   TK L   +V S +  +IT + IN    + ++WI+  W+        G   T +   A +   Y   + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:  134 VEAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNEKKSHRVLFKDGALFFYRTMMSKKEQDSGVYWCVAKNHVGKAVSRKATLQIAVLRDDFRSQPKDTRVAKGETALLECGPPKGTPEPALIWVKDGVPLDDLKMKSYGPSSRIRVVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTALSGQTVQFHCLVGGDPPPKILWKKEEGNIPVARARIQHDDKSLEITNISPADEGTYVCEAHNSVGQISARASLTVHAPPTFVVKPQDKKIGLNGVAQFPCVADGNPPPSVFWTKEGSPTLMFPNNSYGHMHVSVEGTLQLSGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRASGNPTPRVKWYKDGT--MLQSGNRYTIVQGGSLRIDDLQQSDSGLFTCTASSESGETSWSATLTVE--KGSSSLLHRSVDPSAYPAPPGTPKVVNVTQHSIGLRWSRSQEKPGATSPIIGYTVEYFSSDLQTGWVIAAHRVPDQQITISGLKPATSYVFLIRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISAARGVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYVRYRDISANSQQYNILTVL--NPSIESHVIGNLKEYTKYEFFLAPFYQTLEGQPSNSKIVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSPPPPQHHNGNLLGYKIEVAA-GSTLKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSYTKAGEGPYAEPVSLFMDPTHLVHPPRAHPSGSHSGIAGSHGHPGGAGAMDGGHYAYHPAGMPDDAATTTTHHKSTNVVHQTWFMVLVIVFLLAIFFVTIGVMVFFKRRHKLTKELGHLSVVSAN--EITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNANSQSNY---TSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1137          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|907643863|ref|XP_013100961.1| (PREDICTED: roundabout homolog 2 [Stomoxys calcitrans] >gi|907643866|ref|XP_013100962.1| PREDICTED: roundabout homolog 2 [Stomoxys calcitrans])

HSP 1 Score: 848.966 bits (2192), Expect = 0.000e+0
Identity = 461/1045 (44.11%), Postives = 659/1045 (63.06%), Query Frame = 0
Query:    1 MILKMHLVVCHFLTI--CSFTSV---ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD--TSQSNG---RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHV-KGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHP--NEGNINGN-----------------------------------IMSEPWFIGLLTAVFVAI-SGTFIGIIIYRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC--GTKSTGIYDE---AETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
            M L+  +  C +L +  CS T++   + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R VQ KKE D G+YWC A N VG A SR+ TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD   ++S G   RI I + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+T ++G+     C V GDP P ++W +++G +P ++  I  D   L+I ++ PED+G Y C+A N+VG + A  S++VHA P    KP+D+++G+NG+A F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL I GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+ASG P P + WY++ +  ++   +R  +   G+L I++L  SD+GLYTCTASSESGETSWSA+L+    K+ + I H++ DPST+P PP  P+ V+    SI++ W +S       S ++GYT+EYFSSDL+TGWVVAA+R+  +  TI+ LKP T+Y+FLVRAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG ++RYRD+S  SQ++N+ TV+     I +HV+ NL++YT+YE FL PF++ +EGQPSNS +VQT EDVPSAPP ++ I   N T+  +RWS PPPQH NG LLGY+I V  GN     +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+SQP    MDP ++ +    HP  +  +I G+                                   ++ E WF+ L+  + +AI       ++ ++++   TK L   +V S +  +IT + IN    + ++WI+  W+     K +G+ +    + TN +    + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:   66 MSLQCAVYNCGYLLLLLCSITTLLPHVKAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNDKKSHRVLFKDGALFFYRTVQGKKEQDSGVYWCVAKNHVGKATSRHATLQIAVLRDDFRAQPRDTRVAKGETALLECGPPKGIPEPTLIWMKDGVPLDDLKTKSYGTTSRIRIVDGGNLMISNVEAIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTMLAGETATFHCSVGGDPPPKILWKKEEGNIPVSRARIQHDDKSLEISNIIPEDEGTYVCEAHNNVGQISARASLTVHAPPTFIVKPQDKKVGLNGVALFPCVADGNPPPSVFWTKEGSSTLMFPNNSYGHLHVSLEGTLQINGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRASGHPTPRVKWYRDGT--TLQSGNRYTIAQGGSLRIEDLQLSDSGLYTCTASSESGETSWSATLTVE--KSSSSILHRSADPSTYPAPPGTPRAVNVTQNSISLKWFKSQEKPQATSQIIGYTVEYFSSDLQTGWVVAAHRVPDQQITISGLKPATAYVFLVRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISEARVVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYIRYRDVSANSQQYNIMTVL--NPSIESHVVGNLKEYTKYEFFLAPFFQTLEGQPSNSKNVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSSPPPQHHNGNLLGYKIEVTAGNTMKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSFTKAGEGPYSQPVSLFMDPAHLVHPPRAHPSGSHSSITGHTGSNGEGGHFAYHPNGVPGMPDDAATTTTQRKSTTVVHETWFMALVITMLLAILVSAAAAMLFFKRRHQLTKELGHLSVVSAN--EITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNTNSQSNYNTSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1094          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|1098622584|ref|XP_018804079.1| (PREDICTED: protein sax-3 isoform X1 [Bactrocera latifrons])

HSP 1 Score: 844.729 bits (2181), Expect = 0.000e+0
Identity = 452/1023 (44.18%), Postives = 642/1023 (62.76%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD--TSQSNG---RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTG--ESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKY--------------AIITHPNEGNING------------------------NIMSEPWFIGLLTAVFVAISGTFIGIII-YRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC-------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
            + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R + +KKE D G+YWC A N VG A SR  TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD    +S G   RI + + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+TA+SG  +   C V GDP P ++W +++G +P  +  I  D   L+I ++ P D+G Y C+A N VG + A  S++VHA P    KP+D+++G+NG+A+F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL + GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+A+G P P + WYK+ +   + + +R  +   G+L ID+L  SD+GL+TCTASSESGETSWSA+L+    K  + + H++ DPS +P PP  PK+V+    SI + W RS +     SP++GYT+EYFSSDL+TGWV+AA+R+  +  TI+ LKP TSY+FLVRAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG ++RYRD+S  SQ++N+ TV+     I +HV+ NL++YT+YE FL PFY+ +EGQPSNS  VQT EDVPSAPP ++ I   N T+  +RWSPPPPQH NG LLGY+I V   G+T    +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+++P    MDPT++ +                  HP    ++G                        N++ + WF+ L+    + I    +G+++ ++++   TK L   +V S +  +IT + IN    + ++WI+  W+        G   T +   A +   Y   + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:  106 VEAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNEKKSHRVLFKDGALFFYRTMMSKKEQDSGIYWCVAKNHVGKAISRKATLQIAVLRDDFRSQPKDTRVAKGETALLECGPPKGTPEPALIWVKDGVPLDDLKMKSYGPTSRIRVVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTALSGQTVQFHCLVGGDPPPKILWKKEEGNIPVARARIQHDDKSLEITNISPADEGTYVCEAHNSVGQISARASLTVHAPPTFVVKPQDKKVGLNGVAQFPCVADGNPPPSVFWTKEGSSTLMFPNNSYGHMHVSVEGTLQLSGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRATGNPTPRVKWYKDGT--MLQNGNRYTIVQGGSLRIDDLQQSDSGLFTCTASSESGETSWSATLTVE--KGSSSLLHRSVDPSAYPAPPGTPKVVNVTQHSIALRWSRSQDKPGVTSPIIGYTVEYFSSDLQTGWVIAAHRVPDQQITISGLKPATSYVFLVRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISAARAVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYIRYRDISANSQQYNILTVL--NPSIESHVVGNLKEYTKYEFFLAPFYQTLEGQPSNSKIVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSPPPPQHHNGNLLGYKIEVTA-GTTLKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSYTKAGEGPYAEPVSLFMDPTHLVHPPRAHPSGSHSGIAGSHGHPAGAGVDGGHYAYHPAGMPDDAATTTTHHKSTNVVHQTWFMVLVIVFLLVIFSVTVGVMVFFKRRHKLTKELGHLSVVSAN--EITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNANSQSNY---TSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1108          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|1098622588|ref|XP_018804081.1| (PREDICTED: protein sax-3 isoform X3 [Bactrocera latifrons])

HSP 1 Score: 843.958 bits (2179), Expect = 0.000e+0
Identity = 452/1023 (44.18%), Postives = 642/1023 (62.76%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILD--TSQSNG---RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTG--ESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKY--------------AIITHPNEGNING------------------------NIMSEPWFIGLLTAVFVAISGTFIGIII-YRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC-------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
            + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R + +KKE D G+YWC A N VG A SR  TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD    +S G   RI + + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+TA+SG  +   C V GDP P ++W +++G +P  +  I  D   L+I ++ P D+G Y C+A N VG + A  S++VHA P    KP+D+++G+NG+A+F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL + GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+A+G P P + WYK+ +   + + +R  +   G+L ID+L  SD+GL+TCTASSESGETSWSA+L+    K  + + H++ DPS +P PP  PK+V+    SI + W RS +     SP++GYT+EYFSSDL+TGWV+AA+R+  +  TI+ LKP TSY+FLVRAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG ++RYRD+S  SQ++N+ TV+     I +HV+ NL++YT+YE FL PFY+ +EGQPSNS  VQT EDVPSAPP ++ I   N T+  +RWSPPPPQH NG LLGY+I V   G+T    +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+++P    MDPT++ +                  HP    ++G                        N++ + WF+ L+    + I    +G+++ ++++   TK L   +V S +  +IT + IN    + ++WI+  W+        G   T +   A +   Y   + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:  106 VEAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNEKKSHRVLFKDGALFFYRTMMSKKEQDSGIYWCVAKNHVGKAISRKATLQIAVLRDDFRSQPKDTRVAKGETALLECGPPKGTPEPALIWVKDGVPLDDLKMKSYGPTSRIRVVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTALSGQTVQFHCLVGGDPPPKILWKKEEGNIPVARARIQHDDKSLEITNISPADEGTYVCEAHNSVGQISARASLTVHAPPTFVVKPQDKKVGLNGVAQFPCVADGNPPPSVFWTKEGSSTLMFPNNSYGHMHVSVEGTLQLSGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRATGNPTPRVKWYKDGT--MLQNGNRYTIVQGGSLRIDDLQQSDSGLFTCTASSESGETSWSATLTVE--KGSSSLLHRSVDPSAYPAPPGTPKVVNVTQHSIALRWSRSQDKPGVTSPIIGYTVEYFSSDLQTGWVIAAHRVPDQQITISGLKPATSYVFLVRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISAARAVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYIRYRDISANSQQYNILTVL--NPSIESHVVGNLKEYTKYEFFLAPFYQTLEGQPSNSKIVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSPPPPQHHNGNLLGYKIEVTA-GTTLKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSYTKAGEGPYAEPVSLFMDPTHLVHPPRAHPSGSHSGIAGSHGHPAGAGVDGGHYAYHPAGMPDDAATTTTHHKSTNVVHQTWFMVLVIVFLLVIFSVTVGVMVFFKRRHKLTKELGHLSVVSAN--EITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNANSQSNY---TSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1108          
BLAST of EMLSAG00000005066 vs. nr
Match: gi|929351759|ref|XP_014103554.1| (PREDICTED: protein sax-3 [Bactrocera oleae])

HSP 1 Score: 843.573 bits (2178), Expect = 0.000e+0
Identity = 450/1023 (43.99%), Postives = 639/1023 (62.46%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPT-APKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQ-----SNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI--DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNT--GESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNA---LMSKVVQLTSIEAISSTTIRVSWSI-LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH--SNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKY--------------AIITHPNEGNING------------------------NIMSEPWFIGLLTAVFVAISGTFIGIII-YRKKFNSTKSLSQNTVASRHYEDITKIAINPDGSRGTVWINDDWKC-------GTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEPNGFSTFGGNHRITE-PSPYATTTL 981
            + AQY+SP+I E PT + V KNEP TLNCK +G PEP I W+KDGE V T   K+HRV+   G+LFF R + +KKE D G+YWC A N VG A SR  TL +AVLR+DFR  P DT VA+G+  +++C PPKG P+P++ W K+G  LD  +        RI + + GNL+I  V   DEG   C A+N+VG RE+  A+L +QVKPYF+ +P D+TA+SG  +   C V GDP P ++W ++DG +P  +  I  D   L+I ++ P D+G Y C+A N VG + A  S+ VHA P    KP+D+++G+NG+A+F C A GNPPPS+FWTKEGS  LMF    YG   VS +GTL + GV+K+D G+Y+CSA SV  ST  +A+L+VT++ DTPPPII +G +NQTLP  ++A+LPC+A+G P P + WYK+ +   + + +R  +   G+L ID+L  SD+GL+TCTASSESGETSWSA+L+    K  + + H++ DPS +P PP  PK+V+    SI + W RS +     +P++GYT+EYFSSDL+TGWV+AA+R+  +  TI+ LKP TSY+FLVRAENSHG+S P+ +S  ++TL   +E+  +   E+S A   L  KVV+L    AI+ST +R+ W + +  +  YVEG ++RYRD+S  SQ++N+ TV+     I +HV+ NL++YT+YE FL PFY+ +EGQPSNS  VQT EDVPSAPP ++ I   N T+  +RWSPPPPQH NG LLGY+I V   G+T    +N+ TLNATTTS +L+NLT    Y+VR  + TK G GP+++P    MDPT++ +                  HP    ++G                        N++ + WF+ L+    + I    +G+++ ++++   TK L   +V S +  +IT + IN    + ++WI+  W+        G   T +   A +   Y   + +  TD YAEV   N  STF    +  E P+PYATT +
Sbjct:   51 VEAQYQSPRIIEHPTDLVVKKNEPATLNCKVEGKPEPTIEWFKDGEPVNTNEKKSHRVLFKDGALFFYRTMMSKKEQDSGVYWCVAKNHVGKAISRKATLQIAVLRDDFRSQPKDTRVAKGETALLECGPPKGTPEPALIWMKDGVPLDDLKIKSYGPTSRIRVVDGGNLLISNVEPIDEGNYKCIAQNLVGTRESSYAKLIVQVKPYFMKEPQDLTALSGQTVQFHCLVGGDPPPKILWKKEDGNIPVARARIQQDDKSLEITNISPADEGTYVCEAHNSVGQISARASLIVHAPPTFVVKPQDKKVGLNGVAQFPCVADGNPPPSVFWTKEGSSTLMFPNNSYGHMHVSVEGTLQLSGVQKDDAGYYVCSAFSVVDSTTIRAFLQVTSVDDTPPPIIQIGPSNQTLPKGSVAMLPCRATGNPTPRVKWYKDGT--MLQNGNRYTIVQGGSLRIDDLQQSDSGLFTCTASSESGETSWSATLTVE--KGSSSLLHRSVDPSAYPAPPGTPKVVNVTQHSIALRWSRSQDKPGATTPIIGYTVEYFSSDLQTGWVIAAHRVPDQQITISGLKPATSYVFLVRAENSHGLSVPSGLSNVIKTLG--TESGTVPPSEISAARSVLSGKVVELIDAAAINSTAVRLDWVMHVSVTEKYVEGLYIRYRDISANSQQYNILTVL--NPSIESHVVGNLKEYTKYEFFLAPFYQTLEGQPSNSKIVQTYEDVPSAPPDNIQIGMYNLTAGWVRWSPPPPQHHNGNLLGYKIEVTA-GTTLKVLANM-TLNATTTSVLLNNLTTGATYNVRLNSYTKAGEGPYAEPVSLFMDPTHLVHPPRAHPSGSHSGIAGSHGHPAGAGVDGGHYAYHPAGMPDDAATTTTHHKSTNVVHQTWFMVLVIVFLLVIFSVTVGVMVFFKRRHKLTKELGHLSVVSAN--EITALNIN---GKDSLWIDRGWRTTDTDKDSGLSETKLLSNANSQSNY---TSDGGTD-YAEVDTRN-MSTFYNCRKSPENPTPYATTMI 1053          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold108_size357748-snap-gene-2.20 (protein:Tk09444 transcript:maker-scaffold108_size357748-snap-gene-2.20-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 1068.14 bits (2761), Expect = 0.000e+0
Identity = 530/918 (57.73%), Postives = 683/918 (74.40%), Query Frame = 0
Query:  125 LREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSN-GRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRD-DGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLS-ENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTK-SLSQNTVASRHYEDITKIAINPDGSRGTVWINDD-------WKCGTKSTGIYDEAETNQRYFRPSDNNNTDLYAEVGEP-------NGFSTFGGNHRITEPSPYATTTLAVMQNKVRKMNGNTFISLPQCEQPSNAL----TSSSSGGEXSS 1020
            L +DFR  P DT +A+GD  V+KC  P+GNPKPSV W KNG +L   +    R+ +TE G+LVI++ VK+D+G   CQA N+VG R +    L + VKP F+ +P D+T+  G ++ +IC V+GDP+P ++W R+ D  LP+    +D   L I    P D+G+Y C+A N VG V  S  ++VHA P    KPKDQR+GMNGIAKFEC   GNPPPS+FWTKEG+QELMF+GT +GQ  VS+DGTL IQGVRKED GFY+CSALSVAGST  KAYLEVTA+ D PPPII MG ANQTLP+NTIA+LPC+ASG PKP+I+W+KNQ P+   +SSRI++E+SGTLVIDNL   DT LYTCTA SESGETSWSASLS  DPKNPN+IFHKTPDPSTFP PPT+PKIV+RRSTS+TISWRR+  TG+SPL+GYT+EYFS ++ETGWVVAA RITSETYT+NNLKPD+SY+FLVRAENSHGMSPP+++SERVRTL++ +  +D +N+ EV N L+ KVV+L SIEAISSTTIRVSW +L  S  YVEGFFVR+RDMSGGSQKFNMKTVM + D I ++VITNLRK+TEYEVFL PF+K IEGQPSNSLHVQT+ D PSAPP+ ++ E +N TSA I  SPPPPQHRNG+L GYQ+HVKGNGSTFHSN+ TLNATT  +ILSNL+L+++Y++RA A T+ GLGPFS+P  F MDP  IK  +++HP +    G+++SEPWF+  L+++ + +   F+ I++YR++++  K SL    V  + YED++++        G++W+N +       WK G+    +  + + +   F   +++   LYAEVG+        NGF T   +    +P+PYATTTLA MQN++R ++G TF++LPQ +  S       T+SSSGG+  S
Sbjct:    7 LGDDFREEPDDTRIAQGDTAVLKCQSPRGNPKPSVSWLKNGKVLHELEDEPKRVTLTETGSLVIRDAVKADQGDYVCQARNMVGTRNSGPGTLHVNVKPIFIQRPEDVTSKGGSEVTLICLVAGDPEPHLVWRRENDLALPKGS-QVDKGILVIPKAEPHDEGMYSCEATNPVGKVSQSVVLTVHAHPTFLVKPKDQRVGMNGIAKFECVVDGNPPPSIFWTKEGNQELMFSGTTHGQMHVSQDGTLVIQGVRKEDGGFYVCSALSVAGSTLAKAYLEVTAIEDQPPPIIAMGPANQTLPVNTIAVLPCQASGNPKPSINWFKNQQPLYAVESSRIMIEASGTLVIDNLRMEDTALYTCTAGSESGETSWSASLSVEDPKNPNIIFHKTPDPSTFPQPPTKPKIVNRRSTSVTISWRRNHQTGQSPLIGYTVEYFSFEMETGWVVAALRITSETYTVNNLKPDSSYVFLVRAENSHGMSPPSQMSERVRTLRAFAGSDDDLNLEEVQNHLLDKVVELMSIEAISSTTIRVSWKVLISS-KYVEGFFVRFRDMSGGSQKFNMKTVM-KQDNIDSYVITNLRKFTEYEVFLTPFFKNIEGQPSNSLHVQTLADTPSAPPTTVMAEILNMTSAQITLSPPPPQHRNGILQGYQVHVKGNGSTFHSNV-TLNATTMHFILSNLSLNEQYTIRASAFTQAGLGPFSRPVTFTMDPAYIKSPVVSHPQD---VGDLISEPWFLIFLSSIVIVLMLIFVAIVMYRRQWSGHKSSLGHLAVPVQRYEDMSRLHPACSSRDGSMWVNANSGHLHHHWKNGSD---LVVQGQKSGECFYNDNSDGQALYAEVGDTDEVLTTFNGFPTSKSDTSNGDPAPYATTTLA-MQNRIRSVHGKTFMALPQHDPSSQDFLSHKTTSSSGGDSLS 913          

HSP 2 Score: 144.821 bits (364), Expect = 2.890e-35
Identity = 135/443 (30.47%), Postives = 202/443 (45.60%), Query Frame = 0
Query:   33 EQPTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELV---PTAPKTHRVIL-PSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGP--------LPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHA-----KPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTL---PLNTIAILPCKASGAPKPTISWYKN----QSPI 450
            E+P    + + +   L C++  G P+P+++W K+G+++      PK  RV L  +GSL    AV+     D G Y C+A N VGT  S   TL V V +  F   P D     G    + C    G+P+P + W +  D+     S       + G LVI +    DEG  +C+A N VG + ++   L++   P FL KP D            C V G+P P + W+++             +  VS D   L I+ VR ED G Y C A +  G   A   + V A      P I   P +Q + +N IA   C A GNP PS+ W K  +Q+ ++A  +  +  +   GTL I  +R ED   Y C+A S +G T+  A L V   ++  P II   T + +    P     I+  +++     TISW +N    QSP+
Sbjct:   13 EEPDDTRIAQGDTAVLKCQSPRGNPKPSVSWLKNGKVLHELEDEPK--RVTLTETGSLVIRDAVKA----DQGDYVCQARNMVGTRNSGPGTLHVNV-KPIFIQRPEDVTSKGGSEVTLICL-VAGDPEPHLVWRRENDLALPKGSQ-----VDKGILVIPKAEPHDEGMYSCEATNPVG-KVSQSVVLTVHAHPTFLVKPKDQRVGMNGIAKFECVVDGNPPPSIFWTKEGNQELMFSGTTHGQMHVSQDGT-LVIQGVRKEDGGFYVCSALSVAGSTLAKAYLEVTAIEDQPPPIIAMGPANQTLPVNTIAVLPCQASGNPKPSINWFK--NQQPLYA-VESSRIMIEASGTLVIDNLRMEDTALYTCTAGSESGETSWSASLSVEDPKN--PNIIFHKTPDPSTFPQPPTKPKIVNRRSTSV---TISWRRNHQTGQSPL 432          

HSP 3 Score: 114.39 bits (285), Expect = 8.073e-26
Identity = 88/290 (30.34%), Postives = 139/290 (47.93%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGEL-VPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNG--DILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSI-----QVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL---PENKVSIDAN-RLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISV 306
            P   ++P  +T      VTL C   G PEP++ W ++ +L +P   +  + IL          +   + HD G+Y CEATN VG   S++V L V      F + P D  V    I   +C    GNP PS+ WTK G  +++ +  ++G++ +++ G LVIQ V K D G   C A ++ G     +A L +     Q  P     P + T        + C  SG+P P + W ++  PL     +++ I+A+  L I ++R ED  +Y C A ++ G    S S+SV
Sbjct:  105 PIFIQRPEDVTSKGGSEVTLICLVAGDPEPHLVWRRENDLALPKGSQVDKGIL---------VIPKAEPHDEGMYSCEATNPVGKV-SQSVVLTVHA-HPTFLVKPKDQRVGMNGIAKFEC-VVDGNPPPSIFWTKEGNQELMFSGTTHGQMHVSQDGTLVIQGVRKEDGGFYVCSALSVAG-STLAKAYLEVTAIEDQPPPIIAMGPANQTLPVNTIAVLPCQASGNPKPSINWFKNQQPLYAVESSRIMIEASGTLVIDNLRMEDTALYTCTAGSESGETSWSASLSV 381          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold49_size462716-snap-gene-3.30 (protein:Tk03619 transcript:maker-scaffold49_size462716-snap-gene-3.30-mRNA-1 annotation:"roundabout 1")

HSP 1 Score: 400.593 bits (1028), Expect = 1.380e-121
Identity = 233/730 (31.92%), Postives = 386/730 (52.88%), Query Frame = 0
Query:  183 GNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKV-SIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGY------------------------------TLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSIL-PESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRK 880
            G L+I +V   DEGQ  C A+N+ GIR + +A+LS+QV PY L  P +++A++GD +   C V G P P + WSR +G LP  +V + D  +L + ++ PED+ +Y C A+N  G+VEAS  + V + P    KP DQ+       +  C A GNP P LFW KEG   ++  G+  G   VS +G L I    ++D G Y C+++S +G+    + +++   +D PPPII +G  NQT  + +    PC+A+  P+  + W K+  PIS  +  RI V+   TL  + L  SD+ LYTC A S SG+   SA L    P   NV F   P  S FP  P+ P +++  S  + I W +    G SP+  Y                               +EY++S   T WV      +SE +T+ + +P T+   LVRA N HG+SPP+ +S+  +T     E+     +  S     +V++L  ++ + S  +++SW +L P+   +V G+ ++ RD+S      +   + +   G  +H +T+LR  TEY VF++P+  +I+G+P+  + V T EDVP+A P ++ I+ +N T+A+I+W  PP +  +G L G+++ +  NG+   +   TL  ++ S IL NLT    Y+V+  A  + G+GP   P    ++ T++ +  +  P +      ++ E WF+ +++   V +   F+ ++ +R+
Sbjct:  266 GTLIISQVQPKDEGQYQCVAKNVAGIRLSAKARLSLQVLPYVLKHPENVSAVAGDTVRFGCAVKGRPHPEIRWSRRNGMLPAQRVHTTDGTQLTLMNIVPEDEDVYTCLAENRAGFVEASAHLQVFSPPVFLVKPTDQKGVQGSTVQIPCVAAGNPVPILFWMKEGGSGVLLPGSNQGHVHVSPEGMLRIGNTSEKDSGVYTCASVSESGAILASSEVKIQTSQDRPPPIIQIGPVNQTQRIGSSTNFPCEAT--PQTRVEWLKDGVPISTMNDPRIKVDHDNTLHFEELEISDSALYTCQAKSTSGQAMLSAFLRVA-PAEENVEFDSVPFLSEFPSSPSEPYLINATSNQLVIGWDKPIRIGGSPIQSYQVREGHCWKSFPLSITVQIWDPIVFHLSSFQIEYYTSRTPTHWVAIPEVQSSEGFTLYDFEPATTVHVLVRARNLHGLSPPSPISKPFQTPPKAGEDISDPRYLRSKLSDKRVMELKEVKILGSRKVKLSWELLIPQ--KFVTGYHIQLRDISDLDSSDSYDVITISGGGTRSHTLTDLRPNTEYSVFMLPYNGRIKGRPTKLVMVTTKEDVPTAAPENVKIQMLNLTAAVIQWHEPPRRDLHGDLKGFKVLIDINGTEALN--FTLEPSSNSLILYNLTEGLTYAVQVAAYNRQGVGPLCDPVELEVE-TDLFHPQLV-PEKAPGMDLVVQEVWFVMVVSFFSVILLVGFLAMVCFRR 986          

HSP 2 Score: 254.603 bits (649), Expect = 3.683e-70
Identity = 165/478 (34.52%), Postives = 243/478 (50.84%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAP---KTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETE--EAQLSIQVKPYFLSKPLDITAISGDDIDIIC-----DVSGDPDPIVIWSRDDGPLPENK--VSIDAN-RLQIRDVRPEDDGIYFCKAKNDVGY-VEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGT-LFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISI---DDSSRILVESSGTLVIDNLISSDTGLYTCTASSESG 488
            P ITE P + +V +NEPVTL C+A G PEP I W+KDGE V TA    K+HRV+LPSGSLFFLRAVQ+KKE+DGG+YWCEATN  G  RSRN +L VAVL++ FR+ P D    +G   + +C PPKG+P P+  W K+G IL+           +     +Q++  +   +   + E +   R+ E     L++   P   ++P     ++ +  D  C      + G+    +I     G  PE +  +SI+    L I  V+P+D+G Y C AKN  G  + A   +S+   P +   P++         +F C+  G P P + W++         G    QR  + DGT L +  +  EDE  Y C A + AG     A+L+V +     PP+ ++   +Q     +   +PC A+G P P + W K      +    +   + V   G L I N    D+G+YTC + SESG
Sbjct:   21 PVITEHPQNSSVTRNEPVTLRCEAQGDPEPQIKWFKDGEPVVTAAADHKSHRVLLPSGSLFFLRAVQSKKENDGGIYWCEATNTFGRVRSRNASLVVAVLKDKFRIEPQDVGAIQGGTAIFECGPPKGSPTPTSFWKKDGRILELE--------LDPSICWVQKIQGNSPSEEQKEKEKLFEARKDEIGTESLTLSYCPKLDTRPQIELVVACNREDFDCPKGLEAIMGNFGRQLI---RLGKRPEARFLLSIEGEGTLIISQVQPKDEGQYQCVAKNVAGIRLSAKARLSLQVLPYVLKHPENVSAVAGDTVRFGCAVKGRPHPEIRWSRRN-------GMLPAQRVHTTDGTQLTLMNIVPEDEDVYTCLAENRAGFVEASAHLQVFS-----PPVFLVKPTDQKGVQGSTVQIPCVAAGNPVPILFWMKEGGSGVLLPGSNQGHVHVSPEGMLRIGNTSEKDSGVYTCASVSESG 475          

HSP 3 Score: 110.923 bits (276), Expect = 9.285e-25
Identity = 87/317 (27.44%), Postives = 131/317 (41.32%), Query Frame = 0
Query:   98 DGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGP---LP---ENKVSID-ANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK-----PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVT 402
            D G Y C A N  G   S    L + VL    + +P +     GD     C   KG P P ++W++   +L       R+  T+   L +  +V  DE    C AEN  G  E   A L +   P FL KP D   + G  + I C  +G+P PI+ W ++ G    LP   +  V +     L+I +   +D G+Y C + ++ G + AS  + +        P IQ  P +Q   +     F C A   P   + W K+G   +  +     +  V  D TL  + +   D   Y C A S +G     A+L V 
Sbjct:  277 DEGQYQCVAKNVAGIRLSAKARLSLQVLPYVLK-HPENVSAVAGDTVRFGC-AVKGRPHPEIRWSRRNGMLPAQ----RVHTTDGTQLTLMNIVPEDEDVYTCLAENRAGFVEA-SAHLQVFSPPVFLVKPTDQKGVQGSTVQIPCVAAGNPVPILFWMKEGGSGVLLPGSNQGHVHVSPEGMLRIGNTSEKDSGVYTCASVSESGAILASSEVKIQTSQDRPPPIIQIGPVNQTQRIGSSTNFPCEA--TPQTRVEWLKDG---VPISTMNDPRIKVDHDNTLHFEELEISDSALYTCQAKSTSGQAMLSAFLRVA 581          

HSP 4 Score: 97.0561 bits (240), Expect = 1.706e-20
Identity = 93/389 (23.91%), Postives = 167/389 (42.93%), Query Frame = 0
Query:  132 NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRI--IITEVGNLVIQEVVKS----DEGQXACQAENIVGIRETEEAQLSIQV-KPYFLSKPLDITAISGDDIDIICDV-SGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVR-------PEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQR---SVSEDGTLFIQGVRKEDEGFYICSALSVAG-STATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDP 501
            +P ++ V   +   ++C   +G+P+P +KW K+G+ + T+ ++ +   ++   G+L     V+S    D G   C+A N  G   +  A L + V K  F  +P D+ AI G      C    G P P   W +D   L   ++ +D +   ++ ++        ++    F   K+++G    + S+++   P + T+P+ + +       F+C  G       F      ++L+  G +   R   S+  +GTL I  V+ +DEG Y C A +VAG   + KA L +  L     P ++    N +          C   G P P I W +    +    + R+       L + N++  D  +YTC A + +G    SA L    P
Sbjct:   26 HPQNSSVTRNEPVTLRC-EAQGDPEPQIKWFKDGEPVVTAAADHKSHRVLLPSGSLFFLRAVQSKKENDGGIYWCEATNTFGRVRSRNASLVVAVLKDKFRIEPQDVGAIQGGTAIFECGPPKGSPTPTSFWKKDGRIL---ELELDPSICWVQKIQGNSPSEEQKEKEKLFEARKDEIG----TESLTLSYCPKLDTRPQIELVVACNREDFDCPKGLEAIMGNF-----GRQLIRLGKRPEARFLLSIEGEGTLIISQVQPKDEGQYQCVAKNVAGIRLSAKARLSLQVL-----PYVLKHPENVSAVAGDTVRFGCAVKGRPHPEIRWSRRNGMLP---AQRVHTTDGTQLTLMNIVPEDEDVYTCLAENRAGFVEASAHLQVFSP 393          

HSP 5 Score: 62.7734 bits (151), Expect = 6.418e-10
Identity = 72/295 (24.41%), Postives = 115/295 (38.98%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRED-FRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNG--DILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG-IRETEEAQLSI---QVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL-----PENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPA 311
            P + + P +++    + V   C   G P P I W +   ++P      RV    G+   L    N    D  +Y C A N  G   +   +  + V     F + P D    +G    I C    GNP P + W K G   +L    + G + ++  G L I    + D G   C + +  G I  + E ++     +  P     P++ T   G   +  C+ +  P   V W +D  P+     P  KV  D N L   ++   D  +Y C+AK+  G  +A  S  +   PA
Sbjct:  305 PYVLKHPENVSAVAGDTVRFGCAVKGRPHPEIRWSRRNGMLP----AQRVHTTDGTQLTL---MNIVPEDEDVYTCLAENRAGFVEA---SAHLQVFSPPVFLVKPTDQKGVQGSTVQIPC-VAAGNPVPILFWMKEGGSGVLLPGSNQGHVHVSPEGMLRIGNTSEKDSGVYTCASVSESGAILASSEVKIQTSQDRPPPIIQIGPVNQTQRIGSSTNFPCEAT--PQTRVEWLKDGVPISTMNDPRIKVDHD-NTLHFEELEISDSALYTCQAKSTSG--QAMLSAFLRVAPA 583          

HSP 6 Score: 52.373 bits (124), Expect = 9.653e-7
Identity = 49/188 (26.06%), Postives = 81/188 (43.09%), Query Frame = 0
Query:   26 YRSPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGE---LVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGD---IGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVG 207
            +  P    +PT     +   V + C A G P P + W K+G    L+P + + H  + P G L     + N  E D G+Y C + +E G   + +   +V +     R  P+  I        IG    +P +  P+  V+W K+G  + T  ++ RI +     L  +E+  SD     CQA++  G
Sbjct:  391 FSPPVFLVKPTDQKGVQGSTVQIPCVAAGNPVPILFWMKEGGSGVLLPGSNQGHVHVSPEGML----RIGNTSEKDSGVYTCASVSESGAILASS---EVKIQTSQDRPPPIIQIGPVNQTQRIGSSTNFPCEATPQTRVEWLKDGVPIST-MNDPRIKVDHDNTLHFEELEISDSALYTCQAKSTSG 570          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold402_size181965-snap-gene-0.23 (protein:Tk03867 transcript:maker-scaffold402_size181965-snap-gene-0.23-mRNA-1 annotation:"roundabout-like protein partial")

HSP 1 Score: 332.798 bits (852), Expect = 1.822e-97
Identity = 170/410 (41.46%), Postives = 240/410 (58.54%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELV---PTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK-----------------PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIA--KFECSAGGNPPPSLFWT-------KEGSQE--LMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRD 406
            P I E P  +TV +NEPVTL CK  GIP PNI W+++GE V   P  P +HR++LP GSLFFLRAVQ+KKE DGG+YWC+A N +G ARS N TL++A LR+DFR++P DT  ++G+  ++KC PPKGNP P ++W KNG++LD S S  RI I E GNL+   ++K D GQ  C A N V +RET+   L +  K                 P FL++P +  A++G+D+ + C   GDP P + WSR+   +  NKV I   R L+I  V P D+G Y C+A N +G +  S  ++V  KP I  KP+   +    I     EC + G P P+LFWT       K G  +  ++  G +     V+ DG+L I+     D G Y+CS +++ GS   +A++ +   +D
Sbjct:  370 PSIVEHPLDITVERNEPVTLKCKGKGIPRPNIEWFRNGERVMAAPEDPASHRILLPDGSLFFLRAVQSKKEQDGGIYWCQAKNALGVARSHNATLEIAYLRDDFRVSPSDTDASQGEEVILKCSPPKGNPSPVIRWKKNGEMLDLSSSK-RIRIDESGNLIFSPIIKEDRGQYQCSAFNKVSVRETDSIHLKVYGKDIEFYVPSTWLLLQGEPPTFLTRPQNTDALAGEDVLLTCQSKGDPFPDIQWSREGQDIDINKVKIVHGRGLRIESVHPSDEGTYICEASNAMGKIVTSARLAVREKPVISVKPQAHVVKAAEIEPITLECLSTGTPKPALFWTLENNGTAKRGRNKPVMIMPGMRINHMYVTSDGSLKIEQPSVTDSGHYVCSVVNIVGSFMARAHVVIYDSQD 778          

HSP 2 Score: 167.162 bits (422), Expect = 3.480e-42
Identity = 153/594 (25.76%), Postives = 251/594 (42.26%), Query Frame = 0
Query:  222 PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRD--------DGPLPENKVSIDANRLQIRDV---RPEDDGIYFCKAKNDVGYVE---ASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSA-GGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKA-YLEVTA------------LRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPK------NPNVIFHKTPDPSTFPDPPT---RPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSD----LETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSI---LPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQ 771
            P  +  PLDIT    + + + C   G P P + W R+        + P     +  D +   +R V   + +D GIY+C+AKN +G      A+  I+ + +   +  P D           +CS   GNP P + W K G    M   +   +  + E G L    + KED G Y CSA +      T + +L+V              L    PP  +    N         +L C++ G P P I W +    I I+   ++ +     L I+++  SD G Y C AS+  G+   SA L+  +          +V+     +P T     T   +P +      + T    R+      P M     Y +SD    +E   V  +         I       +++ +  +++ +G +P     + +   +S S+ D   +     AL+ + V+     A+  T+I+V+W +   LP +  Y EG  + YR       + N + V L+T    +  I +L +Y EYEVF+ PFY  + G PS+   V+T +DVPS  P+ +  E +N+T+A + W P   +H NG LLGYQ
Sbjct:  370 PSIVEHPLDITVERNEPVTLKCKGKGIPRPNIEWFRNGERVMAAPEDPASHRILLPDGSLFFLRAVQSKKEQDGGIYWCQAKNALGVARSHNATLEIA-YLRDDFRVSPSDTDASQGEEVILKCSPPKGNPSPVIRWKKNGE---MLDLSSSKRIRIDESGNLIFSPIIKEDRGQYQCSAFNKVSVRETDSIHLKVYGKDIEFYVPSTWLLLQGEPPTFLTRPQNTDALAGEDVLLTCQSKGDPFPDIQWSREGQDIDIN---KVKIVHGRGLRIESVHPSDEGTYICEASNAMGKIVTSARLAVREKPVISVKPQAHVVKAAEIEPITLECLSTGTPKPALFWTLENNGTAKRGRNKPVMIMPGMRINHMYVTSDGSLKIEQPSVTDSGHYVCSVVNIVGSFMARAHVVIYDSQDLNGTTPSGHFQDYLSLSESRSDEDQARL-----ALLEQSVRSLEAIALGPTSIKVNWELSPLLPATKLYTEGIRLFYRQRRTDRYE-NFEVVRLKTATQDSFAIHSLAEYVEYEVFIQPFYDHVVGLPSHMARVRTHQDVPSLAPTIIKAEMVNATAAFVVWGPLANEHHNGPLLGYQ 950          

HSP 3 Score: 115.546 bits (288), Expect = 3.807e-26
Identity = 137/554 (24.73%), Postives = 233/554 (42.06%), Query Frame = 0
Query:  132 NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQ---SNGRIIITEVGNLVIQEVVKS----DEGQXACQAENIVGIRETEEAQLSIQ-VKPYFLSKPLDITAISGDDIDIICDV-SGDPDPIVIWSRDDGPL---PENKVSID-ANRLQIRDVRPEDDGIYFCKAKNDVGYVEA-SFSISVHAK-----------------PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTP----PPIIIMGTANQTLPLNTIAILPCKASGAPKPTISW---------YKNQSPISIDDSSRI---LVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKN-----PNVIF--HKTPDPSTFPDPPTRPKIVDR--RS--------TSITISWRRSPNTGESPLMGYTLEYF-----SSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSL 616
            +P+D  V   +   +KC   KG P+P+++W +NG+ +  +    ++ RI++ + G+L     V+S    D G   CQA+N +G+  +  A L I  ++  F   P D  A  G+++ + C    G+P P++ W ++   L      ++ ID +  L    +  ED G Y C A N V   E  S  + V+ K                 P   T+P++            C + G+P P + W++EG Q++     K     +     L I+ V   DEG YIC A +  G   T A L   A+R+ P     P   +  A +  P+     L C ++G PKP + W              P+ I    RI    V S G+L I+    +D+G Y C+  +  G     A +   D ++     P+  F  + +   S   +   R  ++++  RS        TSI ++W  SP    + L    +  F     +   E   VV     T +++ I++L     Y   ++    H +  P+ ++ RVRT Q +
Sbjct:  375 HPLDITVERNEPVTLKC-KGKGIPRPNIEWFRNGERVMAAPEDPASHRILLPD-GSLFFLRAVQSKKEQDGGIYWCQAKNALGVARSHNATLEIAYLRDDFRVSPSDTDASQGEEVILKCSPPKGNPSPVIRWKKNGEMLDLSSSKRIRIDESGNLIFSPIIKEDRGQYQCSAFNKVSVRETDSIHLKVYGKDIEFYVPSTWLLLQGEPPTFLTRPQNTDALAGEDVLLTCQSKGDPFPDIQWSREG-QDIDINKVK-----IVHGRGLRIESVHPSDEGTYICEASNAMGKIVTSARL---AVREKPVISVKPQAHVVKAAEIEPIT----LECLSTGTPKPALFWTLENNGTAKRGRNKPVMIMPGMRINHMYVTSDGSLKIEQPSVTDSGHYVCSVVNIVGSFMARAHVVIYDSQDLNGTTPSGHFQDYLSLSESRSDEDQARLALLEQSVRSLEAIALGPTSIKVNWELSPLLPATKLYTEGIRLFYRQRRTDRYENFEVVRLKTATQDSFAIHSLAEYVEYEVFIQPFYDHVVGLPSHMA-RVRTHQDV 912          

HSP 4 Score: 77.411 bits (189), Expect = 1.786e-14
Identity = 52/182 (28.57%), Postives = 80/182 (43.96%), Query Frame = 0
Query:  308 AKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLF----IQGVRKEDEGFYICSALSVAG-STATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKA-SGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTA 483
            A P+I   P D  +  N     +C   G P P++ W + G + +         R +  DG+LF    +Q  +++D G Y C A +  G + +  A LE+  LRD       +  ++         IL C    G P P I W KN   + +  S RI ++ SG L+   +I  D G Y C+A
Sbjct:  368 ALPSIVEHPLDITVERNEPVTLKCKGKGIPRPNIEWFRNGERVMAAPEDPASHRILLPDGSLFFLRAVQSKKEQDGGIYWCQAKNALGVARSHNATLEIAYLRDD----FRVSPSDTDASQGEEVILKCSPPKGNPSPVIRWKKNGEMLDLSSSKRIRIDESGNLIFSPIIKEDRGQYQCSA 545          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold61_size441589-snap-gene-0.14 (protein:Tk06306 transcript:maker-scaffold61_size441589-snap-gene-0.14-mRNA-1 annotation:"down syndrome cell adhesion molecule isoform x1")

HSP 1 Score: 196.823 bits (499), Expect = 6.497e-51
Identity = 223/903 (24.70%), Postives = 371/903 (41.09%), Query Frame = 0
Query:   34 QPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNP------MDTIVAE-GDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIII----TEVGNLV----IQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPEN--KVSIDANRLQIRDV-RPEDDGIYFCKAKNDVGY-VEASFSISVHAKPAI----------------------------------QTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGT--KYGQRSVSED-------GTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPI--SIDDSSRILVESS-----GTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEY------FSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPT----------------------RVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKF---NMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVK--GNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFV-MDPTN 833
            +P    V      T  C  DG P  ++ W K+GE V     T R+              + K+ D G+Y C   N+  +A++         L+   R +P       D +  + G +  +KC   KG+P P VKW   G     ++S+G + +    ++ G++V    I +      G   CQA + VG+  +  A+L++   PY + K L +  ++G  + + C V+G P   V W +D   LP N  +       L I +V R ED   Y C A+ND GY   +  +++V   PAI                                    +P D++      AK +C A G P P + W K     L    T   Y     S D       G+L I+ ++K +EG+Y+C A +  G  +  A + V A     PP   +    QT  ++   +L C+A G     I W  N   +  ++D    I  ES       T+ I      D+ L+TC A++  G    S +L         +I  K       P+ P   K+VD+   ++ +SW+ +P  G S L  Y +E+      +++D++   +V  ++  +  ++   L+P TSY F V A+N  G+S P+                       V +    +     +D + +H    A      ++  I  +SS  I+V+WS  P  ++   G    Y+ + G S+ +   + +   + TD      +T+L+KYT Y V ++ F    +G  S  L   T +D+P  PPS +    M+  + ++ W    P+  NG ++ Y +++K              +NA   S+ + NL    +Y     A T IG G    PS  V + PTN
Sbjct:  445 EPKQQVVDYGRSATFKCHYDGNPVKSVYWLKNGEPVGHTETTLRI-------------NSVKKEDRGMYQCFVRNDQESAQA------TGELKLGGRFDPPEFVSAFDAVTTQPGPMVSLKCVA-KGDPAPEVKWFIYGS---EAESDGVLQVGSFNSDNGDVVSYLNISQARTKYGGTYECQASSKVGLV-SHSAKLNVNGAPY-VRKMLPMKVVAGKSMFVTCPVAGYPISSVTWEKDGRQLPFNDRQTVYRNGTLAISNVQRKEDASTYTCVARNDEGYSARSDLTVTVMEPPAIVPFSFGKDVINEGDFAQVMCSISRGDEPLLRPRWTVEPTDKQFAQGSDAKIDCKADGFPKPEITWKKAVVNNLQMRPTPNDYQDFDASNDRNIKIIDGSLIIKNIKKGNEGYYLCKASNGIGGISAVAKIAVQA-----PPSFEIKKRTQTALISENTVLQCEAKGEKPIGILWNMNNKRLDTNVDPRYTIREESQEDGMLSTISIKRTQREDSALFTCVATNAFGSDDTSINL---------IIQEK-------PETPYGLKVVDKTGRTVKLSWQ-APYNGNSNLTRYVIEFKPIKGTWANDVDH-VLVPGDQTMAGVFS---LRPATSYHFRVVAQNDIGVSGPSDTVTIETAEEAPSGPPVDIRVAAVDQHTLRMGQGPMSDEVLVHTAEGAPTQPPAEVI-ITTLSSQAIKVTWSSPP--LASANGVIKGYKVVYGPSKTWYDPSTRNTKVSTDNEAE--LTSLKKYTNYTVQVLAFTNGGDGVKSEVLTSTTEQDIP-GPPSSVKALAMSEEAILVSWQ--YPEEPNGKIIQYTVYIKELDRSRDIAPKTNKVNALQMSHQVDNLNKKARYEFWVTAHTTIGEG---SPSIKVTLSPTN 1285          

HSP 2 Score: 105.531 bits (262), Expect = 5.959e-23
Identity = 184/807 (22.80%), Postives = 294/807 (36.43%), Query Frame = 0
Query:   31 ITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVILPSGS--------LFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVV-KSDEGQXACQAENIVG--------------------------IRETEEAQLSIQV--------KPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSR------DDGPLPENKVSIDANR----------LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVS-EDG---TLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLV-IDNLISSDTGLYTCTASSESG----------ETSWSA--------SLSXXD---------PKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSP-NTGESPLMGYTLEYFSSDLETGWVVAANR----ITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFV------RYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPS 735
            +T QP  M       V+L C A G P P + W+  G     +      +L  GS        + +L   Q + ++ GG Y C+A+++VG   S +  L+V       ++ PM   V  G    + C P  G P  SV W K+G  L     N R  +   G L I  V  K D     C A N  G                          I E + AQ+   +        +P +  +P D     G D  I C   G P P + W +         P P +    DA+           L I++++  ++G Y CKA N +G + A   I+V A P+ + K + Q   ++     +C A G  P  + W     +       +Y  R  S EDG   T+ I+  ++ED   + C A +  GS  T   L +    +TP  + ++    +T+ L+  A  P   +      +  +K       +D   +LV    T+  + +L  + +  +   A ++ G          ET+  A         ++  D         P +  V+ H      T   PP    I    S +I ++W   P  +    + GY + Y  S     W   + R     T     + +LK  T+Y   V A  + G    + V      L S +E D         AL           A+S   I VSW    E    +  + V      R RD++  + K N           ++H + NL K   YE ++       EG PS  + +     +P+
Sbjct:  535 VTTQPGPM-------VSLKCVAKGDPAPEVKWFIYG-----SEAESDGVLQVGSFNSDNGDVVSYLNISQARTKY-GGTYECQASSKVGLV-SHSAKLNVNGAPYVRKMLPMK--VVAGKSMFVTC-PVAGYPISSVTWEKDGRQLPF---NDRQTVYRNGTLAISNVQRKEDASTYTCVARNDEGYSARSDLTVTVMEPPAIVPFSFGKDVINEGDFAQVMCSISRGDEPLLRPRWTVEPTDKQFAQGSDAKIDCKADGFPKPEITWKKAVVNNLQMRPTPNDYQDFDASNDRNIKIIDGSLIIKNIKKGNEGYYLCKASNGIGGISAVAKIAVQAPPSFEIKKRTQTALISENTVLQCEAKGEKPIGILWNMNNKRLDTNVDPRYTIREESQEDGMLSTISIKRTQREDSALFTCVATNAFGSDDTSINLIIQEKPETPYGLKVVDKTGRTVKLSWQA--PYNGNSNLTRYVIEFKPIKGTWANDVDHVLVPGDQTMAGVFSLRPATSYHFRVVAQNDIGVSGPSDTVTIETAEEAPSGPPVDIRVAAVDQHTLRMGQGPMSDEVLVHTAEGAPT--QPPAEVIITTLSSQAIKVTWSSPPLASANGVIKGYKVVYGPSKT---WYDPSTRNTKVSTDNEAELTSLKKYTNYTVQVLAFTNGGDGVKSEV------LTSTTEQDIPGPPSSVKAL-----------AMSEEAILVSWQYPEEPNGKIIQYTVYIKELDRSRDIAPKTNKVNALQ--------MSHQVDNLNKKARYEFWVTAHTTIGEGSPSIKVTLSPTNRIPA 1289          

HSP 3 Score: 95.1301 bits (235), Expect = 1.119e-19
Identity = 103/410 (25.12%), Postives = 167/410 (40.73%), Query Frame = 0
Query:  122 VAVLREDFRLNPMDTIVAEGDIGVIKCWPPK--GNPKPSVKWTKN-GDILDTSQS---NGRIIITEVGNLVIQEVVKSDEGQX-ACQAENIVGIRETEEAQLSIQVKPYFLSKPL--------DITAIS------GDDIDIICDVSGDPDPIVIW-----SRDDGPLP--ENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRI--LVESSGTLV----IDNLISSDTGLYTCTASSESGETSWSASLS 497
            + V+ + ++    +  V  G+  + KC  P    +    V W  + G   D SQ    +G+ ++   G L I+ V   D  +   C+ ++    R T E +LS       +++PL         I  +S      G +I + C   G P P+  W     S ++  L   +++V      L I++ + +D G Y C   N VG       ++V A  +++ +PK Q +     A F+C   GNP  S++W K             G+     + TL I  V+KED G Y C   +   S      L++    D PP  +    A  T P   ++ L C A G P P + W+   S    D   ++      +G +V    I    +   G Y C ASS+ G  S SA L+
Sbjct:  228 IHVVYQPYQQEASNEYVIVGNSALFKCEVPSFVADVVDLVGWIDSEGTSFDRSQHSNYDGKYVVLPSGELQIRNVSPDDGFKTYKCRTKH----RLTGETKLSATAGKLVITEPLASGKPKFSSIVKLSAFQKTQGGNIAVTCPAQGYPIPVFRWYKFMESNNNKKLVALDDRVKQVGGTLIIKEAKVDDSGKYLCMVNNSVGGESVETVLTVTAPLSVEVEPKQQVVDYGRSATFKCHYDGNPVKSVYWLKN------------GEPVGHTETTLRINSVKKEDRGMYQCFVRNDQESAQATGELKLGGRFD-PPEFVSAFDAVTTQPGPMVS-LKCVAKGDPAPEVKWFIYGSEAESDGVLQVGSFNSDNGDVVSYLNISQARTKYGGTYECQASSKVGLVSHSAKLN 619          

HSP 4 Score: 94.3597 bits (233), Expect = 1.971e-19
Identity = 129/564 (22.87%), Postives = 207/564 (36.70%), Query Frame = 0
Query:   31 ITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYK-DGELVPTAPKTHRVILPSGSLFF--LRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQE---------VVKSDEGQXACQAENIVGIR------------ETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVS---GDPDPIVIWSRDDGPLPENK---------VSIDANRLQIRDVRPEDDGI--YFCKAKNDV---GYVEASFSISVHAKPAIQTKPKDQRI--------GMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSED-------GTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISW 538
            I E P  M         + C++ G P P ITW K DG +V   P   R ++ +G+L     RA    +E     Y C A N +G  +SR+V +   V +       M+ ++   D+ + KC  P          T    +LD  +S+G  + T    +VIQ          V+  ++    C   + V  +            E    Q+ +  +PY   +  +   I G+     C+V     D   +V W   +G   +           V + +  LQIR+V P DDG   Y C+ K+ +     + A+    V  +P    KPK   I           G     C A G P P   W K       F  +   ++ V+ D       GTL I+  + +D G Y+C   +  G  + +  L VTA     P  + +    Q +     A   C   G P  ++ W KN  P+           +  TL I+++   D G+Y C   ++      +  L      +P          +T P P    K V +   +  + W
Sbjct:   28 IQEPPNQMDFSNTTGTEIICQSRGTPMPQITWVKGDGSIVQDVPGL-RKVMANGNLVLPPFRAEDYNQEVHAQTYRCIAENTLGKVQSRDVQVRAVVHQSYDVYVEMEHVIMGNDV-LFKCKIPS-------YVTDLVQVLDWVESHGNSLKTAPNFVVIQPFETDVGKEYVILGNDALMKCSIPSFVADQLEVVSWHGSDGSEIRPGQIHVVYQPY-QQEASNEYVIVGNSALFKCEVPSFVADVVDLVGWIDSEGTSFDRSQHSNYDGKYVVLPSGELQIRNVSP-DDGFKTYKCRTKHRLTGETKLSATAGKLVITEPLASGKPKFSSIVKLSAFQKTQGGNIAVTCPAQGYPIPVFRWYK-------FMESNNNKKLVALDDRVKQVGGTLIIKEAKVDDSGKYLCMVNNSVGGESVETVLTVTA-----PLSVEVEPKQQVVDYGRSATFKCHYDGNPVKSVYWLKNGEPVG---------HTETTLRINSVKKEDRGMYQCFVRNDQESAQATGELKLGGRFDPPEFVSAFDAVTTQPGPMVSLKCVAKGDPAPEVKW 559          

HSP 5 Score: 66.6254 bits (161), Expect = 5.282e-11
Identity = 51/175 (29.14%), Postives = 77/175 (44.00%), Query Frame = 0
Query:  429 LPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETG-WVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSP 602
            LPC A G+P P + W     PI  +D  R L +  G+L I  ++  DTG Y C  +++ G+   +  L    P                PDPP    I  + + +IT+  + S    ++P+ GY L Y     E G W  A     S+ +T+++L     Y   V A NS G+ P
Sbjct: 1308 LPCIAVGSPNPQLHWKMRGQPIPKNDRIRQLPD--GSLQITRVLKEDTGKYVCMVNNKYGQDMVTHELVVNGP----------------PDPP-EVTITSQTTDTITVKLKTSNPEDKTPVHGYILHY---KPEFGDWNTAQIPFGSDEFTLDSLLCGQRYHLYVTAHNSIGVGP 1460          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold19_size710362-snap-gene-6.14 (protein:Tk00417 transcript:maker-scaffold19_size710362-snap-gene-6.14-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_197333")

HSP 1 Score: 196.052 bits (497), Expect = 9.050e-51
Identity = 189/736 (25.68%), Postives = 313/736 (42.53%), Query Frame = 0
Query:  137 IVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKS-----DEGQXACQAE-NIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDV--SGDPDPIVIWSRDDGPL-PENKVSI-DANRLQIRDVRPEDDGIYFCKAKND-------VGYVEASFSISVH---AKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGS----QELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASL--SXXDPKNPNVIFHKTPDPSTF--------------------------PDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGP 820
            +V +     +KC    G   P ++W +NG+ L       R  +   G+L   ++        DEG   C A  + +G   +  A L +     F S+P D +   G      C +  S   D  ++W +DD PL  ++++ I  +  L+I D+R  D   Y C A N+       +G+++ +  +      + P    +P   +         +C+A G P P++ W K+GS      L    TK G       G+L I+ V+  DEG Y C A +   S    + LEV       P  +    + + +    I  L C+  G P+PT+ WYKN   I   +  +I+      L I  L+  D+G+Y C AS+  G    +A L       K+PN   H    P+                            P PPT  + V   +  IT+SW + P+     L+G+++ Y  +      V+ + R   E   +  L P T Y+  V A N HG    +   E       +S  D +++          V +L +    SS +I +SW    E+  Y +     Y+       +  +K++ L T   + + +T+LR+YTEY  +   F    EG  S  +  +T  D+P+ PP ++ +E  +S S IIRW PPP + +NG++ GY+I  +  G    S+I T + +   + ++ L+  Q+Y V+  A T  G GP
Sbjct:    1 LVVKNQAVTLKC-SATGPAPPKIRWKRNGEYLKFPDIGDRRRLLPTGSLYFSKIYHKKSAHPDEGLYQCVATVDDLGTIVSRTASLKVSELTRFESEPEDESLFLGHTAVFQCSMLASDHTDLEIVWLKDDQPLYLDHRMKILPSGMLEIADIRISDRAEYRCNASNEDSWQLSRIGHLKLNLDMGAATTPSAPVFIARPASTKTEEGQELTLDCAANGVPKPAIAWLKDGSSLDLNHLDSRFTKIGS------GSLQIRNVQVHDEGTYQCRAENSEDSIDAGSILEVHVR----PRFLNTPRSTEAVVKEDIE-LECEVYGVPEPTVQWYKNGDLIIETEYFQIV--RGNNLKILGLVELDSGVYQCIASNVIGNIQAAAQLLVKPQGFKSPN---HSVTTPNHLRNTRPSSDRKASSSSSYLGELVFKDTPSPPTSLRAVIVSTRFITLSWNK-PSVTNGQLLGFSVFYKQNGSNRERVLNSTRGNLEELNVQGLVPGTRYIMRVVAHNEHGAGDSSEPLE-------VSTQDELDVP-------GPVYRLNA-RPTSSFSILISW----EAPVYRDVLVTSYKLYYRRGDEMEVKSMSLNT---LQYHLTDLREYTEYTFWASAFNTNGEGAFSEEVITRTFSDIPADPPQNVTVEADSSKSLIIRWEPPPRESQNGIITGYKIRWRQRGKG-KSDIVTTDGSRRLFAITGLSNGQEYQVKISALTVNGTGP 695          

HSP 2 Score: 164.466 bits (415), Expect = 5.152e-41
Identity = 212/857 (24.74%), Postives = 331/857 (38.62%), Query Frame = 0
Query:   40 VPKNEPVTLNCKADGIPEPNITWYKDGELVPTAP-KTHRVILPSGSLFFLRAVQNKKEH-DGGLYWCEAT-NEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKC-WPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK---------PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKV-----SIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKA--------------------------------------YLEVTALRDTPPP-----IIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLV---IDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSD-LETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERV--RTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMS--YVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVN-HVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTM------EDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNIT-TLNATTTSYILSNLTLHQKYSVRAVARTKIGLG 819
            V KN+ VTL C A G   P I W ++GE +        R +LP+GSL+F +    K  H D GLY C AT +++GT  SR  +L V+ L   F   P D  +  G   V +C      +    + W K+   L       R+ I   G L I ++  SD  +  C A N    + +    L + +          P F+++P       G ++ + C  +G P P + W +D   L  N +      I +  LQIR+V+  D+G Y C+A+N    ++A   + VH +P     P+     +    + EC   G P P++ W K G    +   T+Y Q  +     L I G+ + D G Y C A +V G+    A                                      YL     +DTP P      +I+ T   TL  N  ++   +  G    ++ + +N S     +  R+L  + G L    +  L+     +    A +E G    S  L              T D    P P  R       S SI ISW  +P   +  +  Y L Y   D +E    V +  + +  Y + +L+  T Y F   A N++G       SE V  RT   +  +   N+               ++EA SS ++ + W   P       + G+ +R+R      Q+   K+ ++ TDG      IT L    EY+V +        G P+ S   +T       E V   PPS L  +  +    I  W+  PPQ    ++ GY I   G G       T  ++    S+ +  L  + +Y +   A   IG G
Sbjct:    2 VVKNQAVTLKCSATGPAPPKIRWKRNGEYLKFPDIGDRRRLLPTGSLYFSKIYHKKSAHPDEGLYQCVATVDDLGTIVSRTASLKVSELTR-FESEPEDESLFLGHTAVFQCSMLASDHTDLEIVWLKDDQPLYLDH---RMKILPSGMLEIADIRISDRAEYRCNASNEDSWQLSRIGHLKLNLDMGAATTPSAPVFIARPASTKTEEGQELTLDCAANGVPKPAIAWLKDGSSLDLNHLDSRFTKIGSGSLQIRNVQVHDEGTYQCRAENSEDSIDAGSILEVHVRPRFLNTPRSTEAVVKEDIELECEVYGVPEPTVQWYKNGD---LIIETEYFQ--IVRGNNLKILGLVELDSGVYQCIASNVIGNIQAAAQLLVKPQGFKSPNHSVTTPNHLRNTRPSSDRKASSSSSYLGELVFKDTPSPPTSLRAVIVSTRFITLSWNKPSVTNGQLLGF---SVFYKQNGS-----NRERVLNSTRGNLEELNVQGLVPGTRYIMRVVAHNEHGAGDSSEPLEVS-----------TQDELDVPGPVYRLNARPTSSFSILISW-EAPVYRDVLVTSYKLYYRRGDEME----VKSMSLNTLQYHLTDLREYTEYTFWASAFNTNGEGA---FSEEVITRTFSDIPADPPQNV---------------TVEADSSKSLIIRWEPPPRESQNGIITGYKIRWR------QRGKGKSDIVTTDGSRRLFAITGLSNGQEYQVKISALTVNGTG-PATSWLAETTFEADLDESVVPDPPSSLKAKAYDDEIEIF-WT--PPQENKILVRGYTI---GWGKGIPDEYTKVVDDKQRSFAIKKLKPNSEYVISLRAYNNIGDG 794          

HSP 3 Score: 79.337 bits (194), Expect = 6.055e-15
Identity = 64/203 (31.53%), Postives = 99/203 (48.77%), Query Frame = 0
Query:   28 SPQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVI-LPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDT-IVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKP 228
            +P    +P S    + + +TL+C A+G+P+P I W KDG  +       R   + SGSL     ++N + HD G Y C A N   +  + ++ L+V V R  F   P  T  V + DI  ++C    G P+P+V+W KNGD++  ++      I    NL I  +V+ D G   C A N++G     +A   + VKP     P
Sbjct:  192 APVFIARPASTKTEEGQELTLDCAANGVPKPAIAWLKDGSSLDLNHLDSRFTKIGSGSL----QIRNVQVHDEGTYQCRAENSEDSIDAGSI-LEVHV-RPRFLNTPRSTEAVVKEDIE-LEC-EVYGVPEPTVQWYKNGDLIIETE---YFQIVRGNNLKILGLVELDSGVYQCIASNVIG---NIQAAAQLLVKPQGFKSP 380          

HSP 4 Score: 73.9442 bits (180), Expect = 2.652e-13
Identity = 108/441 (24.49%), Postives = 176/441 (39.91%), Query Frame = 0
Query:  445 KNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSW--SILPESMSYVEG--FFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLI--EPMNSTSAIIRWSPP--PPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAIITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIII 877
            K +S I   D SR L   +G   + N       +   T +     TSW A  +          F    D S  PDPP+  K        I I W   P   +  + GYT+ +     +    V  ++    ++ I  LKP++ Y+  +RA N+ G   P  + E +RT           IH+      +  ++L +   +SS T  ++W  S LP++    +   + VRY  +   +           TD  +N +I NLR  TEYE  +     +   Q S      T E  P + P +L I  +P +  + ++ W PP  P    NG ++ Y I  +     ++  +  L     S I++NL  + KY  +  AR + G GP S  + +   P  +   +  +  EG  N   +S          +  A++G   GIII
Sbjct:  655 KGKSDIVTTDGSRRLFAITG---LSNGQEYQVKISALTVNGTGPATSWLAETT----------FEADLDESVVPDPPSSLK-AKAYDDEIEIFWT-PPQENKILVRGYTIGWGKGIPDEYTKVVDDK--QRSFAIKKLKPNSEYVISLRAYNNIGDGRP--IYETIRTSDE--------IHDEPLTPFAPPIKLHA-RILSSKTALLTWLDSSLPQNQLIPDQRYYIVRYTTVKSLTTNKPRHEYKNSTD--LNVMIDNLRPDTEYEFTVKVVKGRRRSQWSLVTLNHTEEASPGSAPRELSIRSKPGDPKTVVLTWRPPKVPNGQINGYVIHYTIDKRAEDRDWY--VKPLLGDDLSAIINNLVPNTKYYFKITARNRKGNGPVSPITAYTTPPRGV---VSGYSGEGESNSQEIS--------PVILYAVAGVASGIII 1052          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold156_size297567-snap-gene-1.38 (protein:Tk07678 transcript:maker-scaffold156_size297567-snap-gene-1.38-mRNA-1 annotation:"T29549hypothetical protein ZK377.3 - Caenorhabditis elegans")

HSP 1 Score: 174.096 bits (440), Expect = 1.582e-44
Identity = 107/311 (34.41%), Postives = 152/311 (48.87%), Query Frame = 0
Query:  125 LREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANR-LQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQ---RIGMNGIAKFECSAGGNPPPSLFWTKE-GSQELMFAGTKY------GQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLN 424
            L E+FRL P  T V  G+   ++C PP+G P P VKW K+G  LD + S  RI I E GNL I +    D G+  C  EN+   R +   +L+I   P F  +P  ++ ++G+D  + C V G P P + WS+ DG +   KV I   R L+I+ V P D+G Y C A+N  G   AS  + VHA P I   P+      +G   +    C   G P P ++W KE GS + ++  T        G   V+ DG+L I   +    G Y CSA +  GS   +A L V    DT     ++   NQ   ++
Sbjct:    1 LNEEFRLVPSSTDVVRGEDVKLECAPPRGVPSPVVKWKKDGKYLDLTSSK-RIKIDESGNLAIYQADLDDGGRYECSGENLAATRVSSPVRLTIIEPPSFAVRPKSVSVLAGEDALLECRVEGVPLPDITWSKTDGVISAAKVKIIPRRGLRIKHVHPSDEGEYVCTAQNGGGLATASAHLKVHAPPVITVPPESHSQVSVGAERVV-LACLVVGTPAPMVYWVKEDGSSDEVYFSTNLSPYPSSGDIKVNGDGSLEIINPQVSHSGHYTCSATNEVGSALARANLRVYDFEDTATDSALLEDENQLFNMD 309          

HSP 2 Score: 137.117 bits (344), Expect = 6.768e-33
Identity = 162/697 (23.24%), Postives = 285/697 (40.89%), Query Frame = 0
Query:  328 KFECSA-GGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLE-------YFSSDLETGWVVAANRITSE-TYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLS--------ENDGINI--------HEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIKYAI--ITHPNEGNINGNIMSEPWFIGLLTAVFVAISGTFIGIIIYRKKFNSTKSLSQN--------TVASRHYEDITKIAINPDGSR-GTVWINDDWKCGTKSTGIYDEAETNQRYFRPSDNNNTDL-YAEVGEPNGFSTF-----GGNHRITE-PSPYATTTL 981
            K EC+   G P P + W K+G + L    +K  +  + E G L I     +D G Y CS  ++A +T   + + +T +    PP   +   + ++     A+L C+  G P P I+W K    IS   ++++ +     L I ++  SD G Y CTA +  G  + SA L             K   P     PP     V   +  + ++         +P++ +  E       YFS++L         ++  + +  I N +   S  +   A N  G S   R + RV   +  +        EN   N+        HE   A+      L+ +E +    ++V W    E    V+G+ + ++  +     F+   + +    + + VI  L + T Y VF+ PFYK + G+ S  + V T  D+PS  P       +N++S  + W   P  H NG LLGY+I + GN +  ++ +   +    +  +  +  H+ YS++     ++G GP S+P    +DP  + Y +     P        +      I + + V + +S    G++ Y++K     S ++         T A+  Y           GS+ G +WI+   +       +   A+ N  + R + N++T+  Y E  + N    F     G +H   E P PYATT +
Sbjct:   21 KLECAPPRGVPSPVVKWKKDG-KYLDLTSSK--RIKIDESGNLAIYQADLDDGGRYECSGENLA-ATRVSSPVRLTIIE---PPSFAVRPKSVSVLAGEDALLECRVEGVPLPDITWSKTDGVIS---AAKVKIIPRRGLRIKHVHPSDEGEYVCTAQNGGGLATASAHL-------------KVHAPPVITVPPESHSQVSVGAERVVLACLVVGTP--APMVYWVKEDGSSDEVYFSTNLSPYPSSGDIKVNGDGSLEIINPQVSHSGHYTCSATNEVG-SALARANLRVYDFEDTATDSALLEDENQLFNMDHESSSDRHEARLAMGHLETTLSELEVVGPKALKVVWKT-SEDSPLVQGYRIWFKPQNERDSAFDF--IQVPHVAMKSFVIKRLEENTNYHVFVQPFYKDVIGRASQMMSVSTPMDLPSQAPVIKEARLLNASSIFLSWDGIPVNHHNGPLLGYEIIISGNSTYVNNTVQPASIHQVTLFVQGMVAHKIYSIQIGVVNEMGRGPLSEPLEIELDPLFL-YGMSSTLTPVYDQAANQVTLVIIVIAICSFVLILLS----GVLFYKRKMGKGGSENKRDGYLEAATTCATDEYYHRQIARSTHGGSKAGGLWIDRKEEAKLYEKNLL--AQPNHYHTRLNSNSDTEYTYVENNKHNNSQQFATSSSGASHHTAESPEPYATTDI 681          

HSP 3 Score: 96.6709 bits (239), Expect = 2.071e-20
Identity = 83/291 (28.52%), Postives = 128/291 (43.99%), Query Frame = 0
Query:   35 PTSMTVPKNEPVTLNCKA-DGIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAIS--GDDIDIICDVSGDPDPIVIWSRDDG------------PLPEN---KVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVH 307
            P+S  V + E V L C    G+P P + W KDG+ +         I  SG+L    A+      DGG Y C   N   T  S  V L + +    F + P    V  G+  +++C   +G P P + W+K   ++    S  ++ I     L I+ V  SDEG+  C A+N  G+  T  A L +   P     P   + +S   + + + C V G P P+V W ++DG            P P +   KV+ D + L+I + +    G Y C A N+VG   A  ++ V+
Sbjct:    9 PSSTDVVRGEDVKLECAPPRGVPSPVVKWKKDGKYLDLTSSKRIKIDESGNL----AIYQADLDDGGRYECSGENLAATRVSSPVRLTI-IEPPSFAVRPKSVSVLAGEDALLECR-VEGVPLPDITWSKTDGVI----SAAKVKIIPRRGLRIKHVHPSDEGEYVCTAQNGGGL-ATASAHLKVHAPPVITVPPESHSQVSVGAERVVLACLVVGTPAPMVYWVKEDGSSDEVYFSTNLSPYPSSGDIKVNGDGS-LEIINPQVSHSGHYTCSATNEVGSALARANLRVY 287          

HSP 4 Score: 85.8853 bits (211), Expect = 4.376e-17
Identity = 92/360 (25.56%), Postives = 142/360 (39.44%), Query Frame = 0
Query:  224 FLSKPLDITAISGDDIDIICDV-SGDPDPIVIWSRDDGPL---PENKVSID-ANRLQIRDVRPEDDGIYFCKAKNDVG-YVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIM--GTANQTLPLNTIAILPCKASGAPKPTISWYK------------NQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLET 563
            F   P     + G+D+ + C    G P P+V W +D   L      ++ ID +  L I     +D G Y C  +N     V +   +++   P+   +PK   +     A  EC   G P P + W+K      + +  K   + +   G L I+ V   DEG Y+C+A +  G     A+L+V A     PP+I +   + +Q        +L C   G P P + W K            N SP     S  I V   G+L I N   S +G YTC+A++E G     A+L   D                F D  T   +++  +    +    S +  E+ L    LE   S+LE 
Sbjct:    5 FRLVPSSTDVVRGEDVKLECAPPRGVPSPVVKWKKDGKYLDLTSSKRIKIDESGNLAIYQADLDDGGRYECSGENLAATRVSSPVRLTIIEPPSFAVRPKSVSVLAGEDALLECRVEGVPLPDITWSKTDG---VISAAKV--KIIPRRG-LRIKHVHPSDEGEYVCTAQNGGGLATASAHLKVHA-----PPVITVPPESHSQVSVGAERVVLACLVVGTPAPMVYWVKEDGSSDEVYFSTNLSPYP--SSGDIKVNGDGSLEIINPQVSHSGHYTCSATNEVGSALARANLRVYD----------------FEDTATDSALLEDENQLFNMDHESSSDRHEARLAMGHLETTLSELEV 335          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold64_size435223-snap-gene-3.13 (protein:Tk02502 transcript:maker-scaffold64_size435223-snap-gene-3.13-mRNA-1 annotation:"protein tyrosine receptor d")

HSP 1 Score: 172.17 bits (435), Expect = 2.541e-43
Identity = 196/775 (25.29%), Postives = 341/775 (44.00%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDGELVPTAPKTHRVI-LPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRL---------NPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK---PYFLSKPL-DITAISGDDIDIICDVSGDPDPIVIWSRDDGPL-PENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLF--IQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAIL---PCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEY---FSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHG---MSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNH--VITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVK 775
            P I+E P +  +      +L C A+G P P+ITW K+G+ +P     + +   P GS+  +  ++ KK+ D   + C A N VG   S +V L++    +D  L         NP  T+  +G   ++ C    GNP+P++ W K+G  L+    N R  + E G+L I+E  ++D+G+  C AEN VG   +  AQL ++V+   P F   P  +   + G  I++ C   G P P V W R    + P     I  N LQ+ +++   +  Y C A + +G +EA+  + V A P   T  K   +    + +   S  G+P    ++  +   +L      +  + +S   T F  I+G+    E  ++  A++  G    K+   VT   +T P         + L  +T+ I    P   +G       +Y  Q   ++       V+++    I +L  +   +YT    +           +   P  P++   +       P  P+  ++ + R+TS+ +SW +  ++GE+ ++ Y L +   F+ D E    +      S  Y +  L P+T Y   + A++  G    +PP  V    RT Q +                     L      SST+IRV+W   PE+     G    Y+     + + +    M+E +    +  +I  L K+TEY ++++   +  +G  S  + ++T EDVP  P S +   P+NS+S  + W PP  + RNGV+ GYQI+V+
Sbjct:   50 PVISEVPQNQHIRAGAVASLRCIANGDPTPHITWRKNGDKIPNTQSRYLIRDFPGGSVLRIEPIR-KKDTD---FECVAENGVGDPVSADVKLEIF---DDKSLPPGFPRILQNPQVTVEEKGRNALLVC-QTTGNPQPNIFWVKDGMKLE---PNPRYTVMEQGSLQIKESQETDQGKYECVAENAVGTEYSYSAQLYVRVRRVPPQFTIPPESEYEVMVGSGINLTCVAVGSPMPHVKWRRGTQDVTPGMTPPIGKNVLQLHNIQETQN--YTCVAASKLGIIEATTIVRVQALPLAPTNVKISDVSPTSV-RLSWSYSGSPTEVQYYVIQYKPKL----ASWDYKEISGAITTFYDIRGLTPYTEYEFVVLAVNNVGR-GDKSIPVVTTTGETEPGSAPRNVVVRPLSSSTMVIQWDEPQAQNGPVTGYKVYYTTQPGQTLSQWESQFVDNNKLTTISDL--TPHTIYTIRVEA----------YTAIGPGPPSIPV-QVKTQQGVPSQPSSLRMSEVRATSVRLSWEKPAHSGEN-IVSYELYWNDTFTPDFENHRTLPV----STEYYLEGLYPNTLYHVWLAAKSKRGEGATTPPIGV----RTEQYVP---------------GAPPDLVKAYPESSTSIRVAWQPPPENKR--NGKITYYKIYYVPNSRTDSDATMIEINDPERNEFIIDELHKWTEYRIWMLAGTQIGDGPISYPVIIKTDEDVPGEPQS-VQARPINSSSVEVSWDPPTDKDRNGVIRGYQIYVQ 765          

HSP 2 Score: 137.117 bits (344), Expect = 1.569e-32
Identity = 178/725 (24.55%), Postives = 300/725 (41.38%), Query Frame = 0
Query:  133 PMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK-------PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPEN--KVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK-----PAIQTKPKDQRIGMNGIA-KFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSA----SLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLET--GW---VVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTL---NATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMD 830
            P +  +  G +  ++C    G+P P + W KNGD +  +QS   I     G+++  E ++  +    C AEN VG   + + +L I          P  L  P       G +  ++C  +G+P P + W +D   L  N     ++   LQI++ +  D G Y C A+N VG  E S+S  ++ +     P     P+ +   M G      C A G+P P + W + G+Q++    T    ++V       +Q    ++   Y C A S  G       + V AL   P  + I   +  ++ L+         SG+P   + +Y  Q    +  +S    E SG +         T  Y     +   E  +      ++   D   P V      +P + P    R  +V   S+S  +     P     P+ GY + Y +   +T   W    V  N++T    TI++L P T Y   V A  + G  PP+ +  +V+T Q +         + S+  MS+V          +T++R+SW     S   +  + + + D      + N +T+ + T+    + +  L   T Y V+L    K+ EG  +  + V+T + VP APP  +   P +STS  + W PPP   RNG +  Y+I+   N  T  S+ T +   +     +I+  L    +Y +  +A T+IG GP S P     D
Sbjct:   56 PQNQHIRAGAVASLRCIA-NGDPTPHITWRKNGDKIPNTQSRYLIRDFPGGSVLRIEPIRKKDTDFECVAENGVGDPVSADVKLEIFDDKSLPPGFPRILQNPQVTVEEKGRNALLVCQTTGNPQPNIFWVKDGMKLEPNPRYTVMEQGSLQIKESQETDQGKYECVAENAVG-TEYSYSAQLYVRVRRVPPQFTIPPESEYEVMVGSGINLTCVAVGSPMPHVKW-RRGTQDVTPGMTPPIGKNV-------LQLHNIQETQNYTCVAASKLGIIEATTIVRVQALPLAPTNVKISDVSPTSVRLS------WSYSGSPT-EVQYYVIQYKPKL--ASWDYKEISGAI---------TTFYDIRGLTPYTEYEFVVLAVNNVGRGDKSIPVVTTTGETEPGSAP----RNVVVRPLSSSTMVIQWDEPQAQNGPVTGYKVYYTTQPGQTLSQWESQFVDNNKLT----TISDLTPHTIYTIRVEAYTAIGPGPPS-IPVQVKTQQGVPS-------QPSSLRMSEV---------RATSVRLSWEKPAHSGENIVSYELYWNDTFTPDFE-NHRTLPVSTE----YYLEGLYPNTLYHVWLAAKSKRGEGATTPPIGVRTEQYVPGAPPDLVKAYPESSTSIRVAWQPPPENKRNGKITYYKIYYVPNSRT-DSDATMIEINDPERNEFIIDELHKWTEYRIWMLAGTQIGDGPISYPVIIKTD 721          

HSP 3 Score: 109.383 bits (272), Expect = 4.155e-24
Identity = 152/643 (23.64%), Postives = 262/643 (40.75%), Query Frame = 0
Query:  199 ACQAENIVGI-RETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSI------DANRLQIRDVRPEDDGIYFCKAKNDVGY-VEASFSISVHAK-------PAIQTKPK--DQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQP 824
            A ++EN V I         SI   P     P +    +G    + C  +GDP P + W ++   +P  +           + L+I  +R +D   + C A+N VG  V A   + +          P I   P+   +  G N +    C   GNP P++FW K+G +  +    +Y   +V E G+L I+  ++ D+G Y C A +  G+  + +      +R  PP   I   +   + + +   L C A G+P P + W +    ++   +  I       L + N+   +T  YTC A+S+ G    +  +                     P  PT  KI D   TS+ +SW  S +  E  +  Y ++Y        +   +  IT+  Y I  L P T Y F+V A N+ G     R  + +  + +  E       E  +A  + VV+      +SS+T+ + W         V G+ V Y    G +     ++  ++ + +    I++L  +T Y + +  +     G PS  + V+T + VPS  PS L +  + +TS  + W    P H    ++ Y+++     +    N  TL   +T Y L  L  +  Y V   A++K G G  + P
Sbjct:   26 AIKSENYVAIPLLMPSPSASIADPPVISEVPQNQHIRAGAVASLRCIANGDPTPHITWRKNGDKIPNTQSRYLIRDFPGGSVLRIEPIRKKDTD-FECVAENGVGDPVSADVKLEIFDDKSLPPGFPRILQNPQVTVEEKGRNAL--LVCQTTGNPQPNIFWVKDGMK--LEPNPRY---TVMEQGSLQIKESQETDQGKYECVAENAVGTEYSYSAQLYVRVRRVPPQFTIPPESEYEVMVGSGINLTCVAVGSPMPHVKWRRGTQDVTPGMTPPI---GKNVLQLHNI--QETQNYTCVAASKLGIIEATTIVRV----------------QALPLAPTNVKISDVSPTSVRLSWSYSGSPTE--VQYYVIQYKPKLASWDYKEISGAITT-FYDIRGLTPYTEYEFVVLAVNNVG-----RGDKSIPVVTTTGET------EPGSAPRNVVVR-----PLSSSTMVIQWDEPQAQNGPVTGYKVYYTTQPGQTLS-QWESQFVDNNKLTT--ISDLTPHTIYTIRVEAYTAIGPGPPSIPVQVKTQQGVPSQ-PSSLRMSEVRATSVRLSWE--KPAHSGENIVSYELYWNDTFTPDFENHRTL-PVSTEYYLEGLYPNTLYHVWLAAKSKRGEGATTPP 613          

HSP 4 Score: 54.6842 bits (130), Expect = 1.898e-7
Identity = 33/92 (35.87%), Postives = 50/92 (54.35%), Query Frame = 0
Query:  738 PSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHV--KGNGSTFHS---NITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQP 824
            P  +   P+NS+S  + W PP  + RNGV+ GYQI+V  K   S ++       T +A  +S+ ++NL    +Y V+  A T+ G G  SQP
Sbjct:  797 PQSVQARPINSSSVEVSWDPPTDKDRNGVIRGYQIYVQPKNTESLYYQMPLRFNTGSADVSSFNVTNLQPDTRYVVQVAALTRKGDGTRSQP 888          

HSP 5 Score: 54.6842 bits (130), Expect = 2.065e-7
Identity = 68/324 (20.99%), Postives = 125/324 (38.58%), Query Frame = 0
Query:  521 PTRPKIVDRR---STSITISWRRSPNTGESPLM-GYTLEYFSSDLETGWVVAANRITS-----ETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQPSFFVMDPTNIK 835
            P  P+ V  R   S+S+ +SW    +   + ++ GY +     + E+ +     R  +      ++ + NL+PDT Y+  V A    G                 + +  + +           + L  ++   + T+ + W+   E+   + G+ VRY     G +   +  +++    + +  I+NL K  EYE  +    K   GQ +    + T E VPS  P ++           I + PPP   RNG +  Y I      +     + +     T  + +NL  + +Y     A T+ G GP+S    F  D   I+
Sbjct:  794 PGEPQSVQARPINSSSVEVSWDPPTDKDRNGVIRGYQIYVQPKNTESLYYQMPLRFNTGSADVSSFNVTNLQPDTRYVVQVAALTRKGDG---------------TRSQPVKVKTPGGVPTRPNIDLKIVKKDPTITMDIEWTKPMETYGELRGYRVRY-----GHRGQKLTEILITDPDVQHQEISNLEKGIEYEFRVAGMNKVGAGQEAIKAFL-TPEGVPSDSPKNITTRFQTPDVIEISYDPPPDIARNGQITMYDIQFWKAVAPEEKRMRSTTERKT--VFANLEDNTEYKFSVRANTRKGYGPWSTQVSFRTDRNIIR 1094          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold313_size211302-snap-gene-1.27 (protein:Tk07295 transcript:maker-scaffold313_size211302-snap-gene-1.27-mRNA-1 annotation:"hypothetical protein L798_07553 partial")

HSP 1 Score: 172.17 bits (435), Expect = 3.227e-43
Identity = 199/801 (24.84%), Postives = 333/801 (41.57%), Query Frame = 0
Query:   22 ISAQYRSPQITEQPTSMTVPKNEPVTLNCKA-DGIPEPNITWYKD--GELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATN-EVG-TARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPK-----GNPKP----SVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSD---EGQXACQAENIVGIRE-TEEAQLSIQVKPYFLSK-PLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPEN-KVSIDA---NRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGI-AKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPT--ISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXD-PKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPN-TGESPLMGYTLEY--------FSSDLETGWVVAANRI--TSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSY--VEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFH 782
            I+  Y +P   +QPT + V    P          +P P++TW  +    L  T     + +    + F + +V +  E     Y   ATN ++G    S  + L+V     D  ++P + IV   DI ++K  P        N KP     + W K+G  +    +       ++ N  +  ++++D    G   CQ     G +  + +A++ I  KP F  +   +     G  + + CD+ G P+P V W R+  PL E   + I+A   + L I  +R ED G++ C  +N+ G       + V     I          ++G  A   C A G P P++ W     Q + F+G    +  + EDG+L +  VR  D G YIC   + AGS + +A++ V          I+    +  + L  +A + CK S        I W+     I+ + S RI +   GTL I    +SD G YTC   S  G    S+ L   + P  P  +  +                V     ++ +SW  +P   G SP++ Y L++           D +  W+ A   I  +S +  ++NL+   +Y++ V A NS G  P ++ S+RV   Q           E  +     +V      A S   I + W    E      + G+ VRYR        ++ + +  +      ++IT L  + +YEV +  +  K  G  S+++ V+T E VPSAPP+ +  + + ST   + W PP PQ  NG+  GY++     G   +
Sbjct:   77 ITVAYMTPFEDDQPTDLRVKAGHPAIFEFPTLSSVPAPSVTWQAEDSSNLYGT-----KYVNTEDNKFIILSVDSSDEKR---YRVRATNTQLGHEVSSAYMYLEVFGDEVDVDVSP-EIIVPPSDITIVKGTPVTSLQCIANAKPLFELELIWLKDG--VPIENTGLAFNFNDLWNRTLS-LIQADFRHAGTYTCQVRMKTGGQSLSRDAKVEIMDKPTFGRQMAFETQGEFGKSLTLPCDIQGQPEPKVTWLRNGIPLSETPNLRINAMSNHSLHINFMRLEDSGMFQCSGENEAGTNTGYTWLKVKTSSPIMVNGPTNMTAIDGKDATIPCEAEGAPTPNITWYLNDGQ-ISFSG----RIQILEDGSLLLAKVRSTDAGKYICVRSNEAGSVSGEAWVTVMVRTQ-----IVQPPVDTKVILGHVATMSCKVSADNNVLYDIKWFHEGRLINDEASHRIQLLEDGTLKIAEARASDAGEYTCEVDSPGGNDRHSSDLDVIELPYAPTSVLAER---------------VSSAPKAVNVSW--TPGFDGNSPIIKYILQFRYVPQKGTVPKD-DMNWITALANISASSRSAFLHNLRSSAAYIYRVSAVNSVGEGPQSQPSDRVVLPQ-----------EPPSGPPRGLVG----SARSEAEIIIQWQPPNEEAQNGDILGYIVRYRLFGYHESPWSYRNITKQLQR--TYLITELITWKDYEVQIAAYNSKGVGAYSSAIKVKTREGVPSAPPTSIRAQAVESTVIRVWWYPPDPQKINGINQGYKLQAWREGDAIN 820          

HSP 2 Score: 142.51 bits (358), Expect = 3.096e-34
Identity = 130/468 (27.78%), Postives = 194/468 (41.45%), Query Frame = 0
Query:   54 GIPEPNITWYKDGELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLREDFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNG-RIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEA---------QLSIQVKPYFLSKPLDITAISGDDI-DIICDVSGDP--DPIVIWSRDDGPLPENKVSIDANRLQIR-------DVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQR-IGMNGIAKF------ECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSA 494
            G+P P   W KDG  +      H         F+   +Q+  + D G Y C A NEVG   S  + + VA +       P D  V  G   + +       P PSV W       D+S   G + + TE    +I  V  SDE +   +A N     E   A         ++ + V P  +  P DIT + G  +  + C  +  P  +  +IW +D  P+    ++ + N L  R       D R    G Y C+ +   G      S+S  AK  I  KP   R +      +F       C   G P P + W + G   +  + T   + +   + +L I  +R ED G + CS  + AG+     +L+V     T  PI++ G  N T      A +PC+A GAP P I+WY N   IS   S RI +   G+L++  + S+D G Y C  S+E+G  S  A
Sbjct:   22 GLPPPEYRWVKDGSFLSDYTSEH---------FY--KIQSISKDDSGAYQCYAKNEVGVIVSEKIPITVAYMTPFEDDQPTDLRVKAGHPAIFEFPTLSSVPAPSVTWQAE----DSSNLYGTKYVNTEDNKFIILSVDSSDEKRYRVRATNTQLGHEVSSAYMYLEVFGDEVDVDVSPEIIVPPSDITIVKGTPVTSLQCIANAKPLFELELIWLKDGVPIENTGLAFNFNDLWNRTLSLIQADFR--HAGTYTCQVRMKTG----GQSLSRDAKVEIMDKPTFGRQMAFETQGEFGKSLTLPCDIQGQPEPKVTWLRNG---IPLSETPNLRINAMSNHSLHINFMRLEDSGMFQCSGENEAGTNTGYTWLKV----KTSSPIMVNGPTNMTAIDGKDATIPCEAEGAPTPNITWYLNDGQISF--SGRIQILEDGSLLLAKVRSTDAGKYICVRSNEAGSVSGEA 459          

HSP 3 Score: 106.686 bits (265), Expect = 2.867e-23
Identity = 82/314 (26.11%), Postives = 149/314 (47.45%), Query Frame = 0
Query:  517 FPDPPTRPKIVDRRSTSITISWRRSPN-TGESPLMGYTLEYFSSDLETGWVV---AANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSYV--EGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIHVKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFSQP 824
             P PP R  + +    S+ + +  +P   G S ++ +T++  S+   T W         + S+  T+ NL P   Y   + A N  G S  +  + + +T+Q+  ++  +N                +I A+S+T +RV W  L +   Y    G+ + YR ++  SQ   + ++ +E     + VI  L ++T YEV L  +       PS  +  +T E  P   PSD+ +E  +ST+ +++W   PP+HRNG++ GY+++       F   +   NAT  +  L+ L  + KY+++ +A T++G G  S P
Sbjct:  976 LPSPPLRLAVSNIEPFSVVLQF--TPGFDGNSSIIKWTVQALSARNAT-WTSIYEVGAEVDSKAITVLNLIPYMEYQLRLVANNVVGASEASEPTRQFQTIQAPPKHPPLN---------------ATIRAMSATELRVRWIPLSQGEWYGIPRGYNITYRILTDTSQ---LDSLSIEDPTKNSFVINGLEEFTLYEVLLQAYNDLGSSDPSPVVLARTREAAPGDGPSDISVEATSSTTILVKWGNVPPKHRNGIIDGYKVYYGAKSVPFQYKLIEGNATKQT-TLTELKKYTKYAIQVLAYTRVGDGILSSP 1267          

HSP 4 Score: 89.7373 bits (221), Expect = 4.462e-18
Identity = 83/317 (26.18%), Postives = 139/317 (43.85%), Query Frame = 0
Query:  518 PDPPTRPKIVDRR--STSITISWRRSPNTGESPLMGYTLEYFSSDLETGWVVAANRI--TSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILP----ESMSYVEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVIT-NLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQIH---VKGNGSTFHSNITTLNATTTSYILSNLTLHQKYSVRAVARTKIGLGPFS 822
            P+PP+ P+I   +     IT SW    + G +P   Y ++Y  +D   GW      +  T+ TYT+  L+P T+Y F ++A N  G   P+  S+     Q+     GI +  +             +  I+ T ++V W+ L        +   G+ V YR ++           +     ++N VI  +L     YE+ + PF  + +G PS  + V   E VP+  P ++  E ++ T   + W  P    +NG LLGY+I    +  N       I  ++A+ TS+ L  L ++  YS+  +A    G GP S
Sbjct: 1376 PNPPSAPQISQSQVQDREITFSWNPGRD-GYAPFRHYVVQYSEND--AGWQTVPELVDPTTTTYTVKELQPYTTYKFRLQAVNDIG---PSGWSKESNITQTKPAAPGIPVENLK------------VTPITRTNVKVEWTPLNLENFNGDAKSGGYMVEYRVITDYPIPLQSAPRVELKGALMNRVILEDLGIGKNYEIIVKPFNSQGQGPPSRPVPVYVGEAVPTGAPRNIRAEALSPTEVRLSWQAPEADQQNGDLLGYKIFYFSLPANARN-SEEIEVVSASHTSHSLIFLDMYTNYSISILAFNPAGEGPRS 1673          

HSP 5 Score: 79.337 bits (194), Expect = 5.885e-15
Identity = 91/372 (24.46%), Postives = 148/372 (39.78%), Query Frame = 0
Query:  145 VIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQ-VKPYFLSKPLDITAISGD-DIDIICDVSGDPDPIVIWSRDDGP--LPENKVSIDANRLQIRDVRPEDDGIYFCKAKN-DVGY-VEASF--------SISVHAKPAIQTKPKDQRIGMNG--IAKFECSAGGNP--PPSLFWTKEG----SQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIA------ILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESG 488
            +I   P  G P P  +W K+G  L    S             IQ + K D G   C A+N VG+  +E+  +++  + P+   +P D+   +G   I     +S  P P V W  +D         V+ + N+  I  V   D+  Y  +A N  +G+ V +++         + V   P I   P D  I + G  +   +C A   P     L W K+G    +  L F       R++S      IQ   +   G Y C      G  +          RD    I+   T  + +   T         LPC   G P+P ++W +N  P+S   + RI   S+ +L I+ +   D+G++ C+  +E+G
Sbjct:   14 LIVLSPRSGLPPPEYRWVKDGSFLSDYTSEHF--------YKIQSISKDDSGAYQCYAKNEVGVIVSEKIPITVAYMTPFEDDQPTDLRVKAGHPAIFEFPTLSSVPAPSVTWQAEDSSNLYGTKYVNTEDNKFIILSVDSSDEKRYRVRATNTQLGHEVSSAYMYLEVFGDEVDVDVSPEIIVPPSDITI-VKGTPVTSLQCIANAKPLFELELIWLKDGVPIENTGLAFNFNDLWNRTLS-----LIQADFRH-AGTYTCQVRMKTGGQSLS--------RDAKVEIMDKPTFGRQMAFETQGEFGKSLTLPCDIQGQPEPKVTWLRNGIPLSETPNLRINAMSNHSLHINFMRLEDSGMFQCSGENEAG 362          

HSP 6 Score: 53.1434 bits (126), Expect = 6.045e-7
Identity = 55/236 (23.31%), Postives = 103/236 (43.64%), Query Frame = 0
Query:  545 GESPLMGYTLEY-----FSSDLETGWVVAANRITSETYTINNLKPDTSYMFLVRAENSHGMSPPTRVSERVRTLQSLSENDGINIHEVSNALMSKVVQLTSIEAISSTTIRVSWSILPESMSY---VEGFFVRYRDMSGGSQKFNMKTVMLETDGIVNHVITNLRKYTEYEVFLMPFYKKIEGQPSNSLHVQTMEDVPSAPPSDLLIEPMNSTSAIIRWSPPPPQHRNGVLLGYQI 772
            G++   GY +EY     +   L++   V           + +L    +Y  +V+  NS G  PP+R                + ++ V  A+ +   +    EA+S T +R+SW   PE+      + G+ + Y  +   ++  N + + + +    +H +  L  YT Y + ++ F    EG  SNS+  +T++ +P A P+DL    +   +  + W   PP   NG +LGY +
Sbjct: 1507 GDAKSGGYMVEYRVITDYPIPLQSAPRVELKGALMNRVILEDLGIGKNYEIIVKPFNSQGQGPPSR---------------PVPVY-VGEAVPTGAPRNIRAEALSPTEVRLSWQA-PEADQQNGDLLGYKIFYFSLPANAR--NSEEIEVVSASHTSHSLIFLDMYTNYSISILAFNPAGEGPRSNSVTSRTLQGIPGA-PNDLKFSEITMNTLKVSWD--PPLKPNGEILGYIV 1720          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold108_size357748-snap-gene-2.19 (protein:Tk09446 transcript:maker-scaffold108_size357748-snap-gene-2.19-mRNA-1 annotation:"roundabout-like protein 2")

HSP 1 Score: 138.658 bits (348), Expect = 8.137e-39
Identity = 62/89 (69.66%), Postives = 74/89 (83.15%), Query Frame = 0
Query:   38 MTVPKNEPVTLNCKADGIPEPNITWYKDG---ELVPTAPKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVA 123
            M VPKNEP+TLNCKA+GIP PNITWY+DG   E  P  P++HRV+ P+GSLFFLR +QNKKE DGG+Y+CEATN+VG  RSRN TL+VA
Sbjct:    1 MIVPKNEPLTLNCKAEGIPYPNITWYRDGLPIETSPGTPQSHRVLFPTGSLFFLRVMQNKKEQDGGVYYCEATNKVGRTRSRNATLEVA 89          

HSP 2 Score: 47.7506 bits (112), Expect = 6.417e-7
Identity = 30/88 (34.09%), Postives = 43/88 (48.86%), Query Frame = 0
Query:  421 LPLNTIAILPCKASGAPKPTISWYKNQSPISID----DSSRILVESSGTL---VIDNLISSDTGLYTCTASSESGET-SWSASLSXXD 500
            +P N    L CKA G P P I+WY++  PI        S R+L  +       V+ N    D G+Y C A+++ G T S +A+L   D
Sbjct:    3 VPKNEPLTLNCKAEGIPYPNITWYRDGLPIETSPGTPQSHRVLFPTGSLFFLRVMQNKKEQDGGVYYCEATNKVGRTRSRNATLEVAD 90          
BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold691_size110934-snap-gene-0.31 (protein:Tk06103 transcript:maker-scaffold691_size110934-snap-gene-0.31-mRNA-1 annotation:"thyroid peroxidase")

HSP 1 Score: 154.836 bits (390), Expect = 3.960e-38
Identity = 123/386 (31.87%), Postives = 179/386 (46.37%), Query Frame = 0
Query:  129 FRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVG-NLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSI---QVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL--PENKVSI-DANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAK-----PAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGT-LFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGT-ANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXD 500
            F   P DT V  G     +C    G+P P + W K+G  LD   +N +I I+  G NL I     SD G   C A++  G   + +A++     + KP    +P+      G++I + C   G P P   W +D G L    ++  I D   L I +V+ +D   Y C A N +G   ++  + V+       P I +KP+D     + I +F C A G+P P   W    ++ L+      G+ SVS  G  L IQ +R  D+G Y+C A +  G     A L V A    P PI I+    + + P  T   LPCKA G+PKP ISW K+   +  D   R+   S G+LV+ N+  SD G+Y C A +E    +  A  S  D
Sbjct:    4 FLEEPTDTDVTPGGTIRFRC-RTSGSPTPEISWQKDGVALDPV-ANPKISISSGGSNLAIVAAQSSDVGLYECIAQSEHGRITSRQARVRYYQRRSKPSITHRPVFTEVTKGEEIRLSCGAEGFPRPTFEWFKDGGRLSHAHDRFQILDDGTLHITNVQLDDSAHYRCSATNYLGRASSAARVKVNLALAESIPQITSKPRDAESQESSIVEFTCIAEGHPYPDYSWWN--NKRLI---NNEGRISVSNGGQHLRIQDLRTYDQGDYVCRAENRLGKVEATATLTVNA---RPIPIAIINQPHDMSAPKGTTVQLPCKAEGSPKPKISWMKDGRSMINDRRHRL--SSDGSLVVYNVTESDVGMYECVAENERERRTARAYFSIRD 377          

HSP 2 Score: 144.05 bits (362), Expect = 8.316e-35
Identity = 118/395 (29.87%), Postives = 179/395 (45.32%), Query Frame = 0
Query:   29 PQITEQPTSMTVPKNEPVTLNCKADGIPEPNITWYKDG-ELVPTA-PKTHRVILPSGSLFFLRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRED--FRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVK-----PYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLP-ENKVSID--ANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKP---AIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTP 408
            P   E+PT   V     +   C+  G P P I+W KDG  L P A PK    I   GS   + A Q+    D GLY C A +E G   SR   +     R        P+ T V +G+   + C   +G P+P+ +W K+G  L  S ++ R  I + G L I  V   D     C A N +G R +  A++ + +      P   SKP D  +     ++  C   G P P   W  +   +  E ++S+      L+I+D+R  D G Y C+A+N +G VEA+ +++V+A+P   AI  +P D         +  C A G+P P + W K+G    M    ++    +S DG+L +  V + D G Y C A +       +AY    ++RD P
Sbjct:    2 PTFLEEPTDTDVTPGGTIRFRCRTSGSPTPEISWQKDGVALDPVANPKIS--ISSGGSNLAIVAAQSS---DVGLYECIAQSEHGRITSRQARVRYYQRRSKPSITHRPVFTEVTKGEEIRLSC-GAEGFPRPTFEWFKDGGRL--SHAHDRFQILDDGTLHITNVQLDDSAHYRCSATNYLG-RASSAARVKVNLALAESIPQITSKPRDAESQESSIVEFTCIAEGHPYPDYSWWNNKRLINNEGRISVSNGGQHLRIQDLRTYDQGDYVCRAENRLGKVEATATLTVNARPIPIAIINQPHDMSAPKGTTVQLPCKAEGSPKPKISWMKDGRS--MINDRRH---RLSSDGSLVVYNVTESDVGMYECVAENERERRTARAYF---SIRDIP 379          

HSP 3 Score: 107.457 bits (267), Expect = 1.283e-23
Identity = 84/305 (27.54%), Postives = 135/305 (44.26%), Query Frame = 0
Query:  221 KPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPL-----PENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFS----ISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGT-LVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPS 515
            +P FL +P D     G  I   C  SG P P + W +D   L     P+  +S   + L I   +  D G+Y C A+++ G + +  +        +KP+I  +P    +      +  C A G P P+  W K+G + L  A  ++    + +DGTL I  V+ +D   Y CSA +  G  ++ A ++V        P I     +     ++I    C A G P P  SW+ N+    I++  RI V + G  L I +L + D G Y C A +  G+   +A+L+      P  I ++  D S
Sbjct:    1 EPTFLEEPTDTDVTPGGTIRFRCRTSGSPTPEISWQKDGVALDPVANPKISISSGGSNLAIVAAQSSDVGLYECIAQSEHGRITSRQARVRYYQRRSKPSITHRPVFTEVTKGEEIRLSCGAEGFPRPTFEWFKDGGR-LSHAHDRF---QILDDGTLHITNVQLDDSAHYRCSATNYLGRASSAARVKVNLALAESIPQITSKPRDAESQESSIVEFTCIAEGHPYPDYSWWNNKR--LINNEGRISVSNGGQHLRIQDLRTYDQGDYVCRAENRLGKVEATATLTVNARPIPIAIINQPHDMS 299          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000005066 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-0.000e+041.80symbol:robo "roundabout" species:7227 "Drosophila ... [more]
-1.085e-638.55symbol:robo3 "robo3" species:7227 "Drosophila mela... [more]
-0.000e+038.31symbol:ROBO2 "Roundabout homolog 2" species:9606 "... [more]
-0.000e+036.61symbol:robo2 "roundabout homolog 2" species:7955 "... [more]
-0.000e+038.61symbol:Robo2 "roundabout homolog 2 (Drosophila)" s... [more]
-0.000e+037.61symbol:Robo1 "roundabout homolog 1 (Drosophila)" s... [more]
-2.971e-17937.41symbol:ROBO1 "Uncharacterized protein" species:961... [more]
-6.309e-17933.84symbol:robo3 "roundabout homolog 3" species:7955 "... [more]
-1.754e-17837.66symbol:ROBO1 "Roundabout homolog 1" species:9606 "... [more]
-3.823e-17836.94symbol:robo1 "Roundabout-1" species:8355 "Xenopus ... [more]

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BLAST of EMLSAG00000005066 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592956174|gb|GAXK01002382.1|0.000e+055.63TSA: Calanus finmarchicus comp91457_c0_seq2 transc... [more]
gi|592956175|gb|GAXK01002381.1|0.000e+055.63TSA: Calanus finmarchicus comp91457_c0_seq1 transc... [more]
gi|592918532|gb|GAXK01039843.1|4.373e-14933.81TSA: Calanus finmarchicus comp273472_c0_seq8 trans... [more]
gi|592918533|gb|GAXK01039842.1|4.596e-14933.81TSA: Calanus finmarchicus comp273472_c0_seq7 trans... [more]
gi|592918534|gb|GAXK01039841.1|4.596e-14933.81TSA: Calanus finmarchicus comp273472_c0_seq6 trans... [more]
gi|592918535|gb|GAXK01039840.1|4.949e-14933.81TSA: Calanus finmarchicus comp273472_c0_seq5 trans... [more]
gi|592918536|gb|GAXK01039839.1|1.942e-14833.81TSA: Calanus finmarchicus comp273472_c0_seq4 trans... [more]
gi|592918537|gb|GAXK01039838.1|2.019e-14833.81TSA: Calanus finmarchicus comp273472_c0_seq3 trans... [more]
gi|592918538|gb|GAXK01039837.1|2.039e-14833.81TSA: Calanus finmarchicus comp273472_c0_seq2 trans... [more]
gi|592918539|gb|GAXK01039836.1|2.139e-14833.81TSA: Calanus finmarchicus comp273472_c0_seq1 trans... [more]

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BLAST of EMLSAG00000005066 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000050660.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s266:20529... [more]
EMLSAP000000040408.053e-9128.62pep:novel supercontig:LSalAtl2s:LSalAtl2s215:59046... [more]
EMLSAP000000040093.066e-7738.68pep:novel supercontig:LSalAtl2s:LSalAtl2s214:57389... [more]
EMLSAP000000038601.939e-4726.09pep:novel supercontig:LSalAtl2s:LSalAtl2s209:18455... [more]
EMLSAP000000056013.978e-4626.87pep:novel supercontig:LSalAtl2s:LSalAtl2s2:790586:... [more]
EMLSAP000000016661.785e-4524.11pep:novel supercontig:LSalAtl2s:LSalAtl2s128:48819... [more]
EMLSAP000000054541.214e-4424.91pep:novel supercontig:LSalAtl2s:LSalAtl2s293:18528... [more]
EMLSAP000000036548.055e-3824.77pep:novel supercontig:LSalAtl2s:LSalAtl2s199:34138... [more]
EMLSAP000000012662.961e-3424.34pep:novel supercontig:LSalAtl2s:LSalAtl2s1208:7071... [more]
EMLSAP000000084521.103e-3226.09pep:novel supercontig:LSalAtl2s:LSalAtl2s518:32867... [more]

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BLAST of EMLSAG00000005066 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|49036496|sp|Q9HCK4.2|ROBO2_HUMAN0.000e+038.31RecName: Full=Roundabout homolog 2; Flags: Precurs... [more]
gi|49036483|sp|Q7TPD3.2|ROBO2_MOUSE0.000e+038.61RecName: Full=Roundabout homolog 2; Flags: Precurs... [more]
gi|49036480|sp|O89026.1|ROBO1_MOUSE0.000e+037.61RecName: Full=Roundabout homolog 1; Flags: Precurs... [more]
gi|49036500|sp|Q9Y6N7.1|ROBO1_HUMAN4.759e-18037.66RecName: Full=Roundabout homolog 1; AltName: Full=... [more]
gi|449061888|sp|G5EBF1.1|SAX3_CAEEL2.301e-17935.51RecName: Full=Protein sax-3; AltName: Full=Sensory... [more]
gi|49036462|sp|O55005.1|ROBO1_RAT3.951e-17735.20RecName: Full=Roundabout homolog 1; Flags: Precurs... [more]
gi|49036492|sp|Q96MS0.2|ROBO3_HUMAN5.913e-15834.60RecName: Full=Roundabout homolog 3; AltName: Full=... [more]
gi|49036501|sp|Q9Z2I4.2|ROBO3_MOUSE7.963e-15235.18RecName: Full=Roundabout homolog 3; AltName: Full=... [more]
gi|82242600|sp|Q8AV58.1|SDK1_CHICK1.495e-5527.38RecName: Full=Protein sidekick-1; Flags: Precursor[more]
gi|939319698|sp|F1NY98.3|DSCAM_CHICK3.971e-5427.44RecName: Full=Down syndrome cell adhesion molecule... [more]

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BLAST of EMLSAG00000005066 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_396192.40.000e+040.46PREDICTED: roundabout homolog 2 [Apis mellifera][more]
AAM71113.30.000e+041.80roundabout 1, isoform C [Drosophila melanogaster][more]
AAF46887.10.000e+041.80roundabout 1, isoform A [Drosophila melanogaster][more]
EEB14086.12.868e-2344.47predicted protein [Pediculus humanus corporis][more]
gb|EEC04080.1|1.415e-3350.84conserved hypothetical protein, partial [Ixodes sc... [more]
gb|EEC01898.1|7.770e-3649.65conserved hypothetical protein, partial [Ixodes sc... [more]
gb|EEC17856.1|3.742e-3548.16conserved hypothetical protein, partial [Ixodes sc... [more]
gb|EEC13698.1|3.209e-3449.30conserved hypothetical protein, partial [Ixodes sc... [more]
EAA05436.40.000e+039.11AGAP010969-PA, partial [Anopheles gambiae str. PES... [more]
EAL39306.30.000e+039.79AGAP010242-PA, partial [Anopheles gambiae str. PES... [more]

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BLAST of EMLSAG00000005066 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1101360285|ref|XP_018906445.1|0.000e+048.00PREDICTED: roundabout homolog 1 [Bemisia tabaci] >... [more]
gi|985400514|ref|XP_015367932.1|0.000e+043.14PREDICTED: roundabout homolog 2-like [Diuraphis no... [more]
gi|926609617|ref|XP_013784282.1|0.000e+046.71PREDICTED: roundabout homolog 1-like [Limulus poly... [more]
gi|1048000357|ref|XP_017465606.1|0.000e+044.34PREDICTED: protein sax-3 isoform X1 [Rhagoletis ze... [more]
gi|1048000360|ref|XP_017465618.1|0.000e+044.24PREDICTED: protein sax-3 isoform X2 [Rhagoletis ze... [more]
gi|807044191|ref|XP_012162231.1|0.000e+044.82PREDICTED: protein sax-3 [Ceratitis capitata][more]
gi|907643863|ref|XP_013100961.1|0.000e+044.11PREDICTED: roundabout homolog 2 [Stomoxys calcitra... [more]
gi|1098622584|ref|XP_018804079.1|0.000e+044.18PREDICTED: protein sax-3 isoform X1 [Bactrocera la... [more]
gi|1098622588|ref|XP_018804081.1|0.000e+044.18PREDICTED: protein sax-3 isoform X3 [Bactrocera la... [more]
gi|929351759|ref|XP_014103554.1|0.000e+043.99PREDICTED: protein sax-3 [Bactrocera oleae][more]

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BLAST of EMLSAG00000005066 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold108_size357748-snap-gene-2.202.890e-3557.73protein:Tk09444 transcript:maker-scaffold108_size3... [more]
maker-scaffold49_size462716-snap-gene-3.301.380e-12131.92protein:Tk03619 transcript:maker-scaffold49_size46... [more]
maker-scaffold402_size181965-snap-gene-0.231.822e-9741.46protein:Tk03867 transcript:maker-scaffold402_size1... [more]
maker-scaffold61_size441589-snap-gene-0.146.497e-5124.70protein:Tk06306 transcript:maker-scaffold61_size44... [more]
maker-scaffold19_size710362-snap-gene-6.149.050e-5125.68protein:Tk00417 transcript:maker-scaffold19_size71... [more]
maker-scaffold156_size297567-snap-gene-1.381.582e-4434.41protein:Tk07678 transcript:maker-scaffold156_size2... [more]
maker-scaffold64_size435223-snap-gene-3.132.541e-4325.29protein:Tk02502 transcript:maker-scaffold64_size43... [more]
maker-scaffold313_size211302-snap-gene-1.273.227e-4324.84protein:Tk07295 transcript:maker-scaffold313_size2... [more]
maker-scaffold108_size357748-snap-gene-2.198.137e-3969.66protein:Tk09446 transcript:maker-scaffold108_size3... [more]
maker-scaffold691_size110934-snap-gene-0.313.960e-3831.87protein:Tk06103 transcript:maker-scaffold691_size1... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s266supercontigLSalAtl2s266:205294..402426 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s266-augustus-gene-3.8
Biotypeprotein_coding
EvidenceIEA
NoteRoundabout homolog 2
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000005066 (primary cross-reference)
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
EMLSAT00000005066EMLSAT00000005066-700913Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s266:205294..402426+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000005066-687832 ID=EMLSAG00000005066-687832|Name=EMLSAG00000005066|organism=Lepeophtheirus salmonis|type=gene|length=197133bp|location=Sequence derived from alignment at LSalAtl2s266:205294..402426+ (Lepeophtheirus salmonis)
TTGTGGTGTGCGGAGTGTGTGTGTGTCACGTGTGTCTCTAAACCTTCATT TGATTGGTCTTTCTATTATTTATAATTTTTGTGTTAGAAATGTGATTATT TCTATTATAATTGGATTGGAATTAATTATGAATTATACTCCTTATATTGA TATTACGATTCAATATCTTGGTTTGAATGAGAAAAGGACTCAAATTTGAA AGAAATCAAAACAAATCAAATTAATTTTTTCAAGATGATATTAAAAATGC ATTTAGTTGTCTGTCATTTTTTGACAATTTGCTCCTTCACCAGTGTCATA TCAGGTAAAGACCAATGAGTATTGTTACCTTCATAATCATTTAAAATTAT GAAAATCTTGTCGTTTCGATGAGTTTTGCATAATTTAAGTCAACATATCT TAGTAAGATGTGACCCCTAACAGCCTTACTTCCATATGAGTTCTTAATAT TATTTTTCTTTAGGACGGCGGGGCTTTTTCGTCAACTCGTTGAACATTTC GACAAAGTGTTTTTTTTTAATAATAAAAATTGCCAAATTTGACAAAAACA GTTTTGATTTTTTCTTACAAAGTCCAATTAATTTTTGAAACAACTTTACA AAAAATCATAATTGTGGCATCAACAAAAATAATTGACGTAACGTTGTCTT TTTACAAATATGACGACAAGCTGTAGTCACAAGCCTGACTTCAGAGTGAA TATACTTTTATATAGCTACCTTTCATTGAACAAAGTTTGTTCCATAGGTC GACTTACAATCTGATTCGGACAGATCCTTAGGATTTATAATGGGGTATCT AAATTATGGTGCCTATACAATTCATACATTATTAGAGAAATTGTCATTGA GAGAGATCTCAAGAAACTTATTGTGAAATGGTCCTTCGAAGTATTTATCC GAACAATTTATGTATATAAATTGTAGATTATATTTAATTAAGTTGAAGAA TAAAAACGAAGTAAGCTATACTCACTTTTGAGAATTATCAGTCAAGATTG TTTTGTGTGTCATATGTACTATGAGTACATAATTACATCAACACAGAAAT TCAAATGCCATTTTTATTTCATCATAAGAGTAAAACTCTTTTTTTTATAC TTGTGTGAACATTCATAAAATGAATGCTGAACACTTTAAGTCTACTATGA AGAGGAAAAAAGTATCGGTTGTGTTATGTGTAATACTAGTCTCCAATGCA CTTTGCAACTGGTTTTTACTTATACGTTACAAGATTAATACTTATATGTA ATGAATAATAAAAGTCATTTAAAAAAAATAATACTAATATTTCTATTTCG TTGTATCTTAGGAGCGTTTCATACTATTCTGTAAGTCATTCATGAAATGT ACAATATATAAAAAACCACAGGATTTGCAATATTACAATATCCAGATATT CGTATCATTGCAGTTTATAAGCTTACAAGCTGTTTCACATAAAATATTTT GCTGGGTAATTTATTTAACTAGTGATAGTTTTATATGTATATAACGCTGA TAATTTATTAGGTGTTTTCTTCTTCAAATTTAATGTATGTGGCACAAATG TGAGAAACAAACATTGAAATAAGTTATAATTGAGTAACATGACATTATTC TTGAGTGAATTGTCTTTTATTTTTATTAAATACATTTTTAGATCCACCTA TTCTAGGCTGGAATGATTAAAGTTATATATAATAAAAATATCCTGATAAT TAAGAATTAAAAAGATGATTCCTTAATAAGCAATGAATCAAATTAGTAAA ATAAAGATTTTTCAAAATGTATACAAATGAAATACTTTGTGCCTTTATAA AAAATCGATTTCAAATAATTGAAAATTTCCCTTCAATATTTCACCTGGTT TGTATGATGGTCGATAAAAAGACAAAAATACCGGGTGTACATTTAATCCA ACGCCCTTTAGATTAATTAAACAATTTTTTACTTATATCCTTAACAGTTA TTACATACTAAAGGTGTTGAGACATTATTCCAATTTTTTTTGCAAACGTA GATAAATCACGGAAGATCAATTGTTATTTTTTAAACTTTTGAATCGTGAT AAGTCTTACGTACACAAATTTTAAAAAAAAGTATGTCATATCTTTATTTM CAGCCGGTAAACGAGTAAAGGTCCATATTTCTCCCCTTAAATATTTTTCC TTTATACATATTTGTTTGCAACGGCCACATTTCTATGATGTTTTTTACCT CTTGCCTTAATCCTTAAAGTGAAAATTCACATATTTGTACTTATGTGTAC ATTATTTATGTATGTTTTGATATAAAATATTTGTAAGAATGAATGAATTC ACAAAGAGATTATAAGCTATGCTGATCAAATATTTCAACATAAACTTATT ATGTAGCTACTAGTGTTGATATTCATTACAAGACTGATTTTTTCCCAGAT TMGGTCTGAAATTAAGTGAAATCGTAGACTAAAATATAATCGTTTTCAAA TCGTGGACCAATTTATTCGTTCTCAATCTATGGACCCATTTTCCACCCTA TCTGTCTAATTTATTTGTTGTACAAATATGTTTTATACAACAAGTTTAAC TTCATATGACGTTGTTATAGGTTGATGTTCACAATTTTGAAAAACACTTG TCGTCATCAACAATTCATTTAAAGAATATGTCGAAAACAAATTTTAAATA ACACCGATCTAGACTAATTTTTCTTTGAGACTGATGTAAAACGGACTTCT TCAAAGGACAGAATTGGTTTGGTCAAATATGAATATAATGCTCTCAGMCC GGCCTCAGTTTTTCAGACCCAGGCCCAACACTAGTCGATACGTGGTTTCT ACCAACATAATATATCTTCAATATCAAATATTATTTTTTTTCAAATTTGT CATGTATACCCAATATCATTAGTTATGCCGTTATTTATTTAAACGATACC ATCAAACATCTTCTTCACATGAATACATATTTTCTGTTTTTGCAAAACAG AACAAACCTTTTTGACTATACATGATATGAGAGAATGATAAATGACATAG CTGTAATTAGTATCTACTTCTCGAAAAAGAAAATAAATGGTACTAAATGA GATATCGATTTTGTGTTAGATATTAATGTTAGTATATAGAAAAAAGGTTA TTATAAATATTTAATTACTCTATATTGTTGTATGCTTATTAGATAATACA TTTTCGAATCATGGATCCCTGATATAGCTCAATCAAAGGCAACAATTTTT TATTACTCCGTTAATAGTAGTAATATTACTCAGAGGATATCTCTGTCAAA TTATTGTACGGTGTTGATATATTATTTTATTTAAGGTTGTATCCGTCTTT GAAAAAAGTCTCTAATTTTGAAGTTCCCACTTTCAGGCATCATGTTTACT TATATAATTGTAAAGTTATTTAGTTCACTAAATATTTTTTGCAGTCAAAC TCAATGTATATTTAATTATTATACATACTAAATCCACAAGAATCGTTTCA CATTATTCTTAATATAAGTATTTATTATACTTATAAGCATTGGATATTTA TCATGTTATTATCTTCATTCTATTTCCCAACCTATCATTCATTATAAAAT ATAAAAAATGGCCAAAATCAGTTGGTAGTAGACAGTCAATATTTCTTCCG ATCTATGGATTAATTACGTAATAATTTTGGGAATTGTTCTGAGTTTAACA AAAGTTAGTACAAATTCAACCAACCAACGTTTAGAATATCTATGATGACA TAAGCCAATATTTGTTCTATAGAACGGCGTTTCGTAATGAATAGGACCCG TCTTTAAGATTTAGGACGGGACGTTCAAATTTTCGATAGTTCCCTTAATT ACTGTATGTAATAAGAATCGTGCACTTAATTTTATTTTTGTGCCTAATCA ACGTTGTTAACTACAAACTTATACGAAGATAAATTTATACATTATATCTT CTACTAAATTGGTCAGTGATGCCTCTTATAATAATGATTTCAGTAGCAAT TCCTATGTTCAATTCCGTTGCAAGATTATATTCGAAAGATAAATATATTT ATATATATATATTTCTTTGTGAGCATACTTAATTATATTGGTCTTTATGA TTTATAGGGGTCTGTACGTGCTGATCTCAGGAGTACAAAAATTATCTTTA ATGTCCAATTACGAACATCAACAAATGTAAAGTATTTACATTCACATTTT CAAAGACAGGTTAACTGTTGTTGTATGTACATTAGACTGTTTCCAGGCTC CATTTTTGAAAGTGGATTTGCTAAAATATGTTGAGCAAACAACCCTTATT AATTGCCTGGACGTGTTCATTTTTTACATCCTGTACTAGGGATACTTTTT TTTAAATATATATTTGAAATGTTTGCTTTTTTATCAGTTAAGTAGATTTT CAAGATGTTAAAAGAGGATATGACCGTGCTAACATCATTTAATATATTAA CTAAAAGTCCGGTTTAAAATAATAGAAGGGTAATATTATTTTTATGAAAT TAAAATTATCTTAGATAGTTTAAAACAATCAAATAAATATTTACCCCCCC CCCCCCACTATAACTACCACTATATGTCCTTTTCTTGGAAATTAAAGTAT GACCACCTTAGCTAAAGAATAAATGTAAATTCTCAAAAATTGGGTTACCT ATGTCTCACCTTTTTTTCAGTCCCTGATCCTTTTTTGGGAGTAATCTGTT TTTCATTCTGCACACAAAACTTTCTGTTAAGGAACAATCAAAAAACTGAT TTTGGCAACGTCTGATGCATTTCAAACCTTTTTTGGGTCAAAATTGATTG TTTTTATGCCGCTTATACCCTTCCAAATATGTTACTATGAGTCAAGAATT GGCTTTATATATTTTTTAGTATTTGGTTTATGATTCAAAAATTGTGTTTT TTACAATTTTTAGTATTTGGTTTATGAGCAAAAAATATTACATACCTTGT TTCTATTGTTTTAGAGATCTAAGATGTAGTCCATGTTTTTCCCTTTTTTT GGTTTTTGTTTGAACAAAAAAAGTCAAAACTTTACCTTAAAAATTAATAG AGTGTTGTTGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGGGGGAATMAACCCNWAAAC GGGACAGTTTTWTTYTAATAGACAAAAGTCATTTTTGTTCGGTTATTTAT AAATTGATTTTGTAAGTAGTCGTCTGTGCTTTGATCACATAAATTCACTA TGAATAGAAAACTTGAATTGTTTGATTAAAAGTCATAAATTATGCAGCGT GCTATAAAAATATTTATAAACAAGATTTATTTGGGTACTACTAAAAAAGA AATTTAAGAAGAAATGATACTATATTTATACTTTTTTATGTTGGTATATA AAATAAATAGTTATTTTTTACCTACAACACATTCCACATTTTATCTAGAT GTTTTTCTTTAAAACGTTTCTTTATTTATGATTATCTTTCGGGAGTAAAG GCAATAGCAAAACCTAGAATTTATATACATTTATCAAATATATATCATAA TATTTTTCACGAATTTTAATTTAATTAATTTGATATAAACACATATATCG TCCTACTATTCTTAATTTTTCCTCTTGCCTAGGTTTTATAATATAATCCA AGTTATCCTTGTTATATTAATTTATTATCCTATAATTAATGTATAGGTAT CATTCTTTTCTACCCATAAGATTAATGTTTTCTTGAATTCAAAAAAATAA TTAATTTTTTCTTGCATTCTTTCATTTTATATGTCTAATTTTTTGGTAAA AAAAATAGTTAATAATATGTCACTAATTGTAACAGATATCAAATAAATTC CACATTTTTCTTTGTATTGACTTTAATAAGATATGTCTTTTAGTATTAAA AAAATGTCGTTATTACGTTTGAGGTTAGCCGCTAAATAATGATTATTTAT TTTTCAAATTAGTTGGTTGTACTTTTATTTTCTTGGTGACATTGATATTA GTTAATGAAGTTATTATTAAATAAATGAGGATTTATTATAAGTTAAAATC AGTAATTAATAAATATTTTCGGAAATCTCCTTGGAGAACAAATTCAACGT AATTTACATTAAAAAAATGTGTAAAAGAGATAGTTGTAAGATGGGAAAAT TGCAATATACCATTTTCCTCAAAAATGAGAAAAATCTAAAGCTGTGAACA TTAAAATTGTATTATAAATTTAAATTATTGTAGAAAAAAATCAATTATTT TTATAGATTTTTTTTAAAGAATTAAAACTGATTTTATGAATAAAACTAAT TTTTTGAAGGGGCAATATTTTAGTAGTAATGTAGGTTTTAATTCTTTTTC TTACAACTGATAACTGAGTTTTTACTATCAGTTGATTTAATTTTATCAAA ATTCACTTATTTAATATATTATAACTCTCAATACAATGATGTCATTTGGA AAATTGTTACAAATGTTCCGATATTGTTTGTTGTTCTATATTTCTTAATA TATTTACAATTAATTATAATACTGAGTGCATATAACATCTAACCAGGGCA GTAATATAGTAATAATACTGATCCGTGATCTATAAATAATATTATATCTT AATGTACTAAAATTCATGGAAAGTTCATAATTAAAAGGTTGTTTTCAACA AATATTTTATTATTAGTTTTCCTAAATTCTAACTTCAATACGACATTTTT TAACAATTGCAAATGTTATTTTCTATGAGAACAGTTCTAACATTTTACAG ACTTCATTTAAATAAAAATTTGTAAAAAAACTATTTAAGTTTATATTCGC AGACGTATGTAGGTATGCTGTGTTAAGTTTTAGTATCTCTAAAAAGCAAA AAGATTGCAACTTTACATGAGCTTCCTTACTCTTAGCATTGCTTGACTCA GATCAATGAGTAATAATAGACTTACATGTGTATGCATGTAACTGATCTTC ATAGCTATACTCATATATGAACTATGATAATAGTTTAATAATATGTATTC CTCTTTCACCAAAAAGAGTATCATCATTATAAAAGAGGTGATAAACTTAC TTGTAAGTGAAATGTAGTTTTCAAATTACTCAACTTGCCACTGATTAATG AACTCGTTGCTTTCATCAATGACACTTGAATTGAAATAGAAATGACTCAT CATTTTTTTTTTATCGTATTTTCCTTAAATTTAAATACTAGAAGTTACTA ACATGAAGTGAATCAATATAAAAATATGGGGATTTATATCTTACCAAATT ACTTACCGTTATTTTTTCAATTAAATGAATATTAACATATCTTCATTTCA TGTACCGGGTGCGTAAAAAAGTGACACATTAAAAAGTATCAATTTAAAAT CAAGTAAAAGGCAAGAAAACTAGACATTAAACTCTAATCCGTGATGGTAT TTCCATCTGTGATCTCACAGATCCTTGGTATTTTCATAATGGCTATTCTT GGACTCCTCCAGATCTTGTTCTTGATGGCCATGGGGGATTGATCCTTTGT TCGTTTGGATCGATGTCGWCCACTTTCAAGCTTCAATTAGACTATTATAT TTGTCAACAATCCCAAAATCTGTCTTTTTTAACATCTTAAGAGCCTTTAT TATGTCTTTTTGAGCCTTACCTGTGGACTACATATTAATAATGACTTGGT ATCGGACGTCCATATTGTTTATTTTCCATTATTTTTAAAATATTTTTTCC TATGCAGCCTTGATCAATAAAACCTAAATTTTGCTTTATATAAGTTATTT TATACAAGAACACTTATTTATGTGATACGGTCAAAAATATGGATCACTTT TTTATTTATTTTCTGTATGTATATTTATTTAAAAGCGCTTAACGACTTTT ATAATTGTATTAATTAATTAATTCTCGTTTGGCCTGTTAATCAATTAAAT TACTTCAAAATTAATAGTGGCAGTTTTTTGGCATATTACATTTATAAATG AAACACATGGATTAATCTGATAACTATTTTTGAAGCGTGCAAATAATAGA GTATCTATTAAAATAGCAAATAATTATGTATTGAGCTATTTGGCACTTCT ATCATGTGGACATCCATGAAGAGTTATAAATAAATTGTCATAGAAATTAC GACCAGTAATCAACGGTTATTTGAACCATATAAATAAAGGATTGACAACC TTTTGGAGACTAGGGACCAAACAGCTATGTAGTTGCATCAAAGAGGGCTA AATAGCTGTCACTGTAGAGTCATGGCGGGGGGAATCATGTTATTKAATAT ATAATTTATTTTCTAGGTCTGTAGAAAAGATTCAAAATCTGATTAAACAT TTGTGTGCACTCAAAAAAGACCGAGCGTAGCTCTGAGGATTTGACATTAT AATTGTAAGTCCCCCTTGCACACAGAGTAGAATTCGGATCGACATTCACA CACGATTTTCATCACTAATTATGTAGCACCTGACTATTTTTTTACTTGTA CCTATTTTCTTATTCTTAATTAATATTGACTTTTTACCTTATAAAATATT TCGGCAATACCGAATTTCAGGGTTAATCGAGTTGAGTGTTTAAAAGTGCT ATGGTATTTTAATGATTAATTATTTTAGTAATATTTATTTAAAGAATATA TTTACACCTTCGGTTTATTATAATACTATATATTTTTAATGTAAATGTAC ATACAACTGTTAGGAGCTCGGTCTGAAAATAACAGACCATTCTCCAACTG TAATGATTTTTAGTGAACCGAATTAATTCGGTCCTTTAGAAGAATTTCTG TCTAGATTTTTCTTATTTAAAATTGGGTCAAAAAAGAAATTGTAAATGAT GTCATGTGTGTTTCAAAATTTTGACATCAGTAAAATACCAACATATGAAG TTCCATGTGTTACATAAATAATATGTGTAAAGCTTAAATAAATCAGTCGG ATAGGCAAGAAAATCGGAAAATAGATTTAGACCTGCAAAACTCGGTCTAT TTATTGAGACTAAACTCTTTCGGTCCTATAAAGAAGTTATGTCTATATCG ATCCCACAAAACCAAAAACAGTTTAAATTGGTTTCATTTAAAATTTAGTC TAGACAGATTCTATAAATGAATTATTGATGACGTCATATATGCTTTAAAA TTGTGAACATCGACCAACATTAACGTCATTTGAAATTAAATGTGTATGAT AAATAATTTGGGGGTGCAGTCTAAGATCGCAGTTTGTACTATAATATCGG TTCAAATCGGTCTACAAGAATTAACTTAAGACATGAAGGAACAAAATTCG GTCATGGACATACTCTCAACACTAATACAAACAAATGATCTACTAATATC TTAATGATATAATATAAGAAACTAAACTTATTTTTATATTAATATCCTTG TGAGTTTTTTTTATCTGTAGGCAAACAATACTCAATTATTATTCTCTTAT TATGTTTTGTTCATTGAGTAGCTTGAAAATCGGATTAGAGTGTATATGTA TTTATTATGGTAATTGACTTTTATTAACAAATAGANNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNTTATTCTATAGACTAAGTCAATTGA GGTTATATGTATTTAAAGAAAATAAAAAAAAACATATTTACATACATAGA TAAAAGTTATTATCATTCAAAACAACAATAGAKTTTAAATATAAGTCGTC ACTTATTCTTTTGTTAAAATGTATGTATTTATGATTAAGGATAATACAGT TCTATTTCCATAGTATATCATATTTTGTTCTGAAATGATATAATTGCTTA CTGAGTATCTAGTTGTTTTTTGAAAATCCACATATCGTATAGGACTAGGT CAGAAATGAGAAATATTTTGATGTAATTAAGCTATAAAAAAGTTAATGGG ATGAGGAAAAAACTTAATTAATTCAGTCAAATGGTTACTCGCAGTTACAA AACAATTAACATTATTACAATTTAGGACTAATTAAGTACATTTGTCATAA CTTCCAGTTACAATTTTAAAATTTGTGTTGAAGAATTTTTGGGATTACTT GTTTAATAAAAAAAACATATATACTTTTGAACTTTTTTATAGAAGAGACG AAATGATCATATTTTTGAAATACTTTTATTCCGTGGAATATTTTTAATTT CTGGAGGACCACTGCTTCATTTGATATCCTATTTTTTCCCATTGACATAT CCATGGAAGGGAGTCAACCCCCTCCTATCATAAGTGGCCCTTGGCTTGAA TATACTTTAAGAGAATGTTCAAAAAATATATTGTTTAACTTTAGAGACAG TTGGAACTTTAATTTTTTGGTGGATTATGTAACTCATAATCGTACCAATT CCCAATGTACTTCTGGGTTTCAGAAAATAAGATGTGGCCCGTCAACACAG AAGGAAGCTTGGACAATTTCTCTCAAAATGGAGTGTGGATGACATTTTTT TAATAATAATCCTCAATTTTATTTGCAAATTATTTTTATTCTCCCTTTAA AAGACCCGCTAATTGCACTTCAAATAGCCAAAATTGATCGTCATAAAAAA AGAGTGACAAATTAACAGACTTTATTTGAAAGATCGTATCGGGATCAATA AAAGTCTTTTAAATCAAATGAAGGTTTTAAAGTGTAGCTACAGTTTATGG CTATCTAAACTTATCCTAGAAATTTGAATAATAAGCCTTTATCTGATTAA TTTATGTCTGTGCAATATTGGATTGTATATTAATATACTCGTATGAAGTA AAAAAATAAAAATAATAATAAAGATATTTTCTCTTTCTCGTGATTTTTGT TCAAGATTATTTTCATGTTGACACACTACATATGTAATATGTACTTTTCA TCACGTCATGAAGATGTGCCTAATCACAAAATAAGTATTTCTGTTTGGTT TTGTTTATGTTATTTTTGATTCGTGTTTCTTGCAGTAAACTACATACATA TATTAATAACATAACATACATACAAATATATTATGTACCTTGTATATTTT GCTGTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNTATGTATATGTTTGTATGTACTTTGTTAT TGTTTTGTTTACTTTTATTATTATTTTTATACTTTTGAACATGATAAATA CGTAGGTATATTTATATAATATGTATGTTTGTTTGTAGGGAAGAAGGGGC CATAATTCAGGAAGTTTGCTTGCCCTTTTTCTATTTTTATTGCCCCTGCT TTTTCCCTTATAATCTTTTAAATTACATATTTATGGGAAATGTATCTATA GGAGAGATTCTAGGAAGATTGCTTAGCTCAGAAAAATGGTTCTCAATCTT TTTATAGTGAGTAATAAGGTTGTGTGAGTCCTTATCGTCTAATTGGCCTT TGTAATACAGTCTTAGGACAGGTCCTTCGGACTGAAGGTACTTGAAATGA TTAAAAAAGGAGAAATATAGTTGAATTTCGTCATCACGGACCGAACTTTA TCAGTTGTAGGACTCATATGCAGGAATAACCTTCAACTTCCCAAGAGTTA ACAGGACGGGACTACAGTTTTCAGTCCTTATCAAGGATCTACACAATACT AGTGAGTCCCATAATAGGAAATAGTAATATCTTAAAGTTATAACAAAACA GAATATGCAAATATTGATTTTAACCATTTTGAGGCTAGTGTCTTATACCA TATACTTGATATGTTAGAGAAAAGCTTGAAGATGATATGGTAACACTGTC AACCTGAAGACATATTTAGAGGAGAGCAGCTTAGCTGTCATGACGATTCA TTTGACAAGCTGCAAGAGGCTACAATACGAAGAAAATAGGCACTAATCCC ACTCCTGATATAGCAAGAACATTCGCTGTTAGTACTCTGATGTCGATCTT CAATTCTTCTCCAAGTCCAGCTTGGACTTACAACTCCACAACAAACCCTC ATTGTCACTCTCCATCTTTCATGAGCCCGTGCACTACTCATTGCTTTATA CTTAAATGTTCTCTCTTAAAAAATTATATAATAATGTTAGCAGCTTCAGA AAATGAACAATTCTGTCCATGTTGCAACTACAGAAAGTAGTGTAGGTGTT TAAGTTCATATTTGATGCAACTCTGAAAATTGAACTGCCTTGCATTAAAA TCAAACACTTTGTTTTTATTTATTTTGATAAAATAGTCACGGACTTACCT CCCTCTACTACGAAAGGGTAATCCGTTTACCAAAGATAGTTGGAGAARCA CTGTTATTGAGTTTTTAAACCATTTTGTGTAGGAAAGCGCCCCCTAAAGT AAATATCATTGTTATTTGTATATGCYTATATTTTATTTGAAAGGAATTAG NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNTAACATATAATTACTGTTTATACGCCAATAGGGA GTCAAAATACCAATGGTTAAATTTCTGAAGAAACTTTCTTTATATTTCTG TTTTTACTTTGATTTTTATTCGACATGAACACATTAGATGTCATTTGAGA GAAGTAATTTATATTCTACAGAGACGAAATTATGAAGCTCTGAGCAAAAT ATATTTCCTTAGCTATTTTTTCTTAGTAGAACAATAAAAGAAAATCTCTG CATATTTATTACGTAATATCCACTGCCTTAGAGATATAAGAGGTTCTTTA TTTAATTCATCAGTTTATGAACGAATCAAGTCATCATACATCTTGTAAAA TGATTATTTTGAGCCTTGATACAAGGAGAGAATATGTTTTGATGAAAAAT AAAAACAGGTTAAGGGAGGAGAAAAAAAGTTAGTGTTGTGTCAACTTGAA CAATTATCAACTCGGTTTGACAAATCATATGGTGATTCCTTCTTAAAATT TGAGTACGAGTTAACTTCTTATAATCGCTAAACCTAATCAAATGTTTTGA GCTTTGTGACGCTTTTTTAAAGTATTTTTTTTATATGTAATGAGGTTCTT CTAATCCAGTGTTTCCTAACCTTTTCATTACTGTGGAGCTCTATATCATT TATGAACATCCTGCCTACTACTATAATTAATTACTATTTATTATTTTAGT AATATATATCTCACCGACCCCTTGTTGGTAACCACTGTTCTCTGATGTTA CAGTATTTACCGCGGGTTTGTGACGAATTAAATGATATCGCAGTTACAAA AAAATACTTCGATATATTTACTCTAAGCACACATTGGAAGTATTTTAATC AATATATATTAGTAAATGGGTAGCAGGCAACTGCATAACCAATCAATTTT TTCTCCTATTTCGTTTTTTTCTAATTTATAGACTACAGCTTACCTTTACA AACGCGATTTAAGTCCACACAACACTAATACAGAGTATGTAGAAGCCATG CTCGCTCAAAATTTCGCGTGTCTTATATTTTGCATTACTTTTTGTTAGTT GAAAAGTGCATTGTTTATTATGAATTGCCTGAATTTATATTTATTGTAAG AGATTTTAATTTTTCTTTTATAGTTAGAAATAAGTACCTTAGTATTAAAT GTATCAACTAGATATTATCGTAGGTACCTATGTACTAATCTTGAGGTTTC GGCCTCAAACTGTAATAATTTGGTCCCACTTTGCTCTGCAACATAGCTAT GAATCAAGTGGGGTAAACAAAGATCACGTGATTCACATTTGTAATGTTCT TTATGATACTTTTTGTCCAATAGAAATGTTAAATATTAGTTCATAACGAA CAACACAGCCTCCATGAATTGACACTTTTACTGGAATAACAAGGCAAAAT TCAGAGAAGGGAAGAAAAAGTCGTACTGAAAAATGACCTAAAATAAATAA TAACAGGCACCTTTCGTCACTTTGTTTTAAAGCTTTGGTTTGGACCGGTA CTACAGAAAATCAGTTTTTTTTATTTATATAAAATAAAATAAAAATACCA TTGACTTCTCTTTATACGATCCTTAAAAAAAATCGAGTTAGACCGAACTG GAAAACAAATTCGATCTCAAACCGAGTCTCAACACTACTAAGTATATAAT TTTTGGCTTTTCTCATTCATCGAAAAATATATACATACATTATGCCCGTA TATATATTGATTTTTTTCGTGAAAAGTCACCCATGCGAGTCCGAGTTATT TATAAATATTTCAGTTATTCCACTCATGGATGATGTTTTTTTTTTGTTTG CCAAAGAAGGGAATTTTTAATCAAGGAAATATAATAATATATTTATGATA GATATATATATAACAGATAATATTGTATTTTGTTGTTATTTGCTTTGGGA ATTACTGTTGTAGGTATGTGTTGTACGTACCTAGAGAGAAATATATATTT ATAAAAGAATGGAAAATAGACTCTAATGCCTTTTGCAACAAAGAAATTAA ATTGTACCCCTGGCACTGTTGAAACTCCGTTTCTACAAAAAAGTAGAAAA AAGTAAGGGATTTACTTCCTATTATTATTGTTTTGTTTTGTTTGTTGCAT TTTAATCAACCAATAGTTGTTTTAAATAAGAGTTCAGATACCATATGTGG GTCATCAATACAAAAGCAAGCTAGAATGATTGTTCTCATAGTGGAATATA AATTACATATGTACTCCTCAACAAATCCACTTTTATCAAAAAATTATTAT TATTACGCCTATTGAATCACTGCAAATTGCAAATAAATTAACCAAAATTG ATTGTCTGAATAAAATAATGATAAATCTGTCAATTTTATTTGAAAGGCAT TATCGGGACCAATATTAATCAAAAAAAAGATTCTGAACTATAGCTAAAAC TCTTGAGTATCATAAATCATCCCACAAATTTGAATATAAAGTCTAAATTG ACACAAATATGTCAATGATATGTACCTATGTATGAAGTACAAAAATAAAT TGAGATTTTCTCTTTTTCATGATTTATGTACAAGATTGTTTTTATGTTGA TGCACCACATATGTAAATACAGTATTTTAGATCTATAGAACATTTTCATG GGACGTGAGCATTGCTGATGTAGGCCATTTTGGGGGCCTAAACAAACCAC ATTTTATAAAAAAAATATACTGCTCTATATTTGATTTTAAAAAAAGAGGA TTAAAACCTTTAATGTCTTTAAAAAATAGACACCTCCAACGCCTAGCTAT ATTCGATTATTATATATTAGACCTTAATACGAATCAAAAATATGTTTTTT AACATCGTATAGTCTTGTTTACATAGTGTAGATAATAAATTAACGATTAT ATTTACAAAAAATATTTATTTTTCTCCAATTATCCATTTTTTTCCGTCCC TAATTGATCCAAAAGAAAATTAGTTACACAAATCTAGTCATTTGATGGTA TTTTTAGTGCCTAATCATGTAATATAATTTAAATATGACTATTTTTCTTT AACATCAAGATGAACTCAATACCGATATTTATTTATTTTTTTTCCTTTTT AAAGCTAGTTGATGAAGGCTATTAGAGATTAAATAGACAAGTGTTTATTT TATTTAGAAATTCATATTCGCGTTATATTTCCAATATAGTTTTGCTTTGG CTTATGATGCAGTTACTAGAGTTGATGCAAAAAATTAAAATAACCAATCA TGCCTTTGTTACTTAGTCGAATTATTAACAAATAAAATAAATAATATAAT TAAGTTTTTTAATTGGTCATTTATTTTATTTTATATATGTTCAAAAAGAG GTAACATAGGTGCTTCCAGGCAGGAGGGGTTTGAACCACCCCCTTCCGAA GTTTCAATCAAAAAATTGGTAAAAAATGGTAAATTGTTAAAAGTGTGATA CTTAAACCCGTTTTCCCTATTCATGTTTTTAGAGTAATAATTTTTTTATA CACAACCTCCTCTGCATTTGACGGTTTTAGCAAATATACAAAGACACGTA AATGTTATTTAAACAAACGATATAAGTATACCGTCAGTACTTAAGCAACC CGAAATGTTAATCCTCAAATTTAGTCTTGATACATTTTTATTATTTTACT AATTATTGTTCATTTTTACTTACAAATTATTATAATTAATCCTTCACAGG TCCCATAATTTGCACTTAAAGAAGTAACAGTGAAAAATGAGGCATCATTA GTCCTTTGAAGGTCATAAAAGAAATTTAAATATAAAACGTATAATTGACA TCAATAAATCCTTGAAATATTTGGTCATAATTCGTCCTTATCGTAATTTT TGTTCAAGATTATTTTTATGTTGACGCACCACATAAATCAAGAATTGTTA TATTTTTAAGCCATTTTAATTCACCGATTGAACAATTTCTTTCCGAAGAT CTTATAGTTATTTATTATTAATAAAGAAATAATCGATATGTATAGAGAAA CAAACGACACTTTATATAACTACAAATACGTCTTAGAGTTTCCTTACTCC TTAAATGTATTTTATATAGGACATCTATGAAAATTCATGGATGTTACATG CTTAGGTGCAATATCATATATGGGTAAATGTCCTTGTATGMTTGTATGGG AATAAAACATGTTTACTAAGCGTATATTTTAAGTGAACATGTGTATTTAT TTTTTATTTTTTTGAATGACGCTGTTCGTTTTTTGCTTTGTTTTTAAAAT AGAAAAGGTTGTTGAAAGTTCTCATAATATTATTCACAATGACTTGGCTA GAAAAAAAAATGTCTTTTTATATAATTAAGTTGGAATATCCTGTAAGGAG TTTCGAAATATGAACACTGTTTTTCATACTAATATTTTTTGCAGAACTTT GAGATAATTAGTTTAATTTGACTCATCTGTGCTTACTATTTTACATATTA TATAGACATAATATTGTATGTATATATGTGAGATAACTTCATTAAAAACT GTATATATAATATTTACTTAATTAAAATGTTCCATACAATCCCCCCCCCC CCCCCTCTCGTGAAGCAAAAATAAAAAAAGTAAAATTGTTATGATTATAT TTAATAAATAATAACGTTTTTAGGTACTCTAAAGTGTACACAGTATTATG AAATGTGGTTTTATGCATATCTAGATTTCTATTACAAATTCAAAATATGT ACATTGTACATATATATTGTATGTATCTAGCAAATCTTTTACATTTAAGG AAATCCGCTTTTTAAATGTCTAATCTGTAGGGCTGTAAATCGTAAACATT TAGATTATGAAAAAAAAAACACAAATTAGTATGTTAACCCTAGCAGTTGT AATAATATTTGAGAAAAAGGGCAGCAGGAATATTAAGGAAAGAGTAGAAG CCAGGATATAGACAGGAATTACCCGGGAAACACTTAGATGTTCTCTCTTC AATCATTAAAAAAACAGCATAATTCCTATAACAAAAAACAAAACTAGCAC ATTAAAAAATGCATCTTATTTACAACTCTACTCATTTCATTTCTCTTGAT CCATTACTTTAATGCAAAAATTGGAAAACTACGGGCCTCATGTGCTCTGG TAAACAGTTTTGGAGCACGCCAACTCCATTAATAGTACCAAGTTTTTCGT AGGTGTTTCATTTTTGAGTGTGCACGTATTATCTTAGAAATGCATGACTA CTTTTTGTCAGAAGTATCCAGATTGCAAGGAGTGTGTGTAGCTAAGCTCA GAACGTCATATTTAAAAATAAAATAAAAGGGGAGTACATATTTACATTAT TTTAGCAAAGTGTGTCTGTTCATTGACGCCTAATAACTCCAATAAATGCT GTAGCTTATTTGTAGAGTTTATAAATGTGATTAAGAAGAACTTTCTACGT TTCAATGATTGAATTATTGATATAAATCAATCAAATGTATAGTGATATTT ACTTTTTAGTGACTTTTCTTTCTCCAAAAAGAGGAAAAAAAGGTTTCTGC TCAGTTAGTAGTTAGAAGATTCTCTCCAACATGAAAAGTAGAAAAGTATT TACAACTGAAATAAAGCAGATTCGAATGTATCCAATCAACGTTCCAGAAC AATTATTTGTTTTATGAAGAGTTTAAAGTTGATTATGACAAAAAACAACA ACATGGGAGCTGTTGATATATGAGATTATTCTTATGAAAAATCAATTGTT TCTTTTCTTTTATTTATTATTCTGCTTATAAAAAGATATAACCAGGGTAT TTATTTAAAGAACAAAAAAAAAAAAACAAACAAACAGAGAAAGTTAGATT TTTTTCTATAAAAAAGAATGGATTCATGGTGTCTCNAAAGTTRATTTTTT TCATAAAAAAAGATGGATTCATGGTGTCTCAATTTTTCTTAATGTATGAG TTGTAGATTCGAAAATGCACAAAAACATCCAAAATCCGAAAAAATGAAAT AGTAATAAAAAAAAAGTAAGAACGTATATTTAATACATGTTAAGGAATTA GGTAGAGAATGAGCGAATTCGTCTTAGGATGTATCTTTATTATGGTTAAA AGATGAACATATTTCTAACTATTAAGTTGTCTATCAACAAGTTTTACCAG CATTACTAAAATATATAATACGGGTACGTACCAGTATATACGTATATATT CTTTTGGCTTCTGTACAAACGGTAATACAAAAAATATCTTCAAGTCAAAT TAAAAGAAAGAAACATTCCCGATTCATCTTTGTACATTATTATAAGTTTG TAAATCCCTTCATTTCTTAGACAGTTTTGGTTCAACTATAGATTTTTTAT TTAAATTGCTGAGATAAATGAGATACAGAAGAATGTTTATTTTACTTTAG AGTCTTCATTTTATGTATGAGACTTAATTTGACCATCAGATGCCTTTTGA ATTATATTATATCCATTTATATATATTTAAATTACTATTTTATTATACCT TCAAAGGATTAATTATTATAGTTTGTTGATATAAAAGGGCTATAATTTTT GAAAGGATACAAATGTAATTTGAGAAAATATTGATGGTTTTTTTTGTTGA CAAATGAACTTTTCTTAATGCAGCCCTTTAAAAATTACAATTTTCTTAAT GTGACCCTTTCACTAAAAGTTTGCCTTACCCTACTTCCATTTTGTTGAAT AAATTATAACAGATTCAGCACCATTACATATATTAGTCTGCAACAATTAC CTCTTTACTTATTTCTAAAGGTATTAAGCTTAGAAAAATCAAGGCTTTAT TTCATGCAAATGGAGTGAATCCAGAGTGTTGTCGTTTTTTCTTTGTAACT TCATAAATATGTAACTTGGATGTTGTTAATTTTCTTTTTTCTCTTTTTTT CTTTTTATTTTATCAGCATCAACCCCTCTTTTACCCCCTCTTTTTTTGTT TTTGAGTAATACACATTTCACGCTTAAAAGCTCACTCTTTATAGACCTAC CTACACACAACATATGTGTTAGGGTGGCTCACGAAAATCCCATGTTTTAT TTTGTCTTGTTTCATTTTTCCATTTTGTTCCCTTTCTAATACAACTTCCC TGTGCAAAACATTTTTGACTTTAATTAATATTTAATGACGGCTCTCACTT CTTAATGTATTCCTCTATTTTCTTTAAATTTGCATATACAAAATTTTATA AATCTTATTTGTTCTAATAACATAAAGTTACAACACCAACTTTCTCTATA ATTAAAAATAAATTTTATGCCAAGAAATATTCAATCTATTTTTAAGTATA AATTTAACTATTTAACAGTACTTAATGTAAAAAACTACTCATTATTTTGG AGACTCTTCTCATCTCAATAGTGGATCAAATTAAAGTTATTCTACGTTTC TATTAAATGTTGACATATTTACAGTTTTAAGAGCCAATGGCCACATCTGA ATGTCACTTAATTGTTGGATTTTTGTACGACAAAAATTTATTTTCACTAT TAGAACCGATTAAGAAGATGAGGGAATGTAAATAAAATAACATTGATTTT TAAGTACAGAGTAAGACTCACCCTAATATGTTGTAGGATAGTGATACTTT TCATTCTTTATGCTTTTCCTTACGTCTTTTCCTTCTCTTTTCCTAAATGT TCTTTCACACCTATAAAAAATAAAATAAAACTCTACTAGTACTTTGATCA TTCATTGATGCATCAAGTGAAAACTAATAAAAAAAACACTTTGGCTTTGC TGGACGTCTTCTTCTTCAGAAATTAATGTTAACACATAATATTAAAAAAT AAAAAATAAAGAAAATNCCTAATGTTAATTTATGTGTTGTATAAAAATTA CAGAAATACTGTATCTATGGTTTATTAAACATTATATATGTACCATCCTT ATCCATTATATAACCTGTTTTCTATTTCTATGTATCATATAGAASTTATT AATAAACATAACATAATATTTGGACATTTTGGTTGACTTCTTGCAGATGA GGTGTTCATATATTATACAATTTAGTACTCATAAATGGCGTTGTGTCAGT CATTATTCAGGACTAAAGAACGCATTCTTGTCCAGTTTAGTCCTGAATAT CAGTCCGAAAACTGAAAAAAATCTGTCCTTGTTGACGATATTCAACTTTA TTTCTTTCCCTTATTAATCATTTGGAGTACTTATAGTCCCAAGAGCCAAC AATCTACAGGACCGATCCCAAGGACTGATTGGACTAGTACTAAGGCTGGA CTGGACCGCATAAATATGCACAAACACAAAAAGACTCATAAATATAAAAA AGTGATGTTATAAGTGATTGCTTTTGTTCGGAAAACTTGAACCGGTCAGA GACCGTAATCATCAATGTTGGACTCATCAAATTTGGTTACTTCAAAAAAT TCGGCCTGGATCCTTAACATTTAAAAAAAATCTGCCTTGAGCTTCCATGT TGTGAACATTGGCACTATCTATTACTTCATATCGTGGGGTGTGAGACAAA TTTTCGTAACTCAAAAATTTACTTTTCAGAATGAAGCATGGAAAACTACG TTCTTCCATTATTTGTAATAGTCTTTTCTAATTTTTACAATAAAATGGAT CTCAAAATGTCATTTAACTGTCTGAATTTCTCTGTTTTTAAATGTTAATA TTAAATACTTGATTTTTAAGATGAAATATCGGTGATATTACGTTTTTTTG TATTTTTGGAGTAGGAACAATTTGGCCCTCAAACCTGGATATGAAATGTA ATGTGTTGCATATGTTAGTCCCGTTTGTTACTGAGGGAGTTTGCAGGTGA ATTTAAAGGCCGTGGAGGATGTGTGGCATCAGTACCATATGTCCAAGGGT TCATAGACTTTTTAGACTAAATGTGATATCACTATAATATAATTTTAAGT TTGCATCAATATGACGTCATCATTTTACATTTTGCAAACACATTCCAGTG CCGTAATGAGTGACTCACCATTAAATGCACAATAAATACTAGTACATGAA AATTTAATGAGCCCCCTTGGCCTCCCCGGTGATTACGGCGTTGTATATTT GCAATTAGTATGATTGAGATGTGGAAAACATTGGTCCATGAGAGAGTGAG ACACGTTGTTACTTATATTGTATCGTTCAACCTGTTCTCCAAAAACTAAT AACGTAAATAGTTCCAAAATTAGTTGATAATAGATAAATAATTCTTCCCA ATTACGGAATTCTGATTGGACAATTTCGGGAATGGTTCACAGAAGTAATT CAACGAATCATAAACGTTTATGTAGAGCACTGATTAGAAGAAAATTAGCA TAATAATTCACAACTGACTACAAAAAGCAATGTTCAATTTTTTGTTGGGT AGGTATTCCCGCAGAAACCAACAAAAGCGGTTCATTATTTGGAAATGAAA AAATCTCGGTCCAGGGTCTGAGAACATAAATCCAGAACGGGGGAAAAAAA TCAAGACTACTTGTAGTTAGATAAGCTCATTTTTATATTTTATATCATTA TAAACAGAAAACGAGAAAATACATAGTCACAGACAGATGCATTTGGTTTT TATTTTAACTTAACTACTTATGAGGCCAAAAAAAAAAAAATAACTGATTT CGAAATATGTGTCTACTGTGTTATTTTATAAATATTGATCTGTACATAAT ATTGTCAATCAGGTTTCATTTATTTATTGATTATTTTCGTTATGTTCCAT TAAAAGGAGTTTGGTCTCTTTATAAGAATAATGGACTCAAAAAAACTTTG TTTTGTAGGTAGACAAATCACAGCTAAACAGCACATTTATATAAATATTA TTAATACACACACATAAACATATATCATTTTTTGGTGTATTGTTCTCTTC TTTTATATATCCATATATGATAACAAAACCCATATTGAAACACAGACACA CTAAATAAGTGTTTGAAAGAATAACATCTTATGTACATATGTGTGAACCC ATTGTTCTTCCACCATTCTGATTCTGTTTTTTTTTTTCAATAAAGCTTTT GCTTATGTATGGCTCGTACATTATAATATGTTAAATACATTTGTAGARCC CKCAGCCATTATAAAAATATGACTTGACAGGCATTTATGATTATGTAACA AAGTCACTATATCCTTACATAATTTTTAAGTTGGTACATATTAAGGGCAT AAGAAGATGCCCAGCAGTACTGCCCGCCAAAATATTTTCATTGGAAAATT TACATAAGTAGAAAATTGCAATCTAAGGCAAATTGCCATCAACTATACTA TATTTTTTTTGGGTCCAAAAGTTATACTGCATAAACCATTGACAACGGAG ATAAGAAATTCTATAAGGGGTTCTTGGAAGTAGTGGCGGTGGGGTTTAAC CTTTCTTTAGGTCCTGCGGTTATCCTACACTTATTCCCTATGTTTGAAGT GCAATTTGAGAAATTAGGAAGTTCATTTTATTGTCGCTCATCTGCAAATA GAAAAACTAACAACAGATCCTTAGATCGATTTGATTCATTTGTAGATTAA TCATGAATAAATGTTGCATAATTGCGGCAATATTTTGCGGGAGGTAATTT TCTGATGGCAATATTCCGTTGAGAAATTTGCATACGGACAAAACTTCTGA GTACGGTTGCTAGATACTACAAATTATTATCTTAAAATTGAGCTCCAAAC TATTGGCGTCAAAAATTGTCATCCGTAGAAAATTGCAATCTACGGCAAAT TGCCTGTAATTATAAAGTATCTGTTTAAGGCCCTAAATTTATACAGCACA ATCCACCTATAGGATAGGCGATTCTATAAGCTTTTTTTAAATAGCAGCTA TGGTTTTTAGCCTGTTTTGATGTTTAAAGGTTATTTTACACATCCCACGT GCCGAAGTTGCAATTTGGGAAAATAAGAAGTTTAATTTAAAAAAATATAA CTATAAAAAAAGTAAAATAACGTGTTTGTTAGGGGGATATTTCCTTGACT ACAAGATCCCATCCTCAAAAAATGTCACATTGAAATACTTATAGATAACC TTAGACTGAAGGTGCTATGAATGACTTTAAATAAATGCATAACTTGCATG AATTCATCGGTTTAATTTAACTCATATTGTGAATTCTCTGAATGAAGGAA CTAATGCATAAATAACGAAAAAATTATAAAGTAACACCCTTTGTGATATC TTAAATGCAATATCTTGTGGTATAAAAGTTTTTTTCGTATTCAAAGAACT CTTTTCCAGCTTACAAACATGTTTTGTTCATTTATTTTATAACATTYCCT CGATAGAACCATAGTATACCAAAGTTACACTTAACTGCAATATTCTTTTT TTCTTTTTAAATTCAAGGTTTCAAATTAAGAAATATACAAGTAGATACTA TTCCAAATTTTATGGAAATGTATCAATTGGATGCAAAAGGCGTCCCATGA AACAAACTTTGTTTAATAATGTCATCATTAACTATATGTTTTTTATTATC AATCTATGTCAACCTTCAAATACTGTATGTAGTAGATTTAAGCCTCTAAT GTAAATTTGAATCATAAATAAATCAAGCCTTTATGATGAAAGAATACGGA CAAACTATAGTTGTGAATTTGTTTTTGCTGATAGGTAAATACAAGTTTTA TTGAACGAATTCAATTGGTTACACTAAAGTGCTTTACTTTCAACTATATA AAAATAACGCATTTCAAATAACATGTTCCATTTGAAACGTATATAATGCA CCTCATCTCTCGGACATAATATGTCACAAACTGTTTGGAGAAAATAAAAG GATCCAATCTTCAAACCTCATCAATAATTCCAAACCTTTTCAAAATGAGG TGCCTCTGTAATGACAAACATTTCATTTTTCTAGTAGAGCAAATGCCTAC ACATCKCCCCTACAATGACCGACAATAGGGATAAGATGATACAGATTTCA AGTCCTACATATATTAAGGATTGATACTCCTCTACTAAGTAACTTGATAT ATTAAGTATTTTCGATGAGATGCTGAGGATGAAATTAAGTATGACACGAA CAAAAATATAATTTTAAAAGTTGTCAATCTAATTCTATACATATTAAAAA TATAATAATAAATTAATTATAATCAAAAATGTGTTGAAAAACGGAGAAAA AATACATTCATACATATTATTCAGAAAAAATAATTAATTAAAATAAAAAT GTGTTAAATTGAAATACTATATATAAATATATATATGTGAAAAAAAGGGG TACATATGTGGTATATATAATAATAGACTAAGAAACTCTCTGTTTCTACG AGTAGGACCATCTCATTTATAAAATGGATGTATACATCTATGTTATAAGA AGTACTTATCACAATCAATATTATATGTATGTGTGTAGAGAACAACTCAA TGTGTCTGACAAGATCCCCCTTATCCCTTTTTTCTACATCTTCCATTCTT CTTGTTCCTTGAAAGACATGTCTTCATTGTTCTATATACATATACCATTC TGATTTAAGATCTCTAATATTCATTGACTACTACTACAGTACTATGACGA TGGAGTACATACTATTTATTTAATCAAAGTAATGCTCTAAGTGACGGAGT ATCATCGTTGTGGAGACATTTTTTGATGTCTCTTTCCTGTACGTCCTCCT AAATCAACATCAATTCCGCGTGTTCTTATCAAGGAATGAATCATCAATAA TAAATATGTGTAGGTACTTATGACGTGGAAGATGATGATCTTTTTGGAGG CTTACATACACTTCATTCGTTTTTGTGTCTCCGCTCKTCTTTCGTAAGAG GGATGATGATGGTGTTATTAGTGTTGATACTCGGTTCGTAACCGATTTTT TTTTATTCCGTTCATTCATAAGTAATTTTTCCCAACGGATTTGGATCAAT ATCACTTAGTTCAAACTGTTGTTTCAGACCGTGAATCGATATTTAATCGT TTTTAAAATGGCAGTTCGATATTTTAATTAAATTGGAATTATCCCTTGAT AAAGTTGTGAACAATTCTCTAATCGATGATCCATTTTGATATAATTTCTT AAATTGGTCAGATGGACTTGGAATCTGACTAAATACAAGTAAATATCATT TTTTGTATAACAATAACTCCTTCTGAACTAGGAATTGCCTTAGAAGTCAT TATACATTAAGTATACTTCCTTCACTAGGTACGACCGAGTATCGTACCTA CACCCATTTAGTTGACGTAAATAATTTCTCTTGAGTGCTTTATCTATTGA GCAACATCGATTTTTTTCAAATTCATAATTTGAACTGATTTTCTTGAGTC ATAAATGAGGGGTCGAATTTCCTATTTCATAGTACAAGTGTCTTTGATTG TATATAAAAAAAGTTCTAGAAACATTTGGAACTATTTTAAAGTCTTAAAA GTACCACAGCAAGGGCATCAATTTACTAATAACTCAACCATGACGTCATC AATGATTTATCGAAATATCGTCAAGGGTCTTTTTGGTGACGTCAATGGGC ACATTTATTTGAGTAAAATTACAACATAAAAAGTGAACGAAATGTATTAA TTGAAACTTGTTTTTTTATTTATTAACGCTATTTATAGGTTTTTCAATTA TTCTCCATCCTTATATTTATTTTATTTGGGATCCCAATGACGTCATCCGT TATGTTGGTAAACTTTTAGTGAGAGTTGAGTGTTATAATAACATGGTATA TCTATATACACGTGTGCATAAGTGAAATGTCTGGAATTACTAGAACAAAA TTATGTTAAAAAATAATATTTGTTTTGAGTCGAAGGTAGGTACTTCAATA CAAAGGTGTGAGGATTGGATTCGGGCTTTTAGCTCCTTAGCTCTTTGACA ATACGTGATGTTTACTCTTTCTCTTAACTTAAAACTAAAGATAATCATTC ATCATGAAATGATACTTACTCTGTCATCGTCAGCAGCAGCTAAGGAAGAA ATTGATTTTTTCCCTTTCTTTTTTTTCCCGTTTTGTTTAGATGAATATGT GTCTGTAGTTCTAACTACACCACAAAATAATAATAAAAAAGGAAGGAACA AAAAATGTTATGTATTTGAAAAGCAAATGTGGTTGAAAGCTCCTAGTTTG ACTAACAAAGAGTTGTGTATATTGGCTCTTGGTTGACTCTTTCCAAAGGC GTACAACATACAAGTAGTTATATTTAATATAATATAACAACATTTGTAGA AATTATTTTCTTCGTAGGAACGTGATAAGTTAATGATGTCATAAATTCAT TTTATCAAACTTTTGACTTACTTATATAAATATAATAGATGTTTTAGGGA TAGGGTTTGGTATAGAAGACATGAATTGGTCTGAGACTATATTAACTTCT CTTTGGTCTATTTAATAAAATTCGATCAACACACAAAATAAATAAAAAAA AATCAGTCTTATTGCCCCCAAGAAAAGTTTGTTTTTGTTAGATATAACCT TTTTTTTTTAGAAAAGGAGGTTTATGTCACCAATTTATAATTTCGGCTTA CGAGTTACACTGTAGTCTGGACCAATATTTTTAGCTCATGTCTATCTAGA AAAGGGATATACAGCCTTTTAATATAATAGGCCGCATTGACTCTTAAAAT ATTTTATTGGGCCACAAAAGCTATTTCATTAAATTTCATGAAAACAAAAC TATTAAATAGTTATTTATTTCAAATTTAGGCCAAATCAAATTTTTTAAAG ACAAATTGCTTTAAAAATAATAATAATTTGGTAAATCTTTTCAGGGTGTC CCAGGATTTTACATGGGTTTTGTTATTTTGAATTTTTTTGGAAAAAATAA GAAATTTTCATGATTTAATTAAGATTGAATGACCTTTTTTTTTTAACGTA AAGCCTTAAAAAACTTTTCTTTGTCAAATATTTTATAAATACTTTATTAT TACAAATTATGCATGTTCTACGTGTTTTGATGATATTTTGCTAAAATTAA AATACCAATGGAAGTGTGAATGAGTAGTGGGCTGCAACTAAACATGAAGC TATCTCCGATGTAGCCCGTGGGCCACGGATAGGAAATGTCTTGTCGATAA CATCGCTTTTTAAATTGTGTGGCTCSCTTWTGTATTMAAACTAAAAAGCT TTTTAGCAAAAATCGAGGAAATATTTGAATTTTTTAGCAACCAAAATAAA CGATAATGAAGAAATGGTGTTGGTACATGTAGGACGGGTGCAAGGGGATC TGGAACAATTGATGCCAATATAACAAGTTATCACATGATCTTCACTGATA TTGTGTTTCAAAGGGTATGGGGAAACAGCTATTCATTAATTGTCTGTGAG GGCCAAAAATTATAACTCTAAATTTTGCCAATAAAGTGTTTTTGTCTAAT TTGTCCTTTCGTTAAAAAAACATTTTACCTAAAATTTTCAAAACCAATCA CCCCCCCCCCCAACCAAAAAAAATAGAGGAAAATTCGAGTAACAGCCCTG TTGAAAAATAACTTTATACTGAACTGTAAAAAAACGGTCTCGGACCGAGT CTTAACACTAATAATTATATAGTTAATTTTTTCGAATTGTTTTTTTTTCT CATTACATCCAACTTTACCCTCATAGATAAAGAGTATCTCACACAATAAA TTATGAAATGATTCCCCACTCAGTCAGTCATAGCTACTGATATTAGTGTG GAAGTTATACTACTCAAAAAGAGTTGGAAAGGGAACTCATTCACATGGGG GAAATAACTTGTAATTTCTAATAGACTTAATTTAATACTCTACATATATA TCTTAAAATATTTACTTAAACAATTTCTATTTATTTATGTTTCCTGAAAT GGGCGCGCGCACATTCAAGGAAATATATCAATATGCTAAAATTTATGTAA AAATGAATAATAAATTCTATAAATGCAAACGACTACACGAAATAATAATA TAATTTTCCTGTGCATTATATAGTACATAAAATACAATTGGTTATACAAA CATTCATAGATTCATATGTATTTCGAAATGAGACTTTCTTCCTTTAATCT CATCATCATCCGTGATGTCTCCAATCCCTTTTGTTGACATAGTTTGTCTA GCATTTCACATATGTATATTATAGTAGTATATATAATGTACATATGGGGT CTCTTAAGGGATTTGTTTGCTTAAATTCAATTTTTTGAACCTTTTTTTTC TTCTTTTTTTCGTATTAATTTATTCCCCTTGGTTACACACAGAAATGCAT AGCTCTTGGCTATGTTTTCCTTTCTTCGGACATTTATTTGATGTTTGAAT TAGTAAAAACTCAACCTATCGATACAAAGTTGTAAATTCTAAGCACTGCC GTTATGGGATTAAAAAAAAAAATAGAAAAATGTCATTAAAGGGGTTTCTG ACAAGTGGTGTTATTTCGATATTCAAAGAAAAATTACATTTTTTGAGATA AATGATTGGATATTTATTTCAATGTAAAGGGAAATGTATGCCATTAATAA TGGAAAAAAATGTCAGCTAAATATCCGCCACAGCTACACTTACAGGACCG TATCTTTTTTATGAAATTTTCCACCGCCAAATCGTATAGTGGCTCTTGGA TGCTCTCAATAGCTTCACGAATTCCATCTTTGAGGTATTGAATCGACGCA GGGCTGTTTTTGTATACCGGATTTTTTACATGGCCCCAAAGCTTGTAAGG TGTAAAATCACAAAATATCGGTGGCTAATTACAATCACTAGTGTTCGTTC TTGAGTGATTATTCTCTACCATTTCCCATATCCTTAGATCGATCTATGAT TTCAAAACCGATACTCAACACTAATTACAACAATGATAACTTGAATAATT TTTTGGGATACGAATAGCTATATTGTCCATTGATCCACAAGTCTATCATA ATTCCTATAGGAGCATGCACTTATAACACTCCAAACAATCATGGGAGTTA CTCTCCGTCTTTCATNNNNNNNNNAGTACATATGAGTACATACTTCACTT TATTTAAACTTAGATATTCTCTTCGTAAAAATGAAAGATTAATAATATTA GCTTTGGAAAAAAATAAATAAAAAAATAGCCAAGATTCTATAATTTTACA TTATAGAATTTTTTACTAAATTGTGCGTTTGTTTTAATTTATAGACGGTA GATTGAGGACACGCATAGGATTTTATGGAAGCTTTGGGKAGTTGTTCTGT ATAATAAATTACGTTTGATAGTTAGTTTCTTGTTTCCTGGGAAATTATCC TTCTGTGATATCTCAGGAAAATGATTTCTATTTTTTGGTACTAGATTATC AATTATAAATATAATGACAATATATTTAAAATATTCGATTTATATTTCTT GAAGAAAAAATTAACTGTTGAGATTTCAATTTTTATTTCTAAGATTTAAT TAATTCATTTTATATTTGAAAAAGAAAATTTTAAAAATAGTTTTGAAAGA TNNNNNNNNCCAAAATTTATCAGAGCTTCCCACGACTTTTAGGTATATTA AAAAAATCATTTGCAAATTTGTTATAGGTGCTTCGTTGGCACATTATTTT TTCAATAGCAAATGAGACTTCAATTACAATGTTGCATAGATCTTTCAAGC CTTACTATCAAGTAAATCTTCAATACATGTTCAACTTTTCATCTAATGAA TTATCAGTATAAAAAAAGCTTATATTATAAAATAATTCATTGTGAGATTT CTCGAGAATTTCCTTTAGTTGTAAAACCCCAATAAATCCCAGAAAAAATT TGATGTCACATACCACAAATTACATTGATTTCTAGGGTCAAAATGTATTA CATATGGGTGTAATAGCTTTCAAAAACAGCCGCAATGACATCGTTTGTGT ATCTAACGTTTAATGAATTAAAACATTTAGCTTCGGTTACACTTTCTCAA CCTTAATTTAAACTTGTTGAAATGTTATATCATCATAATTTTTATATAAT TTAAGTCGAATTTCTGCAACTGGAAAAAAAAAAAAAATTGTGGGAGATGT GTTTAACTCCTTTGTATTAATTGGATAAATTTCAATGTTTTATATCTATC GTCAACTTTGGCTTATTACCTATTAATATAAAAATGATTGATTTAATCAG CTCGTCATTATTTTATCGGTTAAAAATGTTGATTTCTTTATTTTATTTAT ATATATATCTTTTTCTCTTATTGATCAAATGGATTTACATCAGTTATGAA TAAGTTGATAGTGTAGTATTACAATTAACCTTCCAATCAGTCAATACCAC ATTTCTTATGTATATTTCCTTATTTAAGAGACTTGAACTCAAACTCAATT GAGTAGAATCTGCAACTTTTGCAAATTACCAATCAATCAAAAACAACCTA AAATACCATTTAATTTTTATATTTTCTTATGTAAGAAATTCGAACTCATG CCTGTCTTTAAAGGAATGAAAAAATCGAGATTAATCGGCAACTTCTGCCC ATTAGTGACTAATCATGAACATTGAATTTTATCAGCTGACCAAATATTAT ATGTCTTTCTACACAGTTAGTTAATTAATAATATAGTCATCAACGCTACA TATAAATATTATGAATACTTAATCATCTACATACTGTTGATTGCCCCCCG TCCCTCCTGAATAAGTAAGTAAGTAACCACCAAGAGTAGAGTCCTATATG AATTGAGTGTTTACATACCAAGGACTATATATAAATATATGTGCGTACAT ACAAGAACACAGTAGGATGTTTGAGCAATGTTTATGAATTCTATTTGCCA AGGACAGAATAAACAAGGGGGTTGTGAACGCGACGATAAGACTCTCACAG AGCATGTGTACATAGATATTATTATTTATGATGATTTGCCTCCACTGTGT CAAAACACTCTATAAAAATGCGTTCGTAATAGTGTTGAGTCTTGGTCGAA GTCCAATGTGTTCTTTAGGACAGATCAATACCTAATTTTTCTTTAAACTG GTTAAAAAATGAAATAATATATCATAACAGTCTCAAACTTGTCTAGAATT TTCAGACGAAACTCAACACTAGTCCTATCCGTGCTTTGGACCGTTGGTCA TCGACTGTCAGTTTTTGCAAATTTTCTTTAAAATGTAGATAGTTTTCTAG GCCAAATAATATATATCAAATATGTTTTAAGAGCATTGTACATATCTTGC AAAAAATATTACTATTGTCGACATAATGTAATATAAATCAAACTAATTAG ATTTTTATAGATAATTTATTCTATTATATAACGGAATAATTTAAAAAAAA AAAGAATAACCCTCTCAATAACGTCCCAAAGATATATTTCACAATCTTTA AATACCGAATAGTTGGACTGGACTGGATGGAAGTGGACTGTGGTACTTGG TCCTAAATAAMGTAGAAAATAACACTCATTAATAATACATATATATAATC GTTGGTTTTTTGATCAAACTTTTTTTCTGGTTCGGTCTTAAGTGATTTAG ATCGATATTTTTGCAAAGACCGCAATCTCATACCGTATACCAAAATTTAA TCATTTTCAAATTGTGTACCCATTTTTGCAGTATCAATCTATAAATAGTT TTTATCCCTCAAATTGATTTATGAGTGGTACAAAATTCTACACATTTTGT GTAAATTGAAGGATAAAGCAATAACATCTAGCTACAAACGGTAAAGTTTT GTGTGTACTGCAGTAGTTGTTAAGGAGATAAAAATTAGTATAGACCGATT TTTGTGAGACCGATCTGGAGCCATTTATTCTTTGGGATGGATCGAAATCG AGCTTCTTTAATAGAACGAATTTAAAATCATAATGGTTTCAGACCGGTCT AGGATTTTTTGTACGGAAATCCAACACTTTATTTTAATATGATGAGTGTA AACAAAAGTACACATCGTTTAGACAATGAGTTATATCTTGCAATAAATGA TGTTGATAATATAAATATTTCATAATTAAACATAATTCCTCTTTTCCCCC CATGTCGAATATATAAATGAAATTTGTCAAAATATTAGCATATAATATAA TGAAGCGTCATTCTACACTTTGAACTTTTAACCTTTATTATTATTATGAC GATGCATGATTAAATTTTTAGAATGTAGCAAATTGAATATGTCACAATTG TATTGGAAAGATGGAGCTTGAAAAAAATAATGATAAAAGAGAATATTATT TATTAATCAGCCTCTGATTTGTTATGATGGAGAAGAAACATTTATTATGT ATCCCATATTATTTGTAGTTAAATAAACTATTAAAAAAATTAATGTTCTT TTTATTGAGTGTTAATGAGTCATGGATGATGGGAGGCAGAGACATCTATG TATGCTCCTATGTACATCCCATATCTTCTCCAAGAGATGAATAAAGACAT ATTGTAGAATTTGAATATGTGTTCAGAAAAAAATCGTGACAACTTATCAT CTTTTATATTTCTATTGTTCTTTTTTTTCGTACGTTTTTTACAAGAGATC TTTTTGACGAATTTTTAAAAGCTTTTACTCTTTCAGTAAGTTTTTCTTTA TTCTGTTTATTATTTTATTTTACTTTTTTTTTTTCTATTCTTTTAAATGG AAGAAGATTTTAAGAAAAAGAGTATTTTTATGACTTTTTAAGTCACACAC ACACACACATACTTTTTGTTTTGTTTCAAAAATAGCTTCAGCTGCTCCCC TCTTTGAGGTAGGTTAAATAGGTTTTTAACAGCTACATACGAGTGTAAAA ACACAGCGACTCATTTATCACGATATGTGTGATTTTCTTCATTTCCTTCC CCTCTGTGCTTCTTTCATTCATGTGAATAGGTTACTTACTATGTTTCATG TCTATAGATAAATGAACCTTGCTAAAGACTTTGGGTAGATTAGCGTCAAT GAGCGTTTTTAATTTAATCGTGAGTCACTTTCTTTTTGACTTCCTATTTA TTTTAAGGTTTAATAATAAAAAACTACAAATGNNNNTATGCTGCATTGGA AGTAGAATAATCCTCTAAATAGTAAAAATCACAATTATTGGACCTTTACA GCCTTATGCGTCAACGCCAAAATTTACTTTGAGTAAAAATAAAGTAAATG AAAAAATTCCAATTTGAATTTTTACTTCATAAATATAAATTAATGAACAT TGCAAAAGACTTTAGGTGTATTGAAAGGCACAAAAGTAAATTTGTGTCAG TTCTTACTTTAATTGTAAATTGGTTTCAAAATGACTCTCCATTTTGTATA AAGATGAYAATGTATATGACATTTCAATGAATACGTTGATTTTTTATGTA ACAACACATAAACCTAATTAATCAATCATATTAAAATTGAGAAATCCGAT ATTTTTTTTTACTTATAWATAGATNCATTGTCATATTTCGGCCAATTATG AAACTGACATATATTCAATCTTTATGAAATAAATATAGTCTAGAGCAAGG CTATTCAGCTGGCAGTCTACATTTCAAATCTGTAGCATTACATAGTTTAG AGCCTTTATTTGACTCTGATAAACTATGCAGAGCGTTTTCGGAGAAATTA GGAATCGCAATTCACTTGTGTTTTTTTCCATGATAGACTTAAATCGAAAT ATCTGCAGAATCCAGTCTCGATTTATGGCTTTACATAGGTCACTTTATTC CTTATAGTCGTGAATTGTCACAGCCCTACTGGGATATAGCCTTTCAAATA TAATATAATATATATTGTAGTTCTTTAATGATGACTGTGATTTATTGTAA CGAGTAAATGCAATTTACGGGGCCACTGATGGATTATAATTCAGCATTGT GTATTAATCGGAATGAAAGACAATTGAATAATACAAATATCATTCGATAA AAGTCATGCTTGCAGTCTTATGTAAAGATTAAATTTAGTAGGATAGAGAT AGTATGTTCTTATATATGACCTGTGCAAAGATATCTGCTTATTTTTGTGA AATTTTATAGGTTAATACATAAATTACACAGATTTGCAAATAAATATATA TATATATATATATTGTTTTCATACAAGTCATTTTATTTTTATTTTTAGGT AAGATACTCTAATCATCGCAATTCAATGCCAAATCAATAGAAGTACTTAT TCACACAAGTAATGTCTTCACGTATGGAGTAAAGTCTTTGTGTTAATTAC CAAAGAAATTAAAATTTATAATTATTGATTTTTCGTATGCCCGGAGTGTG TCTCTTATTGTCTTTTTTTTAAAATGTGGAATAGGGAAATATTAAAATAT ACAATTTATGATATCTAGGAATAATAAAGGAAAACTAAGCCGTGACTGCG TACACAAGTACAAAAAAAAATCCGATAAAAAAAAATATTTGTTGATTTAA CCTAATTTAAATTCAGTAAGAGATATCGTGAAATGAATCTTACGTAATTT TTTGTTTCTATATTTGTTTTAATTTCAAAAAAAAAAATTAATGTAAATAC ATATTCTTTTTAGGTCAGGGAAAAAAATTTTTTAGGAGACATTTCCATTG TTCAGCATTGATGACATCTACCTACATGTTAAATTTATGTAGAGAAGACT GAGCTGTTCTAACATGTCCCTTTTCCCAAACATCAAAAATACACTGAGTG AGCGAATTTTAAAGGTGTATAATATAATACACATTATTATACAAAGTCAA TATTTTCCGACAATTTTTATTGGAGATATAGAATAAAATATTGATTTTGA GGGAGTACAATTCATGTTTTGAAAGAGTAATATTTTTGTCATAATGAAGT GAGATTTCATTGTATTGCTATAACTAATCTAATTAGAGTGGTTAATTATT TTGCTATCTATTTTATAATTTTATAAGAATGCAAAAGGAATTCAGGGTGG ATAAATTCGGTATATTGTCAAAATTCATCATTATGGGATTAGTTGTCATA AAAGTTCCAATTTCACTCTTATTATTTACTATTTTTTTTTATTTTGTATT GTTACTCTTCAAAGCTCACATGGTTCCAAGTCAGATCAGTGTCTTGAAGG GGTTTGTGAGATCGGTCATCTATAATATAAATATTAAAATAGACAAATCT AAGAGAATACATTAAAAATTAGTAATATTTCAACTCCTTAATAATTTGTT TATTTATTCTACAAAAATAATATTGTCATGACTAATTTGCTTAATTTCTA ATACAAACTTAGAAATTGTATTTAAACCCAATTTGTGGAAAAACTACTGA GTGTTTTAATTATCTTTAAACATTTACAGTGAATAACAAACTTATGTTGT GTTAAATTTTGGTTTGTCTGATTCGTACTATTTCTGTGTAAAAAGTGGTT CAATAGTTCCTGGTCTCGCCTACTTAATATATATATGGCTTKTYAATATA AAATGAATCTAGAATATTTTTTCTCAAAATAGAGTGTTGATTAAATTTGT ATTCTATAACGAATTATCGTCAATTTCTATCTACAAATTGTTTATACTAA CCCTCTGGAGGCGCCGCAAATTGTACTTTAATTAGTCAGAATGGATTATG ATAATTTAAAAAAATGAGAATTGGATAGATTTTATTTGAAATACTCTATG TAAAGTCCAATGTAAGTCTCAATGTAACTCAAATATGTAAATGAAATATT GGGCCCTTATGTGTGTCTTCTCTCTTCATGATTGTTTAATGTTGACGCCA TACATATATATATAGGTATGTTCCCTCCAATGTTGGTATGTCTGACTCAA ACTATCTCTGTGCAGTCGAGTCAAAAGTGATGCAAACGTCTCGCCTACAT AATATATAAACAAATATTATGTCATTGGGACACATTTATGTAAAAACTGC TAAGCTTAATTCCTTGTAGTGAACCAAACGCAGTAACGGCAATCCTTTAT GGGAGGGAGCTAATAAATATTTTTTTTAAAACAGCATGAGGTTACTGCTG TTATATAGTTGGTGTAATTACATTAATGGAAAGGCAGATCAGAAAGGCTC TCTCCCTATTTTTATTATATTGTTTTTTTTTTTTTCATTTTGACTACGTG ACTGCAATTTCAAAGTTTTTAATTCATATTCTACAATATGCTGTCGCTTC TATGTACGTTTGGATTTTGTTACTCCTATTTCTATATACTCTTTCTTTCT TTTTATTTATTATTTTTTTTTTTGCTTTGTTGTATTTTGCGGAATTCTTA CTTATTTTGTGAAATAACTTTTTAAAGCAAGCATTTTTTTAGTTGTTACT TTTTTTATAGGTATAAGAACTATGTACAAAGTCTCTAAAGTTATACAGGA TAAAAGTTATTTTGGTTTGCAAATGCACACAAGATCCGTGTTTTGAGGGG TATGTTACACCCGTCAAGTAAACGGTTCTTCAACCAATCACNGTCAAGTA AACGGTTCTTCAACCAATCATTCCTTTTAAAAATACATCCTGATTAATTA ATTGAGGAGTCAATGTGTTTTATACATTATGGTGCTAGAGTTTGTATCAA TATGAATGTCGTTTCTCTGATCAGTAAGGTCATATTTCAGAGTGTGTTTT CTTTTTTAAATTGGGGTGTAGGTATGGAGTTTTGTCATGATTGTGTTGTT TTGATAATCTTTTCTGTTAAGAATTAGAATAAACAAAAAGTTCTATGAAC AATAATTCTCATTCATTAAGAGAAGCGTTAGCAGAGCTTATTTTTGGTAA TGGAGGTCAGCTCAGAAATGTGACCATTTACTTTTTTAATTATTATTTGA AAAGGAAGCCACAAAAACTTGAGTTTTTGTTATGATTGTGCATTTTTTAA TAGACAATGGTCAATATCGTCTTGTTTCGTTTTATTATATTTTGACCCAT CTTCTTGACATTTAGTCTCGTCTCTATTTTTACAAGAAAATAAAACTTTG GGTTTAGTCAGGCCAACTATCCAAACAAAGTGTTTTGTTTCGCAATTGTC ATGAAAAAAAAAACAACAACATAAGTTGTCAAATACATTTTGTCTTGTCA TAGGTGGCGAAACTACACTCATAATGACCCTGTAATTACTGGTTCGAATT TTAAAATAGAAAAGTACCGTTTTTAATGTAAATGTACCCCGGTACACCTT TATTTAATACCCGTGTACCAAACAAAGGTATGGATAGGGATAATTATTTT CTTGAACTCAGTGTACGTAAATTTGCACTTTGATCACTCCTGGAGAAAGA AATATACTTAAAATATATGTACTTCAAAGACAATTCCTAGGGCAGATGGA GTAATTGTAACACTATAATGTTTATATTTGCTTTAACATTGCAACTCCAT CTGACCAATTAAAGGAACATTAAAAAAAGGCTTTAATTAAAAAATGTTTT TCTCTATAATCAATTATTTGTTTTTTAACAAAAACCATTAACTTTTGTAC AGATAATTATTTTGAAAAATGAGTTTATTTTTTTTTTAAATAAAAAAAAA TGCAATAATGCCTTATACATCATTGAAGCATTTAAACTCAAAGAATTCGT TACTTAAAATATAAATAAATTGAGACTGTTCATTGTATCTTCTTGGTCTT AAAAATGAAAAACAAATGAATTATGTGTGAGCTCAGGGATTTATGAGAGT ATCAATTCAATTTCAGACTGTGGATCATCCCTTTGATCCTATGAAAGGAT TGTGTCGTCTATGAATTGTATATATATATATACTATAAAATATGAGAGAA AGACAGCTGCCACCTTTTAGAACGGTTCCATGAAGTTGGGGGTATAACCT TTTCTTCCTCTTATTCCTTGATTTATGATCGGCTTTACACATATACTTAC TGTGAATTTCAAAAACTAGCATAATATTTAAAATTAAAATTTTGATTTAT GGTATTGTACTTTAAAGCTTAAAAAAATTGGTAGGAAAAAGTAATGACCA GAAACCTTATAAAAAGTAGTGTAAAGTTAAAAAAAAAATCATAGCAAAAA GCACAAATATCTTAATTTAATATGATAGAACACATTGACGAAGAAATTTG TCGTATCTCACCCTGATCTTGACTGAAATATTGGTCAAACCCGATGTAAA AATAATAACAATTTTTCATGTGTCTAATTCAAGTCATATTCATAGTACAA GGAAGAAAAATCTTTTTCATATAGGACATCTTTTTAAGAAGAGACGTAGT TTTCTTATGTGTGTTCGGTTAAATGAACTGTAGATTTTAAAGAAAAGTCC CTTTTGTAGCAAAATATATGTATTGTCACAATTTCCCCCTCCTAATTTTA ATGTTTATTGAAGCCATTCGAATCACAAATTACACATTCAAATAGTATAT ATTAAATAAATGGATATATTTTTTCTATCAAATCGAAGTATGTTATCAAA TCGTGGATAGCAATGTACAAATATAAAATTTATTTAATAATTTGATTGAT TTCTACAAGCTTCCATTATCATCTATGTAATAATATTACATATTTATTAT TTTTGCGTCCATACTAATACAATTTTGGTTTTCATCCGTAATGATTTTTC ATGCTTTGTTTCTTCTTATTGTACATATATATATTATATGTTATTAGCTT ATGTGAGCTCATAAAAATAAATTGAGAGCACAGATGTTTTTTGGTGGAGT TAAAGGCTGCTTTCTCAGGATTTTTTAGCTTTTTTTTACAGATTCATAGA ATATATGTAAAGTTAATAGTTATAGGACACAATATGGTTATTTTTTTGTA GTACTATGACAAAAAATATTATGAAGAAAATACATTATTCTACAAGATAT AAAATGATGGATAAACGCATGTCTGAGAAATGAGAGTTTGCTCATATTAA CAAATAAAATTGAATTATTTTTCAAATAAAAATATGTGTTTCAAAATTAT TCTCATTTTATTTGATCATTTAGATATTTTTTAGGTCATTTTTTTTTTAA AACTGCAATGTTTGAAAAATTTTCATCCCTGAAAATGCCAAAGTGTCAAA AATGAGTAATTAATGTAAGATTATTTTTGTAAGAGATGCCATTTATTTTC TAAGATACTAATTTAAAAAACCCCAAATCCATATCATAATGATATTCATA ATTATAGTATCTATTTAGATGTGAATTTCAAAAAATTAAAAAGGTTTTTT TTTAAATCCAAAACTGGGAGGAAAAAAAATAGTTGTCATAAAATAATAGA GTTGAGTAATGCTTATAAGTAAGAAAAAACACAATTTTAAAATCCAATTC TTTCAAGTTGGACACTTTGGCCATTTTAGGGATACCCCTTTTAGTAGACA CCCACAATGTGTTTAAGTATTTTCTGTTTTTTTTTAAATTTTTTCGATAA GGCAATATGTTAGTAACACTAAGAGGTCATCAATTAAAAATGTACATTTT TTTCTGTCAAATGATCTTTTGAATGTATATTTGATATTGTATCACTGAAG TTTTTAAGCCAAAAAAAAAGTCCAACTACTCAAATTGAGGATTTCATAAC TCATGTATATCTAATATGATACGTAAGGCGTTACTGGGGKTTAAATACGG TATGATAAGTCAGGCATGGAAAATTAATGCGCCTTTTGTTCGCATTCATT CTCAGAACAATGATTCATTTGAATTGCTGATGAAAATACTCAACTTATGA CTCAAATTCTTACTTACTACTTAGCTCTGCTCCTTAGTTGATGTTTTATT TTTTCAAGGCTGGATTTATTATAACTATTATTATTATTTTTGCATTTCGT TGTGCCAAGGGTATGAATATATATGACACAAATTAGATAAGAGATTAAAA CACATATGATCATAAATAATGTACATAATTATTTAATTTATTAATTTTAA TATGACAGGTCATTAACTTTAGTATAATATATATCTAAATATTTCGTAAT AGATAGGATGTAATAGAAAATAATCCAGTTATTAATAGTATTATGTTGGT CCTTATTTTTTCTGCTCGTGGTGCTGGTTCGTACAGATGGTACTACCTGA ATTTGTTAAAAAAAAGTCAATATATGCAGTCGTAGTGTATTAAGCCAAAG AAGATCAACGTAAATGTATGTATTAAGAACATTGTTTATTTTTTGGAAAA AGTATTTAAAAAGTAAAAGTACCTTGAAGAACTTGAGGATCGATAACTTG ATGACGTCACTCAATTTTTTTTAAATCAGGTCGGAGTCGGAAGTACTAGT CTCAAAGATCAATAGGCCCGGTTCTAAGACTTGACTGAACTAAACCGAAT AAAAGACTGGCATAACACTAATCATACGGGATTATTTTAGTATATTATAA TTTATATTATTTTTACTGTCAACTATCGATGGATCCATTTTTCTTTCCCT TATAAACATTGTTCTGAATATCAATTGGCTAAATTCGAACTGGCTCTTGT TAAGCTGTGACAAAATTATTGTATAACAATTCAATATTTGGGAAGAATTC GCTAACGACGTAGAATATTACGGACTCTTTCTGTTTATTTTTGGAGGGAC AGTTCCAAGAGTTTTCATTTCACAAAAAAAAATCTCAGAAATTCGGGCCT GAGTTGGTAAATTATATATTCAAGATATTTATTTATATTTTTTATGAAGG AAACATAAAAATAAAAGGTAGGTGTTAAGGTGTTACCCTTCCAAATCTTT GGAAAATTGGATTTTGGTAAATAAATCCTAAAAAGTATGAATTTAAAACA ATTTTTTGGAATGGAATCTTCTTCCATTTAAAAGAATGAAAAAAAAAAAG TAAAGTAAAATAATAAACATAATAAAGAAGAACTTACCGAAAGAGTAAAA GCTTTTAAAAATTCGTCAAAAAGATCTCTTGTAAAAAACGTACGAAAAAA AAAGAATAATTTCTGTTTATAATTATTTTGGAGTGATGAATCAAATTGAT TATAATATGTTACTGCCTGTGGAATATATTACAGATAAAGGGAAGATTTG ATAAATCAAATCAATATAAAGAGATAAAAATAAGAAAGAATAAGTCAAAA ATAAATTATTTATAAATATCTGTTTTCTTATTTGAAAAATATGTCAATCA AGTTGTCAAGAAAGAAAAAAAAGTGTTGCAAAATAACACTTGATGAGGAA AAAGAAGGGATGATAAAAAAATAGATTAATTAATTAATCCTACTCTGTCT GCCTCCCTCTTTCTCCCCATGTCCCTTCCATCTACATATTATAACTTTAT AAGTACATACATTAGACTGGTTCATAATTATTTTTTTCATAATGATGCTT TTCATATAACAAAGATTCTGAGCTTTTACAGAGTAGACTCAGAGTAGCAT ACCTAAACTTAAAAAAGACTAGATTTGTAAGCAATCAAGAAAATACAACT CAGAACCAATTTGTGATATGTTTATACACTATATTTTTATCATATATGTC CTCCTTTATAATGAATAATACCCTTGGCATACCGGGGAACACATTGGCTG GYCTTGAAGATGAAGGCCATGCCCATAGCATCAACCACTTTCATGATGGC AGCTCGGAGGGAATCCAAATTTTGCTGACATTCTTTTCCAAGACGCTGGA ATCTACAAAAATCCAGTAGGTTGAGGTCAGGGCTGGAGGAGGCAACATGG AGTGAGGCCAAAAGTTAGCCATATTCTTGCAACATAAGTTTTCGTTATTT TTGGATCAAGTAAACTTTTGGATGTTGTTTGCAGTCTTGGATGGAGATGC CATCGGTCTCTGCAGCCTTCTCGATACTGATACTAGCAGGGAGTAGAATG CACAAGTGTTGCCTTTTTTGTTGTTCTCCTACATTTTTAGACTTAGAGAC ACGGGATGAAAACAAAATTTGTTTATTATATTATAAGCTATTGTATAATT GCTTTATGAAACCTCGTCATTAAATGCTACTGCAATTTTTAAGTCTCCAC TCGGTACAATAGTCACCGAGGAAAGAAATGAATAGATTAAAAACCCTCCT GCCTAGTTATAAGCTTAGGGCTCTGAGTGACGGAAATGAGATGATCAGTG AGTAAATAATTTGTGACAGTGTTGAATACTCAAAGGTTTTTTCTTTTCTT TCAATATTCTTTATTTGGCTTATATATTATATAGAACATTTATATATAAA AATAAATAAACCGGCAATTGGGTAATTGGGGAAAAAGTACATACATAAAC AGGGGAGGGGGTTTCTACTATTGTTGATATTGAAGAATCAACTCTGTTAA TATTCATTCAATCCAAAAAAGAAGCTATCAAAGGTACAATTTCCAAATAA ACCAAATAAACAGATTTAAGGAGTCTGTAAAGAAGGGGGGGGGGGCGAGT TTTGAACTTTGTCAAGCGTGTTTAGGACTTAATCCTCACACTAAACAAAT GTAATTACTATGTATAAGTTTCTTAGAGTCTTTTTACGTAAATATATTAA CTATATACTGCAAGCAGTTAGTGAGGTTGTTAAATTCAAATTTAATAGGA AGCCATCAGACTGTAAACTCCTATATGGTTTTTGGGAGTTTAGAAAATAG CCTCATATGTTTTTAGTTTCTCCATTGTTTAATATCAAGTACACACACGA TACAATAACGTATATTTCTCTAGTAGTCTTTCTCTGAACAAATTTATATG GACTAAGGTGGTTGAGGGAGAGAAGAAAACAAAGTAGGGTAGCCTTTGTT TTTCTTATTTTTTTTTAAATAAGGTAAAAAGGACTTGTAGTAACAGTTAC CCTAAAATTATTTATTTCTATATTGTTTAATGTATTTAATATTTATTTTA TCCTGAATGATTTTGTCATTTTTTTTTTAAATTGTAAATTTTTGATCCCT CTTTTAATAGATGAAGAGATTTATAAAAAAAAAGTGAAAAAATACAGAGT TTTAGCCATATAGATCCATGTTTAGAAATTACGCAGGGTCCTTGATGATT ACAAATTTTACAATTTTATAGAAACAAATAAAAATCATACTTGATAATAG CTAATACGAGTCAAAATAGAGCAACTTATAACCGATGACTATTTTAAATG AATAAACAATCTTTGAAAAGTAAGAAATATTACAAAAACCCCCTTATTAC TATTAACCAAAAAATCAAATTTTTTTTCTTAACGTAGAAAATATAAAAAA CACTTTTTTTGAAAAGCGTATAACAGAGTGAAAAAATTCACTTTTTCACA TAAAAATAAAGATATTTTGATTAAAGTTGATTAGAGTACTATATATTATA ATTGTGGATAACATAAAAAATTAAAGNATATCAAGGGATTAAATGTTTTT TTTAGTAATWGTAATAGTTTAGTAATAAYTTTATTGGGGGGTACTCCAGA ACAAGGAATATAATTTATCCGTAACAGAGCTATACACTATGCTATACGGG CGCCATAAGTAGGGTTGTGTCGTTCCTTATTTAGGACCAAAAACAGAATT AATCAAATTTAACAAACCTTGTTTAAAAATTGCAAATTTTTGGCGATCAG TACCAAGTAAATACTTTTTTGCTAGAACAAAAAGTTTCATTTATTTGGTA AGATGTTTGAGAAGCATATTAATGTGTCTTAAGCATTAAAATCTATTTTC AACGGATCTAAAGCAATTTTACTAACGAAGGATCATAATTAATTTTTTAA TTAAGTTAAGTATTTTATTATTCCGTTATATAACAAAATAAACTATATAA CTTATTAAAAATATTATATGTCCGTACTATTGCATTGTAATGAAAACAAG AATCTGTCACGGAATATATGTTAAATGACTTTAAGCCAACATCATATATC TTATTTGGCTTCATTAACCATCGATATTTTTAGGAAAAATCTCCAAAGGC CAACAGTTAAAGGTCCTGTCCTAAGGACTGACAATMTTTTGTCTTGATGT AACAAATACTAGGACTGGACATTACCGTGTAGATAATGACCGAGAGCAAT AGTAATAAAAGATATATTTAATAAAAGTAATCACTTTTTCACATATAAAA ACGTTGTTTTCTTTAAAAATGTTTTGAAAATGTATAATTTTATAAATTAA AAGGCCATGTGCAAGCCCTAAATTTTCACTAATATGACTCAAATATTTTA TTTCTGTATTCTGTATCAAAAGAAACATATTTAGACACCTCCCCCCAATA TATAAAAAAACAACCACTTAAATTTAAGAACCAGTCTAATTCATACATAC ATATATATCTCTGATAATAATCAATTAAAAAAAATGAACGATTTTTTTTA TTATATACAAAAAAAAAAAAGATAATATAATCGTTCGTCAGCAATTTATT TTTCAAGGATATTTGCCTATCGATCTATAAACACAGATAGATACATATAA TATGTTGTGTCTAGTGGGGGAGAAAAAGGACCCTACTTGACAGTTTTTAA ATTGATTTTTTGTAAAAAACATTTTTGTTTCTCTCTCTATATATATATTT TCCAATCAAATGAAGATGTCAAGCTTATTATTATATTATCCTACAAAACT TGACAAAAATAGAAAGAAAAAAGAAGAAGACTTTGTCGACAAGTATCATT CTACATATGTATTTATTAGTGTTGACACTCAGTGTATGATCGGATTTTTT TTCCAGTTCGGTCTTGATTGATATTTGTAGACCAATTTGGACCGATGTTT CTGTGAATACCACAAGGTCTCACCGTAGAATGAAATTGAAACCTTTTTAA ATTTTGTCCCATTTTCGATTTCAATCTTTGCACTGATTTTCTTTCCTCTA ATTTATTACTCACCGTAATTTTTGTATAACCTGCAACCTTTCCTCCAAAA AGAAACAGAAAAATGCCCAAAATTAGTTGATATTAAGCCAATTTCTTCCA GCTATGGAATTGTTATTTAATTAAAAACGAGACCAATCAATCAACGTTCA GAAAAATGATTTTGAGAAAAGAAGGAGAAAATTTTATATGTTACAACAAA AAACACTGCATATTTTTGTGTTAGTGAGATGACATCGTGATGAAATGTAC GAATATGATTTATGCAAAATATTTACCTTCAAATGACGTTATTGTGACGA TGTTCTCAATTTGGAAATACACATGACGCTATCGACAATAGAGCTTTTGA ATTGATTTTGGCCAAATTTTAAATTAGACTGATTCAGACCAATTTTTTTA AAAGAGCAATTCAATCTGAATTCTTCTGTCAGATCCTGCTAAAAGTCGTA ACAGTTTTACATGAATTAAGAATCACAATACCCAAATCAAACACTAGTTT TTGTATAATAATATCTGAGACTCTTGAACTTTCTCGAAACTTTACATATA CTCACGGTTTTATTACTCTTGGACATTATACTTTCTATGTAGGCCGTAAA TGCAAAATCAAGCTCGAATGATTTTTCTTTAAAAAAATGAGTGTGTAATA GCATTTATACTCTTCAACGGATTATTGTCAATTTTTATAAATAAATTATT ATTTTTTGAAGGCATTGCAAATTGCAATTMAAGCCATAATGAATTGTCAC AATAAAAAAATACAAAATTGATGTATATTATTTTAAAGGGCTATATGGGG GCCAAATAAAGTCACTTAAATAAAATACAAGTTCTAAAGTACAGCTAAAT TACTTGGGTATCTTAACTTATCCAACAAATTTGGATAACCTCCCTATAAT TGACTCAAATATGTGAATCAAAAAATGAGCTTTATGTATGTACATATATA GTAACAAAATTAATTGGGATTTTCTCGTTTTTGCTCTAGATTGTTTTTAT ATTGACACATATGATTAATTTTTGCGTTTTTTATGGTTTCCATCAGAAAA TCATAGTAAAGTAAATTAAATATACAGTTTACTTCAAATACACTCTAAAT TGCATACATGTAGATTCAGGAGGATCCTGGTCAGAATAGACCAAAATACA GACAGGTATGAATGGGGAAAATATCACAGTAATTTTATCATTAATATAAC ATTTTATTCAAATTCTATGTGTACCTATATATATATATAGGTAGTAGGTA TGAAGAAATTAATATGTTATTGAAGTATTTGGCAACCTGCTAGATTCATT ATCATTAATTAAATGATCTCATGGATTTATCTTTTATTATTCATTTACAG GTAGGACTACCTTATAGTAAATCTATACATAAATATGTATTTGGCGAGAA ATTTTCTTGGCTAACATATTAGAGAATGATACATACACAACATCGAACAA ATAAGGAGATGAGAGAAAAGAAGATGATATGTTTTGCGTCAACATAGAAG CAATCTTAATAAAAAAAATAGAGATAATCCCTTCATATATTTTTTTCATA ACATAAAACCAAATTTATAAAATACACGGTTTGTTAATTATAAGCATTGT TCTTAAGTTTGTAGAATAAGTTAAAATATCCAAAAACTTTAGCTAAAGTT NNNNNNNNAAATAATAAACGATAATTCGTCGAAGAATGAAAATGTAATCG TTAACAAATTTTGTGAAACATCATTCTTTTACTCTCTTCTAGAATGCAGA ATTTGGCCACACCCAGTTAGGTTGAGTTTCGCTGTCTCCCTGTCATTTAA TGATCCAAACTAAAATTTTGTCAGAATTAAAACAGCCTTTTATTTTACTT GATGCATCCGGACACAATGAACCAATCAGGACGAGAGTAGTCTTATCTTT ATTTATTTTTAGACCAGATTTGTCCAAGTATTTTCATTCTAGTTTGCTAT TATTAATGAGCCACATCTTTCAAGTCATTTTTGACATTGTACTAATGCTT TAAAACTAAAAAAAATATGCTTTTTATCTGCTGCAATATAAAAACTTGAG ATACACCATTTTTGGTGTACGCGGATTTAATAATTTACTCGAAATTTTTC ACCTTACATTAGAATTCACGCATCAATTTTTCATCAAAAGGAGCATTGCT ATGAAGTTTTGTTAATATTTCACTTTCGCCTTTCAAATATATTGAAAAAC TAGTCCATTGAAGAACCTTAAAGTTTTATTTGGATAATCTTTATTTTTAT TCTTATTTTGTAGTCATATTCTATAACGTAAAAAGTTTTCTTAAYTAGCC AATATTTATTTACAATTTTTTTTCTTAAATGAACCACTTAAGCATATTTT GTGTGTACATATATATAGGTATATATAAATTACTTTTAATGAATGAGAGA AAATATAATCTACGTATATATGTTCCTTACAAGTTGATGTTTGATATATT AATGGTGTAATTTTTGACTTTTTTAATAAAAATTATAGGATAATGATAAG TCTTCTATGGCACATTGTGGTATTCAAATTTACACGGTTATCATGATCAT AAGTATTAAAGAATGGGGACACAAAACTTGCTGTAGCAGGACTAAATCTA CTAAATTTACTACTCAGAACGAACTAATGATATGTAATTGTAATATATTA AGGCATATTTTTAATTCAATTTGTCTCTTTTACAAGCGACAACGGGCTCA ACACGTCGTCGAACAAGTTTTCATCCCAGGAGTTAGCCATATTGTTACTG CAAACGTAGTTTTTCTTGACTATATGGGACTTATAGATTCTTAATGTCTA GGCAATCCAGATAAAGATGGCAATGGTCTTCTGGGCTCGGAGAAGATTGC CTTTTGTTGTTTTTCCCCCGATATTTTCATACTTAGAGAAATGAGACAAA ACAAAACTTGTTTATGTTTGTTTCAGCTTTCCTCTTGGTTACGTAATGAA GCCTTGTATATAAAAACAAAATGGATAAAATTGTGATTAAATTCTACTGC ATATTTTGGGTCCTCAGTATTGTAAATACATGAGTAATCTTAATACAATG AAATACAATCATAGCATTATAAATAGTTATCAAAAATTAATGGACTGGAA TTATAATTAAATGAGACATTATGAAACGTCCAAATGGTAACTTGTACTAT TGGATTATACAGGTTGTAACTCGTTCATAACATATCTATACAACGTACAT ACATAAAGATGGCACTGAGGCAGCCCAGCAATTTGGAGTATATAAAATAG AAGAATTAAAGATAATGAAGAATACTTAAGGAATTCTGCAAAAACTAAGC TTAGATTTATGACACATGACAATGTAATACATACATATAAATATTTGATA CTCTCTTTATGTTAAGTTTATTAATCATTTTTGAAGGAGCGTAGGAGGTG GATTGTGAGGAGACAATAATAAATCCCTTTGAATTAATTTTTACGTGATG CATTTCCATTATGTAGGTTAGGGTGAGATGAACAATAAAATGATGACAAT AAAACAAATTTTGAGGAACCTTTTTTTTAGTATTGTTGATAGACCAGTGG CGCCAGAACTATAGGTTCATTGCCTTCGCTACACTTTTGTAGAATTTGAT TATTGTTATCACAATAATCAAATTCTTTTTGTCTAAAAGTGTTTAAATGT CATAATTTTCTAGAAAAAAAAAACAATTTCTCGTATTTTTTTTTAAATTA AAAAAAATTTTTTTTTTGACTCTTCTAAAAAAAATTATTTGTTGACAAAA ACTTTTCACTAAAAATGATGCTCAAAAAAGCACGATGGTCCATCCTCCCC CATTCACCACAAAAAATATATTGGCCATCCATGAAAGCGTCACCATTATT TAACTTGCCTAAATTTAAGACAAGGAACATCAGTCATCGTTTATTCAACC GCCCGAGGCAGATCTGAAAAAAAAAGTAGAAGTAATTGATTGTCCGATAT CCTATTGACATTTTGCTCGTAACAAATCTGTAAGCAGTGTTGTTTTGGTC TTATTTATTCAGTCCAATCCAGTCGTAAGACAAAACCTATCGTTCCTTGA GACTGGGCATTCATACTAGAACTGATTTGATAAAGAAGAAAAATTGAGTG ATGTCATCAAGGACCAAAGTTTTTAGAACTGATATTTTGATAAAACTGAT CAAAACTGAAGTTTTCAATCCTAAATAATGACCCACACAACACTACTCGA AAGGCGATATATATTTTGATGAAAATAGTTTGTATTTTGAGCAAGTAAAA AAAAAAAATGAAGCCGAAAATCTACATGATAACCCTGACAATTTGAAGAA CTTGTTAGAGGAGAGTAGCTTGGCTGTCATGAGGTTTCTTTAGATCAACT ACAATCAGCTGTGGTGAGAGAAAAGGAAATAAACAAGAAAATTGGTATGA ATGACTCTCTTTTCGATCTCTCAATTCTACTCAGAGTCTGACAAGGACTT ACAATTATAACTCTGCATAAAGGTTTCAGTCTGTCTCTTGTGAGTATACA CAAATTTTCAATCAGGTTTTGAATATAATTGAATGGATTAGAAAAGGAAG TTAACTCATGAAATTAAATAATAATGAATATAATTGAAAAAAAGAAAATT CATTTCTTAGATTAACAACTGAAAAAACGCAGTGCAAGCTACAAATTAAA CCACTGAGTGGTTTGAATAAAGTCGGAACATCAGCCTCACCCTAATGTAG ATATGTAATATGTATATATTAGCTATTTATTCAAAGTAATAATTAATATT ACTTAAATCAAAGGTCTAGCTATAATACGTTAATTGTCTTGATTTCTAAA ATGCATGCATAATATGTTATGTACCTATAACAATAAATGGTTGTAATTGA TGAGGCGTCTTGGATTCTAATCATAATAATGCATTATTTTCCATCATCTT TATGAATATACTACAAATATAATATGAACCATAAATATGAATTAGTGTAT CTTATTTCCCGGTATACCGAGGAAAAAATCTGTATATTTTTGAATCCCGG AAAATATAAAGATCATTTTAGTAAATAATAAATACATTGAAATTAAAGTA TTTCTTACCAATAATAGTGTAAAGTTTTTTTTGTTTAGAACCTGCGTATA CAGCTTTTTTGAATTATCAATCGTAGTAGTAAAAAAAAGCATTAAAAGTT AACTATAACAAAGCTCATTTTTTGTAAAGTTGTTATAAGTATAATATTAA CAGCCCAAACTACTTGATAAAACTTGTCCAAGACTAAAATCCATGTTTCT CTTTTTAGAGAAATATTTACGTTATTGTTCGTTTGTTTGGGTATAAAAAG AAGAAAAAAAAACAAACAAGTAACGTATAAGATTGTTATTGTAACATCAT TATTATCCATAAATATTCATAATCCTTTGCATAAATCGTAAAAAGTTTAA ACCGAGTAATTCTTTATTTTATATTTAACGTTTAATTTAATTAATTCTAT ATAATTTTAGTAAGTTTTTAGTATGAAATAATTAAATATAAAGAATTTTC TATAACTATATTATCCGTATCAATCCCATTAAGACAGTATCCCGGGAAAT AAAACCTAATGTGAATATAGATATTAGTAATATACTTCCAGTTCTAAAGG AAGATCAATTAGTGAGTATTATGTTATGTATCATAGTTGAGATTTGCTCT TAAAAACAAAAGAAAAAAGAAGAAGAGCTATTAGTATTATCTTTTTTTAT GTCAGAGACAGGCTCTGTTCTTTTTAATTTGTTTAAAAATAAAGATGTGC ATTTAATTGATCTTTTTTTTTAAATTTCTAAACAAATGAAAGAAAATAAT CACCATTTAGTTGAGAAATGGAGTAGAGTGTCACAATGTACGACAATGCT CTACTCAAATACAAGTTCATACGGTATTTTTATGTCAACTGTCGATTTTT TTTCTTACATTCCCCTTAATAGTATTCTGAACTCTGATTGGTTGAATTTG AATGACCTATTGAGAAGCTGTGAACCATTATTAAAAAATAACTCCATAGT TGGAATGAATTGGTTACCTATTACCAACTGATTTAAGCATATTTTGACGT CAGCATTCTTGGTGTCTTTCATTTAGGCGGCCTAAACAACTAAGTATTAT ACAAATAAAAACGTTTGTTTCATTATTTAGATTAAGAAAAATGGTCAATT TCTGCTTTGTATTTGAATGTCAAAGTGTGAATGACAAATACGGTTTTAAT ATGTATTCAATTTTTGGGATTATTTACGCAGTTACTTTTCTTATAAAAAT GACTTAATGATAATAATACTGTAAAAAAGGTTAAAAAATTAAATAAAGAC AAAATATAAAATCCCACAAACAAAAAGTCAAAAAATTTCTAAAAATGAAC CAAATTATTTATACGAAAGGGTTTATTGAAAAAATGAAAAGTCCATTTAT AAATAAAAAAAAGAAATCTATTATTAAAGACGGAAAAAATAAGATTTCAT TCGGACAATAAAAAAAATATTCCCCCCCCCCCAAYCAAAAAAATAAGGTC CTTACAATATCCACTATAGTGTCGTCTTTAATGATGATGTAATGTGAGAC GTCAAGGAAAGAAGTCATATAATATGAAGGTTGTTGATATTTGCACATTT TCAAGTGTGTACTCTATAACGGGCCCCTTTAAAGCTTATTCTTTTTTAAT CCAAATTATTTTTTCTATTTTATTTTGAAGGATTTAGGAACACAGGATAA CAATATTACCATGCTTTTATTCAAGCAAGGCGGCATATACGTGAAGAAAG CTAGCTACTACTTATGGTTATATCCTATATAATTTCATGTTGATATATAC ATACAACGGTTGTTATATGATTGTATGTTTTTGTTTTCAAGTCATACCCT GTTCATCAATCATCTCAACTTTAGAATCTCATGCTATTTGGTATTGGAAT ATGTGTAATGCATATAGTATATAGAAATGTGTAGAGCTCATACATATCAA TAATAAAATCACGACTTTTCATATGAATTATGGATGAGTTGACAAAGGAA GGCAAGCAATCATAATATAATTATGATTTGGTTGATCCCCATAGATACAA TAAGCTTCAGAAGCATGATTGATGAACGTAGAGACAAGAGGAGGGCTTGT TGATACAGTCACCAAATATCAATCATTTGGTTTGATTTTTGAAAGAACCT TCATTTGTGGAATATCAGCATAAAAATAATATTGAACAGGAAGGAGAAAA TCCCAATTTGGATACTCTCAGCTTATATAATGTTTTAAAAGTTAATTATT ATTCTTTTATTCGAATAATAATTTTGGTTACTTTAAGTGCAATTTCCGGC ATACCCAAAGTGTTAATTATACTTATTCGAATGACAAATATTCTTAGAAG AATAAAATTTAATCCAAACTCAATTTTAAGAAAAATCAATTTAGTTTGAT TTTGTGTCAACATCAAATAACTACAGAAAAATAAATACTTTATTTTATTA TAATATAAAAGTGCAGTTTTTTGGTGCAAAAAATCAATAATTTGAATTTA ACTTTTCTGCGATATACTGGATAACAACTAATATTGTAAGATATAAGTAA TTTTTGTGTGCAGCACTTAGTACAATTAGGTCAGTTGCAGCCAGTGCAAT TTCCTTGACATTGTTTGTATTCTTGATATTTTTCATAGATCTTGCTTCTC AAGAAGCATTTTGGGTTCCCAACACAGGGTGCTGAAGACTCTATAGTACT AATATTTGATCAATAATATAAATTTTGTTATATTATAATCTGATGTAATA CAATCAAAGTTAATATTTCAATCGTTTACATGCTTATAATAATCTTTTCG TCAAAAAATATTATCTAGTCAAATGTTCTTAATTTGTTGCTCAAAATCAA TTAGCCATTGGCGTTAGTGGGTCAAACCTTCTTTGAGTAACTGAGCTATA AACAACTTCAACTACTCTGGTATTCCCAACATTATATGTATTTGGTTTAT GTTGGGATTTAAAATGTGTACATATCACATAATATGTAAAATGAATGATA TTTTAGTAGTGTTAATTTAAATAAAATATATGTGATGATCCGGTATGATG GAGTATGTAGAAAATAACATCTGAGATACTTATCCTTGAAAAAGTTATTT TGATGGACTTTTATGTGTTTTGGCTTTAAAAAACATGAAATTAATAATTG AATCACATCTCTGATTAGATTGTTATGAAACTCCACATATTTTTTCTTTC CCACCTCATTTATTTTGGTAGATGCTTTTCATAAAATTATTATATCTTGC CAACTGCCTTTAGGCCTTTAGATTTACATAAAATATAAATAAGCTAATGA ACATAAAAGGCTTTATGTACAAATTTCACCCATTTTTTTCACGTCATTTA TTTGAATAATGGCCTTAAGAGTGGAGTTTTACATCATTATTGAAAATATA TAGTCCATTGCTTAAGTTCGCCACACCAATTTTTTGAAATATTAAAGGTC TAACATAAAATATAAAGATTTAAATATATTTTAACTATGTGGTAATTTTT CGAAAGTTAACCCATTTTCTGACTTTTTTCTTTTTCTTACGTGAATCAAT TTCCTCTCCTCTGGGGTTTATAAAGAATAAAAATATGTATATAAATTAAT ATTTATATGCTGACTTTAATATTTAACGAAAATAAGTAATATAAAGTTTT TTTTTCTTTCTATATACGTATATAAAAAAAACTTACATATAAAGAAACCG AAAAAAGTTTGAGCTTAAAAATATAAAATAAAAACTTAGAGCTTGATGAA ATTATGTTTATTTATCAAATTGAACAAATTATATACAGACAGTTAAAATC ATAGCCAAATCATTTGCTAATATAGATAATTAATTTATGTTATTGTTTGT TATTTTATGGCCCTTAAAATTTAAAAGTTAGCATTTCATTAATTGTGTGT AGAATATTTCTGTAGAATATTTTTAGAGGGTTGAAAATAAAAAATAAAAT ATGGAATTATTAGGATGTTACACAGTTTGCAAAGTAAAATCAATCAATCT TCATTAATTAGTATATGAATAATTTGTTTATAAATTAGGCCTAAATTCAG ATTAATCGGAAAAAAGATTCTTAAAGTTTTTCTAAGCTAATTGAGTTGAT AAATTTAGGTACTTTACTATAGTATTTGTGAAATGATTCCCNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNACCTCTTTATAACCATTTGAAATTTGCTTTTTTTTAACTACTC GAACAAAAAATCTATTCATAACTATTTCAATCTATGAATATTTATACGAA CATAATTTATAATTCTTAAAATGATTTTTTTTGCTCATTTAAAAAAAAAT AGGGCATTCAAAAAGCAAACAGCTAAAAGTCCCGCCAGCTTAAATATTTG GACTTACAAAAGGTATTTATGTACCTGCAAATGTATATATGTATTTAACT TCAAAGGCAATTTAATCAAAAAGATAAATATGTTCCTCATAATGAACTCT GATTTCCTTTTGTGTCTATATAGGTATGTACATAGTACAATCATGTAGGC AGCTCCCAAGCAGCAAAGCTTTTTTCATATATATTAAATTACATCTAACT CAAATTTACGAGGAATTTTTGTATACTATTTATTTTTAAAGAATAACTTG TGTTTATCCACTATTTGCCAAAAATAAATATATATTTTGTTTAGAAAAAA TGTATTACCTTGAGGTTATAAAAGGTGATAAATAACTCGGACCTGGGCTA ATTGTCTTTTAATGAAATGAAAAGTTTGAAGGTAGTTTGTTTACGTAGCA TCACTTGATTTTAGTTATGTAAATATTTAATCAAACTGACTTCATCCAAG ATAACTTTATGTGAGGTGTGGCCATGAAGTTTTTGCTTCCATTGTTTTAT TGACATAGGATTTCTGGTGCCTTTTATTTATGCAGATACTTGCTTCAATG TTTTTCAGTATACATACATTTCTATATAAATTGCATTTAATATTCACAAA GCCATTACTTCCTTTTTTACGAATGATTTTACAATCTGGACTTTAAACAT ATATAAGTATATTTATATACAGTCAAATAATTTGATTATAATTATGCTAT TTTTTTTATTTGTTTAATGCAAACTATTAATTAGTTGCATCTGGTACATA CTCAACTTCCTTGAATAATTTGAATTGGATAATGAAGTTGTTATTATTGT TGACACTCGCTCCGACAGCAATTATTTTTATTTTGATGTTTTGTAATAAG TTTTCTCTTTTATACCGATTTGCATTGATATTTCGGTACCGTGGTATCGA ACTGTGCAAATTAAGGCATGTGATTTTATTTAACATTCAAAAATTCAAGA ACACTATAGGCTTCGAAAACAATCAAAATCATTAGTAAGAAAAAAAAACT ACTAAGAAAAACAAGATTATTATAAAACGTTTAAAATAACACTAGTGAAG TACTAAAAATCAAACTAATTTGGTTAAATACAAGTTCAAAAACTATTTTC CATGACAATTTGCAATGTATTGACAATATATTACGCCTTGGTTATAATTG CATCAATTTTTTTGTCGTTCGAAATAGATAAAAAGTCTTGTTTATGTAGT TAGCGTTTAAAAAAAATTTCTAGGGGTTTTCGAATTTCGTTCAATGTGTC AGCTAAGATTTTAAAATCCCACAGAATATGGTCGGTCGTTTCCGTTGATG TTTTACAGAAAAATCCATTAGATCGCCTGTCTTTAAATTATTTGCCGGCA ACTTAAAGAGTACGTGACAAAACTCTATATTTGAACCTCTTCAAGGGCCG TGTCAATTACTTTAAAACTCTTTTTGGGTGTCTTTGCAATATCGCCAAGA CTTAGACAAGAGATAAAAAGAGCAAGAGTTGCGTTGTATGAATATATTCT AAAGTTTGCATTAATTAGTATGCTTATTTCAATTACCAAAAGAAGTACTG GGGATTGTACAGGTGTATAGTTTCCTAAAATTGATTCCTAACATTTAAAA GCAATTTTGCTAACCAAAGAATTTTGAAGATTGAATAATAATTCTATAAT TATTGTCTAACTAATACCAACATATTTTGAGCTCCCCCCCCCCCCTATTT CTTTTTTGAAGGAATGGTTACAAGAAATATTATGCAACACATGTTTCTAC ATTTGACGTTATTGTGCCAATGCTCCCTATTTGTAAACACTCATGACTGC ATCTACAACTTATCAATTAAATTGGACTTATTGAATTGCTTTATGAGTCA AAATAAATCAAAAATTTTCTATAAGATCATCCCATACTGAACCGGAACGA AACATAAAAAGAATATGTTAAATTAATCAGGAATGGTCAAATTTTCTAAA TTTTCATTGTTATATGAATAATTCGAATTCCTCATTTTTTTTTATAAAGA AAAAGTGGGGCTATATTTCTTAAAAAAGAAAGTTGTTTTTTTCAATTTAT AAAGCATACCTTTTCTTTCGAAAAACGGTTTTATTATACAAAATTTCAAA TGATTTAAAAAAAAGTTATTATTCCAAATCAAATCGAATAATTTGTATTT TACATATAAAATAACATTATCACATTTTTATGAATTAATAAATACAATCT ATTTTTAATTACATTCATTTTTTGTCAAAGATTTGTAGTTTTTTTAATGA ACTACATACTTTTCTCATATCATTTCTATATTCCCTTATTATTTTTTGTT ATATATGTACTATACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAGAATAAAAGATTTG TTAGAAATCCAATTATATGTTTGAGATGAGGAGGGGAAGAAGTAAGGAAG GAACAAGGGAGGAGGGAGGGTTAGAAGTGGCAACTCAGGGATATTTCATA TGATGTACAATAACATTCCTAAAAGAAATCAGTTGAATTATTGTTTTTGT TTTTCTTACAACACGGATATTGCCTCATAAATTTACTTTTTTTTTAATGC TTGTATATGATCTGATTCATGAAAGAAAAAAAAATACTTTATACATATTC AAGAATTAAACCCAGAAGAAGAAGACAAAAAAAAACATTTCAGATTCTTT AAATTGTTCACAAGTATTTATTTAACTAGGCTCATTCATGTAAATATTTT TCTTACAATTTAATACTAAAAGTAACTATTGTGCTGTTCTAATTTTTTAG AGTATGTGGCCCGTCAACACAAAAGGAAGATTGATTTTTTTTTCGATATT GAATCTAAAGTTAAGGCTCATTTTTTTCAGTTCGGTCTTATGCAGGGATG TCCAACCTTTGAATATAATGGGCTGCATTGACACTTGAAACATTTAAATG GGACACTGAACCTATAAAAAGTGCTTCATTCATCAAAATGATTAATTATG TATTTATTTCAAATTCATGCCGATTATAAAAAAGGCCAAATCTAATTTTG GAAGAACAAACTGCTTCAAAAAAGGCCAAATCTAATTTTGGAAGAACAAA CTGCTTCAAAAAAGGCCAATCTGGAAATACTCTTCAAGGGTCTTAACAGA ATTATATTTTTATTGGGAGGGTGTTTTTGTTTTTTTCATTTTTTTCTCTC TATTTTTTCATTACGTCACATAAATATTATGAGGGCTACAATTCCGCCCG TAGGCCACGGGTTGGACATCCCCGGTCTCAAGTGAGTTTTTTTAGACTCC TGGATATAAATATATAACGTATTATTTCTATTTCTTAAGAATCAAAAAAG TGAAGTAAATTTTCATATGTTTCCTCCATTAGAAGAAATCAATCTTTTCC TCAATTTTTTTTTCTAAAAAAACGACATGTGACCATATCAGGACCTATTT TTTGAAAGGCTGAACTTCACTACAAGACCTGTCCGGACAGAATTAGTTAA AAATATAACAGCTTCTGAATCTAACACTAATTAGCTCTGGATTACATTTG TGTTCTTCGACGAATTATTAACAACTTTTATGAACAAACTATTCTGCTTA ATCCCTTGGAGGCACCACAAATTGTGCTTAAAGTAGCAAAAATGCATCCT AACATTGAAAAAGTTAGATAATTATATATTTATTTGAATGTACCTATATA ATCGGAGCCAAATGGAGTCTCATAAATCAAAAAAGGTTTTAAACTATAGT TTATACTTTTTGGTATCTCACCTTATCACAGAAATTTTAAAATAAAGTCT ATAGTTGACTGATATGTCTATGAAATATAAGGGTGAATCTATGTTTATAA GTATTGTGTCAAAATATATTACTTTTAACTTTTGTTTGCAATTGATTTTG TGTTGTATCATCAGATATTTTAAATAATTAAATTAAATAACAAATTACTC TTTTTCAAAGAGCTAAAATAAGTAAATTAAGCACTACTTAATCATCACTA ATCATTGCAATAGTATATCTGATTTTTGTATCACTTTTTATAAAATATAT ATATGAAAAGATTAATGTTCTTGATCATTTTAATACATTCATCATTTTAA TTAATTATTCATTTCTTAAAATAGAAGTCAATCGCTATACTTATATATTT CTATTTAAATTTTCTTTTGAGATCATGGAATGACAGAATTGTTATTTTTG CATATTTCAGCTCAGTTCTTTAATAAAAATGATTTTATCTATTATGACAA ACTTGATTCAAAGGTGAGTAAGGTTCAATTTTATTTTGAATGTTCATATT CTTTATATACTTATAAGTGTATATGAAATACACACACTTGTATTTGAAAC TTAATCTTTATTTGAGAAATATTGCATTCACAAATTTTGAATATTAATAT TTATAATATGTAGATATTCGATAAAATCACAAAATTGAAGTTTTCTCTTT ATAAATAAGAATTAAAGGTGTTTTTTTTGTTTTTTTTAAAGGAACAATCC CGAATAATGGTTCAAATGTTAATATTCATACCAGTAGAGAAGTGGTATTA CATTCATAATGGAGGACATTTGTATATCATAACCCTCTTATGATACAATT TTACAAAAATTGTTGACACTTTATATTAAAAAAAAGATAGTATTGTAGAG AAATTTTGAATATTGTACTTTATTGAGAAAAATACATTTCTNNNNNNNNN NNNNNNNNNCTCTTTATAAATAAGAATTAAAGGTGTTTTTTTGTTTTTTT TAAAGGTAACAATCCCGAATAATGGTTCAAATGTTAATATTCATACCAGT AGAGAAGTGGTATTACATTCATAATGGAGGACATTTGTATATCATAACCC TCTTATGATACAATTTTACAAAAATTGTTGACACTTTATATTAAAAAAAA GATAGTATTGTAGAGAAATTTTGAATATTGTACTTTATTGAGAAAATACA TTTCTGATTTTGTTTACTAAATTTAGTTTTCCACCACTAAATTATAGATA TTTTAAAGGTAATTTTAGTTTTTAATATTTTTCCTAAAGTTTTTTTTTGA TAAACAATTATAATGGTGTTTTTTTTTTAAATCGGGTCTTATTATTGKCC CACAGAACCCACAGCTGCCATCCCTACCCCTCTGCTACTGATTCACACCT GTATATTCGCATTTATTGATATATATTTAATGTATCACTAGTACAATGGC GCCATTAGACCTTTTTTAGGGGTGCTCAACCTTTCTTAAAGTTTCGGAAG ACAACAAAAAAAATTTCTCTTATATATTTTAAACCAATTTACATATGTCA TTGTATAACGATGTTCATCAGTTTTGTGGCTAAGTCCCCCTCCCCACTTA TGATGAAAGCTAGCAACGCCTATGTAGTAGTAAACACAAAGGGAAAGAAA ATGTATGCTAAAAGTTTTCATTGAAGATGAGTAATCAAGCAGTCAAGCTA TTTTTTTTTTCCATTAGGAGAATTTACAATTAGCATTTTCTTTTCTATGT AAGATTGCAAAATTGATTAAAAAACCTCAGTTACAGAGTTAATCCGGGTT CATCACTAAGTAAATTGACTACGAGGGTGGTCCGAACAGTTTCCTACCTC AACGTGAAGATGACAGCACTCGCAAATAAAAGCTTATCACATCTTTTTAG CCTCTGATGATAATTTCTCATCAAAAGTGTAAGCCATTCTTGACGCACAG TTTCTATGAAAAAGTCCTTTGATAATTTGATTTGAGGGTTCTTCTGAAAA TTGACAAAATTGAGTATTGAGATGTCATGAAATACTTTTTTTTTGAAAGT GTCACCTATAAATAGATTCAAATAATAGCAGGGATATTAAGCTCTTTGTG TGGAAATTTGACCCGGTTAAGTCAATTCAACTCGGAGTAATTGAGTCAAA AACAAAAATTGTTTCGTGAACAATTATTTTGAAGAGAAAAGACACGGAAT ACTATTTGGTAATATCATCGCTAGGAGAAGTTTGTAGAGCTTGAAGGATA CTATCTATGAAAAAAATATATATAACATTCCGAAATAAAATGTCTTGTAT CTTTGTTAGGTCAAAAACTTTTCAAACAACCTTCGTATATAAGTTTAAAA AAAACCTTTATTTTCTGATTCCAAATTCAATTCTCATATCCAATTATTTT TTTAGCATACTGTAAAAAAAAAACCAATGAAGAATACACAATATGAGTAA GCATGAGCCAACTTGATAAGAAAACATTTAGCATCAAATGATAATTTATT TCAGAAGGAAAAAAAAAGGTTTATTTTCTATCAGCGTAGTATATATTGCA AGGGATATAACTGCTCATAATTATTACTTACTTTTTATACTTATATTATT TTACTCACGGATAAAGAAAATAATCAAAGAAGCCTATTATTTGCACTCGA GATGATTTATTGAAATAACAAGAGAGGCTCSAGGCTTTTGAAATTATCAA AATAATAATGTAATGGAAGACATAAAAATGAATATTTTCTCATAATTTTA TATTACTTTTATTTTTCAGGTAAGATAAACTGTTGATGGAAAACGTGTTT TCAAAAACAAAAACAAAAAGCGAAAAAACTAACAATATATCAATTCTTAG AATAGATAAAATAAACGGGTGCAGACTACCCAAACCTCTCTCTCTCACCA TATACCAAATTCACGACATTGGCAAATATCTTAATACGCTCACAATAATG TTGCACAGGTTGTTATTTTATAACCCGCGGGGAACCACTTCTTCAGAATT AGGTAACTTGACCCGCTAGATTTTGTCTTATGTGACTACTTCAATATCAG TGAATTATTTATTGAGACAAGTATTCAAACGTAATTATAGACCATTCGCA CCAATCAATTTAGATCAACTTGAGTTTTGTACAATATCAAGTACAATAGT GTTGTATTCAAGTATTACTTAAACTCGAAAGTCAATCGACTTTACCAAAG CTGACCTTTTTTTTTTTTAATTTTCCTTTAATTGGTCACATGGAGTTGGA CTGATTCATAAAATTAATTTTTTTTTAGAATTACAATTACTCCTTCTCAC CTAAGAATTGTTATGGAAGTATATTTCCTTTTCTTGAACAGAACCGAGTA TCAAACTTACGCTAAAAATAATTTCTCCCCATCACATTGTCCATTAAGCT TCGTCGTTCAATAGATAATTTTTAAAGATTNNCTTGAACTTACAAATATA TATATATATATTTTTTTTTTTTTGAAAATTCGACTTTACTTGAAGTAGAA TAATCGGAAAATAAAACATTCGATTTAACATGTCTAAATTTCTCGTATAA TTTAAAAGAAAAACAACACTAAAATACTACTGATTATGCTTTTTATTTAA AAAAGAGCCTCCGTATTTAAAAAGAAAAACCACAATAAATATCATGTGAG AATTCTTAGAAACTCGAGCTTGACCAAATTACAAAATTGTTATATTGTCC GAATTCAACTAAAACTGAAACTAACACTATTAATTAGTAATTGTTGTCAT TTTGTCGAATCAATATTAGAGCATTCCTTAAAAGTACCATATCTTATAAT TTTTAATAAATTTATAAATATATTATTACTTTTGAATTTTTCGTCTTATG TATGTAGAACAACCTATGAAATTTCTTGCCAAATAGATTATTGATTTTTA TTGGATCTGCAGATTAAATATCTGTAAAAATACACAAACCGTAGGCTAAA AAGAATCCCACGTATTACTTATATATAATAATAAACAGTACCTACTTAAT TCTATGCTAACAGCATTCTATGCCTGAAAATAATTCAATTCAACATATGC TTGAAATTATTATTTGAAAACAAAAAATAATATGAATGTTTGAGTTATTT AATTAAAAAATATCACTAAAACTCAAAGTATTCAGGTCAACTAATTGAAT CTAATAAATGCCAATGATGTTCCTCAGACTCACAAAACGAAACATAACCA AATACTCTCTTTCCTATTACAATAGGTGAGTGGACTGATTTAAATAGTAA AATCTATTTCATAATTCCATGTATCCAACGATACACAACTAAAAACACAT GGAAAGACGAAAAAGTCAGCTGTACTTTCCTTTAACTGGAAAGTTAGTGA CATAAGTAAATATGAAGTTTACCCTTTTCAAAGTAATAAATTAAGAAGTT TAAAGAAGACTACGATATCAATATTTGTAAATGTTGCGGTTATGGCCTCA GTTTTGTGTCTTCATGAGTTCACCACCCTTTCATCTGAATCATCAAGGTT CATTCTGCTAAGGGATGGAAGAGTTGAATAGATCATGAAGGAAAAATACA GAAAATGGTTAAATGACGTCATCTTTGTTATTACAAAAGCAACATCTTAG ATGGCATAAATATATCAATAGGACAAGAAATCTACTTTAGCTAACAGGCA CGTTTAGTTACTCTGTTTTAAAACAAGAAGCACTACTATTGGTGTTGTGC CAGTCCTTATTTTTTGTTCTATTCACGCTAGCATAGCACTTTCCCTTACT GACTGAATCAAAAATGATCCCACAATTTTTTTTTTCAAAACTATGCTGGC CTACAAAATAATGATTATATGTTCTCTTATTAATTTAGTTACAATACAAA ATGTTAACTTGTTGCAAGCATTAAGAAAATGAATTTTCATATGTTTAAGT ACATCTTTGAACATATTAAAAGTCAATAGGATCAAAATTGAGGTAGCATC AACTGTTTTTCGGGTAATTATAAATACTATTGCTCTACTCTAAAATAAGT ATGAGGATATGATTCTTATGTATTGCTAAGTTGGTACTTATTTAAGACTG AGGTCGAGATTTATGTCCAAAGAGTCCAGCATATCAGTCTTAATAACTTA TAAAGTTTTGTCCTCAATCACATTATTCTACTTAATTTATTCTTTTTAAA ATCTATTTTAGTACTGAAGGACCGATCCAAAGAACTAATAGAACTGGGCC TAAGACTGAACTGGACCAAATAAAAAGTGCTGACATGACCCTATGCTCAA AAAAATACAATTTTTTTTTTTTTGGAAAACTAGGTTTAAGCATTATATAT TATTTAACTACAAAGTCAAAACGGTATCAAAAATAATAACATCGTCGCTC TTGTGTTAAAAGTGTTACCCTATAACAAACTCATATCTATTTTTATACAA TACCTTCTGAATTATATGTATATACTTGTAGCATTTTATGCTTAAAAAGA ATTGAATTCAACATCTGCTTGAAATTATGATTTTTTTTTAAAGTTATGAT TATTTATGTTTGAGTTATTTTGTTATTAAACCTTTGTGAGCGTATTAATA TAGGCAACAATGTTTGAAGGCATAACCCATATGTGAGTGAGCGAGTGTCT GTAGAGATCCTTATCACATAAATGAGATTTTTTTTATATTTTACTCTCCT TTTGTGAATTTATGTTCCTTTATAGAAGAAATGTCATGATGGTAGAGCTG GTGGTGGTGCCCATTGTATACATGTAACATAGGTATATACATATATGTTT TAAGCACTTCAAATTATTACGTGCGTATGACTCCTGTGTACAAAAAAAAA ACTTTTTTATGGGTTTCTGGGTGTACATATTATGTGTTCTTTGTTCTATA TAAGGCAATCCTCCCTTCATGTTAAAGGGGGGGGGGGGATGTATGATATA ATATTTGCCAAAAAGGACTCTAAATCCCTTTGTGACAGATTACTTATTCA ATGAATGGTAGTTGCATGTTTGGTTTATTTTGCTTTTTATTTTAATGATA TAGGTTGAGTGTTGTTACATCGTTTCATTATTGTTTATGATAAAATACGA CCTTATGATGTACGGCGGGMTAAAAAAACAATCAACATGCTAACATTGAC AATCTCAAGACTGTTTTGAAGGAGAGCCACCTTAGCAGTCATGACGTCGT TTTATTATATCAGCTACAAGCAGTTCTGACTACATAACTCCAATTTATCG GGGGGTTTTCCAAATTATGACAACTCGTTTTCAAATATATATCATTTAAT ATCGTATCCAAGCACAAAATAAAAGCATCTAATGGATTTGTATACAAAAA AAAAAGTACTTTGTTAAAGAAATACAGTATTTTTGTATTCACTGTTAAAA AAGGATTAAACATTATTTACATTATATTTCATATCAAAGTGTAAATAGTT GGAAAGGGTTTGTAATACAAAAAAAAATTATATATAACCAGTAAATTTTA ATTAAATTGTATTATATTTTATATGCAGAATTGTTGTAGTTAACGAAATT AAATAATGTGATTTGATAAAATATTTATATCCATTGAAAATTACCCCTAG CATACAAATATTTTAATGCTCAAGGGAAGCCGATAGGTAGATCAATAAAG TAGGCTGAGTTTTCGAAAAGTAATTAATTAATCACTACTTGCTAGTGTTA AAACACTAAATAAAAAACACTATAAAAGCTAGCAAGTAAACGGCGAGCAT GCTTAGTTGTAAATAACGCTCTACAACCAGATGTAACTATATGCCAACAG AATGGTTCATAGGTAGATACTTTAATTCACCCCTTTGACAAAGTTATGCG AGTAATCAAAAAACACTATATTTGAGCGGGAATAAATTTGGGAGAGATGC TTCTAATGTATGAAAATATAAGTATGGAGTCGTATGTATGTGAATAGGAC AAAGATCCCCTTTATTTCTGAGCCTACATATGTCAGAAACAGGGATAGAT GGAGTTTTTATTAAAATCAAATTTTTCCCAATGATTGCTTTTTAATAAAA CGCATACCCTATTTATGTAATAATCGCCCTGACCCTTGAACTCTCATTAT TTCCTTCTTTCTTTTCTTCATARCCTACAAACGATATACTACATATCAAC ATCACCCCCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGATGG AACTTTTTTCAAGTTGGGGCTGAACCCTTATTATTATTATTTTTTATTTT TTAAATAATTTTGCTAAAATGATTTTTATTGAAACTCTGTTTAAATTTAT ATTCCTACACGAATTATTGTCAATTTTTATTAACAAATTATTATTATGAA CTCTTTGGGTGTGTTGAAAATTACACCTAAATTAGCTAAAATTTGCAGAT TTTTTTAAATTTTAAATATTTTATCTTATAAAATAAATTTAAATACAAGG GTTGTAGCTAACAAAAATATATCAATATATCACTTTTCAAGGCATTCCTT ACTTTGAAAAAAAAAAATTCCCACATCAGGAAGCAGTTTAATATAAAAAG ACGAAATTATTTTTGATTAATTGTTTCGGAAATAACAAAAGATGCATCAC ACTAAGAACATAAACTCACAAACTAAAGAAAAACTATTTTGACGTCTTTA GTCAAAAAATAGCCTCATGTATTTGTGAAGACCAGGACTTTTTAGCCCAT ATATATTTTGTTATAGGAAGTATAAAATGCATAGAAATTTTCTTATTTAA TTGATTTTAGTGCAAGACTTTTTTTTTATGTTGTCGTAATGCAAATATGA TCCATATCAATATAACCTCCATTTCCTATAATGGTCAATATAATGTGCCA AACTGCGGCTTGTTTTACATCTGCAACGACCTTGTTTATMAGTGTGAGMA TCTCCTGATAGTATTTGCATCATCACACCCGCTAAATAGGTAATAAGTAA CTACAATGCCATGGACAAAAGAAGATAAGGAGATTGCCTATTTCAAAATC TAGTCATTTTAATGTTACCGATATTTTCAAACTGTAGACCGAAATTTAAT TGCCTTCAAATCGTGAATCAATTATTTTTTTTTTTTGCCTCATTTCTCTA TATGAACTGATTTTCTTATCATCCCATCACATTAAACAACCTAAAACGTA ATTATGCCAAAATTAATAGTTTGAAAACACACTTGACGTTATCGACAATT GCTATAAACTATTGATATTCACCAAATTATTTCATATGAAACCAATCTAG GCAGAGTTTTTTATGGAACCCTTTCAGACTGAACTTATTTAAAGTACTGA AATAGTTTTGTTTTATAAAAAATTATAATGGTCTTAAACTGGTCTAGAAT TTCCAGACTCAAACTGAATACTATTGCATATATAAACTCATTCTGCACCT TATTCCCCCTCAAAAACAGTTATTACTTAATAATGCAACTGGTTTTGTTC ATCTTAACATATACGTTTCATTTCCCTTATTTGAATCAGTGCAAAAATAC CTAATTATTTAAAAAAAAACTAATTAGTGAATTTGAAAATTAAGTTCATG AGTTTTTTTTCTCAGGATGATTTTACCTAATTATGTACAATACCTACTCA TAGTTCAGGTTTTAAATCACAAGTATTTTTGAAGCAGATATTATGAATAA TATTTTATAGCTTTTTTTAAAATTACCCTCTCAAAAATATTCATATCATT TATATGATAAATGATTATCCTGAACATAAAATAAAAGTGTTAGGAATTTT TTTTGAATACATAGAGTGTATTTTATATTCTTATTATAATTCATAAAACA CTATTACAGCTAAAGTTGTAAATTATAAGTATTTAATCACGTGTGCTCTT TTTGTTTGTAGGTGCTAATTAGAACAATGTTTTATATCTTCTATAGCTAT CACATGAACTCAGCGGTTATAAAAAAACAAATGAGTAGGGTGAATATTCC AAACTTGTTGTTCAAACCAAGGGCTTCATCCCACCCCATCTTTTTTTTAC AGAAAGGCCCTTTATTACAACGTTATCTCACTAAAACAAAAACATACAGT GCATTTTGTCGTTAGCTGTCAATGTATCTGCATCTTTTAATGTAATCCTT GTTCTGAACGATGATGGGTTGAATCAGAATGAGTTTTTGTTTAAAGTTAT AAACAAGTCTTTTCAATTATTAATTAAATAGTAATTCTATAATTGGAAAT AATTGAGTAACTACTAAACAATTTTGCCAATTTTGGTTTCTAAAAAAAAG AAAAAGTTTGTATGCTAGATTAAGTGTAATGTTTTTGTAATATTACAAAA ACAAAAAATCGCGTCTACCCCACATCAGACATCAAAAATAACTAGCCCTC TCTCTATATTTATTTTTCTATTGCATAAGCCCTTTTTGGACTCAGAAGAT TAACGCCCTTTCTAGATACGGAGTGTGATTTGTGTTTATTTCATTGTTAT TGAAGCTGATTGTTGCTAATTTAATTAAACGCCATGACAGCTGACGCTAA GCTGCTCATCCCCCAAAAAAATTCAGATTGTCAGGGTTACCATGTCATTT GGCGCTTTCTCTTGGACTCTCAGTCTCTCAAAATATAATATTATCAAAAG AAACTTTATTTTTAACATACGCACATTAACAACTATGTATACATTACCAC AAATGCCTACTTAATACTAAAATCATGCATGCACATATATGTATATTTTG TAAGACGTGTATGAATCTATAATGTTGGTGGTGGACTAATCTCTCTCCTA AAACTGCACACTTCAAGTTTTATGCCTTCTTTATATATTTATTTTTTTAC ATACATAGAAGTAACTACTAGTGTTTAGTTTCAGTCTGAAAATCTTAGAC CGATCTATGACTATTATGACTCTAAGTTGACCAAACTAATCCTGTCTGAA CCGGTCTTAAAGAAAAATTTGTTCTAAATCCGTCTAAAGAAGTATTCAGT ATAGACCGATTTTATCCATGAATAGTTTGTGCCGTCATGTGTGTTTTGAA ATTGTGAACAATGACATATAATAACGTCATATTGAGTTAAATATCTTGCG TCAATCATATTTGTAATAAAAAAATTCCCTTAAATTGAGATTGAAAAATC GGTCCTTGGTTAGAAAACGATTTAATATCAGTATACAGTCTGATATCGTC TCCCAGACCGAAATACCTATTGGTCCCTACTTATATTCAAAAAATAATTC AAAACCAAATCGGTGGGAAAATCGGTGTTGAGTCGATACGTAAAAACCTG TTTACCTTTTGAAAATGAATGAATTTTCATCCATGTTTAGAGTTTGTGGC CTGAACCGAAATATCCGAGAAATCGGTCAAGAAAATATCCGAACAAAAAG TTGGTCATAAAGCAAATTTTACCCTTGTTTACTACATCCCTGAAAAATCG ATCGATTGAGACCGAAAAAAATCGATTGATATACTGAGACAGAAAAACAT GTTTACAATTTTATTAGGATGAAATTGATCTAGTTTCTGAAATAATACTC TGATCCAAAATATCGATCCAAATCGATTTAGAAAAATCACTTCAGACCGA ACCGAACAAAAATTTCGGTATGGACCGAGTTTCATAACAGGCAACTACAC GTCTGAAATTTATGCAAGTACAACTCATAAATCAGGATGTGGAAGAAAAT TGGTCAGTAGATTTTGACCAAATAAAATCCACCCTTATATTGTGACATAA TAAAATTTATCCATAGATTGAGACGGAAAATTCGGTCCATATATTGATAC CTATTAACTTTTCCACGATTTGAAGACAATTTTATTTTGGTCTATGTCCT GAAATAGCGATCTGAACAGAAATATTGATCCAAATCAGTTTCGAAAAAAT CACTTAAGTCCGAACCGAACAAAAAATAATCGATCTTGGACCGAGTTTCA ACACTAATAACTTCATGCTTTAAATATATACAGGTATTCATATTAACCAA AAGACATATTTCATATAAATAATATATATTTTTCCATGACATTATTTCTT AAAATATTACCACAATGCAAAAATGTAGTGTATATACAGCTTATTTTTGT ATGTAGGCACATAGTTGCATGAACTCAATTCAATTTATAATCAAGAATAA TAATAAGAAAAAACGATCATAATGAAAATATGCGATGCAGTTTCTTGTAC GGCTTTTTCATAGTTACATATTTTACTCATTTTAAAGTCCTTTTTATTAA AAGCCTTTACATGCTCGTTAAAAGTTAATTTGTCAAATAGAACCTTGATT TGTGAGTTGATTTAAGGGTTATGGGATAATTTTGTACAATCTAATGGATG AAATCTTGATTGATTAACTTACAAATGTTTGATTATTTGTTAAAGGAAAT CAGTTTCCCTTTTGATTGGCTCAAGTAAAAAACTAACAAATACTAATTTG ATGAAAAGCAAGAAAAATATCTGAAAATAGGGCAACAACCCCTAGATTTT ATATAAAATGAAAAGTATTTTTTTTTTTTTGGTTATTGGTTTTAACCTTA ACTGAACATATCGTATTTTTTAATAATTTCAATTGAAGATATCACGACAT AAATATTTTTGCCAATTCTAGTACCAGTTTCAAGGACAAATCCGTTGACA AATATACATTTTTATCCTTGTAATTTACCATAACAAACTTTTCAAATCAG AGGAAAATGTGGTTACAGAAAAAGGCCTAAAATCAGTTGGTAGTTAGTCA ATTTTTCCCAAATTTCTAACTAATATACAATATTTGTTGGGAATTATTCA CAAGTTAAAAACATCTGATTTATAATTTAATTAATCAATATACAGAGCAG CGATTAGGCAGGAAAACAAAAACATCAACAGCTTCCAACAAAATAGAGTA AAGATATATCAAGCCTTATGGTTATAATTTGAAAATACTGTTATACATAA TTCTTGTTCTGAATCATCGCTCCATGAGAAGTGTATTTCAAACTATAACT TCAATTTAATTATTTTTAAAACGTAAGTTCAAATACTTATATAATATAAT CTATAACTAAAACAAAGAAAGGAGGTCAATATGGAGTTGGTATTGTGAAA AAGGGTGACTGTTAAATGTTTAAATACTTGTTGTTGTTTTTTTGTATATA AACAATACTTAGGTATTGGTGGAATGGACAATCTTGAACCAAATTCGATA STTCAAAAATACTAACTCTTGCATCTTGATGCATCGTGACATCCCTAGTT TGAAGTAAATTGTAATTTGAACACATCCCATACACGTTTTAAAAGAAATT CTTGTCTATAATTATACACCATTGTAGAATAAGACCTTTTGAAACAATAT AGCTTTAATATTTAATCTATAGTTATAAATTGAAAAATAAATAGATAAGA ATTTGAAATTTGTTAATTTTGATTCTAAATGTGCCATTATTAAAATACTT GTATCATGACAAAAAAGCATAGGGAATAAAATAGCTCTTTGATACCTTCA AGCAGAAAAAATCATACAAAACAAGACACTTAAATATATATTATGTTGTA TATTATATTCCTTCAAACAAATTCTACTTAGCCTATAAATATGACTTGAC CTCGAGYGATTCGGGGGGGGGGGGSSACGGGTATGAGTATGACGAAATAA AAAGAAGACCATTTCATCAAATAACCCCTGGGACTTTTGGCTACAATCAT TAATCTTTGCCACTTCACNNTTTATTGTTTTGACTTAAAAGGGGGTAAAA GTCCTTCGGCGTTTTTATAATTGAATTGAAATGGAAAATAAATAATATGT GATCTTTCAACACAAAAGCAAGCTTAAATGCTTTATTAAAAAAATGAGCC TGGATTATATTTGTATTTTGAATATCACTACCTTACAATAATATTTATAA ATTATTTAAAAGAGCCACAAATTGCACTTAAATATCGTAAAAACCATTGC TCAGTTACAGAAAAATATTAAATTCCAGTTTATTTGAAAGGGCATATTGG AACTAAACTAGCTAGTATATGTCAAGTAAAGGCTCTAGACTATAGTGAAT ACATCTAGTATCTCAACGCATAATATAAATTATAATATGAAGCCCATAAT TGACTGAAGGAAAAAACATGAAATAATGAGACATTGATAATGAAGAAGTA GAATCATAAATTGAACATTTCTCCAATTCTTAATTTTGGCTTGAAATTAT TTTTGTGTTGACATACCATATATTTAAATGTGTTCTTATGTGAGCAACAA CTGTACATTAGATTTTTCTTAAAAGTTCTATTAATAGAGTCTTTCCAATA ATAAGAATATATATAGTCATTTTCATAAAACTGTCGGATAATTTTTCTTT CTTGAAATTTAAGAATGATCTCCTCTCTTCATTTTCTTGTGTTTGCTTAG CATAAACATCCTTCAGGGATAGAAAAAAAAAGTATTCCATTGAAACTCAT CATAAAACTAATTCCCATATTTTTATGCAAATATGTTTAAAAAAAGTTTT TTTTGTGTGTTTGTGTTTCTTTTTTCATTCTTTATCTATTAATAAATGAG TATCGTTTATTCCAGAAGTTTCTGTGTGTCTCCACTACATGATATGTTTG TCAATGTAGGTAGGAATATACATACAGTCAAACTTGGTCTAACATTTGGC TGTTTTAAGCTTGTGACCACACTCAGCAATAATGCCCATTTTCAAACTTA GAATAGTTACAATAAAGAAAACCTTGCTTTAAAGGTCACTTATACTATAA TACGTTTTTTGAGTTCCCCTTGCCTGACTGCATAATACAAGTATGAATCC TTTTTCATATTTTGTATTAGTTGCAACTCAAAAATTCAGATGAATCATTT GAAGTAAATAATTCAGAAAGAGTAGGATACTTATTTTCCACTGAATACTT CATTAAATCCCATTTTACTTATATTGCCTAACAATAAATATATCCTCATA AAATAAAGATGTTTTAAGAATACAAGCTGATACTTAAATATCGGGGGGGG GGGGCATGATAAAAATTACACAGACGCTGTAAATTAAGATAACGCGTCAC AGATCAGGATTTGGTGTACTTAAACCAAGGTAAAAAGGCAGAAATAATAT CAGAATTCACCAAAAAGAAATTAATAGTATTATTTTTTCATACTGAATAT ATCAAGTTTTTGTTTTGTTTCGTTTCTCCCTATTATTTCTCCTATGTTTT CTTTCTTAATTGAAATCTGTAGTGGATAAGATCTATGTATATATGAAGAT ATGCATAACATTATCCACTTGACTTTTCACTAAAAAACCTATTCGTTAAG AATATATTCTTCATAGCAGCTGCTGTGCGCCTCTTTTAGCTATTTTTCAA CTTCATATTTTTATGGACTATCTTTTTTTTCTGTAACATCATCCAAGGTC TTTTCATCCTTATTACGTTTATCTAAGACTTACGGTCATTTTTCTTCTTT TTTCTACATAGTTTTTATTATTATTTAAAGGTGTTTGCTTGGCCTACAAA ATATATAGATAAAGAAAGAAAAATACCATTAATTAATTAAAGAATATGTG GTTATACCTATACATATATATAGGTATCTACATTTATAATGTATTTTAAT TTAGAGTGGAGTCCATAAATAATAAATTAAGAAGAATATTAATGAATTCA AAATAAAAGAAAAATTGAAAAAATAAACAAGGAGAAAAAGAAGACTCACA TACTTTTATTTATTTACTTCTTTTGCCCAGCTCCTTAATTAAATGCATAG CTTGGAATGAGGTTGTTTGTTTTATATGCGTACCACATCTTTTCAAATAT ACAAAAGATGACTCATTATTCATTTTTGATCATAATGACAGCTAACTAAT GTAGAAAACTAAGCGACACGCAATTCCATATTTATTTCTATGTAACACCA TAGTTTCTATAGAGTTGTAAATTCCAAGCATTTACTCGCGTGTTAAATTG TTTTAAGTTGGCCATCAAAATAGGTTTTTTTTTCAATACTGTTGTCCATA TTCTTTAATTCTAAATACAAGATACGTGCCCTAATAAATGACTGACAAGA ACACTTGTTGGGGTGTTATAAATATTAGTCCTTGTTGTACTTATAGTAGA ATTGAGGATTGAAAATTGAGGAACTTTTGTTCATGTCCTTGGTAGATATT AAGGAGTGTAATTTGTGTCTATTAATGTTCTCTCATAGCTGTTTGGAGCT AATTGAATAAAACGTCATGATAGCTTAGTGGTTCACCTCTTAAAATTAAT TTTAGTTTAATGAATTAGCATTTATTGTCTTTGGGGGTGCTTTTTTTTAA CTCATCTATGGTTTTCTCTGCTGTATAGCAACAATAGAATGATATTTCTG AAATTTCCAATCCCNNNNNTCATACTATTCTTAGTATGGTAAATGTACTT AAATATCCAAGAAAAACATTTTTGAGTCAAAAATTGACTATTGTCAGACA TCTTGTACCATATCAATCTTCAAACTATTGAACACATATTGTGATGTTTT AATTGCATACATTATTATAACCTAGTTTATTTTGATATCAAAAGTTTAAA GACGTCTGAGAAGTCTACAAATTATATGTTGTATCAATCGACGTTAAATA TTCGTATTATATTTTATTTAAGTTTTACGATTTTTATAAAGGTATTACAA AATAAATTAAGCAAAAAAGAAACCTTATGTGTTAAATGTATATAAAAGTA ATTTCTTCCTCTTAAAAAAAGTCGAATTCAAATAATGTAAAGTTATTCTA TTAATTGGATCCATATCATATATTTAGAGTTTACAATTTAATCATCAACA TTAAAGACATTTTGTATTATAGTCTATGAAACAAATCCATAAAATACAGG ACAAAAACATTTTTGACTTTGATTTTTAAGATTAAATATCAACTTGGTAT GTATACATCAATCTTTACTCCTATTTTGACTGTGTTCTAATTCGAACTGT TTCATTATTTTGTAAATAGAATGTAAATTGTGAATTCCATTAAAAAAATT CGTGGATAAATAAACTTCTAGACTCATATATTGCCACTTGTCTGAGAAAA TCACGTCAATCTCTGAAACGTGCCATCTTATAAAACAAAAATAAAACAAA CCTGATGCCATCTTCCATATTTTATTCATACGATTCCAGTTTTCTCACTT TTTTTACGTCTGAAAAGAAGAATATGCAAAGGTATATTAGTGACCAATAT TTAGATCAACACAACAGAGGACATAAATTTAAATTCGTGGACCGATTTTA TTTTAACCTCACGTCGTTACCTTTATTGTACCTTACAGCCTTTCCTTCGA AAAAAAAAGAAAAAATGTACAAAACCTTTTAGCCAATTCTTCATAACTCT AGAATTATTATTCGATAATTAAGTTTTGAAAATTGGTTAGGGATTAACAA GAGCTAAGTGGAATATAACCAATCAACGTTCAGGACACTTATATAGGGAA AATAAGCAGACAAATCGACAGTTGACAGCAAAATGCAGTGTAAATTTTCA TGTTAGTGAGGTAACGCAGTGATCTCAGTTGAATAAGTTCTGCAYATATA AAACACACTTGATATGKCGRCARCCTGCCGATATCCACACTCTATAAACA CGTATGCCGTCATCAAGAGTTTATTTATAATCATAATCTTAAGCAAATTT TAAATTTGATCGTATTTATAAACTTGACCGATAAAGACGATACTTGTTTA AATAACCGAATTAGTTTGATCAACAAAAGTTACAATGCTCTTTTAGTATT ATTCGATTTCCAGAACGTAAACCCAACACATTCATATGATGTGTAGTTAC TCATTTGTAGCATGTTTATAATTATTATTTACTGTCTGGTTGCATCGCCT TTGTTCGTTCAATACAAGAAGAGCAATAATGCCAATGACCATTCTTCATA AATCATTTGCTCTCTTCCCAATAATTATCTCTTATTTAAAAAAAAATAGA TTTTCGTTCACCCTTTCCTCCTCTTCCTTCTCTAGTCTATTTATTATGGA TATTTTCTACAGCTCTTTTGCTATTGAGCCATTATAACGTAAAACACACA TCAAGGACTATAAATAAGATTGATGACCATTCTTCCGCCTCCTTTTCCCC TTTTACTCTCTTGTTTTCTCTCTCTGACCTTTTTCATCAATATTCCATGG GAGTTAAACCTTCTGGCTCTACGTGGTGCAAAATTGTTCTTCTATAACAA ATTATACTCTACTAATATAATGAGTCTTATATTTTCCTCATTATGTAGTT TGAGTCATTTGGGTCAAATTGGTTATTGAAAAAAGATAAGGGTACAAAAC ATTTCNNNNNNNNNNNNNNNNNNNNNNNNNNNTGGTGTATCAATGTATTT TTATTTTGTTATAAGTAGGTCTTGCCTGTTATATTTATCTTGAAGATCCT TTTTAAAATGCAATATATAGTGCATATATTCAATATATATGTGGGTATAA TTACAGTATGCCTCAATATCGCACTTTTTTTTTAACTCTTTAATATATTT ACAATAAAACATTTAAAGACGCTTAGAGATTTTATATTTTGCTTAAATTG TTACTTTATCCCTAAAAGCCTTAAAGTTTTTTTTTAACTCTGAGTGATAA GAAGAAATTGTACGCAAAGATTAATTACTATAAAATATTTACCGTCGACT GTGTGTGCAATTCTAGGAGCACCAAGTACATCTCCAGGAGGCTAATATTT GTGACTCCACATGTTCGATAAATGAGAAGATCAAATTATTTTCAATGAGT CAGGATGTTGTGAGTAATTGCTGATTATAATTCACGGAAAACAGTTTTAA ATCAATGGCAAAATGGATACAAGTCAGTACAAAAGTATTTGGACCACAAC ATTTTTTTTCATCAGCCCCTTTGGAGTTGTGAAAAGGGAATGGATTTAAG AAGGGATTTCATGCCACATATCAAACACCACTCTATTAACCTGATTAGAA AATTAGGGTTTAGGATATTTTGGATATTTGGCATCGTCATGAACAAACAT GACTAATATGTATAAAACGACATCAACAAAAAGACCTGTGCTACCTACCA ACAACCAGAATATGACCAGCCTGAAGTTCTCTATAGATGAACACTTTCCA AAATCTCACTGTCAATCTTCTAGTTATTGTGCATGAGGTTTAAAAAAGGG TGGATAAATTAATTGTTGTAGAGGGTTGAATTTTTGATTAAGCAATATCT CTATAGTCTATATGTACATGTATTGTTATAAATAAAATATATGTAAAATT ATACTTAAAAAGTTGTTACATTTTTGTCGTATGAGCTATATTGAGACATA CTGTATACATCCAATATATGGATATAACTAAATGAAACAAATGATCCATG TACTTTAACATGATAACATCTTGTTTTTATTTCCACTTAGGTTCACAGTA TTTTTAGGCATGAAATGATCGGATTATAATCTCTATAAAACGCTCTTAAA TATGAAACAATTATCCGCTTATTTTGTGATGATTGATTTTTTTTAAAGAT ATTACAAATGCACAAAAAACTGAGAAATATTTGCTTTCCAGCTCCCTGAA TAATGAACAACGCACAGTGATCAAAGGGAAACAATAATTAACTATTGTTT TTTTTAGTTAATTTAATTAACAAAATCAATTTGTTAAGAGAGAAAGAGAT GCACAGTAGGTAAGGTGGCACGGCTTCTCATTTCCCGGCTAGATCGCGGG GAATTTCGAGCTGTCATAATAAGTACAGATATATTTGTTACATCTATTTA TATTTTAATAATAATATAGGTATCCGTTTTAAGATATTCATTCTACAAAG TACAAAGATTGTATCTCATTTAAAACAGTGCAACGTTAAATTGGTATTGG AACTGTAATATTCAACGCCATAGAAGTAATAAAAGAAAAAATTAGGACAC CAATGGTGTTTGTTATATATATTTTTAAAAAGTTCTTATTTTGTTATATA ATAGAAAAGAAGTCCCATACCTAGAAACACTGTTAAAAAAAATCTGTCAC CCATGCAAGTCCATATGAAATGATATTTTTGTTTTGTACAAATTTAGACA AAAAAGTGTTGAAAAGTATCTAAATATTTTTGCACATATACATCTTTTGC AATGTGGCATACATCGTCAAAAACATTATCATGGAACGACGTAGCTCAAT GAACAGCACATTGTAGAGAAATTATTCTCTTTAACTCAATGTGTGTAGGT TCGCCTCTCGGTCGTTCCTAGAGATGGAAATGTCTTAGGTCAGATGCAAT AATTTTAATACTAAAATATTTATACTTAACCAGTGCAACTCCATCTGACA AATTAAAGGATCATTAAAGATAAACTTAATCTTAAATGAACCTTCAATAT CTATTCTTTAATCAGGAATTTATTATATGTGCAAACCCCAATAAATTCTG GAAAAATGGGATTCTGAGAGATTTCCATAGTTCAAATTAACCATGACAAT GAATAATCTTCATTTGTAATAAGTACAATTGTATTCTTTGTTCTGAACTA ATTAGTGTACATACATAATAATGTATTGATCAAACCGTGTCTGATAAGTT GATTTTTCCCCTCAATAATTGTTTTTTTTTAGTGAGGAGCTTCCCAATTA AAGACACGTGAGCCAAATACAATTTATTTATTATTATTCTTATTGCATTT TCAGGATAACAATTAGTTCATGTACGTACAAGTACAATGTAAATATATAC ATTAGACTGTTCCGTTTTTAGACTAATATTTTTCTCCCCTGGCACTAAGA GTTTTTCTTATGGGGACAATCCAAAAATTTACTTTAAGAAAATGTGAGGC CTCTAAGACCATTTTTGGWATGGTACAGACAATTTTAGTATGAAAACNAA ATTGCATTTTAAGGTCGAAAATGCACAGTTTTAGAACTCTGGTAACATCA CAAATATGATTGTAAAATGGACAATTTTACATCAAAAATACATTTTTTTC CAAAGTAAAATGGTATGAGAGGTATCAAACTTTTCCAAAGTCCGTTTTTT TATGTCTCCGGCAATCAAGTTATTTGTGCTGAAGTACAAATATGTTAACG CAAAAGGAGTCCCGTCTAATGTACATTGTACATATTAAGTGAAACTCAGT TGCTTTCCTCAATCAATGGATTTGGATATTCAATTGAACTCCCAACAATG TTTTTGATTGATTGCAATTTTATTATTATTTGTCAAAGCCTCAGGGTTAT ATATATATATTTTTTTTTTTTTCAATTTAAAATCCAGGAAATGTAGAAAT GACATTTCATTCTTTTTTCTCCATTAAAGTTAGCATACAATAATTTTATT GTATTTCTTATTGATTGAGTGTATTGAAAAGAATCAAACTATTAATCTTC CGTCTGTTTTCAATTATGTTATATAATTATACTAGAAGCATTTCATATAC CTATGTGTGTATAAAAAAACAAAAAAATCTTGGTAGAAATTTATTTTATC TTTTGTTCAAATTTGCTTTAATTAATGATGATATAACTTTTTTTGTTCTC ATTTTTGTAAAATTTTAAAGCGTGTCACGAATGTTCAAATGATGTATGGA TCCAAAGTTAATTATTAAATGAACTTTGTTAACATTAGATGAACGGCTAT TTGATAATATATCTCAACGACGGAGAGAACGTTTTGATATAAAATTAAAT AATTTATATCTGGCAAATAAGGCAATTTATAAAATACTTACACGGTCCAA AGTCTGGAACTAACTTTAGCCGTATATGGCCAAATCGTTTTTTTTTCAAT ATTATCTACTCAAGATTTTGTTTTATTTATATATATTTTTGAGTAAGTTA ATTTATTTTTAGTTTTATATATTTGTAAGGTTATGTTAATAGTACTTAGA ACGTGATGTTTTTCAACAAAACATTGTTCAGGCTTCGCTCATATACGGCT AYWTGGCGMTGATATTTAGTTGATTTTAAAGTATGTTAAGGCTGTGTCCT AAGCTATTACTGTAGTTTTATGACTTTTTGTGTGACTTTAGTTATTAAAT TTACCATCTCCATGCCCTTTTTTTTATTAGGATTTTATTATTTATCCCCA TGCGTACCTTTCTAAATTTTTGTATAGAAAAGGCAACATTAAGGTGAATA CTTAATAGTGGATATTTATCTATATTTATACAGGGTATCAATTTAATTAT GAATTTATTTATAAATTATTTTAGAATAATCAAACTCTTATGTATTTCTT AAATGTTTCTTACTAGAAAATTGATATATTAGCATACAAACGAACAAAGA ACATAAAACTCATATTCTATTTAAAATGAAACTCTTTTGTCTCAACAGAT GGCTTTAACCGACCTCAAAGTAACCAACAGACGTTAAATATAGAATGTCT TAAGTTATGTTCATTCTTCAATTATTCGTTCAAATTTTATTCACATTTAG CAAAACCCTTCGCGTCAATACGTGCCCACATGATTTAGTCAAGTGGTTAA TTAGTTGAGATCAGTGTTAATTTCATCTTGCATTGTCACGCATTGTGTTG TCTTTGTCATAGTTAGAGATATTTTTCTTTTATTATCAGGAAAGAACTGA AGTTTTTGTGTAAGAAAAATTGGTTTTGTTTCATCATCGTCTTATTATTA TCATGTGAAAATAAGAATATATTTTGTCTAATCATAGTTGACGAAGTGAA CACTGCTAGAGATCAGGTTGAGAATGTAGGCCAAATGTAAGGGTGGATTA CGGAATAATCTATTTTACGTAATTTCTTATTCGGAACTTGACTGCATCGA TTCTCAACAATCCTTCTTGAACAAATTAGTATGGTGTTACATGTATATAT ATAAATGACACAATATACAAGAAACATTTCTTCTACTTCAAAAACTTGTA ACAGTAGTTCATAATAAATGTACGACAAAATTTGTCAACTTAGCATATTT TTATTTCTAATTAAATAGACAACATATGTGTCTAAAGTAAACAATATAAA TACATAATATAATATGTAGCTGTTTGAGTGCTAAAATATATTACGATGAT GATGAAGAAAGAGAAATAGAAGGGGCTGCCATCTGCAATTTGATCTTTTA TTATAACATACATACTGTAATAATAAAGGGGTCGTAAAGTGACGTCATCA CTTTTTTCCCCTATTTACTCCGTCACCATCAATTGAATATATATATAGTA TATTTATTGTATTGATTTTCGTACACTAAAATATAAATTGGGAAGAACGT TGTGAGATGGGTTTTATATTATGCAATCTTTTTCCGCTTTAATACTTATG TACAAAGAAAAGTTACTATTGACTTTTATTGAAATTCGATAAGATACTAT TTTGAAAGGAGTTTTTGACAAAAGAGTATCATAAATTCATATGTATGTGG ACTGTCAACACAATAGTAAGCTAGAAGTATTGTTTTCCAGAAATTAAGTG TGAGTAATATTTGTATTTTTCTGTAAATTATCGTTCACTTCTATAAGAAA TCATTCTTATGAATCCTTTAAAGGCGCTATATAGATAAAAAAAATTAATC GTTACAAAAAAAAAATACGATTATTGGAAAGACCATATTTGGTCTAAATC AAGATTCACGAATCAAAAACAGATTTTGCACTATTGTAAATATTTGTGGG ACTATAAAATCATCCCAGAAATTTGAGTACAAGGCCTATAATTGAGCAAA ATATATCTTTAATCTATAGAACTGAATATATATGATTAAAAAAATATATT GGACATGTTCAGTTTTCCTGATTTTTGTTCAAGATTGTTTTTATGTTAAC TGTTTCATTTATAAACCATCAATAATAGTCTGTAAAGGAATTTTATTGGT ACATATATATGTACTATTATTTAAAAGCCCCATGTTTCAATGTTTTTCTT TTTATTGTAATAATCTTTTATTTTAAGAGAGGCTCATTTAACATWTTMTT CCATCGTAAATGACTCAAACAATWTTMTAACGTTTMTTMTMTTTTTTTTT TTTTTTTGCTGTCAGAACTCAAATTTTAATACATAGAAATGGTGACGCAG AAGATATTTCAAANATAGAATATGTACAACTTGAAAGGGGCTAAAAGAAC TGTTTATTTATTTACTTCGTGTTTTTTTTAATAGAATTTATTTTTCTGTA AAGTAAGAAAGTTTACTCAGATTTCCATGTGTTTATGTTTAATGTAAAGT TACTTATTTTTTTATTCTCTTTTACAAATTTATTATGTATATATTTTTGT CCTCTTATAATACAAATTCATATACTAAAATTTCTCACTTCTCGAAAAAT TGAATTTAAATGGGATCCCGGTAAAAAATTTATAAAAAACACGTTAATAC ACAATGTTTTATAAAGTAATTTAGAGATGCAGCAAGTTCTATTGTAAGTC TGTTCGACTTAATGTACTTGTATGATTTGAATTAAGATCGACGCAGGTTA CATTGGTTTATATATCTAATATGTTCTTTTGTTTTTCTTCTTCAAAATGA CAGGGGTATAGTCCAAAAATTAATAAATATACAGTTCGAGTCATATTGAT TGCTTTGAGACTTTGCATACCCTTGAAAGTTTCTAAATTTCACATTCCTG ACCCCAAAATAGACGTCAAAATAAAGCCATTTAAAAAAACTAGAATAGGA ACTTGGTAGAGAGTAAACCTCCGCATCTGTAATTTATTTTAAATTGGATT TTTTTTGCTATATGAAGCATCTTTTTTTAACCTACTACCTCTGTTCAACT TTGTTGGAGAAGATTACACCTATTTAATTTGAGTAAGAAATGTTTCAATA TAGTTTTTCAAAAAAAAAGAGTATTTCTTTTTAACGAAATGATAATTAAT ATTTTATTGTGCTGCGTATAGTACGCACCTTTTATTTAGTAGAAGAACTC CTCCCCCCCCCCCCCCCCGCCCTTTAGATTTCGAAAAATAATAAATACAT TTAAGAACCCCTCTAATGGTCATTACCATATTATTTGAATCCTTATGTCA AATGTAACAACAACATAAATATAATTAGATTGGAGCTTATTCCAATGTTA GAGATAACTTTATACATAAAATAATATATTGTTGTTCATTCCCCGTCTTG GCAGTGCCCATTAAGGGWCACGTATCTTTGTATATCAAATATATTTCTTA TAATATACAATTGAACCCCGTGCGTCCTAAAGTAGGACAAAAGAAAACCT ATTAAAGGGAATTTCTATCTTTTGAACTATATCTATGTATGAAGGTATCC CTCTATAATTTCATATTGCTGGGTTAGGTTAGGCCTTTTTAATGTGACAT CAATGGCCTTAAACGTTTATATATGATAAAAACATACAATTGAGTACATA CAAAGAAAATCGTACAATTCACTAAATAAAGAAATAAAAAGTTTGAACTT TAATCATGAGCAAATTCTTTTTAATATTCTTGGCTGTCAATTTTTAATAT TATCCTTCCAGTAGATCAGTGTTGTTGTTTTTTATCATATAAAACTATTT TACCTTACAAATAGAAAAATTTACATACAGTGTATTTTGTTGTCATCTAT CGATGTACCGTCTTTATTTCCCATATACGTGTTCTGAACAACCTAGATTC GTTTGAATTTAAATTATCAACAATATTTCACCAAATTTTCTTCTTTTTTT TTTGGAAAAAAAGTTTTGTGATACAATAAACGTAACAACTTGATAATTGT TAAGACCTCAATTAATACATATATTAGCCTAGGTCAATGGTTAGAAAACT TTTAAAATTGCATATGACCTAAAAAAATATCTCATAACTTCGAAATAACT CCAATATTATTCACTTTTTTTAATTCGACTATTTTTTCATAAAGTTTATT TTGTATTACTCTGTATATAAAAATATATTTTTCTGATGATTTTGTTAATA TAAGACGTATTTATTGATCTTTAGAAATAATAAAAACTCCCCTTTCTCAA TCATTTTTCTATGTTCTAAATTTCATAAACTGATTCACAATAGATTTTAT GTATTGTGAATTAAGAAAACTAAAAATTGTTTTCCAATTTTACAAAAATG ACTATCCATTAATTTTAAAACAAGTATATTTCTTTTAAGGCATAATGTAT AGTTTAAATTAAAACAGATACTGATGTCAAAAGGATTTAAAAAATTAAAT TTAGGTATTAAGAGACATACTGAACAATATAGAGTCAAATATATGAGTGT GATACGTGTCTTTCAAGATTTAGAATCCTTTAGAGAATCAAAAGTGTCTT TTTAGTTTCTATTTTAGCTTTCAAAAAGTTGTCAGTAGATCATGTGATTA AAAGATTGACACTCTCAAAATGAAGAACTTGTTTTAAATAAACATTTTAA AGATTGGAAACAAATTATTATATTTATTTATTTAATATACTATAATATAT CTGCTATTGCATATTCAGAATGTTCATAAAGCTGTTACATGCAAATTTCG ATATTTTTTCAAATGGTACACACTGTCAAAAATTTTGAGAACCACTGTAA TTTGATGCCTTTTTTTAATAATCCATTAAGTTTTGATGATAATACTCTAA ATTTTTACTTGCATTTTAAATTGTTGCATAAATGTATACTGCATTATTCT CAAATGTAGAGTATGAGAAAAACCCACTGCAATTGTCAAACACATTTCAA TTCCTACTGTAATTTTAATTTACTTTTAACTTTAACAAACTTTTTAAAAT ATTAATTAATTATTTGTGGAATAGGAATGCGACAAAATTTAATTTATATT AAAAAAGTAAAAGTGATTTTTTAGAAACAAAGTAAATTTATGTAGGTATG AGGAGAAGGAATGTTTTATCTACAATCTACACGCAACAGAAGGCATGCAT AATTTAAATAGAAAAGTGTGAAAATTGCCTTTCTAAATATCTATTCCTAT TCATAAATGTGTTTATTTGTATGTATTTTTATAAACTTGTAAATAGGAAA AGTGTGAGAGGGGAATAAAAGACGGCTTTTGGTCCTTTTCTCCTTCCATA AACAAATAATAGATATATAATTTTGTGGGATTTAAGCAGTGGATCATATG GTATAATTGGATCTTAAATTAAATCTCTTTTTTTGTACCAGTGGTGGGTT ATTTATCCATGACGCTCTACAGAAAAATCAATGCTCTATAATCCACAAAT AGGAACTCTCTTTATTATTAATATAATTATTCATTGTTGATAGTAGTATG TAAACAAAGTGAAACCTTATAAGGGTGTAGTGATTCAAAAAGGACGTCCG ACCTTTTATACGCTCTCAACCTAGGGGATTTAAATTGATATGTAGGAAAT TAGTGCTATATTTCGGTCTGAAAAATATACAACGGTCGAAGACATTTATA ATTTTTGTGCAAAGAAAATAATGATGTCATTGTAAAAAGTTCAATCCGGA CCGTTTTTATAAAAAAAAATTAGGTCTCATTAATATTCGACCTATACCGA TCTTATACATGAATAGTTGATGACGTCATTTTTGCTTCTAAATTACAAAC ATAGACAACGGCTCTATGAAAGGAAAACTTCATTCTTCAGATTAACAATT ACAAAAAACGGGCAGTTAAAAAATACACACGATTAACATAATGACGCCAT ATGAAGGGAGGGATCAACTTCTTGCGAACAATGAGACCAGAAGAAAATTG GTCCATGATTTGAAAACGATTAAATTTCAGACTACGGTCTATACCAAAAT ATTGCTTCAAATCGATGAAGAAAAAATCATGTAAGACCTAATTGAAAGTA AAATTTTATAGACTTCAACACTGTCTGAATTTCAGAAACTTATATACAAA CTGTATCAAAATTTGGTGAAAAAATCACAATATTTAGAACTGTCCCAAAA AGATCATACTTCGAAGTCAAAAGTGTCCTTAAATGAGACATGTGGAGAAA TTTAATGAGGTCATTATGATGTCCCATTATTAGAATTAGCTCTTATTTTG TCCAAGCAAGAGCTTTCTCTTACGTATAAATGAAAGGAGTAAGCTTGAAA TGTTTAGTCCTGAAAGATTATTATTTTAATATCTCAATCCATAAAATAGT GTACAATGACGTTTTTAGACGGAAATTACATATTTTCAAAGGGCTGAAGA AGAAATTAAGTTACAAGACTATAATATAATTTCCATGGAATGTGAAGAAC TGGTGATAATTGGATAAGGATTTTCTTGACCTGGATATCATAACAATGCA TATATGTAAGGAAATGCATAAAGCCAAATGATTCCAAGAAAAACACTGGG CTTGCAATTACATATGTAATTAAACAGGGATGGCTCAATCATGAATAAAT TCCTAGAGGAGGAATCTGCATGTTGGGAAAAACCCCTTTTTTTGTTCATC TCTAGCATAAAAAAGCAATGATATCAAATAAATTTTATTTTTAATTCTTA GACAATACTGCAGGGAAAAAATTAAATTAAATGCTTCTACAATTTAATTT AAATTTCTTTAAATTGAATGAATTTTTATTAGTTTTTTTTTCTTCTTCTT CTTTTCTTAAAATGGAAGTAAGTATATATGTACACAGAGACATACATATG ATTATATAGTTTTTCAACATGTTTGCATAGAAGGGGAATAAGAAAAAGCT AAGAAAATCGTACATTCAAAGAAGTTTAAATGGATTTTATATTTTTCCTT CTGTTTATGTATTTTTTATATTATATATAACGTTTAAGGCATATTGCTAT GTTGAATTATTCCTATGTATGTATTTAATTATATGGTTTAATATTTAAAT TTTTAAAAAATTATAAAAGATCCATAGATTTAGCATGATTTAATAAAATA TAATTATGTAATATTGCAAAGGTCTGAATTTAAAATGGGACTTAAAATTG TCTCTCTTCTGTAATTTTATCATGCCTTTAAATCGTTCCTCATTTTAAAG TGTATTCTGCACTTAATGTAGTTGTTAAGATCAATCTTAATCAAGAAACT AATATATTGATCAAAATTTTGATCTTGTCTATGCTTCGATCTCTTCAACA ATTATTTTTTCTTCGTCTTTTGATAAACATCCGAAATAGGGCGAACTAAC TTCTTATTATTTTACTTATGTATTACTAGACATACAACCGATTACCTCTA TTTAACTCTGATATTAACCGCATATAGTTATATTTTATTAAAATAAAAAT GGTTAAAGAATTGTGTAAATATTTGAGTTTCTGATGAAAATTAAGGAGCC TGAAAAAAAATTAGCCAAACTTGTATATTCAGAAATAGTGTAACGCCTCA GAATTGAGCTCACTCAAAACTGTCAAACACAATGTACAAAATTAGTTTGG GTTTAATTGAAGTATTTATTATTATAAGAAACATTGGATGTGTATACCTC AAAATTAGTTAATATACTGGTATCATGATTCCCTTAAATATAGTGGATTC CACGAAACAACTTTTACATACACCTCCGACGCGTCTAAAAGATTAAAAAC TGGTTGTCTAAATTTTGTGAATGATTTATCCATAGCATAAAGTATCAACT GACTACTCAATTATGATCAATAAATATAATTTGTCAATTTTTTATTAACA AATAAAGTTTGTATTTAGTAATTTATTAGTTTTTATTATAATCATCATAA TTCTTTTATTGCCAAATTTTACAACCGAGTTTATGGTCAGTTACAATTTA TGTACATGGCTAAAAAGATTCTCTTTTTTTGATTATGATTAATTTTTTTC ATAGCAACACACAAGCACAAAAACTGGCTTGCATCATAAACCCTTCTTCC TACCATAATGTGTGTGCATGGATTTGACAAAAATGGTAAGCTATTTGTGC ACATGTTGGTGCTTTGACATAAAATATGTATACAATACTGTGTAGTCGTC TGGAAAGTCATAGAGTGTTTGTGGCTCTTTTAAGATACAAATGGTAATAA TGTATGTACATACATATTTTATATAACTCTGGGTATATTAAGAGAAGTAT AAGGAGCTATAAAAATAATTTTTGTGCGTGGTTTTTATAAAGATATATTT TTATTCTAAAGTGTGTGCATGTGATGTGCTCACTACATACTTTTAATCGC TTGTAACCACTTAAATGAATAGACACATTAAATTTTTTTATACTCCTCTC ATCTTTTATGTATTTATGTAAAAATATCAAGCAGTAATACCACAAGAAGG AGACAATCATATTCAAATGAAGACTTCTTATAACTATATCTTAAAAAACA ATAACGAAAATGAAACAAACGAAAAAGAAAAATTATATTTTTTGGCTGAA TTTCTGTCTTTTTGACTTCTTCAAAAAAATACCAAAAGGAGTATTAAAAT AACAAATTGACCTTCATTATCCAAACCAGGAATAGGTNNNNTTGTAAAAA TTTTCGATTGATAATATCGACTATTTTGTAGTTTAAAGAGATCCATAGGG CACTCATTAAAAGTTGTAATATATTTTATAATTGTTATTCGTATCCTTTT ATGGTATTTTAATGTTTTTATTGGTTAAAAAAGAGACATTTAAGAGTTAC AAGGACATTTTTGCTAAGTCTGAGTAGGAATGTACAATTGGGTGTTGATC TGAAAACCCTAAACCTGTCGGAAATGGTTATACAAAGTAGGGATCCAAAA CTTGCAGAAGCATGTAATTACGATTTTATACGAGGTATGTATATGATGAT CACTGATCCACTTATTTCCTTCAATTTGAGCCATGAAGCCTACAGTGAGC CAGTATGATATTCACGTTTGGATTCATTTCTCTCATCAGAGATCATTGTC CAAAGTAGGGACCCAAAATTTGCAGTAGTATTTAGTTATAATTTGATCGC CATTATTTTTAATTTCGATGTTAAATTATACAATCAAACAACAGCTGAAC AATAATAAACAAGTCGTATTTTTATGCTGTGCCTCTAAGTGTTAAAATGT AGGAGCATGAACAAAAAAAGGTTACGCATGTGAGGTCTTCTTCCGCTCCA GTGTCCGCACCAAGAAGTCTGCAGAGACCATTGGCATTTCAATACGGACT GCCTACAACATCAAGAAGTACATTACAGTTCCATACAGTCAAGATGAGGC AAAATTACTCCAGAAACAATATGGCTGMCTTCCAGCCTGCCTCCATTTGG CCCCACTCGCTCACTTCAACCCTTTAGACTTTTCATTTTTAGAGCGTCTT TGAGGTCTTTTGCACCTTTCATCCAATGTAAGATTGACTCAGATGTGTTA TAATGACAGCGTGTACGCCACAGACATGMCCATTGTCGTCAAAAGCGGCC AATGTGTTCGCCGGCGTATCCAAGCTGATATTGTTTGATATGGAAGACAT ATTGAATAAAAAATACACCTAAATATTTAATATTTAAACATATCAAATAT TGATTTTGAATAGTCTTTTTTTGATTCTATAAAAATCACGTTTTCCGTAA ATTAGTTATGTTACTGCATTAACTCCATAATTTTTAGTTATATTGCTCTC ATTCCCACATACACAATATAGAGTAAATTGCTACACTCATTCAAAAAAAC TAGTTTTTGGTTCACGTTCTGTGACGGCAATATTGACCGAAATAACGGCT TAGAAAAAAATCACTTAAGGAGGAGKATCGAATCGAGTCTGGACACTAGC ATATTATGTTATCCGTATAAAACCTTCTAGATTTTTTTTTAAAGTGATGT TGTTACTTTTTTATTATAAAGAAGCAGTCAGAATAGGCAGTTCTCACCGT CCCTACTTATACATCTTTGATATCCAAGTAATAATTTTGTCAGCCTCGTT TGAAAGTACCTACATTCATAACTTCTAGACAGAGAGAGAGTTTATTCACC TCGAGAGTCTTTTTTTAGCCCTTGTCTTCATTATTAATAACAATAATATA TATTTACATTTTGTCATATTTGTTATACTAATAAATATGTTATTTAAGAA AAGGAAATAAATAAAATGAGACGCAAAAGGAATTAATGACAAATGGCTTC TTTTAACAAGACATTATATTATGTTCTTTTTAAAATATAGTATGTACGTA GGGTGCTCGATATGACATGTGCTGTAGCGTATGTATGTATGTATGTTGAA GAAGTGTTCCTTTGTTTATTTGTGTAAGCCAAAATGGGCAATAATTATGA TGGTGAGGAAATGAGTATACAAAAGTTCTGATAAGACTTTAGTTTACAGT CAAGATTTATCGTCTCACTAGAGTTCAGGGATTGGGCCAATTACATTGAT ACTTGTACGTAAGTGACGCAAATCCTATAATTTAGTACTGACACATGGTT TTAAAGGTAGTACTTATGAATACTGAAGTACTTTTGACAGAAAGTTATAA AAAATACTTCATGTAATTTGTTTAAATTTGTTGTCTAAACAATAAATATT TGTATCCGTTTTTATATTTACAATTTGTAAGCAATAAATATGGATTCCTT TACTCTGAATGTACACTCTAGGAAATCTACAATTGCTATTGATTTGTTGA AAGATGATAAGATACTTGAATCTAATAATGTCAAAACATGGACTTCTCAG CTTAAGAGAACTAGATCTGTTTTCGGCATTGTTTTCTTTACAAGGAATTC TGGAGTTAACCTCCACTATTTTACTCTCTACACAAAAATAGACTAACTCT TAAAATAGGATGGATACTTATATAATAAGTTAAATATATATTTTTAAAGT ACTTAAATAATATTGAAGTAATTGAAAATTACATAAATACATTAAAAAAA GGAGCCCAATAGTTTTACTTATAACTTCAACTAAGTACTTGTATTACACT AAAGTACAAATTAATGCGATTGGTTCCATCCCTGCTTGATTTGCAATTTG GTTCAAGCCAATTCCCCCCTTCACTCCGTTCAGTCTTAAATTATTTTTGT TAGAGCAATATGGATAAAATATATTAATCCAAACCGTGATCTTAGACTTT TATAATGAAATGTAAAAGTTTTCAAATTGTAGATCGACTTTTCGATCTAA ACAGCTGAACTATTTTTTACCTTATCCTGATTTATGAGCTTTACAAATAT AATCCAATTATCAACATATTTAACTTGGTATGACATTATTGTTCGAATTT TCACATTTTTAAAATATAGATGATGTCATAAAATTTTAGCTATAGAATTG CCCTAGGCCAAATTTTAAATGAAACAGATCCAAAATGACAGTTTCTTTCA TTTCAATCCAGACGGATGTTATTTATAGGACCAAATGAGGTTATAAATCA TACCGGTCTAGTAATTTCAGACAGAATATCAAGACTAGTATTGTACTATA TAGTGTCATTTCCATACGAGTTTTCTCTCTTTTTCTTTTTATAAACTTTG TTTCCATGTCTTATATAAAGATAGACAAAGGTGCCAAAAACAATTTATTT TCTTTTGTATGTAGTTATTTGTTTTCTATAATAGTGAATGCATTAAACCT ATAATTTGATTATAATTAATTTTATAATCCACTGAGTGACTTTTTTTTTT GCAAGTCTTAGATAGATATAAATGTTTGTACATATATTTTTTTGGAGACG ATGCAAGTCTTGTTTATTTGTGGTCCGTCATTTATAGACACAAGATGGAA TTTCTCTGAAAAAGTATGATGAATTATTGCTAATTTCATATTAATAGTTG GGAGGTGTCGCAAAGTGCTTTTAATTTAGCTAAATTCACAATAATTTTTT TTGTTATTTGATAGACTTATTTTGAAAGACCATATTAGGGCCGAATTCAG TCACATAAATTAAATGAATTCTTCAAATTGTAGTTATCAACCTTGGGTAT CTCATCTCATCCTCAATATTCGAATACAAATCCTATAATTGACATAACTG TGTCCATGAATTGTTGGGCTTTATATTTATAATAAATTGGCCATTTTCTC TTGTTGTTGAAGATTTTGTTTTTTTCTTAACTTTGGGAATAGCTTCTATT ATTTATATCTATTTATGGGTGTTCTCAAATACTGAAATAATGTTTGAAAA TCAGTAATTGTATATGTAATTTCCCTTGCATTTTTTAATGCAAAGCTTTT ATATGAAATGAATGGTACACAGACACATTATAGAAATAATCTGCGATCGA ACATATACTTCAACTTAAGAATAATATTATTTTCTTGTAAGATATACAAA GATTTGACATATTGAATAAGAAAAATACTTTATTTCATTCTTCAAATAAA TTTGTCAGATTGAGTATTGTTTAAATATTGTAATATTATATTGAATAGAA TGGAAATGGAAGTCAATAAAAGTCAAGAATAATGATTTGTTGTGAATTTA TATTACTATTTTGTTTGCATTGATAAGAGGTGGGTAAATTTAATCGGTTA CTTCTTTTTCTTCTTGTGTGGCCTATTCAATTGTGCTTGAAGGGTGTAGA TCTTGCTTAAAAAATCTAGGGAAAAAAATATTTTCTTTAATAGTACTTTC TTTATTTCTTAGGATAGCTCTTTAATAAAACAATATATATATATATTTTT TTTCTACTAATATATGTATTCCCACACATAAAGACTACTGTTGGTTCACA TGGTAACCCTAATAGTTAAATCTGCCGATGAAAAGGAGTAAACACAATTA TCCTCCATTCATTGTTAATTAACAAAGTATTTATTTGAACGACAATTCAA AAATGGCTATAAAATATTATTGCTGTCAGGACAACAATATTTTGTACCGT TATGATGGCAAAGTTGGTAAAAATATTTTTTAATTTATTATACAGAAAAT ATAATATAAAAATGTGCTAAGGGCAATTCATATGTACTTATTTGGAGCGT CCGCAGGGCTTTTTTGAGGGTGGTTGGTCGGTATTGCTAGCTCAGAAAAG ATATATGTAGATGTTGCTGTTTCAAAATTTTGATGTCCAGTCTTGATCTA AATTTTATGGAATTGGGGGTAAATTCGTCTCGTATAACAAATGTTACTAA ATGATGTCGTCATATATATCAAAAATTGACGTCATTTATAAATATCTAGA AATAAACAAGAAAAATAAAAAAACTATTTTCTTGTGGTTAAGATTCTTAA AGTTTCACTATATAAATTCAATTTGTAGACTCAGGTATTTAACAATAAGT TATTGAAAACAATGTCAATTAAAGGGGCCTTTAAAATTGATATCGTTTTT AAGGACCGTTTACGGGAACATAAATCGGTACCCTTCTACACTTTGTCCCA TTTGTAGAATTAAAAAAATCATTCTAAAAGGATTTTTTTAAATTCATTCG CCTTTGAAGATTTTACACCATTTTGAAACCAAAATTGATATCAATATTTC GTTACCTGTTCAATAAAAACATAAAACAAAAATAGTGTCAGGGAAACTCA AATGCACTTAATGAAAGGCTTATGTGTGAGAGTGGGGCGGGGAGGAGAGG TATTAACACATAAATGCCATTATAAAAGATAGGGATGTAGCAGTCCCAAA ATTTGAACGTCTGATCCGCCCTGGTTATAAATCTGAAGGACGTGTCCAAT TTCAAATCAGACGCAAAAGTGAAGTTTAATTTTTATTTTCTAAATGACCT TTTCCTCAATCAATCTCCAATATCAAGGATCTAATGTTTATAAGTAAATA ATTGAATTACGCCTTAATTTACTATATTGGTAAACTATTTTATTGTATGA AATATACTTCAAGTTTTACCATTTAATAATATTAGTGAAAATACGGCATT GTAGATGACGTTATAAAATTTAAACCTTTTTCGAAGAAAATATAGCAAGA ACCATTTTTCAGCCCCATATCTTAGTATGCCCATGGATACTAATACCCAT GGTCTTAGTATCAAGCCTAATATGATAAATCTTCACTTATGTTTTTTTTA ATATAAAGAACCGTTTTGATTGATTGAGGCATTGATGAGCAATTTTTTTA AACGTTATGGGGCTGCAGTAACCTTTTTCAATATCAATTTAGAATTATAC TGTTTTAAATAGCTCTATGGAATATGAACATACAACATATTATTATTATA TATATTGTGCAATAATAAATTTGTTATTAATTGAATCTTTTCTTTGTTTA TTAAATACTAAGATCACTTGGTTAATATATAATATAAACGGATCCTACTC CCAATTTTATATCATATTATTTATTATATGTATATATTGTAGTTCTTTTC TTTTGTTCAATCTTTGTTTTTGTTTTCGTTAAGGAACTTTTTGTCATGGT TGTTGATTCTCAGGAATGTCACCACTCTCATTAACATCATGAAAAAGCAC CCCCAATCTTTGGTATTTTATATATGTATAAAGTTCATTAAGACTCATTA TTTTAACCATAATGAGGCAATGCGATCGATTTTTTTTACTAAGTTTATAC ATTAGGGTCTGGGCAGTAGAAAAAATAAAATAGTAGTTCCTTGCCGTGTT AGCAAATAATGACGTCAATAGTGTATCAAGTTGGGGATATATTTTAAGTT ATTAACATTAAAATAAAAATTGATATAAATGTATGTATCTNCCATTCAAA ATATTTTGTTTATTGCATTCATTATCAATATTCAGCATGACTTCAATAAA GATATATTCCAAACTTTATACACAAGTGACATCATCATAAAGTATCACAT TTTAAGATGACCCGTATCTTTTCTACTATTAATAGATAAATAATTATATT GAGGGCAGTTAGTACGAGGATGATTGAACAAATATATCAGCTGACACAAA GGGTATAACATAATGTCACATTTGTCCGTATTTCATACAATAACATAACT TCATAGAAATAGTAATCGGTAATTCCATCTGGAGAAAAGATATTGCACTC TAATGATTTAATAAAAGCTAACCAATCAGCTTGTATTCTTTAGCTGGTGT TGAAATCATAATACACTTTTATAACCCGGAGATAAAATCATACTCAGTAG TACTTTGAGATAAGATTTTAATTTGTTCCTAGATGGAGCTCATATCTCAT TCGATGCAATTTATTCCATAAGAAATAACTAGCATACAATTAAGGTTGAA GCAGCTCTCATTTCTCGTCGCCAACTCACGGCTATCTCGTATTTTACACC GAATTGTACTTTGGGCACTCGTATTTTGATGTATTACTGTATCTCTATTT ATTCCTTTTGCCATGACCAATTTCCATTGCAACATATTGAATATTATCAT TTACTACAGCCTTCTATGATAAACTGCCAATTGAAATGTCTTCCGTATGG CCCAGATCATATTAACCGGACTTTGATTTTTCATAGTTTATTAATTTCAA TTAGTATGTTTTTTCATTTAACAAATCATCATCACCATTTACACTTTTGT TTATAATTATTTTAATTAGGTTTTTTGTGCCATAATTTTGGACGATCCTT TGTTTCAGCAATTGATCCTTATCTTTTCTTTTATTTGCATAAGTATTTCT TTGTCTTTGTGACTATGTATGTGTTATATAAAATGATCCAATATATTTAT TTATCTTTATAGGTATGTTTGTATATATTATGGAAATGTAAAAAGACTTC CGTCTTGGCAAAATTAATTCAATAAGATATAACATAATATGAGTAAACAT ATGGCTTAAGGAACCACTAGCTGCTGCTACTCCAACAACAACTCTAAACA GTGATGAGAATGTTAATGAATGCATTTATATATGTGTTTGCTGAAGGTGA CTTGCTCTTTGTTTTCTGAGAAGAAGTAAGGGGTTGAACACTCTTTTTCA TATGGATCATTGTTAGAAATTGCTCGTTTATGTTATGCATTCAACGTGAA AGTTACGACGTTTGCAAAAAAATTACAAATATTGATGATGAGTTGAGTCA TGGTATTGGTGTAAAAAGGGGSAGGGGTTAGAAAWGATTWCACTTAAAAA TMTTATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NCTTAATCTTTGATTAAAGGTGGAGTTAAATTATTTCTTGTATGTGGAAG AGAAAATTCATCGTTCGTTGTGTTCGAGCAACCAAAATTTCATTTACCAT GGAAGTTCCGACCCTTGTAAAAATAACAGATTTTAAATAAAAAAAACCTC TGTTTTGATATTGTGAGTATTTGAGATTTGAAGATCATAATATGCAAAAA AAATTAGTAATAAAATGTCCCAACCCGTATTACGGGTAATCACATGATAA ATGATGTAACTAATGTTGTTTTAGTCCTTATTTTTGCGGTCTTGTCAAGT TCAGTCTCGGTCTAGTCAAGAATTATTCTGCATATAAGTCCTAAAACTTA TAAAATTGGATCCTTGATGACGTACCTACACTTTATTTATTCTTTTTTTA TTCAGTTCTAGTACTGCCAGTTCAAAGTACACCATCTGACCTAGAAATTG CCTTTAAAGTCGATATACTTCATGCATACTTTCTTCTCTAAGAGCAAACA ATTGAACTTACGTACATTAAGCTTAATATTTTCTAATAAAATCGTATTCA TATGAAATCTATAGAAACATCTCAATTTTATTCATTTTTTAGCTGATTTT TCGTTTCCTTCTTTTACTATATATATAAGTGTATTATTTTGAAAATTGAA TATGGGAGTAAATGACAAAGGCACATTCTTAGCATAGTTCACCTCTCTTA ATATTAATATTCTCATTAATGGAACGCGAACATAAATCATTATATTATGT ATTCTTAAATACATATTCAAAATTTATAATATATTATGCATACATATGAA TTTCATACAATCGGGTATGTAAATATCTTATAATAGGGTGGCCCTTAAAA ATCAATGACTTATTTTTACTTTTCTAAGCCCTTTCATTTTGTTCCTTACA TCATTATACTAAGCTGAGCATTTATTCAAATATTTTTTTTTTTTTGATTT GAATAATAATTACTTAAAAGTAACTATTAATCACGCACACAAATTAAATT TATATACAAGGAGGGTCCTAAAAACTAAAAAAAAAAATTAACTTCAAAGT AAACTTACATAACTCATAGAAATTTAAAGATATCTTGTAATAAATTTCGT GAAATTTTTTACATTAATTCTCAACAAAGTTTGTCCGAAACATTTGTTAG TCATTTTTCAAATACGAGAGAAAATAAAGTTAAAAGATCCAAGAATTTCC TCAGTTTGTTGAAGTCTGGCACACCTTCTAACATTGTTTTGGTGAGGCTA AAGTTTGTCTAATCAACCTCACAAAGTGATCGGATTTTGTCCAATAAAAG GTCTGATTCAGTCTGTAGGATCTATTAAGTTCAAAAATTAGAGGCAGTGC TTGTAAAGGTGACCATCAACAGTTCCAGTAATGCTACCTTCTCTTTGTGC CCTAGGGGTCAACATTAACAGCTTTGAGTACGTGGGTACCACCTTGGAAT TTCTTTTTTAAAGCAAGAAATACTAACCACCATTTAGTCCGAATTTGAAA CCGATGGTTCATTTTGAAGTACGGGGTTTGCACGAGTTCGCATTCTCGAT CTCTCACTTAGAGCCGACCGAATGTATAAGGATCTCGTAAATATTATGTA CATAGAAAGGCGTTCCTTTATTGACTTCACAATCAACAGAATGTATAGAG TTATGCAAAAAATAAAATTATCTTATCCAATTTGTTTGTTTTCTATATAA ATGTGAATTGTCATAGATATGTTTGTAGGCACATAAATCAGGATGCTTGC AGGAGCCTCTCTCTCTCTCTCTCTCTATCTATCTGAAAGAAATCAAAACT ACATGAGACTATCACGATGGGAATATACAGAGACGATTTCATTGAAGAGA GGAGAAGGGGAATAGGAGTTGACTAAAGCTTCAAGACAAAGATGCAAAAC GACCCTCATAGTTTGAAGAAATACAAGGTTGTCAGGATATCCTTATTCCC AGGCAAGATGACGCTTATTACCACATATGACGTCTCTTTATCACTTTTTG TCATTTTCCTATATGCCGTATGTAACTTGTTTGTCCCTTTTCAGTATTTA CTTTGTTAGTTAAGTTAAAAGGGTGAATTCATAGATATTAAAATGTTAGT TATGGGATAATATTCAAAGCTCCTAGTAAAATTTTTTTGTACAAATATTG ATCACGTGCTCTTCATTCGGTAAATAGTTTAAAAGTTTCAGGGTAGACTA GATCAGAAGTTTCAAACTCTGTGAAGTAAATATTTCTTTATTGAGGAGAA GTGTATTTAAAAATGAAAATGTTTGMTGTTGTAAAAAGAAAAGAAGAAGA GTTTATCAACAGAGATACTTTTACCTTTTTTTTTAATTATTTGATAGTTG ATAACAATCACTTTCAACTGTACAATAGTCCTTTTTACAAAAGGACGTTG AAAAACGACTTCTGCTAAATTTAGCCCCGTTCATGGCATCTTTCACATGT TACTGGTACTGTATTTTAGAGATCTAAAAATGGAGATTTTGAGGTCAAAA CTGGCAATTTTATAACAAACCATATTCTTTTTAAAACTATGAAAACCAGA CATATTGTAATCCTATTCTTAAATTGTTTTTAATTTACTTTCTAAAAAAA AACGATAATATTATCCTTTTAGTATTTAAAAGTCTTAACTTTGGTAAATA AGTTCAAATAGATGAAAATATCATAATATTTAACAACAATTGAAAACACT TCTTTGACCCTTCATATTAATGAAATCAATATATATATTTTTTACTTACG TTATTGCAGATGAACACTTTTGTAATGATAAAATTGCAATATTCAGCCCA TAGCAATAAAATTGAAAGTGTACAAGACATTTGAAAATAAACCGTTTTGA CCTAAAATATACTCATATTTTTATCTTTAAATGACTTAAAGAAGCTGCAT TTTTGCAAATGCTCCAACCTAAGAAAATGTACCCTAGAAATGGGATATTC ATGCGTGAATGATACGACCAGTAGGGTTGCTTGGTCTTTATTTAGGACTG ATATAATTATAGAAAAAACGTTTCGCCTTGCCATCTGTTTGCACTCTCCA ATAATCCCATTTCAACTTATAAATTAAGAAATATTCACTTGTATTTATAG ACCGAACCGAAGGAATAATAACAGTACTAATAAGCAGCTCAAAAAAATAT ATTCTAAAAACGGGACACTACTGCGTCTATGATGAAACACATTAATTAGA GCTGTAATATGAGCCTCTTTTTTATCAAAGTGAGCAACATTCATTCAATT AAATTGATATTGTTGTTCTGACATTTGAAACTTACTGTACAACATCATGG ATGTACGTATTTTATGAATGTATCATTGTACATACATAAATTGTAAGGAA CTACTTTTTGGGTTTGCATGTATGTCGTACAAGGCTCAACCATTAGCTAT TGAATTGTTCTAATAACATTATGTGATCATACATATATTACAAATATAAC CGCACATATGTACATTACCATGTTAAATCGTGCACGCATAATAGGTAATC TATGATTTTTATCATAGATACGTCGAAAAGATTACCTTCCAATTATTTAT AGGTCCAAAAACTGCATACTCAACGTGCCCGGATAGTTACTAATGCTAAT AAATAATAGTTTATTTACTTTTGATTCAAATAACAAAAACGAAATAAGGG ATTCAAATAGGTATATCCTTATTTATTTATATAACTATGCAATATGTATG TTCCTTAGTTATACTACAAAAACAAATTATCTATTTGTCCATATATTTTA TCCTTTTTCCCCCTAGAAATGGAAAGAAATACACGTTTTTGCCGTGACTT CTTGTGATCCTAATTGCTAGAGGATAGAGGATTTTCCAACAAAACATAGT GTATAATGTATCTACAAAATTATAAAAAATATATGGGCTATAATGATTTA CAATTCTGATAAAGATCGATTTGACAGAAACGCCCCAATTTTTAATAATG ATTGAGTTTGATTTGAGCAACTGGTGAAACTATGACCAAATGATCAAATT ATTTCCAAATTAAGTTGGAGAGTCCAAACGACACGATGACTTTTTCTATA ACTAACTACGCGGCCTCCATGAAATCAACCCTTAACCCTTTAACGACAAA AATGGAAAAAAAGAAGTTATTAAGATTATTCTGTTATTCAACATTTTTGC CGCTGGTAATTTTGCATCGAGGAGATTTTTCCACATTATATTTTTTTAAT ATTATCGATTCAAACTGTAATATTGTTATAATAATAAAATTCGAACAGAT AATATAAAAACTCGCCAAATAGGTTATTTGGAAGAATATCGTCGAGGTAA AATTACCAGCGGCAAAAATGTAGACAAGGAAATGTTACATACCGAGATTT TAAAATCTCTTCTTATTCCATTGCATCTACGTCTATTCTTTATGTATCTT AACAATCCTTTTTCAGGATTTATTCGTATATTTAGCTGTTTTTAATCGAG GTTTAGTGAATTTAATTAACTGCTTAGCTTTTTATTGAAAAAAAAATAGA ATTTGTATAATTTAGCGGTATATTATTGTAGCTATTACTTAATATAATAC ATGCAACCTCATCAAAAACTGATGGGTACTTATTTGATTTAGAAAGTTTG CATAAAGTAATAAATAATTCATAGAAATTTGTTTTGGTTTTTTCAATGTT TTTACCCTAAGAATAACAAGTTACATCTTGTTGAAACCTCAAACTCAAGT TGTTACGATTACTTTTTATTAAGAAAAAATATAATTTGTCACAATGTTTT ATATTCATACACGTATTTTTAGCATTTTAATAAATATTTACGAGTGGAAA TAGTTAAAAGAATGATACAAAATCTAAGTGACATAATTATTATAATAGTT CAACGGTGTTTATTATGTAATGAAATACGTTTATATTTTTTGAATTTCTT GTTCACTCACTTCACTAATTGCGCTATAAAAATATATTCACTCAGGGAGG CTTAATAATGATTGAAGCAGCTGTGTTTATTTGACATTCCTTTGTTTGTT GGGCATAGAAATGTGAGCTCAAAGAAAGGCGTTAAATATTATATTTTTCT AAAAGATCTTTTCGCATTACATGAGTACCATGTGAGAATTCTGTATTTTC AATTTATTTGGATGATTTTTTTTGTATGTATGTCTGTACACGAACGTGTA TTTGAAGGATAAGTCAATTACATTTTTGTATAGAGGGAGAGGGGAGAAAC TTTTTATTTTGTGCTTTCTAAATATGCCTTTGTGTAATTTCCTTAATTTA TATTACATTTTTATTCGGGTAAAAAGCGTAAACGATGGGTTATTCTTAAA GATCCTCTTTATTATGATTCTTTTTGTCTCTTTATTTTTATACACATAAT ATGTATTTATGTTTGTATATAAGTCTTATTATTAGAAGGATAAAATAAGT ATTTTATCCTTATAAGAATATCAGAGCTTTTGAAATGAATAAACGTTCCA TTTAATGGTTTATGGTTTCTCATATATATATGAGGCTCTACATAGATAAA ATATATGGAGCTCATTTTCCATTTTACGGATACTTGACTAGAATCCTTTG ATTACATGCTTAACTGTTTTTATGAACATTAATAATATGCCGAAAGAAGT CATTGATAAATTTCTTAGGGAATTATTAATATTATTTTTAACAGATTTAG TTAGATTTGCATTATGTGCAATTATATCAAACTAGATAGGGATCTATCAA AAATTCGCATTGCATCTGTGAATTATTTGGATTTTATAAACATTCGTATC CACATTAGTGATAATTTCGTGAGACAAGACAAGGCAAAGGTTTATTTTCT ATCACAAAGGATAGACAAACACGAGACAAAACAACTTTTTCTTTTCTTTT GTCTGAATAAACAATAAAAGCGAGACATAATATCTTGAAACAAAACCTAA CAAAACAAAGACGAAAACAATTGCAACACTTTTTGTTTAAAGATCGATAT TCAATCTCATATTTCTCTTTAGAGCCCTGTTCAAGCAATACGCTTCACCT GCTTGATGTAAAGCGTATTGTTAAAATGATGAAGATGAACATATAGAGTT GTGAATTATAAGCATTTATTAGCATGTGAATTTTTTTGTGATTGGCAAAC TAAAAGTGAGTTATTTTCTAAAGCTATTACAACTATTATTTTATTCTGGG GGAGCAAATATCTTTGTATAAAGTAACCTAATTTGAATATGCAAATGAAA GACAGAGAGTAATACTGATGATTAGTGTTGTGGCAGTCCGGATTTAGGAC TGAAGACTGCAGTCCCTTCTAGTTCAGTCTCGGTCCGGTCCAGTTCAGTC TTGCATATCAGTTGTAAAACTTATCAAGTTTGGTACTTGATGACGTCATT CAACTCTATTTCTCCTATTTTTCAGTCAGTTTTAGTAATGACGGTCCGAA GGACCAATAGTCTTAATGACCAGTCCCAAGGACTGACAGGACCGGTCCTA AAAATGGACTGGGCCGAATCAATATGGACTGACACAACACTACTGATGAT TTATTATGTATTTATAAGTAGTGTTGTGAATTCTAGACATTTTTTAGCGT GCAAGTGTTTGTCTTTTTTGTTTTGAGACTACCTCAATAGTGTTTTGTAT ATTTCAATGCTCGTATGAGTAAAGTTGAAGATTGAGATTGGATAAAAATT TTTCTCATGTCCTCACTAAATAATCACTTAGATGATTGTTAATTTAATTC CTCCCTCTATCATAGCTACTTGAAGTAAATTTAATAAAACGTCGGGATAG CAAAGTTGCTATTTTCCGATCATTCATCAAATTGTCAAATTTGTAACTCA AATTGTGTTACCAACTCATTTTTATTAACATAAAGTCATTGCATAGGATT TACAGCTCTAAGGTTACATATAAATCATGCAATATTTGTTGCAACTGTTC CCTTTCTCCTCACACTGCAAATTTGCCTACAACTCCACTGTTATAAAGAA ATAACCTTTAAAAATTAATGCAACTTTTATTAAACTGCTTTTCAAGTACT GTTGGTATGTATCAGGAAGTGTGTAAATTGCTCTTTGCTACAAGTATCTT CATTCTTTAATAAAATAAAATCATAATTATATTATTATACTGATATATAT CATTTTATAGGATAATGATTAAAAGTTTGCAACTATAGAGCCCGGGAAAT TTTGGGATCCCGTTTGTAAATTTAAAAAAATCTGTGAAATGTAATAATTT CTGTATATATTTGAACAAAAGATAATAAATTTGAAGCTAATTCTACATAA GCTTTAATTCATAATTATCCTGCTTTAAACTTTTATCATTATCAATAATA GTGTTTAGGTTGTTTTTAGGGCCTGAGGGTCCAGTTTTTTTGAAATTCCG TAACCTGAACCGACCTGGAACAAAAAAATAATTCAATAGGATGTGATGAG CAAGCTAAATTTTAAGACTATTATTAAATAATTAAATACAGGATTTTCAT CAGGTCTAAAACTTCTAACAAACCCAGGAAAAGGGCATACCGGGATCTTG AGCGAAAAGTGCTACCTTATTCATATATTCTTGTACCATGGTAACTTGTG AATGTAATCCATTGTAGGTACATGGTTAATATTTCTAGGTCTTATATACT TTTAGATAATGGATCTATATAAGCGTATAAATAAATATTTATAATGTTGA TTCAAAGCCTACATACATTGTACTGAAATAAGAGTAGAAAGAAGAAAACC CAAGAGACATTAAAAGTTACTACTACTACTACACTCGTAGCTTTATAGCT CATTTCTTTCTTCTTGAGAGTACACATATTGTATATGTTTTTAATTCCTA CTTATTGTTATTTTATTTGTTTGTAAAGCTATGTGCTCCTCAATGGTGTA TGTTTATAATAATATACTCTTGACCTCCTCCCTCGGCTCTTTGCTTCATT ACGTATTTGAATCTCCATCCCCCATATGCATAATTATAATTCACTGCGAG TAGAATGTTATCCATGCTTTTTACTATAGACTTGCGTTTTATAACAAGTA CCCAGCATTTACCAGAGTGATTATCCATCGTAAAACAGACAAACTTTGCC TAACAAATATATAAATCCTCAGTGTTCCTCTCCGTTTTTGTATGTGAACA ATTATACGTAGTTACTCAATACATAGATGATATATGTTCTCTCCACAAGA ATAAAAGAATAATAATAATAACAGCTTGACAAAAAAAAATGGTTTTACGA TTGATGAGCCAAGGAATACTTTAGTCTCTCAAGTGCTCTCTGGCTGAGCC TTAGCTACACACGCTCGATACTAAATGCAAAGTGCCTCTGATATTTAATA AGTATGATTACATTTTTTACCAAGAATATAAATATGATATACAAAAGGGG GCACTATAAATTGTGCACCCTGTGTATATAAATGCAAAACACCAATGAGA TTTCATCAATATGACAACATTGTTATTGCTTAAATCAAAAATGACTGTTT ATCATTCAAACACAGATTCATATATTTATACATTAATACGTACAGACAAG ATTTTCGTTATTAATATAAATTATAATTTGTTGAATATGTGAAATTGTAC TACTTTTTAAAAAAAATTCTTCCCTTAATTAAAGTGTACCAGTCTTACGT TGGTTGCTATTACTAGAAGAAATGTTTTTGTCAACTAAACTTTTTTGCAT TTCAACTAGGAGACAAAGACAAGCTAAATATTTATTTTTTGAATCTTGGA TATGACCAAAAAAATGTGTTCATGCCTTAACAAAAGACAGAAGACGAGAC GAAATATGTCAAAAACAAAAAGAAAATTAACCCTAAAGTGCTAAAGTGTA CTTCGGGAGGGGGGGGGGGGGCTATTTGCCTCACTGTTGGACTTATTATT TAGGTTGTACATGTGATAGTCAGATATGAGTTTTTTACATTAAAAAGTTG AAAAAATATGCAACTTTTAGCACCTATTTCATGATATAGTTAATGGTTAT ATAGCAGTAGTATAAATTTAAATCGATTACATGTGTATTGTCCTACTATT TATTTTTTATATATTCTATCAAAATTACACTTAAGGGTGGCTAAAATTAC CTTTTTTGACTATAGAAAAATCATATAGTAAGTTCGATTTAAAAAGAAGT CTTGTTAATTAACTAAAGATTTTTATCTATTTTGAATATTATTAAATTAT CCCAGAATCTTGAATATAAAACTATTATTGACCAAAATATCTTAATAAAA TATTAATTTGTATAGATTTATTTGGCATTAAAATATTTTAAATAATTTTA ATTGATATTTATTGTAGACTTTTTATACGTTGAGACACCCTGTGTGTACA AAGATAAGTATAATTTGCTTAAATGATCTCTACATATGGTCTTGAACCTA AATTGTCCTATAATCTTCTTCAAAATGGTGAGCATATGTATACTTCAAAT TGTATTTGGTCAGATGTTGGTTTAAAACTTTGTATTCCCCTAAGGTTTAG CTTGTGCTGATTGGACTTTGAGGCACATTGAGTGAGTATTTCGTCCCCCC CCCCCCTTCTTTTTATATCCTCTTCTTAATCGACTATGAAATTACATTTA CAAAGAATCTACAATTTATTAGTATCCTTGGAAGAAAAGAAAATTCTCAT TCTAATATATACTTTTTCGGAATTGGGGTCATTCATTTCATTTGTTTTTT TCTCTATCATGTTCACTGTTGAGTTGCTACGTACCTTACTGGTATATATT GAGGTATATCGGAGTGATGATTCATTAAGAAAAGCCTACCCTCCTTCGTA AATTGAACATTGTGATATTTTGTTAATGGTTATTCATGTTTTTAGCAGCA TTTTTGGTTGTGGGTTTCGGTCTAAAACTCCTCAAAGACCGGTCTGAGAG CATTATGATTTTTAGTTCATAAAACTAATTATGTCCTTTTTAAAAGGAAG TATTTTATCCGGATTAGTCTTATTTAAAATTCGGTCTAGAACAATTATAT TGATGAATTGTTGATGACGTCATGGGTGGTTTGAAATAGTGAATATTCAC ACAATCACGTTTTATGAATGAAAGTATTGTAAATATTTGTATAAATCATG AATCGGGACAGGTCAGAAAACCGGTCTGTATGTTAAGACCAAAAAATATC TTTATGATTAAAAAACGATTAAATTTCTCTCTAAGGTCTTAAATCGTGGA CCAGGCCAAAATATTGTTCCAAATTTGGACCAGGACTGTGTCTCAACACT AAATATTATAAAATTAATTTTTTTATTATCTTTTAACTAATATTGTGCCA CTCGTTATTTAGAACTGAAGACTGCTGTCCCATCCAGTTCAGCCTTGTAT ATCAGTCCTAAAACTTATAGAGTTTGGTCCTAGATAACGTCACTCAATTT TATTTGTTCTTTGTTAAACAGTTCTAGTATTTACAGTCCGAAGGACCCGC AGTGTTAAGGACCGATCCTATGACGGCACTAGATCGAATAAATAAGGACT CACACAACACAACTTGTTACTAAGGAATAATATTAAACCCATTTTTTCTA TAACGCGGCCAATTTTTGTAATTCATATTACGTTTGTACATGAAGATGTC GGCATATACAATATACGTATATTTAGATATTTGTTTCAATTATTTTAAAA CTTATTTTTACTATATACGACGTAATATATTATGAAAGTTGGTGAAAACT ATTTTCGATAACATTAATTCAAAAGCTAATCAAAAATGCATAGAAAAAAA GTAAAACAACAACTCAACCTTTTTGGATCCTTTATCCCATGCTGATTTGT TGTAATTTTCATAATATAATTGGATGAGTATTTATTATTTCGGTTTTTTA ATCAAAGCTATTTGAGCCAAAAGGTTTGCATTTGCTAATATTTAATATAC CTATCTTGTTCTCTAAATAATACCAAAATATCATTATTCATCTGAAGCAA TGGGTTCACTTTATAAATACATGCCATTGTTCTCAATATAATTGGTTCTT TTTTGACAATATATTTACCCCCCTCCCTCCTCCATAGAAAAATATTTTCT TTTTTTTAAAGAAAATGCAATTTCCTTATCTCAAATACTTCAGATTACTC ATTTATAATGTTTACCAGAAAAAAAAAAGTGTGCAAAGATATATAGAACA TGCAGCGAGAATAATTCTTAGAGTTATACAGTTTAGATTTTTGTTTCATT TGATGTAGTAATTTGTTATTCAAAGAAACTCCTTTTTGGAAAAATGTTAT TTTATGGCCTCCGTGACCTTTAAGGCAAAAAAAAAAATGTTACCAGCAAT GAAAAGTAACGTGAAATTTTGTAGCAAAATCCATACTATGATTTGGCCGT GATTCCCACATAAAAAAATATACTTTCCCATTTAATAAATATATATTAAT GAATATTTTTTATTATAATGATCAACAATTAAATCCTTTATATATTAACC ACCCAAAAAATATTTACCTTATACCCATCCCAAGTTCTCATTCTTTCAAA ATTATTCATCTTATTTATTGGTTTCAACTTATACTATTTGCATATACCCA TTACAATATATAAAAATTGCAAGGTTTAGTACAAGACAGCTATATTTACA AATCTTATCAAGACCTGATGTATTTGCTTTACAGGTGTATAATAAAAATT TTCAGGTATTAAAATGGATTATCCACTTTTTTAAGTCATCCAAACTTTTA TTTCCCTAAAAAATAATAATTATAAAAAGGTTTAAACAACATTATAATTT TTTTTAAAATAAAAAATAGTACATATAAATTAGGGAAACTGACCAACAAT TATTTGATTATAATTATAAATTGATTATATTCTAATTATTTACCTACAAA TAACAAATAAACATCGGTGGTTGTAAAAAAAATATTCCAATATTATTTAT GAATAATTAATAAGACTATGGCTTYGAAACTTTGTTGAAAAGTTGTGTCA CATGTTTAATTTAGAATAAATTCTATGGAAGKGKAGGTTTTAAATATTAG CCATATAATATTTTATTTTAAAAACAAAGTGATAATATCTTCCTTCTAGT GTTCAACATATTTTGTCTTGTTATAAGGTATTCCTAGATCCAAAATATCC TTTTGATGAGTACTTTTCTATTTCTTCTCCACATGTGCGTGCAAAAGAAA AGATAATCAAAAATGATTTTCGTTAAAAAATTGATAATTTTGGGGAAAAG ACTAATAATTATTTTATACACCTAGATGTAGAGCTTACGTCTACAAATAT CTATCTATTATAATCTATCTATTCAAATAGTTTTATAGTATGCGACCAAA ACGAAACAATGACCTTCAAAAATTGGTCTATTGACCAAGGCCGTTCTCAA GAATCATATCACTTATACATACCTAATTAACGGCTATATGTCAATTGTTA TCTAATTATACAATAACAAATGCTGATTAAAATGACATAAGATAGCTTTG TTCCAACTCTTTTTTAAACAGGTATCAAAGGTTTTATATTTGAAGAAGTT TTTATGTTAACATTAACTTCATATTTATGAACGTATTCAGTTATAAAAAA TCACTTTGAACAAAAGAAGTACATATTATGTACTTCTAAGTAAATAAAAA TATCTTTATAGATATATAGAAAAAAAACCTGTCAAAAAGTGTAAATGATA ATTACAATGCTTTTAGGCCCTTCATACATACATATGTTTCTATTGGATGA ATGTTTAATAATAAACTTAGAAAAAGAGAATGTACTCAAAAGCTATTCTT CTTTACTCACGACAAAGAAATGATTTTTCACCCCTTTCTGCTAAGAACTG ATGAATAGTTGGTTAATGGAGGGGCTTTACCACAGATGTTGTTGATATCA TTTTTTGAGTGATAGTAGGTAGAGTTTTTTCTTTTCTTTTATTTCTGAGC ATGTGTTTTTTTTATTCAACTTATTTTGATGTCGTAAAAACTTTTCACTC TTTTTCAAAATGTATGGTAAAACGAAATGGTTATTATTTTTTATTCTATA AAACCATATGGGATAGTTTTTGCTGTTACGCTTTGATATAATTTGATTTT GTTTTTACATGATGCATCCCTCGCTTGAAATAAAGTTTCATTTATATTCA TATGTGTGCCTCACATAAAAATGAATTCTGAACCAAAAGTTAATTAACTT AATCTTTTTGTTAGAAAACTCGAAAAAGTTGGCATTAAAGATTATGTGTG AAATTTTTGTGTTGTGCCCGTTCTTATTTAGGACTAAAGACTGCAGTCCC GTCTCATTCAGTTTCCGTTAAATCCTATTCAATCCTGTATATCAGTCTTT AAAACATATAAAGTTTGGTCTTTCATGTCATTACTCAAACTTATTTCTTA TTTGTGTAATCAGTCCTAGTCGTGGCAATCCTAGGGACTGACAGTCTTAA GGGCCGGTCCCTAAGACTTAATTTACCGCTAATCATACTTAACTGAACTG TACTAAATAAATAAGGAACTACTTATGGATATATTGAATGTAACTGAAAA TGTTATTTAATTAAAATATTATATAAGTTGAGTCATAAAATGTATAATTC ATTTTTATTTGGAGGGATTAAGCGTCGATCTACAAATACAGATATTGCTT TAATAATATAGAAGATAACTGCCCAAAAATCATTGGGTTACTCCCTCGGA ATTTTCATCAGCACACTGACAGATACTCATAGCTATTCACTAAACACTAA TACTTTCTTCTCTCATCAAAAATATTAAAAATAATTAGTAATATGTTTAG GAAAAAAAAGTTTAATATAATTTTATGGGCCAGGGAGTATTCAAAGCTTG TTGCTAAACTTCATATAAAGTAACATACATTTATTTTAAATTTTATATAA AGTAATTCCCTTCTTTTTTTTCTTTTCTTTTTTTTTTGNGGGAGGGGGGA GGGTATCTATGAGTTGGACTAAAAACCTGTGATATTTAATCCCTTTTATA AAATGCTCCTAGTGTTTTATACTCTCCTCTTTCCCATTACACTGTTTTGG TATATAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNTATATACATTGTACGATTGTACATTATATCCAATCATACATA TAAACTTTGCTTTATTGTTACTTTTGTTTGGGAAAATATCTCAGGGATGC TGTCATTAAAGCTTGTACCAAGTGTAGCTCCAGAGCTGAGATTGAATGAA GGTATTTGAGGACATATTTGATATATTAACATAAAAATAATCACGAACAA AGTGTCAATAAAATCCCGAAAATGTTTTTTAACTAATATATACGTGCAGG CCAAAAATTTTATAGACATATATGATCCAAATATAGGATCAGTATTGAAT TTTATGGGATGAGTTAGGATATCAAAGAATTTTAGCTATAATTTAGAATC TTTATTTTATTTAAGAGACTTATATTAGCCCTGATATGGGCTTTCAAATA AAATTTATCATTCATTTATCGTGACATTAAATTTTAGCTACTTTAACTGG AATTTACGACGCCTCTAAAGGGTTAATTAGTATACTTTGTCAATGAAAAT AGACGATAATTTAGAATAGTACAAATGGAATCCACACTCAATTTCGAAAA CAATCTTTTTAGTCTTGTTTTTGTGTTGATTGGCCATATATATAATTCAT TTAATTTGAAAAAAAAAAAAAAAGATGTCCAACAGTACATTTTTGCATAA GCACCCTGTACATACGTATAATGTTTCAAAAACCATTAAGTGCAATTAAA TCCTAGGATAATAATAATATAATTGTATACATCATTTTTCCCATTTCTTT TATTAGATATAACAATAATAATAATCTACTTATTGTAATGAAATAAAAGT ACTACTTGAATCCAATGATTTTCTTCTTTTATTTATTCCATTGTGAGCAG AGCAAGACGAGGTAATATTATTTACTGACACATCAAATACCCAACACTTA AGTGATTCTATTATTATTATTACTATTACCTTATTTAACCTTTTATTTTA CTTATTGTTCCTTAACCTACATCAAATATTCTTGTCTTTTATCGTCGTCA ACTCATTTAGTTTTTAATGTGTACCATTGTCGAGGGATTGCTACGCAATT GTACATTAAACTGTATCAGAAATATATCATTAAAATAATATAGTACAAAA AGCAAATACCATCTTTTGATCCATTATGTTTAAAATATAAAGATATTACT TATTCTAAAACTTTTCTATACTTTCACTGAGTCATTCATCAACACATTTA TCATTGTACAAAGAGTTTTTTGTTGCGACATACAAAAGTGTTCAAATTTT ATGTCGTATATGTTGATCGATAATTTAAACAACTAATATCGAGATAAAAC TTAAAATAGTCATTATTGTATAAAATAATTTAATCATGTTATTTTAATTT GTGCAAATATTTATCTGATTTTGGTCCTTTTAAAAGGACTGATAAGAGGG AAAGAACTTGAAATTGATCAAGTTTTATGTCCTACCCTAAGACTTGTCCA TCCTTTATTATAGGTCCTAGAAAAAAAGGACAGAAATTGTTGATTTTACA CTCTATAAGATATCATTTTCACTGCTATTAAAGCAAAATACCTTATTTTA GCAATTATCTTAGTAAAATAGTCAACCCTTATTATTAACTTAGGCCTAAC TTAAGTATTTATTTTTCGTGTAAAAATTGGTGAAAACCAATTGATGATAA CGTTATTAATGGATAGCTATTATGAATTTATTCAGAAAAAGTTGTTCATA AACAATTATTCCCCTAGTGTCCACTTTATGTACTGATGTTCAGTCTGCGA CTTTTGTTTTTTATATATCATTACTAAGATATCAAAATGCATGTGGGTTT TTCATACTATTAAAGATATTGTTGTATAAATGTTATAGTTATCGTAAAAA TATATGTGAAAATATGATTTTTTTTTCTTTTGCAAAAGTACTTTTGTATT AGTAATGAAATATATATAATGTTATAGCCTTATAGACCAGCTTTACATAG TATAACTTTTTCCAAGCAGTATATTGATTGGAATGGAAGTTGACTAAATC TTCTCTTTAAGAGATCACTTAAAAGACATCTAAAAGTTGACATCATGTAT ATAATGGTTCTTTATTTAATACCTTTTATTGGGCTCTTAATAAAATGGAA AAGTGATGACGGCTCTAGTGATAAAATGGGCACAAACCCACTTGTCTATA TATACAATTTGTACACACTTACATTACATTACTTAATTTGGTTAAGTGAT GAATATATTTTCACATAGCACATTATATTAGTAATGTATCTCTAACAATT AATCACAGTGAATACGCTCAATTGAATTATTTATGCATATATTTGTAGAA CAAAACAAGGGGACTGAAAAGACCGGAAATGATTATTTAATATATCAAAT ATAATTATTATATAGAATAGGCACAAAATATGGGAATTTATATATTTTAT ATTTTTGAAGAAAGATTATTCTGTTATTATCTTTTTTGCTTCTTATAAAT GAATTGAGAAGTTGGAGAGGATAAATAGAATCTTTTTGAAAGGGATAAAA AAAATACTTTAAAAAAAAAGAAGTAAAATCATATTATAAGAGGAAATTTG AAAAGGGAAACAAAAGATGAAGAATAGAAAATGTTTTTTTCCCTCTTATT CTATACTATGTCTATTAGGAAAAAGAGAAGGAGACGCAAGGAGAAGAATA AAGGATCTAAAAGTCATCAAATATTTTTAAAATAGATTGCTTCGATTTTT TTATAGCTACAAATTTGAATAAATATTAAAATTGCTTTTGAAATTTGTTC CTAAGGGTTTGCAACGTATTTCCATATTTATTGGAATAGTCTATTTTTTC TATTCTAGTACAGAAATATCGAGGATGAGGTCCATGGATCACATTACGAC TCATTTGATGTTTTTATGTGGCCCACTGCTAATTCAAATTGTAGACGTAA GAATATTAAAATATGGATTTTGTACGGTTTAAACTCTAGTACAGGAATAT TCAAACGGAGGCTCGGTGGMCACATTGTGTTCCATATAGCGTTTTCATAG GGCTCACTGCTCACTCAACTAAAACAAAGCAACATATAAAGTTATACTTT CAATACGCTTTAATAATCAAATTTGATGAGAAAGAATACAGAAACATCCC GAACAATTCGGGTAATTGGTTTCTTTGTACATGCCGTACTATTTGAAACT GATAACTTAGTTTAGCGAAAATCGAATCTGGACTTAATAGTATATTGCTG AATGTGTGAAATTAAAAATTGAATACATTATTAATTATTAAAATAAACAA TTGTGTTTCTTATATGGGATCTCATTTTCCTGGTATTTGGTGTATTTTAC AAATACCCTTGAAAAAAATATTGCTCTAAAAATGTGTAATCTATTCAATG AAAATACATTGAAAATGGTTTATACACTTCAAATCTTGAGCTATGTGTAT TGACAAAAGTTAAAAAGATTCCCAACAATGCATCTACAATTAAATATTTA ATTACAACTTCACCTTTTAATGTACAGTGCCGTAATCACAGTTTTGTCAT GTTTCTGATTGGAATGACTAGGGACTACTCACCCAATGAAAAGTCCAATA AATACTAATACGTGAAAAATCTATTTGGGACCCAATCCCTAAATATAAGA AATATGAATTAATTTCGGATCTTTCACAACTAACAAAAAATATTACGTAG GTTATTTATTTTTACAATATTTATTACTTCATCCCGGAATATCCCGGGAT CTTGTGGAAGAGCAACTTCCCAGGAAATGGGTAACCCTTATANNNTACCG TATTTTATGGACTATAACTCGTATTTAAGAAAAAATATATATTAATTTTA AGTGAACAAAGGTTTTTACTCTTATGCAACTTCATTTTAGGCCCCTAAAG TTTCTAACATCAACTATACTGACATTAAATATAGACGATCCATACATTTT ACTTTTTAAGGAATGAATAACATAATCTATTTATTGGCTAARTAGGCTAT CAAGATTTCAAATACTATATATATACCCATACGGGAATAAAAATCCTAAC AGTTTTTACCAGAATATAAGTCGCACATTTTAAAATTCGATATGATGTTC ACTTTGCATCATTCTTTGCAGTTTTTATATCAGTCTCATTATATATGATA ACCGTTTAATGCAATATAAAACATATGACCTTGTCAAGTCTAAATTAAAG GCACATGGTTGTGGTCTTTATTTTTGAATAGATAACTCTTATAATCGTTA CACCATGCCTTCAAATTGAAGGACTAATACTGCAACATAAAAACTTGAAG TGATTAAGAATTTCTTAAGATGTGATAATTTACTAGCTTAAAGAAGATTA AGTTAAGCAAAAACCTTGCCAGAGATTGAAAAAAAATCCAATTTCTAAGT TTGTGGAGTTGTTCTTTAGCGATTCTGAAGAATTAATTGTTTTATGAATT GCAATAGATATTTGTTCAGTAAAAAATGCCTCTTTATATTTTCTTTANTT AGATATGACTTATAGTCCAACGAATATGCTATTTAAATTGATAGAGTCCC CCATTATGAAAAAATTCAAATTATATTTGTACATCTCTGATCTAGAGGTT ATTTACATTTAATAATACGTCATTTTTTCTCTTAAGTAAATAATCCTTTT TCGGGAGAAACTTAATTTATTCTATGTATAAGAACTATATAGTAATAACT GAGATGGTTCATTTTTACATTCATTCATAAGTCTATTGGAACGTGTAAAA AATACATATTATGAGTGTCAAATTGAGAAATGAGGCAGATGGTAAAGGGA ATATGGACTTCATTTTCTCTTGAAACATGAGAGTCTCATCAAATTGAAAT AGGATCCTCACAGACCGGCCCAAACACATGACTAATCACAACTTTTATAA ATGATATTCGTACATTATAGTGTTGGATTTGAGTATTACTCCAACTATAA AAATAAAAATAAAAAACTCGACTTCACTAAACTTCATCCTCACCCCAATC ATTTTTATAAAATAATTAGACTTTACTTGAATTCGAATAATCAAAATTCA AAACATACGATTAATTATTTGATAATATTACTAAAAACTAAAGCTCTTTT CTTTTTAATAGAAGAATTAATCAAAAATAGAAATCTCATAACATATAACA CGGCATCATCTACCAAACAAGAAAATATACAGTGGACTTCATTATCAGCT GTCAATGTATATAATATTTATTTTATACCCTAATCAGGTTTCTGCCCGTT GATGGGTTGAATTCGAATTAGTTATTTTTAATCGTTGAACGCTTACAAAC AATCATTGAATGAGAGTTTCATAGTTGCAAAAAAATGGCTAACTACCAAC TCATTATATGCCTTTCTAAGATATTTTTGGAGAAAAGGTTGCGTGATACA ATAAATATAACGACGTTTTTATATTGATCACTCTCAAAAACTCATCCAAA CTCAAAAATTGGTATAATATCCTAAGACGAACGGGACTTGGCACAGAACT CAAATACTCTTACTCGGCGTAACTCGAAATTTTTTAAAACTCGAATCCAA CACTAGTATATTATTAGATATTAATATTAGTGATGTCTTATTGTTATGAA CTCTATTTGAACTGTCTATCTGTGTGTGTTTTTAAAGATAAAGTGATCAG ATAAAAAACAAATATAATAATAATACGTCTGTAACGACTATTAAAAAAAA TATATTGTGTGTGGTCACGAAACTCTCTTCCGTCCCTCATTTGCCCATAA AAGTATATATATATCTATATTTGTATCATATTGATCATATCACGTGTTTG TTTCTCAATTGTTGTGGATATATTCTCCCTATATGTAGTGTGAGAAGTTG TCTTGTACAAAATATGTATTCATATTGCAATGTTGGTGTGTTGACATATG TGTTAATGGTCAAAAAAACGTTCATTTACTATCAGAGTGAATTAGTAGAT ATTATGTACATACAAATCAGTGCCGATTTTAGAGTGAGCACTTGCTGTAG GCCCGTGTTTTGACGCTAGAAAGATAAATGTACGTACTAGTGTTGTTGGG TTTCCAAACGTGTCATCCGTGAATAAAGGCGATTATAAAAGTTGTAGTCG CCTCGGTAATTAATATATTTTATAAACGTCTATGGCTATCTCATGAATAT CCATCCAAAATTATATAACAGGCAGATATGTAATGGTATCAAGGGTAGTA TTTATTAAGCCAACAGTACCCACGACGTTATGAGCACCTCACACACATAA AAATTTACAATTTATTTTCTTGCCACCTCTCAATGTTTCTTCTTCTTTTT CCTACATCATTGTTTTTAACGCTCATTGGTTGACTTTTAACCATCCCTTG TTAAGTTATAAAAAATTTCCAAAACTCATGGACACAATGAAAAAATTAAT AATATACAGATTTTACTGCAAAAATCTTTTTGGAACCAAATTAAGTCCAA TAAAAAATGAATTTTGAAAAGTTTCAATTTGTTCGTCGGATAAAACCTTA TTCAATTATAACACAGTACTTTTCTTTAATAAATTCACAAATTAAATCTT TAATATCAAACATATATTGGAAATACGACCCCTATATTATACTAACATAA AACTATGTGACGCGTCAATATAAAAAAAGACTGGAATTGTTTTCTTTAAA ATTGGTCAAGAAATTAAAATAGTCGAAAATTTTATATTCTTTATATTATA CAAATATTAATTTTGATTCGTTGTGTGAAACCCGTAGTTATTTACTGATT CATTGACCAAAACCATGACCAAAATTCAATATTAAAAAAATAAATAGTTT GTCTTTGATTAAAAAACCGCAACTTCTAAGGCCATAAATTTTAAATTAAG GGCATCATGAACAAGTTCAAAGCTTTAAATATAGTAACCCCATACCGACA AATAATATTTTGCTTTTATAAGGATTTATAATGGCCTGTAAACAGTCAAA TTTCTTATGAATTAAAATAATAGAAAAAGACAAATCCTTGTTTCTTAATT TCATTATCCAAGTACGCTAGAATTTTTGTCGACTTCAAAAAGACATTCGA TATGTCTCACAGAAGTTCATTGTCGAACAGCTATATAAGTATAGACTGCC AGATGTTGTTGTTGCCATGGTCTCGACCATCCTTAGGATCTCATCATCGA GCATTGACATTTCTGGTGCTCATTCTAAGTTTTGCAGTCAGCGTGGACCT CAGCAAGGAGATTTGCTTGCACCATTTCTCTTTTTAATAGTAATGAATGG ATTGAAAGAGATTATCAATTATGMCTCCAGCCTTGAAGGTCTGAAAATAA ATGAAAAATCACTGAAGTGCTTATTATATACGGACGATCTAACCTTAACT CTAATGGGAACACAAAAACAACTGTCATMCTCCATCTGTCAAGCCATTGA AGTCATTCAACAAAATTTCGGGTCTCTTCATCAACATCGAGAAGACGAGG GTCTTATCCAACTTTGACGAATATCTTAAGACATGTAAAGCCTTAGTGAC GTAATTTTTGTTAAGTCTTTCTCACTTCTAGGGATTTAAGTTTTCTAGCT GCAGTGCCAATACCGAGAGAAGAAATGAGTTAACAGATGTGTGCTCAGTA TGGAGTACATTCATTGAAAATGTCTTCCCTTTACTAGGTTCAAATGAATC ACTTAATTATAATCCTCAAATTCTGCAGGCCAATATATATTAAACGAGAG CCCAGTTTTGAATTACTTCTTTCTATACCATAGAACACGCAAAATGTTCT CTAGACGAGATTTTGAAAGTAATCATCTCTGTCCTCCATTCCCTGCATTC ATTACCTTAAAAGTTATTCCTAACAAAATGATAAAGCAAGTTTCGACTGT TAGTATTGCTAGTGAAGAGAAGGACACTTCATTAATCACAAGGCGAAAGT TTGAACGGTTTGGTGTTAGGAATGGCATGGAACATGCAGATCCAAACGTC ATTTTGAAGAACCCACTCACTGACAAACGTCAAAAATGCCAGAGGTACAG ACTGGGGATGTCCTGTGTTTTACAAATAAGTCCAAGGAAGATCCTTAAGA GATAATTTGTTATTTTTAGAAGAAAGAATTGAAGACTTATTTTCATTTAT TCTACCAATGTATAAAAATAACCCTGATTCTTAGGATAGTGGAGGAAGAA ATCTGGAGATATTTTCATGGAAGATAGTCCCTCGGATTGGCTTATTGTAA CGCCCTCACAGTATAAGGATATGTGGAAAATTGAGTGGCTAAWCTCCAAA ATGTAAGATATAATATACGCTCTGAAGCACAAGAACCAGCTCCTCCCTTC TTGGCTTTGGTATTACATCTCTGAAGTGTAATTAATTCTCAGTTCCCTAT CCATCGAAGGGAAATATCAAATACTAATAATATACACACTATGAATATAG TAATATAGAGTGTTTACTAACATTTACTTGTCAGAACTCGCTCAAAAACC TCATTTCTTGATCTGATTAGTTATCTAGAAGTTTTTCTTTTCCTCCTTCA TTATTGTGATTAAAATTGTAATATTTCAAATTCTTAAATTGACTTATTTT TATAATTATCATTAGGACTTTTTATATTTTCTGTTTTGGATTACGAACTT GTATGCTTTTTGACTGATATAATATGTGTAAATAAAAAAATTTATTAAAA AAAGATAAAACTATTTGATTATAAAGTAAAATGTTTCATCCCATTTTTTG ATTGCACTTCCTACAATGTACTTGTGCAAGTTACAAGTTCTATAATATCA TATTTTATAAAAACATATATATATAAATGAAAAAATTGCAAAAAAGTATT GGAAATATATTTGTATTAATTATTTATGTAAACATTGATTGGCATATACA AAATAAGGTTATTTTTTTAATAACCTTATTTTTCAGTTAAATAAATATTA ATGTGTTTTGAAGAGAGAAAAAAAAATGATTAATTTAATTCAAATAATAT TTATCATATATTCATACAATATCTACGAAAATATATGTGATGAATTAGTT AATTGTATTAACATTTTCAAGAAATGAATAAGAAGAGAAAATATTGTTTT TCTCAATAACAATCTTGGTCAAAAATCAAGAAAAGTAGAAAATCCACATT TATTTTTTTACATCATGTATACATACATCCCAATATTTAATGACCATAAT TGTGTAAATTTTAGTCTTTGCATTCAAATTTGTCAGATTAGTTTCATATC TAAGAATTTTAGCTATAGTTTTGGGTCTTAATTTAATTTACAACCCTTAT ATTGGCTGSAATATGGCCTTTTAAATAAAATCTATTTCTTTAATTACTTC AACTGCAATTTTCAAAGGATTAATCAAAATAATTTTTTGATGGAAATAGA CGATAATGTTATCCGAACTTAATTTAGAAAAAAACATTATATCTTGCTTT TGTACACACAAGCTATTACTAAGTTAATTCCTTTAACTTTTTTTGAGGTT GGAAGTTTGTTTGACTTAATTTTGTGTATTTTTGTACAGGAGGTTCTCTC TCGAGATTCCGTTTACCCAAGATTTATATGGGGTTTACACTTACAGGAAA ATACCAGGAAATTCTGTATATAATTAANNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAATCATCAGTTT CATTTAATTATTGAAAAAATAATTAGCTGGTTCTTTACGAACTATTTCAT AATTATTTTGTAGATCGGACCGGTTTACATACCAAATTTAAAAATAACTT GTCCTGCTTTTTCTAAAAAAAAACTCGCACTGTCTGTGATAATTATAAAA AATAATATKAGAATWAATAATTWATAACGAAACCTTGCTTAAAAAGTATT ATTTCTCCTTTAAACATAAAAAGATGTCTCTACGTTTCAAATTATTTATT ATTTACTTACGGGATCCCACTTTTCCGCAAATTCCGTAATTTAAAAATTT TTTCCCCGGTATCGACCTAAAAACAATTTCCCTGGAAATGATAGACCCTA CTAAATAAATAGGTTCATGAATAAATATTCATGGTAGAGAAAATAACGGA AATGGATTTGACTACGTTCCTTCATTATTTGATTGAATACATTTCCTGTC CAAATACATATATCGATAGATTGATGAGATATTGAGATGTACGACGTTCC ACTTTTCTAAAACTCAGAAATAAATCTTTGATCAGCTCATTCATACTATT TGAAATCATACTCATCATAGATAAGTATAAATATATGGTTAAAGTTGTCC TCTTCTCGACAGTTCTTCTTAAAAATGAAAGACTTCCCACATTTTCATTG ATTATGAAACCGATGAATCTAATACTCATCCATATATATGCCTACATAGT AATATATTCAAAGCTCAGCATTAATTTGCATAATATTACTTTATTTATTT AAGTATACCTTTTGACGGAAATCAATTTGCATATATTTATTTATTTATTT TATATTCAGTAGTACTTCCATTCTGTATCTATGTATTTTTATACCTATTA TGTTCAATGTACAGGGATAGAGTTACGTGCTTGTATGCACAAATGTACAT GGAAGTGGTAGTTTGGTCATTGTTCTTCTCTGATGTGTGTACTTTTGTAA ACTATATACACACATAGAGTCATCAGTTCCAAGAGTATGTAGAATAGGTA AGGAAGTTGCCAGATGTGTACTTTTTGACTATAAAATTCACTATTTATTT TTTTAAAACAAAAAGAAAATATCAAACATTTACATAATATTTGAGGAGGG AAAAGAGAAACAAACACTGCCAAAAAGAAATTGGTTACAAGGGCATTGTA ATATATATGTACAATAGGGAGGGTCGCATTGAGAGGGTTTGGATCAGTTT GTCAAGGTATCGACTAAAAATAATTTGTGTACAATATCAGCTAAAAGAAG TGGATTTCAGTGGTTCACTAATGTATGTACGTACATATATACACTTAAAA TTTATATTTAATGATATAACTAGTGGTAATATTCGACATTGGCCGGAATT GTCGACAAATATACAAATTTTCCTTTAATAGTTTCAAAGATAATTGCAAC AAAGTTGTTGTTTTTTAATTGGTCAGATGTAGCTGCACTGATTAAAGTAC TACAAATACTTCTTCTCACCCAGAACTTATCTTTAAAGTCCATATACATT CAATATATTTCCTTCTCTAAGAACGACCGAGAGGCAAAGCACTGAGTTCA AAAGAATAGTTGCATCTAGAGCGCATTGCCCATTGAGCTACGTCGTTTCA TTAACAAATTCTTGTTTTACGCTGCGTTTTTATTATTTCACTCACACATA GCCACTAGCTCAATACTTAAACATTCTCTCCTGAAGAATACAATAATAAT GATCCCAGATTGATAATTTATTTTATATGATTTAATGAGCCAGGAAATAC TTCAATTTGTTGCTAAACTTCATCGGAAGTTACATTCTTTTTTAAATTTT CTACAAAGTACTTCCCTATTATTCTTTTTTTAATATGAGTTGAAATAACT GCCTGCAATGTTTATGTTATTTATATATAGTATTCCCTCTATATTATACC TTTTTTTTAAATACAGTGTTAGTATATGAAATACATAAGGGAACACTATT TGTAATTGTTTTAAACATATATTCAAACATTGATAAGTCAAATTTTACTT CTAAATATAAAAAATTATTTTTTCAGGATGACTAATCCCATTCACTCTAT CTAAAAGACATGATCACTTTACTCATTTATTATTATTGTCTCGTTCTTGA TGCATAAATATGAAAATAAAACTATATTTAAATGAAAAAATACAAAATTT TAATTTGGGAACCAATCAACTTAGTATAATAAGAACAAAAAGTGAACCAT ATGATTTTTATTATAGATCAAAAATATCAATAAAGTTTCTAAAAGAACAA ATTTATCATCATAATTGGTGATAAATGAGAAAAAATATTCAGTGAATCTA CAAATATATTTGAATAAAGTTTCTGGAGACCTCTAAAATATTTACAATCG TTCTGAAAATTTAAATAATGTTTTAATATACCTGGGCAATCTCTAAAATA GCGGCAATTGTTCTTAAATTGAACATAAAACAGTCTTTCATTCTATAAAA AACATTTTTCAAAACCCTTCATCATCATCCATTACTGATTTTGGATCCAC TCTAATGTACATGCGTATATCCGTTAGCATTGCTGATACTTCTATATCAT TGTAGAGGAAAACACAGACTTTATAATAAGTTTTTTCATATCATAACAAG ACTTTTAATGGAAAAACATTTTGATTAATTCTATTACAAAGATTCCATTA AATATTATCTTTGATAGCAAAACAAATTAGGACTCTGTAGATACTTGATT GTAATTGAAGAGCATATCAAACGCCACACCCGGCACTAATGGGACCTAAT GAAATTAAATACAATATCGATAAAGATAATAATAATTCCCTCAGGGAAGA CAAATATGAATAGTTCAGATGAGCAGAAAGATTGTCAACAACATGGGAAT ACATTTTTTGTATATATATGAAAGAAAGATCCCCTTGTTATCTAAAGTAA AAAGGTGAATACAATTTTCTTCCTTCTGAACATGGCTTGGATTTTTTTGT TGTATCAGAGACGATTCGAACGTGGCAGTCCAATTTTTAATATACTTTTT TTAGTTCATTAAAAGCGTTGTATTCACATTCCTGTAAGAAGTTGATATAC TCAAAAACTTTACTCATACTTCAAAAACATCATTTGGCTTATTAGACTTA ATTTAGCGCCTATATGGTCTTTCAAATAAAATCAATATATTTTTAATATT GAAAATGAATCTTTTTACTTAAAGTACAATTTGTAGCACTTACAAAGAAT TAATCAGAAAAAATCCTTGATAAAAAAGAACAACAATTAGTCAAAGAGTA TACAAATGATTAAAATTTTGATTAAATTCATGCAAACTTCCTTTTGTGCT GATGGGACACATATGTATATATTTCAACAATTTAATTTAATCGTTCTTAT AGAACTTTTGACGGGATGTGTTTTTTTGTATAGATTTGTATTTAAAATTG AGAGTCATTTGTAAATAAAATAAAGAGATTTGAAAAGGTATTTGATACAA TTTGACAAGTTGTTCTAATTTTTTAATTTGTATATATATTTGCAAATATT TATGTATTGTATGTTAATTAAAATGAAAGAGAGAAAGTCAGGTGCGAATG AAAATATACTTGTACCTTGTACAAACAATATTTGGAGGTTTGAAACATTA TATAATTTAATTGTATAGTCAAGTTCGTATTATTGTATATATTAGTGATG AGACAGGGTTGTAGATCCAATTTATGATCTGAAATAGCCAAAAGGATTTT TAGGAGACATATTTGGAACCATGGACCGAAATTTTCTTTTCTATGAAAAA TCATTCATCTAATTTATTGTGCTTATTCCAAGGGAGATCAAGACTGTTTT TGTTTTTTGTGGACAAAAATAACTCGTTTTCTCAAAAATTATTAATGTCT CGGACTGGTCTAGGATTTCAGATCAAAAATCTAACACTAATAGTAATATA TATGTATATTTTTTTCGCATTGTCATTCCTCATGATTGGAGTGTTGCAAG AGGAAGTCTTTTTAGATTAGAACATTATTTGATTTTTTTGCTCTGTTATT ATCCTGTATCATCTCTTTGTTATTTTATCTCAACTCATGTCAATATATTT AGAACAATGGTTTGTTTTTCAATTTTTTTTAGTACGGTTAATGCAGAAAA GTTTTCATGTGGTATAAGAAATAACCAAATCCCAATTCCATCGTTCTACA ATGTTAGATTTAAGTTTGTCGAACATCTAGGTCAATCTTAGAAAAAAGAA AAAAATTATTTATTTAGTCAATGAATATTAAATTAAAAAAAATTATTTAT TTTGCATACAATCATTTTCATTTACATTCTTTTAACTCATACAAAATATT AATATAGTAATTTTCTAAAGCGAAGCTTTTGAGTAAACAGAGAGATTATT GTTTTTTTGAAAGTTGTGTCAATTAATATATATGAGCAGAATTTGAGGAT CATCAAAATTTCTTTAGGTTACGATATGTGCGACTTAATGATGATATTGT AGTAGAATAATTACTTTTTGCACAATTTGTTCGTGAAATACCAAAAAAAA AGTTGGGTAAACACTATCCTAATATTTATAATATATCTACTTCAATAAAT AAAAGTATATTATTTATGGAAGTGCTTCAAGTGTATTGCTAAGAAATCTG TTGCCAAGAATAGAGCAGGTGAAAAGAGACATCTTTTGATTATGATCAGA CCTTCATGTCCTTCCTGTTGTTTATTGTAGGTATACAACGATATAGAGAT AAATAAATAGGCGTATGTTTTTTTTAAAGTTATAAAAAATAACATACATT GTGGAGAATGATTTAGTTATAGTTCATGAGTTTTTTGTTTTTTGTCTCTA GCTTACTATCAATAATATTTGTAGATAATAATTATATATTGAGCTGGACT TGTATTTTGGTCWTGTCCATWTTTGTGGGTATATTTTTATATATATGTTT TTTTTTATGGTCGAGCCACAAACTTTTTTAATTAAATAATATTCTTATAA TTATACATTTGACTTCAACCGTCTTACTGTACTAGGTGTATGCTTACACA GTAATGCCTTGACATTCAAGTCTAATTCCTTCCTTGACGGAGCTCGTACG TTAAAGCAATATATCCCATAAGAAAAAGATTTATTCAGTTTGAAGCGGTT TTCGAAAAGCTCGAATTTAAACACAAAGCAACTTGTATGTCAAATCCAAA TTTTTGGTCAGAATTCAGCTCGTATCTCAATATATTACAGTTTTGAATAT TTTATGTTCTTGCTTGTAAAAAAAATCAACGCGATCACAGTGCAAAGAAA ACGTTGATATGGTTATTGAATTATTTTTTTTTGACTTTGTTCGACTTGTT TTTGGTCTTCAAATTCCACAGACTTTAACCAGATGGACTTCTTTGTTTGG GGTGCAGTTAATCAATACACCAATAGATCCTTCTACATCCCAAAATCTGA GGTGATGTACAGGATTCGAGAGGAATTCCGGTATATACCATAGAAGACTG CCATCAAGACCTGCTCCCGTTTTCGATGTCAAGCTGAGGCCGTGATCGAT GCCAAAAGCGATTATATTGAATAATAATAAAAAAAATCAGTTTTCATTTG GCATTGATTTTTATTGAAGTCGGAGGATAAGTTTAGGTGAAATTTTTCTT TATTAACATAGTCGAGTTGATTGTTAAATAGAGGTCGCACCCTGTATGGT GAAAAATTATAATAATTCTATACAATTGTATTAATTAGTGCCAATAAGTA ATGGAGGATTTCGCTGTTTGAAAGAACAAATACCTGTTTAAATACAGTAC TACTTAAGTTTTGTCTTTATTAGTTTCAAGAGTGTGAGTCTTGCATTTTA TTGTAGGAGAATATAAAACGATATAGGGAACTGCTAGTGATGAAAAGGTT GAGACTCACTCTCTTAGAGAGAGTTTTTATGATGCAACAAAGTATAGAGT TGGATTTATGAGGTGAAACTGTTTATTTGAAATAATTGAACCATACTTTA TCAAGTGTGAAGTAAGAATATCTTATTCTTAGCTAGCTTTTGTTTCTTTT TCTAACCCGTACAAGATTGATTGAATCTACACAATATACCACACAGAGAG AAAAAATGGGTATTATTGCTTTTCTACAAAAGTACATACATTGCTGCTGT TCAGTATAATTATAATTTATGAATGTCAAAAGGTTATGCAATCAAGAAAA TGAACGTAATTTGATACAATTATGATGTGCCTATGTGTAGGGATGACTGT ACATTATATTGTATACTTACGAATATGAAAATGAGCACAATTTTACTTGA TATGTATACAAGTTAGGAAAATGATTGGGTGTGCAAGGAAACGTTGATTT GATCCAATTAAGTTGCTCATACATATAATTGTTTTCTTTTTTTTTGTACT GATCTACATACTCATGATCATTATTCCACATACATAGTTAGTAAATGTGT CTGAGAAAATGGTATTATGTACTATCTAGGCTATGTTATTCTCCAATTAA AGCTTCGTATATGTAGTCTCAACAACAAACAAACAACCCATGACTCGGTA TGTGAATATTAGCTGAATTGCAGTGAGCGTCAATTTATAAAAGTATATGT ACGCGACAAAATACTCAATGTATTTTTATATTATACATTTTGAAATTTGA GTCACCTCTGCATTATAATAATGTGATAAACACTTAAATAAAGGTTAAAC ATTATCCATCCTTGAGCTGGAGGCAGTTTAGGGGGTTTTGTAGAAGAAGA CCTGCACCTATCATCCAAATTTCATTGTCAAGAGCTGTAAATCTGTACAC ATGTTATTGATTGTGAAGAATGAAATATTCACAAAATTACATAATTAAAT AAATATAGTATTTAAATATATGACAAATTGGTTTTAAGTTGTCTTTTCTT GATTCTTGAAAAATTAAAAAAAATAGAAAGAAGATTTTAAAGCTTCAAAA ACAGTAACTGTTCGTTTTCATCAACTTGCTGGTAGTTATCGAGGATATTG CCCAGCTGTACCAAAACCAATTTTGTGATCACAAATAAAGGCTTAGAAAA TCTATTTGTTATATTTAAGAAAAAAATACAGTCAAACCTGTATTAAGCGG TCAGACAAGGGAAACTGAAAAAACAACCGCTAAGTCCAAGTTTCCCATTT TGTAATCATTCTAAATTTGAAAACTGGATACGGCCAACTCAGTGCGTTGA CACGCAAAATACGCCATTATGACCATTAGACTAGGTTTAACTGTATTATA TACTTAACTTAAGGTTTCTGATATGCCATAGCTTTGGTTTATGATGCAAT TTATGACGTCTATAAAAACACTCTATATTTTAAAGATTTTTTTCCGTACA ACTCTTGTTTGTAAATCTCTTTCATCATTTTTTTTCGTTTTTAATTCATT CTTTTACAAACATATCCGTATAGTTCTTCTTCCCCTCAATGCAAGACCCT TTGATGGTTCTTTTATTATTGGGTATCCCACTCATAAATCATATTTACAC AAAAACATAGTCACTAATGTAGCGTTCTTTTTTGTTCAGTTCTTCGTATT CTTCTCCTCTATTCAAGTTGTTTTGTAACACACACAAAAAAGACATTGAT AAACGAGTAATGTATGTGTATTGCCATGAAGATTAAATTAAATTAAATGA TGGGAAAACACGTCATTGAAGATGATAATGAATTGTGATTGATTTGAAGC TTGGCAAGAGGTTGATGCATTGTTAGATAAGTACATAGGTATATATTTAT ATAAATATATGCAGAAGGGTAGATAATAATTATAGGCACAAATTCATGGG ATCATTATTGAATAATTCAATATCACTAACAGAGGTCATACATATCATGA TTATTAATTTTTTAAGCATATATTTTAATATTTTCTGATGTATCTCAGCT GAGGAATTAAAAAATAAATATTACTTGTAAGGAGAAATGAGTAAGGAGTC ACAGATCCAAGACTATGAGTATAGTTCGACAGAACTCACTGACTAGTGGC ACCATATTTAGTTAGTTTAGGCTTGAAGAAATGTAAGAAAAACCATAAAT GGAAAGAAAGCGTATTTTAATATTAAAAGGTAAAGTTCGAACCTATACTT TTAAAACATCAAAATGCGGCAAATGTCATGTGCCAAAATATCCATGAGGG CAAAATACCAGAGGCAAAAATATATGATGCAAAAATATTGGGAGCGAAAA TGTTAATTCCAAAAATACATCGAACCTATATATTTTATATCAACCATAAT ATATCGTGTCCTATGATCTTTAAAAAGGGTGCCAATAGGTTTGGTTCATT TGAATTCCTTGGGTTAAATAGAGGACGAAGAGTTAATCATTTTGAGTTTC TTTTTTTTTATTCATGCCAAGATTATTTTCCCTCTTAATATTTTGTTCCA TTAACTCATGTTCTATAACAACAAATAAAATTGATTTAATGCTTGGTATT TTTTCAAGAAAAAGACAAAATATCGTCTTTACCAAATGAGGATATCATAT TACCTATGTTTTTTTTTTGGACTGATATATAGAATACAAAAGGAATTTTA TTGTGTTATATGATCCTAATATAAATAGACACATTTTGAGTCTATATCGA ATATGAAGACAAAAATTTATAATCAAGTGTTTGTAGTATAAGGGTTCAAT TTTCTTTAAGAAAATATCCTGAGTCATCTCGAATTTCCAATAATGAAAAT ATCAAATTTTATATAGAAAAATACCTACTTTTTGAAGAAAAATATTATGT ACAATTTCGATTCTCGATTCACATAAACCGTAGAATTATCCTTCATTTTT ATTCTATTACTTCTCTGATTTCAAAATATGAAATATCCTTGTGATATCAT TTTTTTGCTACATATTCGTTATAAACTCTTAATTTAGCATATATTTTATA TATCCAATTTTTAATTATGAACAAACTCTACAATGAACAATTATCGAGGT TTCAAAAGATATTTTTTATACATTCTTCTAACATTTTTACCTACTCCGAG GATGAATATTAAAAATATAGATAGAAGGGGTGTGAGAAATGTCTTCATCT TTATCAAAAATGTATTGTTCAATAATTATAAATAAATGTAGCAAGAATAA TTTCTCTTCAGTCTTTAAAGTTTAATTATATTTCATCCAACTTCTATTTT AGATTATGAATTCATAGGTTCCAAAAATAATGGTGCAAAAGGATGCAATT CGTTCACTGGTTAAAAAACTACTATAAGCGAATTAAGTTTTAAATTCAAA TTCTCATAAACGCACCTTGTATTTAAGATTAAGTTTTTATTCTTGTATTT TCTTAAATCTTATTTGTAGTATTATATTTGCAATTTGAGAAATTGTAAGA AGATTAATCACAATTGTAAAACTCCATGATTGACAATGAAGGAAAATATA CCCTTTTATGACAAGCATAGAAAATTGAATTTACATCAGTTTACATTTTT TTGTAATTTATTTGCCTTTAAATAATGTATGTCTGGAGAGAGACTAGAGA GTGCAAAAGGAGGTGTAACATTAAATAATTTATTATTCTGAGGTGTATAA ATATTCATAACTTTTTCACAGGTCGTATATTTATTATTATTATTATTTTG CATCTGCTTCTTTTTCACCTCAATAACTAAAAAATTTCAATTTTTATTTA AAAAAATAAAAAAAGTTTATTTGCACGATCTGCAAATATGTGTACACAAT TTATATATCCCCTTTTTCAGTTGATATTCTCTGCTTTAATGCCTGTAACC GCTACTAAAAAGGCATTATTATAAATGTTTTATATCATCTTTTGATTAAA ATATAAAAGTATACCGGGCCGTGCAGAATTGTTTACCGATTTTTGTTCAG AACATATAGCGGACCATAATGACATTTGAATGACTTGAGAAACAATTTAT TCATACACTTTTAGAATAATAAAATATTTTGTGATCAAATTTAATCAATG TAGCCACCATTTGMCTCAATGMCRCKGGTCRGGCGMCGTCKGAASCTGCC ACATACTTGCTGGATGTAATCGGCCTCCACGGATGCCCAGGCCTGGTTGA CAGCAGCCTTTAAGGTCGTTTTTTGCAGGCCTTGGTTTCCACGTGCACCT CGATAGTGAAGTCTAGTGGGGTCAGATCGGGGATCAAAGGGGGNNNNCGT GCACCTCGATAGTGAAGTCTAGTGGGGTCAGATCGGGGATCAAAGGGGGC CAGTAGTCCTTGGCCAAAAGTTCAGGTTGTCCTTGAGCCACTCCTAAGCT TTCTTGGAAGCATGGGCGGGTGCTCCATCTTGTTAAAAAACCCAAGGAGA GTTGCCGACTATGGATTTGATCCACGGAAGGACCTTGGACGCCAGAATCT TCACATAATCCTGCCCTGTTAATCTGAGCCAGTGGGGAACCATACCAGCT TCATGGCCTTCCCGTTGGATCTCCAAACATCTCCAAAGCTCACAACACGG TCATTTTGCTTGTTGAAAACAGGATCGACTGTAAAAGTTTTCTCATCTGT AAAAATGATGATGCGTCCAGATGAGCTCTTGATATCATTCAAGATTTTCT TCACACGCTCAAGTCTGACTTCTTGCTGACATTCAGTTAGCAGAGGGCGT TCAGTACGCCTCAGGGACTTTCCTCCAGCTCTTTTCAAAGCCCTTGAAAC AGTTGATCTCGACGTTCCCATCTTTCTGGCCATGTCGGCAATGGACCTGT TGGGAGTCCTCTCAAACACTGCCTTTACTTGCCTTGTTGAGTACAGTGGG CCCCCAGCCTTACAAGCGCTTAGAAACGTTGTAAATTGTCTTCAACGAGG ACCCAACCTGTTCCTTAATGTTGTGCTGAGGNCCTACAAGCGCTTAGAAA CGTTGTAAATTGTCTTCAACGAGGACCCAACCTGTTCCTTAATGTTGTGC TGAGGCACTCCCGCTCGGAGGTGGGCTGCAATTTCGATCCTCTTTGTTTC CTGATTGGACATGGTCTCACGTGTGGAAGTTGTTACGCTCCGACAGGAAG GATCTTTGTTTATTTTAACAGTAAAAATACGAAACAATCAGATTGGTTGC CACAAAACCTCTTAAAAAGTATATTTACATCATCGGTAAATAATTTCTCA CGGCCCGTTAGTGTCTCKTGTATTTTTGCCTGGGTTTGTGATTTTTGGCT TATCAAAACCAACTTATAAGGATGGTTGAGGGACGCCTCATGAAGAAAAC AACATTCTGATATGGGTTATGGAATATAATATACGAGCTATGAGGAATTG CACCATGAAAAAGTTTTGAAAAGGTATGAAGGGCTGAAAATTTTAATTTT CCACTTTTATCACTCAATGTTGTCAAGAATCATGAGTTAGAAAGACAAAT TATGACGTAAGAGGAAAATTAGTATATAAACAAATAGCGCAAAAAATAGT TATAAAATCAAACAGTGAATTGAATTTAAANNNNNTGGATCAAAAGTATA ATGAAACAAAAATAATAATTTTGATTCATTTAATATTAACAAAGCAATAA TATATAAACAGTTTGTTATTTCCTACAGATATTCCCTCCATTTTTGTTTT TATTCGATTATCTTAATCATTTCATAACAATTCTAATATAAACAAAATAG CCTTTAGTTGGTCCAAAAAAAAAATTCCGGAAAAAGAGTGTGTGTTCCGT GTAAAGAGTTTTTTCTTACGCAATACCAAGGTTCATAGAAATACAAGGTT AGATCATTATGTGATCGGGCCTGCTAGGATTTTCAATTTGATATATATTG TACCGATTGCTAGGTAAGACACACAAATTTTGACGCCATAGAGAATACCA GCGGTACTCTAAGAGTAACAGTCAAGTAGGGAGATATACAGCTACTCTTA GTAACAATTATTCTCTATGACGTCACTATTAATAATCGTCGTTGAAGTAA AACATTTGTACCAAAAACCGTTATTTTATCAACTTGTATTTCTATTAACT TTGACCTAATACAATATTTGACGTGTTGCATGTCGTATGTCAATTTTCCT AGTTTGGATGAGTGGTCTAAATAATACATGAATAATAAGAACCCATGATG AAAAACATAGTTTATACAATTTAAGTCTGGTATAGTCTTTAATTATGAAA AAATAGCTTTTTACACAGTCCTTCATAAAGTGCAGTAAAGAAAACTTGTC CATGAGACTCGTGAGTTTTTATTTATGAGCGCTCTTAAGACTTAAGTACA CATGTAAACTCTTTTAATTATTATTTGATCCTGGAGGAGAGAACATGTCA TATGAATTGATACAAGTAGTGATTAGTCACGTGTGCTCATAAAACCTGTA GTGTAACGCACACTGAGTATTTCTTTTGGAGTTATCTTATATATTATTAA AGAAAAATTTGACATTTAGCTGACGCCTAATTACTCCAAGCTTTGCCAAA TACTAATGCTAGTATAAATATTAATACTGTTGGAAGTTCTATTAACACAT ACCACAAATAACAATACGCCAGTTATTTTGAGGAAAGTGGGGGGATGTTT GTCTGCGCACGTGACACACAGAAGGACGTTGGCGGTTGAGCATGGAGAGM AAAATTTTAGTAGCCTGAATTAAAAAGTATATAGCCCTGCAGACTATCTT ATTTTCTTTACTTATAAATAATATATGAAACAAAACGAATTGATATATTT ATTCAGAAATATAAATCATTTTTTGTTATTCAATGATATCACATAGACAC ATAGGTAGTCTAGCGCCTATGTTCATAATATATATGTATAGATTATCAAT AATCTTTATGAGAGGGAAAGGGGAGAATAATGGATACTTTTAATTAAAAA AAATATCAAGTTTTTTTTACATGCTATAGTTTTGCAAAATGCAACCCTTT GACTGTCCTTCTATCTTTTCTTCCATTCTCAATGTTGATTGTAATGAGTA TGAATCATTTTTATCAGTGTATCTTTAAAAAGGTAAAATATGTCTATACA CATAATTATATTTATAAGTGCATCACAGACTTAAATAACTTGCGGTTCAT AAAGGGAGTCACTCAATCTATCCTATCCTTTTAATATACATAAGGGTAAT ATATATTATTTTATTATTTTTGGCAATGCTTTTAAGAAAAAAAAAATTAT TTCTAAATTCATAATTCAAAATATAAGTAACAAACGGTGAAGATTTCAAA ATATAAGTAACAAATGGTGAAGGGGCTCAATGGCGAGTAATTGCATGATT GTCAATTGCAAAATATACTTTCAATTCTCGAAAAATTACTAACCCGATGT CTAAGTACCCTACTTGATGGGCTATCAAACAAACAATGAGAGGTGGAGAG TAGGCTGTGACATAAGATTAATTGTCTAATTTTGAAACTGTTCTGTCAAC AACACTGACAGCTTCTAATTTGATATAATAATTCCTTTTCTTATTGTTGT CAATAACAGTTTTGAAAATGTTTATTGGATTCAATTTGTTATCAATTACT TTAAACATTCATTTAATTCCAGGCAACCAGAATCGGAAGAATGTTTCACC GAAGGGTAACTAGGGATTTTGAATTTTTGCTTACTCTGGCTTCATTATAT GAGAAATCATATTATACCAATGGCTTAGTTCAGTTGTTATTAATTCTTTT ACATTGTGTAATCTTTGATAAAATCTCCAAATATCCCCATTATATAATAA TTTGACAATTTTTGACATAATCTTATTGAAAATTTTTGGATGTTCGTCTT TTTAAATAATATATATTATTTTAAATCTTTATTTGTATCAGATTTTATTG CTTTAAATATTATATTTTTGGGATCAGAGGCATAAAATCACAAAGTTTAA AACCAATAAAACTGTAAAAGACTATATTTAATTGTTGGGCAGTCTTGGTA GTATTTAAAAAAAATAATTAATTTAATTTTACTACTTAATGAAATGGATA ATAGACATTTGTCCTTTTTTGTAAGATACATTTTTTTCTTTGATAAATTT TATCCCTCTCACCCATCACAGCCACCTGCGTACCAAGAAATTAAATTTGC TTAGTACAGTTTGAAGGAACCACTGTCTTAGTTTATTAGAAGTTTTAGAT CTGTTGTATAAGAATATAATCAAAGCTATTTATAAAAGGCTCTCTTTTCT TGATGCGGGTTTTTTCTCAATAAGATAATGGACATTTATATTTCATTTTT TTATCTTTTCAAGTGTATGTATCGTAAAAATGTAATGTTTTAATAAATAA AGTATTTTTTTAGTGTTGACCACTTGGAATTTTATGATCGAAATTTATAA ATATGACTGTGGCAATGCAGTATATTTAAGTATTTTTCTTGTTCTTCATA TGAAAAACTTTTCCAAAAAATATTTTTTGGGAGAGATTGAACTAATAAAA TATTAAGTTATTTTTTTTTGAACCTTTATTTTCAGTATTCCCTTAATTTT AGAAGACATCTTTGATCAGTGGTATAAAATCATATAATCATAAAAATGGA CACAAAAAGTTTCATACTTGAGGCATTAAAATATTACTTCTAAAATAATA TTGAAACTCATCTTAAAGAAATATTTTTTAAAACTTCATAAAACTTGAAT ATAATGTTTATCTATATACATTATTTATTTAGTGTCTATTTTCCCATGTA TTTTCTGTGTATAAAGCACATACTGTGTTTATAATATAATACTATTGAAC TTCCCATTGATTTTTTTACGGCCACATTTTGCAAATTTTCAATTTGGTAA ATCAATTATTATTTACATATACATGTATGCATTTAAAATTTAAGTCAATT AGATATTTAAATTAGCCTTTAGAGCAAATTTAATTTATTTATAAAGAGTA ATGATGGGAAATTCAACTCTTTTTTCTGAAACGGTCCTTGAATTCTCGTT CACAAACAAGCCACACATCATCAATCGTTCAATTGTTCTTTTTTGATTAA TCAGTAATTAAATCAATAGTTTTGCCTTAACTAAATTAATGAAATTGACC CTGTTTGTTGAATGATTCGAATTTAAACTTTAAAACAAATGATAAAATTT TTAACTCAAATTATCTAAATATTTGACATACAATATATAAACATGAAACA TTCTTCAGATATTCATAAAAACAGTGATTTTTAATATTTTCTTGTAAATT ATAATTTATTTAAAATAAGTTGGTATTGAGAAATACCAAATCCCGAACTT TGGAAGTCTTCAGTCTATTCCATTTGTCAGTAATTATTTACAATGTTTGA ATTTAATGGAATAAATCGTTCATTTTAAAGACTCTTTTGTCTTCCTTTAT TAAAGAAGTTGTTCACTTTGAACAAGTCGTTCAAGAACGACAAATAACTT AAAAATAGTATTGCCTGGCTTTAGTACAAATATGTTATATCTGCTTTAAA TATCAAAAATTAAGTCATCCCTACTGTATTCATGTTCCGGTTACCTTAAA CATTATATATTTATATTTTTTTTTATTAATGTTATTATTAAAGTTTTTAT CAATTAAATAATCTGCCACATATTTTATTGACTAGTTATAATATAAGGTT TAAGGAGAAAAAAAAGTGTATTTTATCTCCCTCGAACAATTTTTGAAATA CAAAGATAGGCAAAATATTTTTATTCTTAGGCAGCAATGTATAATTCAAA GGAAGGTGGCGCTAAATTTAGGGTTTTTCGTTATATATTTATTTTTATCC CGGCTATATTTAGCTGGACTTTTTATCTCTAAATTTACTGGTTACTAAAT TTTGTCTCGTAATTTGAGAGCTATCCTCTCACGGGCTTGATTACACTAGA GATACTCTAAGGAGAGAGGAAAGATAATTGTTGAAATGATATTTGAACAA AAAAACATTTCCTCAAATTATTTTCAATCATTTATGAGCCTAGATCTAAA TGATAAGGAATAGAACTTGAGTAGGGCGTGATGAGAATGAAAACTGTACT GTTTCTCCATCAAAATCCCATACTCTAAAAAGAATGTAAGTTGAAAGATA AACATAGAACAAGAGAAAAAATTTCTACCTATCTGAATTTAAAGTGATAT TTTCTGTCCTATCCATATGTTAGTCGTCTTTTTCCTCAGAGTTTCTTTAG GGTGCACCAAGTCGACTTTAATGTAATCTTAGAACTTATAACGTCAATAC ATTTAAACTGTAGCATTAATGATATTAAATATTTAATTTTTTTTTCTTGT TATCGGGGAAGAGGCATAAAATCAAAAAGTTTAGAATAAATAAAACTGTA ATACACTATAAATAATTATTGGTTAGTGCAACGCTGGTATTAAAAAAAAA AATAAAGATACAAAATAATCAATAGGGTTTATTGTTATTTTTACTACCCA ATCAAAAGTATTAAAGACTTGTGTAAAATGCTAATTTTTCTCGTAAAACA GTCCTTTGGAAAGTGGCCAAATCGTCGCCACTATAATATATAAGAACATA AACTATTAGTTATTCATTTTTTCGATATGTAATATACAAAATACTAAAAT GTTTCCTTTACAGAGAAAAAAAGTCCAAAATAAATAAATGTATGTTATAA TCATTTGTCAATCCTTGTGAAATGTCAAACTTTTAAGTCAGTTTATAGAA AGCTAAGAAATAAAAAACAAAAAAAAGTAATTGTAAATCATTTATAAATA CATTCCGAAAATTCAAACAATTCTGTGACAAATTTCTTATCAAGATTTTT TTGAGAGAGAGAGAGCAAAGTTTTTCCAANTTTCAATTTTTTTCTCGTTA ATTATATGTGTTTCGTTCTATTTTCTTTGAAGAAGAATTCAATTATTTTA TGTCAAAAATGAAACATCAAACGTAAAGACGTGCTTTTATATATGTATAT TACGTTCATTTTATACTGTAACCAGAGGCTTTTACCTTAAGAAAAGGAGC AGAAATATAATTGGTAATTATATCTTTTGTGAGTAAGAGAACAAAGGAAT CAAAAGAGTTAAAGAGGGGTCCACAAATTGTAATGGATTCATTGAAACCC CATTCATGCCTTTACTCAATTTTGTTCCATATTAATACGATTTTTATTTA TTTTTCTAGGTATGTGCGAACTTGATTGAGTCAAATGCATTTAAAAATAT ATATAAGGTTTAATATTTAAAAAAAATATATATTCAATCTACATTTATTA AATGGATTCGCTTATAACTTAAGTATATATTTCATATCTTTAAATATGCT TTTGACTATTTAGTATAATTGTCCACTTGAACACAATACTCCTTTATTTG AGAATGGACTTGATTATATATAACAGATGAAGAATTTCAATAAAAGTGAC AAAAAAACTTTTTAATGAAGCAGGAAGTCTCTAAAATAATTGCAGTTCCA GTTTGAATAAATGCAATATACTTGCATATATGTCAATACTAAATTGTACT TCCATATATATCCACACTAAAGCAAGCTTGCCTTATTTATCACAAAATTG AGTACATATATGTTCATCAACTAATTTTCATATTTTATTTATGTTAATAA ATATGCTGATTTATCCTTTATAGATACTGCAAATTACATTAAAATGTTAT ACAAATTATCTTTTATATTTTTGTACAAATAGTAGAGAAATGAAGGCTTA TAAATCAATTGAATATTTATATCTAGAGTTGTTCGGTAAAATAGTAGAAT AAAAGATATTTATGAATTTCATATGGTTCTATACTAAATTGGTATTGGAA CCGATTCATGCAGATCTATTTGTTATTTATAACTTCGTCTACGAATGATG TAACATCCCAAATTTTTGAACTAGTTGCACTCCAAAAACAATTTTTTCTT TATTTCAAATGAAAATGAAAAAAGCATTGGTAAAAAGGACTTTCATTCAT AAGAAAACGTCATCTATTACATCCTTTCTAAATAAAACCCTGCAAACGCC CCTGTAAGTACATGTAAATTAGCTCTTTTTACAAGATTTTAAATTGAAAA AGTATTAAAATACCAATACTAACTTCGGTATCATACCCAGTATAAAAATA TGGGTAGCGTGGCAAAACTACTTTAAAGTATAGTAAATATTATTGGGTAT ACCATTTCATCCCAAAAAATTGAAGATAAAGACGAATGTTGGTTAAAATG TGTTCATGAAATGTTAACCTGCAGATATATCAATAGGGGATTGAGCAATT TCCTAATACTTATTCAAGATGATTTTCGTGTTGACGTAGCACATATGTAT TTTATATGAATTATGATATAAAATATACCTTTGGACGAGATACAATGACA TATTTATTGATGATTTCTTATGGTCTTATGGATAGAAGTGATACAAAAAC GTCATTTACCTCCCTCAATACAATTTATAATAAAGCTTAGATTCTACGAA AAACTCATTTGCATAATTAGACGTTAGCACKCGRTTGAGAGTGWAAAAMT ATAGACACTATATATGTACATANTTTATAAAAAGAAATCTTTGTATCCAC TACATCTTGCATACATAAACTAGTCTTTACTCTATACATACTTACTTACA ACAGTCGAGGTCCCTCCATTTGCATGCTCACGTTTTTTACATAAAAATTC TAATTTATATTCTTTAATTAACTCCTGTATTTTTATTTATGTATTACTTT TTCTATATAAGAATTTCCAAGATGAGTACAAAAGGTAAAATTACAAGTTA AATTAGTTTGAGTGTTGAGCAGAATGCAACTGTTCAATGCTATTCAATTA CTTAGCACTAATTAAAAACTTTCGAAAAGGTTTTCCTGTGTATTTATCTT TATACGAATAATGAAAATCACCATAATAAAGTAATTTTCTTGCTGGCTAT GGTAAGGCCCATTAAAGCTAACAAAAAAAATTCAACATTTCCTCAAAAAA GAAACAACCAAATTTTTAAAAATCCGTTGGTATCAGTAAGGTAATTATTT TGCACTCTAGAATTATTATTTAATAAATGGTGATAATGTTTTAAAGCTTA AGAACAATTTATAATTCAAATTCTACCAATAAAAAATCAGAATACTGATA TTGATAAATTGAAAGATGACATCAAAATACATTGTAATTGCTTATGTTTG TGATGCAACGGTCTGTTTTATTTATAGATGATACATTGTCTAAGATATAT TTTTTCCCGGTTTGGTCGAAATTGATAAATAAGTAAAAACCATTGATCCA ATTATCTGTTTGCTAAAGATCTAATGTTAGAGGAAGAATCCTAAGATATA CTATTACCATATAGCATAGCCCATAGTCTTTTGTAAAATATTACAGGGCC AAAGCGCCTAAAATCTTTTTGAACCACCTATCAGATGGTCTTATTGAAGA GTAGCGCCTAAACAACTTTCAAGAATAGTTTACATATGCATTAATCTGTA TCTAAATTACAAAACTTTTGAATTTGCAGATTTTTTTTAATAAGCATTTT ATTCATCTAAAAACAAATTAACCTTCAATCGTCCAAAAAAAGGTCCTTTA TTAAAATAATTGAATTAATCGAGATGCATGATTTTTTATAAAATTAAGTA TTTTAAACTAAACGTACATTTTATAAAAAATATTTCCTTTTATTTGCCTA ATGATATGAGTATTTTAGTCCTAAAGATGTCGTAAATAAATAAATATACT CTGTTCGTATGGCGTATTACGCGCATACATTTTTACTGCTTAAATCTCGT TCATTAACACCAAGTGTTTAATATATTATTATCATACGAAATTTTGTACT TTTGGTATAACGATACAGTCTAATATATTAGCATATATTATATGTTTGTA AGAAAGTATTCAACTATGACCTCGAAGTATGTAAATGTCACGTAGACTTG TAATAAAGTGTTATTTGATATAAATGGCCGGTTCATTTCTGAGCGTGAGT AAAAAATAGATTGGATTAGGATTTTATGTTATTTCTTTTTCTAAATGACT CATTTATTAAAAGAGACCAACCCTTGAAGAAGATGAGATACTTATAGATA AAAAATAGTAATGGGAAAAACTTGCATAATAATCTTTAGTTTTTGGAATA CTTGTTTTTTTTTAAATACATTTTTGCTCAAAAACGTCATAGATGCTTTT GCAACTATATAATATCAATGATTCATTAAACATAACAATATGCAAATTTC TTATTTACTAACTACAAGTGTTGCAAACGTATTACATTTTTGAAACAATA CTAAAACCATGTGTTTTGTTTTTTTAAAACAAATATAATTTTAGAGATTT TATTATATAATGAAAATGTATTGACAAAAACTCAAAAATTTCGTTCAGAT TTAAAAACAATGTATNNNCAAGATCTTTGATTTGGAACGATTTTTAAAAA TCAAAAAACTTTTGGTTTTCTTAGAAAAAGTTAATATCTTCTTGTTTTGT CAAATTTTATACTGTTTTCAAAATTTTAATTTTCAATTTACTTAAAAAAA AGTATTGTTTTCCTTTAATCATACGACACATAAATCTCGTAATTATCTAC CCAAGAACATTTGATACAATTACAATTTGTCTATACATAGCTGACATATT AAAAATTGTAATCTCCACAAACCAGAAAATTATAATTAAGTATTAACAAA GTCAAAGTTAAAATGTTTGGGACTTGTGCTGAAAATCAACATGAAAAAAG TTGTTGTCAAGGCAGCTACGTTTCTTCGCCTTATATTCAACTATTCCAAC GTTGTATCCCAAGAGAAACAGTAAAAACTACCAAAATATGATATTTTGCT ATCCTCTTCCTTTCTGTAGAATTGTTATTCAAAAATTGTTTGTAATTGTT CATAGCAACTTTACAAGAACTAACTCAAAGTCAACCAATCACTGTTCAAA ATACTGACACGGGGAAAAGAAGAAGAAAAATTGAGAACTGTTAACAAAAT ATAGGTGTACATTTATATTTTTGTGAGTAACACCTTAGGTAGTACTGACA AATTTAATAAGTTCTTATAATCGTTTATCGGACGTTTTTATCGAAGTTTG GCAACTCTACGCCTTTCCATATTATTAAGAGACAAAAAAGCTGCAAGGTC ATCTCTGTTCTCGTAGCAACTCTGCGTAGCAAAATGGAACAGACCATAAC AAACATATGTACATAATACATAATAAATATCCACTAATATTTTATTTTAG TATGCAGATCTCCTTCGTCCTATCTTGTCATATTAATGGTTTAATACTTT TTATATACATTCATATGTGGATATTATGTATGTATACATATTCTTAAAAA AAAAATAATATTGCGGGTAAGATAATAAATTTAAAATAAAGAAATATGAA ATACCTGGAAATTTATATTTATTTGTATAAATAATATTGCTTATAAAAAT GTAATATGTAGGGAAAACGGTAAACAATTCCAAAAATATTTAGAAAAAAA CTATATCTTTATTTAAAAAACAAAAAATTGGGCTTTGAACAAGTTATAAT TTGTTATTTATATACTAAAAACGTTAAACGGAAGAAAATTGAAAACAAAA AGAATCCCAGAAACCAAAACGGAAAACAAAGAAATTACTTTTATGGAACC CTGTAAATTAAATTAGCTAAACCTCGATTAAAAATTGCAAAATATATAAA TAAATTATAAGCAAACATTGTCAAAAAATAATAATATTAATAGAATTACA TGTAATCTGGGGCGTTGCTAGCTTTCATCATGGGGGGGGGGGGCAAAAAA GTTATCAACCCTCTTATATGAAGATGTTAATTTTACATATATGTTGTCTA CATGTTTGCAATACTTGTATAAGCCAAATTGTACAAAGTGCAATTTTTTC GTCTTAAAATGTATTATTTAATAACAGGGATTGGTCTTTCTAATTACCGT ATATTAATTAAAAATATTATAAGTATATTAATACATGGTGATTTGTTATG TAATTATAAGTAATATAACTGTGGGCAATTGGGCTTTATAAAATGCCACA GAATATATATTTTATAGTAGTTTTTATTAAATGTGTCCAAAATTACACCA TTAATAAAGCAATTTTCCATGGAATATTCAATAATTTCATTATTCATCTC CAAATTATAGGAAATCCTTTATAGAAAATTATTCATCTCATTTTGTGTTT GGTACTTGCATAATTTTCTTACACAAGTTGCAACATGTATAAAATTGCAA CTTGAAGTACATACATATTGAAAGAGGGAATGACTCCACTGTATATAATC AAGTTTAAAGTTTCAAGAGCATATGCGAAAGTATTTTTGATAAAATGTAG ACCCAAACGAATAAAAATGTTTTTTTTTTTTTAATTTTAAGGTTTAAAAT GTGCTAATTCAACAAACAGTGGTTTAAGCTCCGGTAGAAAAATTCTCCAT CTATACAAAGTAGTAAATTTTTTAGTTATCTGCTATATTTCTTTTTGTTA ACAGCTGAAATTTAGATCAAGATATTTTACAATTTGTCCACTCTATCCAT TCCATGTTTTGGTATAACATTTAAATATTTAAAACCATAAATTGTCTCAA ACTTATGCAAGTCTAAATCTAACAATGTGGCGTAATTGAGGCAAAAACAG AAATTGTTTCCACTGTTCTGGTATCTTCCACTACTGTTTAAAGGTATACA TAAAAAACTCCATATATCTTCAAATTATGCACTTGATACCACATACAAAA TAACACAAAAAGTCACAATTTAAATTATGTACATAAATTCATATTAATAA GTATATTTTTGAAAGGCAGAAATTCATATATGTACAATGTACATATATAA TTTTTTTTTAAATGCTTCCAACCTCAAAGCTAATTTTTANTATATTCATG TATATTTTAATATGTCCCTAATATTAAATGATTGCCTTTAGGCTCTGAAA ATAAAGAGAGTGTTCATATTCATGTTTCATCTACGAACAATGTGAATAGA AAAAAAAATGACTCCTTATAAATGAAAAATTAATTAACAATTTGTATGTA GTATTTTCCATGCCATGTCATTAAAAGAATTTGACAGGGAGATGAAATTT AAACATCTTAACAGACTTTTTATACAAAAATATTGTAATTTTTTTAAACA TTATGTATGGGTTAATGGCAATATATATTAATGTTTGAAAATTGAGACGT TGAAATACTTAGTCATTGAAGGGAATATGTATTTGTTAAGATATGCTTAA TTGTTATAGGTAGGGATATAACACACACATATCTATAACGTACACTTATG CTATAGTTCAAAACTAAATACATCATTCAATCACAAACTTAGTCCTAACT TCTATAAAGTAACAGAAACATATTGGAACCAATTATATTTCCACTTGAAG AAACGTTCCCTTCATAATTATACATATTTGCAAGCTATAATGAAATCATA ATCGGCTACAATTAAAGTCAGCTACGAAGAAAAAATAAAAGTGTGTTGTT TTTGTAGATGACGTATCTAGTGACTGAAAAAGATATATCACTATATACGT TATTACTCAAATTTGAAGAATATTCATAAGAATATACTTTGATATATGTG GCCTGTTAATACAAATGCAAGTCAGAATATTTTTTGGGGAAATGGATTAC ATTTGTATTCTTCGACACATCATCGTCAATTTCTCCCAATAAATTATTCT GAATAATCCTTGCATGGTCTTTACTTTTTATGCACAGGCGTTGTCCTCAA AATCAAAATGACCCACTTTCAAAAATATCCAATAAAAGAACGAGTATATT TTAAGTTTGAGATACATTTTATAATACATAATTCACTAACAAACAAAAAA ATTATTTTTTATAAAAATTCATTTTAGTTTCATATATTCAGTTATTATAA TAAATACAATATAAATATAAATCACATGAACAAATATTTCTATAAGGGAT AAGATTTGGTAATATAACTTATATGATGAGTTATATGAAAAAGACCTTCT TACACTCTCTGTGTTCCAGATTAGATGTTGCATTATCAAAAGATCTATCA ACGGCAGTTAATATCAATAACTCAATGTAGCTTGTAGATAAATCATAAWC CGGGGTCTCAAATTCTGACCATATCTGTTGAAATCTTCCGAATTTGTCAT TTTCAATCTTTGGACTGATGAATAAAAAAAAGAGTTGAAAAGGAAATCCG AGTGGGCTTTGTAGTTATTTGAGGGACCAGGAGTAATTGTTATTAGTTCC AAGTGGTTCTTCATTTTGCTTTCATTGTGTCAATGAGGACCATTATACAT ATTTTTGCTTTGTTTTTGACAAAAAGAGCAATTTATGTATATGAAGAACA ATGTATTTTTCCTTTGTGGATGAATAAAGTCCTCGTTTGCATTTTTCAAC AAAATTTCTTCAGATAGATCTACCTCAATTCTTGATCTTTAGTTACTCCT TANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAATGTAATATATG ATGCAAAAATAAATTGAACATTTTCTTCTTTTCTTGAATTTTTTTCCGTC AATTCTTTTGTTTTGACTCCCCCTATAAATATGTAATCTTTGTCATTGTC TGTGCTATGCTGATGCACAGCATACAATTTTATCGTATCATAGTTTAATT ATAAATTTATAGATTAATGATATCAAACCATTAAATCTGACCCTTAATTT CATTATTGGACAAAAGTTAAATGGGTTAATTAATAAGAAAAAGGGCAGGC CTTGTTTTTTAATTTAATTTTCTTTATATAAATATTTGATCCCCCTTACT AAGACGACGCTCACTCAACAACGTCTAATGAACCATGTCACGGAAGCCTT TAGTGTATATATATATATACCTACATAATGTATGTGTATAAAAGAAAAAA ACCAGTTAGATGATATAGAAAATACCTTTTTGTCATCTACAAAATGATAT AACAATAATATTTTGTGATGTGGATTTGTACAACAACAAAAGATTCTATT TATATCAACACGAAAAAAAAAAAGGCAGAAATCAATCATTACTTCTTTGA CAAATTAAAGAATGAAATAACGTCAAGAAGTGATTCTGAATGAATCTATT TAATAGTTTTTTTGAAGGAGTCATCAATTCATAAATTGCTGCTAGCATAT TATCTATTTATTATTGAATATCTGTTTTAAGTGTTTTTCATTATAATTAT GCTTCATATTATATGGAATATTTATGGAGGGAAACGAAATTGGAGACGTC ATACAAATGAGTTCATTCGGTGTGTAAAAATGAACTTTTCGTCTAAATTT GTAAAATCTGCTCATACAAAGTACAACTTTTATTAGCTTGTAAAGTTACT TATTGCGACCACACCGTTGTCATNTTCTRCCKCTCTAKAAGCCATTTTCA AAAAATATTTTGTATTTTTCTGTCCCTATCCACATTACGTCATTATCAAA ATATTGGTCCAAATTGTTAATAAATTTATAATTTTTGGTATTACAAAACA TGCTTCAATGATGTCCAGACATCTTAACTGAGGAGTCTCAGGGCTGTATT AAAAGGTAGTTCATGCAAGCTTTTAGTGGGAAATAGTTTTCTTCGTTATT ATTTTTGTAGCTTGAACAAAAGTGGCACAGTTGCCTTTTTTGTCTTGACT TCCGGCTGACAAATCTGTCCCGAAGCCGGTTTAGCTCATTATTCAACTTT AATGACTACTTGAATTTATTTATTAATTCGTTTTTATGACATACTAATGG TATTATTAAAATGGAGCCAATTTGTGAGGGTCTCAATGAGAGTTATAGCT ACTCTGGTAGCTATGTTTTAATGGGACTTTTTTTTGTAGCTTTATTTATA TTAAATCATCATATAAATATTGGTCCAGATTGGTTTTGAAAAAATCTCTT ACTTGAACAAATGAACCAAAGTTCGGTCTAGAACCGAGTAGCCAAACTAA TACCTACAAATGTAAGGCTGCATGTTCCTACTTTTCTCCCCTACGGTACT CTTTTCAAGAAAGTACAAAAATAATCAATTATTTATTCTGTTCCTACTAA AGGAAGGAAAAGACATATATATATTTCAAGGAAAAATTGCTTACAGAAGT GACTTTTGTTAAAGAAAACATAAGTATCATGGAAATTACACATTGTTTCT CTATGTTTACCAAAATATTTAGAGGGGGGGGTGAGAAGGGAAATTACTCT GTTGAATGTGTAGTAGGATCGTCTAAATAAGTAAGGGATGATGGAGGGAT GACTAGAGGCACACAGTTGACATATTACTTCTACTACTAGTACAGCTAGG TACTTTCTTACTAACATATATACATACATCAATCACTAACAACTGTGAAA ATATTATTATTATTTTCTATTATTGACTGGCTTGTTGCACTGTAATCCAC CCTATCTCTCAATTTTATTATAACACTTGGTTGAACTTTCTTTTAACTTG AACAAGTTGTAACTTGTTCAAGCAAATGGTACAAGTTGCAAACTAAATAT GAGATAATGCAATAATTGAACATTTCTTTTTAATTGAATGATATAATTTT TCTATATTCGATATTATAGATGTGGTACGTCAGCATAAAAAAAATCCAAA TTGATTTTTTTACTTCAAATATAGATCCAGCTCAATATTTTATAGACATA TTTGAGATATTTAAAGGGTTTGGAATCAAATTTATGTGATGAGCTGAGAT ACCCTAAAATTTAAGGTATAGCTTAAAATCTTTATTTTATCTATCAGACT TATATTATATCTATTTTTCTTTTTTATGTTCAAGATAAATTTTGGTTATT TAAAATGAACCTTGCAGCGACTTCAAAAGGTTTATGAAGAATAATTTGTA GATAGAATTAGGCGATAGTTTGTCAAATAGTACAAATATAATCCACACTC AATTTTTGAGAAAAATCATTCTAACATACTTCTGAGTTGACGGGTAACAT TTATTAATGGAGTATTCATTCAATTTTATTATGAAAAATACAAAAAAATT GTCAATAGTTCATGCCATATTAAAAGATTCATATACCCACAGCTTAATTG CTACTAAGTACATAATAAATATATAATTACCATTTTACATTAAGAAAAAT GATTTTTTTAAATCAGATAGTAACTTTATCATTATGACTTGGGTGTATGT TATTTTTCCCAGATAAATTTAAGGTAATATTTTGGTTGTATAGTGTGGTT TGAAATAGTGGACCAGTTCTGTTGGTGCCACTCCATGAACCAATTTTTTT CAATCTCCTATAGGAGAGGAAATGTTTTTTTTTCTTAGGTCAACCTTGCT TGATACTTTGATTGTTTAAATTACAAAAAGTTTTGCAAACATAAAAGGTT CACACTCCTAAAAGCACATCAATTATTAATACATCATAATTCAGTCATGA AGTCATCAACAATATATCTATAAAATCGGTCTCGACCTAAGTTTAAATGT AAAAAATCAAGTTCAACTTGTTATTGGTTCGTATACAAACCTAATAAGAT TGTTTCAACAAAAATTAAAACAGTCTGAGATCTACTTAGGATTTATTTAC TAAAAACCAACACTAGTATGCATATAAATATGTAATTTTGATTGGTTTAA TATAGATGGTTCCAACTTTTGAGTAATCAAACTAATTAAATTAATTGTGT CTTTGATCAAGTTTTTTTTTTTTATGGAAACCTTTCGTGGATTGATTATG CCATAGAGATAAAAAACCTTGAAGGTTTCATTCTTTTTTTCTCCTATGAC TAACAGAGGAGGGAAATAAGGCAAAACGAGAGAAAGATCTATAACTTCCA TTACTATGCATAATTTATACTAAACATGTACGCATTAATAGCTCTTGTTG TTGTTGTTGCTCATGGAAAACTATTTATCTTAAATGAAGTAGAGAGAAAA AGCGGGAAAAAAAGAAGTAGAAAAAAAGCTTTTGATTATTTATTCAGTCT TCAAAATTATTAATGATCCTGTCGACTCTCTTCACCCCTCCAGTACAACT ATGTGACTTACATTATTATTCATCTAATATTCACAATAAATAAACATTCG TTAGAGGCTGMCAAAAAAAAAGAGGAATAAAAATGTTATGTTGATATTGG CCTTTAGTATAGCAAATATACGAAGACATCGAACGCTCATTTTACAAAGA AAAATATGAATCATTTCAATTTTTATTAGGTGTTTACCAATGCATAAATT TACCACCTTATTTTTCTTCTCTGGTAATTTTCTTGTAAGTCTTTACTGTT GAGTCTCAGTTATAGACCAGAAGAAAAGAAAAAATGAAAATTGTTAGGGA AATAAAGAAAAATATATTTATAAGGTCATGCCTTCGAGATAGTGAGACTA TTACGAAATTACTCATTGACTCGTGGCACCTTATTCATAGTCATATACTT AGTTGATGCTTGATGAAGTATAAGAAACTCTATCAATAGAAAGAAATAAA TGTTTCAACTGTGAAGTCTAAGTTCGAACTTAAAATATAAAAAGATGCTG AATATCTCATGCAGCAAAATCTCCAATAGGCGAAATTACACCAAGGGGAA GAATATACAGCAAAATTATCGAAAGGGAAAATGTTCGAGCTAAATTATAA AGAACCCATATAGATCATCCATAATATATACACTTTAAAAAGAGTGCAAT TAACTTTGGCTCAGTATCATTCCTTGGGTTTGGCACAGAGGACGAATAAA TATCTCTTTTTGAGCACTGACTGTTTTTTTAAATATGAAAATCTACTCAA AACTACTAATCCCAAGAAATCATATACATTGTTTATTTATGTCGTGTGCA AGTATTACCTTGTATAAACAAATTGTTTATGATGCAACAAAAAAATAAGA TGAACAATATTAAATGACTTGTCAAAAAGATAATGCAAGAAATTATTTTC TTTAGATAGTCAATATACTATTAATGATGTAATTTTTGGACATTTATATG CATTCCGTGGCACATTAGATATGTCAATGTTCAACCTATCTATCACTTGT AGACATATGTTATAATAAAAACGTAATTTTAATTGATCAAAATGAAATGA TGGCATCATCACGCTTAATAACTAAAATTACTGTCATTAAATAAGTCATT TTAAGGTGAAGAAATTACAATTTGTACAATCTGTTTATACGATTTATAAC TTATACAGAGATTGTAACTTATATATAGCTATGTAGTCTTGGTTTTCTGT CCGTAAGTCCAAAAATGTTCTGAGACATCGGAATTTTACCAATTCGGCCC AACTTTGTTCTAGACTACTCTCGCTATAAAATCTAAATAATTCGGCATTG ATCAGGATCTACGTCTTTTTTTTTTTTGGCCCACTGTCTGCATTTCGGTC TGGGACCGAGTCTAAACACTGTAAAAAACATATGTTTAAAAAATACCGTT CGTATGAAAAATAATAATCATATACTCATTCGTGACGACTTTCATTAAGC ATTCCTATAAATAGACTATTTTTATTTAAAAACATATTTTAGTCAGTTAA TTGGTAATTGTGTTAAATGTTGCACAACCAATTTTAATTTATGGATATTT ACCTTCAAATAATAATATTTAATTGACAAAAGATACTTTTTGTAGAAAAA AAAGTGTCAAAATGATTTATACTTAAAGGGGAAAAAACAATATCATGCCT GATTGGTTGGCTGATATAATACGCTTCATATGTACACAAGTACACAAAGA AATAGTTCAAATTAATCTTTAACAAATATCCAGGTAAAGCGACTCTTGCT TATGGTGTAAGAGTACTAAATAATGTATTTATATACCTAAAGCTTTACAA TAGTACATGTCGTTAAATGAGTGCCTTTAACATTTTATTATACTATCTTA AGAGCGAACAAAGTACTAAAGTAATCGAGGCACGTGCAATTATTATTAAT GACTGTAAAATTGTTGAAAAATGTTGATAAGGAATCTATTGTTTCCAGTG TTTACTAACATTGTGGGTCTGTAAACAAGATTAGTCTAGGGCTCAAATTC AAGGTCTAAGGACTATTAGTATGTACTTCTACAATACAATAGTACACACA TATAGAAATATAATTTTTGATTAATGGAAAAAACAAATGCCTTATTGTTT TATTTTCAATGTATGTAACTGTTCTGTTGTGTGTTTGATAGTGACGTAAG CTTTCACTCAATGATTGATATTATAACGTTCATGATTACTATCGACTACA TATGTATCTTGATTTTCTCCTCTCTCTCCCTGAAGGATTGTGACATTTAA GGGTATTTCATAAATATTAATACTAGAATATTCACATTTATTAAGGTACG TATATAAATATCATATAGATTTGCAAAAAATTGAATATATGTGTCATTCA AATAATTGTCTGCCATAAAAGTTATATGAAAAGATAGAAAAAATACCTAG TTAATAGTATTTTATGTAGTTGAAACTCTAAATAAGTTTGATGTGTATAT AAATGGATTAAGAGACAGGATTTGAATAATTTTAGTGCGTGAAATATCTT CAATAGACGTATTGGAATGATTATATAAATAATTTTAATTAATGAATGAT TTATGCAAATAGTAAATTTACCAGTTAATTATTTTAACGTTATTCATATA TTACATAAATTTGTTACATATGGTGTTGATCAAATTTCATTTGCAAAACT TTTATCAAAATATTGACCAAATTATCTTGACAATTTAGCATTCGAAAAAA ATCCTTATATATTTATTAGAATAAGGGTAGTTAAAATTTTTAGAGACACA AATCATATTAATAAAATTGTTTCCCAGTTATAATAGTTTAAAAATTAAAA TGTGAGAACAAGCCAAATTATAAAAAGCCTATTAAAAAACAATTGATTCT TAACAATTATATTAAAAAGTCATCAACTTTTCCTCTATTGTTTATTTATC TTTTTTTAACCCTTATTAATGTTCTGAACGTTGATTGATTGAACATGAAT TAGATATTTTGAAATTACTGTACACAGTTCTCTACAATAAAATTAAATTT AATACAGTTAAACTTGTATTAAGTGGCAAGGAAAATTAAAAAGTGACGGC TTAATGTTGGTAATCTCTTAAAACAGGTTTGGTATTTTGGAAAAATTCAA AAGTGGAACATAGTGGATAKTAGAATAAAATAAAGGATAATATTTACATC ATAGAAGAAATGTGATATTTTATCTATTAATTCGTCAAAATAGGGTCTAT AAGTCAACAGCTGTCTTAGTGTTATACTCAACTTCATATGTAAGTTTAAA AAAGTGACTGTTGAAAGAAGGTTCATCTATGAACATATGTTGTAGCTTTA TAATAGTTTGTGTGATAGCTGTCSGGGGGATTGCAGGGGACACGCTATGT ACAGTTTTTTATATTATGACATTCCTGCGTTGGAAGTAAATAATGGGCTT AGTGCGACCTAAAGCTTAAATGAGTACCTTTTTCTGATCAGAATTTNNNA CCTAAAGCTTAAATGAGACCTTTTTCTGATCAGATTTGATTATAGTATCA TTATTGTTTAGGTAACAATTGATTATAGTTTATTTCTTTTTTTAGAAAAG AATCCCTTGAGAGATACCATAAAAATAACTATGTCTAAATTGTTTAGATA ATCTAATTTAAATATGTTTAAACTATTTAAATTTAGAATCTTTATGTTTA AATGATGTATGTAACTCTTTATAGAAACTTTTTTACGCACCAAATCTGTA GTGCAATCGTAATTTCCTCACCTCAATATTAAAATAGTTTGCTCCCTGAA AAAAGTTCTTTTTTAAAGTACATTTATAAGTATATATTATGTTTCTTGCA ATATACTTTTTATACTAGACAATAGTAATACAAACAATAAGGCTATTTAT TTTTAAGAGTAAAATTTGATTAAACACATCTTTAAAACAGTAAGTTTGTA TATATACTTCTCCCTTTATTGCGAAAAAAGGTAATCAATGCGTATTTATT TAACAACTATATTTTATGCTAATAAAAATTGCATGTATCTATACAAATAA TTTGAATTTATTTGCTAAATGTGTACATTCAATTGAACAAATTATTTGAT TATTTAAAATGAAAAAATATACAAATATATATTATATTAACAGTTTATTA AAACGTTTTATTAATTTTGACTTGTAATACTAATTACATTAGACTTCTTT TGATCTCTTTAAAAAAATATAAAAATAATGTTTATTATAACAGATATTAT ATATGTATATATATGTTTATACTTGTGATTTAAAAGATATCCAATTTAAA ATAAATGAGATTCTTTTGTCTGAATATATTTAAAAAAATATGTGTTTTTT AAAATATGATGAATAATAATACTCTTAATTGGTCTATCCAGACTTTACTT TTTTAATTTAGAAAAAATAGCGGTGATACAAAAATGTTATGCCAGTGTCA TTTCAAGCAATTATTAAGATAGATAATCGCAGCTGTGGATAAATAGCTAC AGCTATTTGAAAAATAAATGTTTTCAAATAAGACACATCATTAGAGATTC GAAAATTATTGGCAAGTTTAATGAACAACATATCTTCTGATACAGACCAC TATAAAAACTATATACCTATTATTAACTTATTTATTCGGTCCATTCCAGT CATAGAACTGGTCCTAATATTGGAAGTACTAGAACTGATTAAAAAGTTGA AATAAAGTTGCATGACGACATCAAGACCCAAAGCTTATAAATTTTGAAGA ACTGATATGCATGACTGAACTGGGCCGAACCGAAAGAATTTGATTGGACT GCAGTCTTTAGTCCTAACTCAGGACTGAAACAACACTATCCAAAGCGCTC CTTGCTCAATATACGTTTGAATTTTCAAAATAAGGAGAAATAATTAATAA GGGTACACTAATATCTTGCAGGTACTCTTTTAAAATTATACTCATAAATA TTTTGAAACATTTCATAGCAATGTACATCGTGTGTATTTTTACATGCCTT CTTTTTCTTTTTTTTTGAATTGGCAATCTGAATAATTAATTTTCTTCTCC TTACCTTTTGTCATTATAATTTAACTCCTGATTAGTGTACTTCCTTTTCT ACAATATTCAAAACCTGACTAAATATTAGTGTGCCCTCATACAGATGGAG AGTAACTTTGAGAATTTGTTGCAGAGTTATAATTATTTCTCCTTGTTGGA CTCTGAGTAGAATTGGGGATCGGCATCGGAGTATTTKGTGCCATTGTCCT TGTTTGTTTTTTTATCCACAATCCCCCAAAAATGCTAAATAATTACTTGC ATTCTTTCTATATTTCCCCTTTTTTGACTATTTATAAAGTTGACGAAATA ATAAAAGAAATTATTTAAAATGATAAAATCAAAACTTCCATTTTTTCTTA GTATCAATTTATTTGTGTCTCATAAACGACTTTGCATAGGAATAACAATT TTTAACAATTTATAATACATAAATTAATAAAATTTCTGCATATTTTGAAA ATTCAATAATAATTATTATAGCATAGTTATCACTGTCCAAAAAAACCTCA CAACATGACTACAAGTATGAATTTCACAACTTTACTGTTGAATGAGATAG TTATTAGAGTCTTATATAAACCATTCTTTCAGAAAAAAAAAAAGATTTAA TTCTCTATTATTTAAAAAAAAATTTCATTATGTAGTTTAGTCACAATATC AATATTTTCGTACCGGTTCTTGTACCAAAATTAGCATCGTTATTTTGATA CTTTTTTGGGAAGAATATTCAATAAAAATATCGTCAATAGTATATGTAAT TGTCACATAAATTTTGTATGGAGGACAGACTCATTAATATGATTGTTCTT TAACTCAAGATAACTTCTGTGTTTCTTCTTTATTTGTCAACGGCAACTAT ATATACAACACTAGTTTATACGAGTGTTCCTGCAATTTAAAACAGCATTT ATGTTGAAACAAGGGTGTAGCTATTATTAGTATTTGACTGTATATGTTTA TACGTTTCATACCCATTTTGGATGAAGGTCATAAATATGTACATTAGGCT GTCCTGCTTTTAAAATAATAGTTTCCCCCTGCACATAGATCTCTTCTGAT ACGACAAATATAAAAAAACTATAAAAACTGTCTTGTGTAAAGTTTGAGGC ATCTCATACCACTCATACTTGTATGTAGTACAAGGGAATTTGACTTTGAA AAAATGGTACTTATGGGTCCCATTATAATATTCCTTTTTTTTTTTTTTTG GTCAATAATTATCTCTCCAATTAGGTATATTTTATCTACGTTAGGTAGAA CATATCATGGAGCACAATAAAAACCGAACATTAATAAATATGAAATATAC AATTTTTTACTCATGGCGTCATATGATGATGGTCATTTAGTTGCATAAAA GTGACCAATTTTTATCCAAAAATTATTTTTTTTTCCAAAATGAAAAGTAG CTTAAAACGTCTCAAATTTTGTCAAAGTTAGCTTAATTTTACTATTAGTG GAAAAGATTTTTGTATAATGGGAGAAAAAAGGGCGTTTAAAACGGGACTG TCTAATATTCATACATTTATTTATTTATTTAGCTGACTACATTATTTTTT CTTTATAAATGTTTCGTCTTCATTTAAATATTAATTTAATTTATATATAT GAATGTACACATCCTTTAACTTTAATATAAGTTGTCGTTATGTTATATAT GTATGGATGTATATCCATATGTAGCTTTGAAAAAATGGGTGGAATAAAAT TACGAAATAAAAGTTTTGAATGAGACGTCGCATATTGAGGATTTCTCATT TGAATAAAGATTCAAATAATATACATATACAAAACTCTAAAATTTTCCTT ATTTCATCTTTTATTAAAGAACTACATAGGCATATAAAATTGCTYTTATT TCTTGATAAATTGGACCTTTTTATGTTTCTTTAAATTTAGTGAGGATAAA AAGCATACATATATACTCTGTAGTACATTTTAAAAGATATATTTATCTTT GTAGGTCACAATTTCATATATATATATAGATAAAATATATTTTTTACTCT TTGAGAACAGTTGTTAATCCCTTGGAGAAAATTTTATAAAAGCTTAAAAT GTTGAGTTAACATAATAGAGGGAAAATAAATGGGTGNNNNNNNNNNNNNN NNAATAACACTAGGTAGCTAGGTATATTTATAATATTTGTTGCTTTCATC ACTATTATATGATGCTTGTCAACACAAAAGCAAGCAAGAATAATTTTTCT CGAAATTGAATATGGATTACTTTTTTAATCATCGTAGTTTTCTATCAACA AATTATTCATATTAACTATTTGTGCAGGTTGAAAATTGCACTTAAAGTAG CCAAAATTCATCACTACAATAAAGTTATTATAAGTTGATGGATTTCCTTT AAAATTCCCTATCGGTGTCAATCTAAGTATCATAAATCAAATAATGGTTC TATTTGACTATAGTTTATACGAGGGGCATTAATCAAATTTGAATACAAGG CCTATAATTGACTCAAATACGTCTTTGAAATATCGGGCTGTATGTATATA TATTGTAAATATATACTTTCTTTATCTTCGTTCCAGATTGTTTTTATGTT GATGCATCACAAAAACTATAAAGATTGATTGTAGGATCCTTGTTTGCTTT CCCTGTTAGTAATGGATAGGGTTGTATTTTTCTTATGGGATTAAAATTGT TACCGTTCATGCGGTTGGTCATTGAAAATCTTCCCATATTTGAAACTGCC CTCTACAAATCCCTTCATAATCACAAATATTAAATTAAAGTATTTACGAC AATTAACCAATTGAATTCGTTTGAAATATTTAGTAACATTATTAAGGTAA TTTTCCCCTTCACTATAAGTCAGATTGAATTGCATTGCATAGGTAATTAG ACATATTAGTACTATATTGACACATTTTGATCTGGGAAATGAAAAAAATA AATATTTCAAAAGAATATTTCCTTCTCTAGGAGCCACTCAAAAATTAAGA TTTCATTAAAGTATTTAGGTCTCATTTGAATAAGCATTTGTGGTTTATAT TTCCAAAATTGATTAATAATGATGAAAATATCTACGATGGCGTCCTTTAA ACAAGATTTTTACATGGGATGCATTTGGCATCTGAATGAGACGAATCCTA AATATTTACGACGAACCCTCAAAGTTTTATTGGCATTAATATATATAATA ATGAAGATTGTTAGTGTCAAAGGGTATTCGTGCATTTGAGTATGCATTTT TCATTCTAACAAACAGAGCAAGATCATTTATACAAATCAGGAATCAAAAT TGTAAAAAAAAAATGTTTTTTAATCTGTTGTTTAGGCACGGTAATATTTA TTCAGAATGTCCCGGATCCCCTTCTCCTATATAAGTCGAGCAAGGACGCA ACTGGGTCTTAATAGTATCTTAATATTATTCATTCCTTATTTTCTACCAA TTGGTATAAATCATGGAATTTTAGACACATTGAATAATTGTGCATGCAGC TTACATTGTTTGTATTTTATTTACCCTCTTGAAGGAATTGAGTTCAAAAT GACATTGAATCTCTTTTTTAACCAATTATTTCTTTTATATTCTCTTCATG TGATAATATAACGTTCGCGTAATTATTCTAGGTGTCTAGTATTTCAAGGA GTAAACCAACATAATTAATATAATTCTGAGCTCCTTGACCTGGTAGCCTT GTACATTCTTATTGGGATTTATACATAATTTCTTTTCAAATTCATTTTTG TATAAGCCTTCAAAGATGTTTTTAATGATATATAAGCTCCAGCTTTCAAA TAAGCTTTCTCTTTCTTATCCAAATAAATATTTCTTGTACGTACGTATGA CTAACAAACATATTGTTAAATATGTTTCTACTGTCTACAACCTTCACATT TTAAGGGATTCCCCTTCTCTATCTAATTCAATAAGGATAATTATTATAGT ATGGATATATTTACAAGTATTAAGGAGGTTTATTGTCCGACTTTTTCCAA TTTTGATTACGTCTAGTATGAAAAAGTCGTCACGTGTCACAAAAGCACCT CAGTAAAATTTCATTGTTCTACTATGATATTTTTTATTCCAAAGATTGAC CTAAAAAAGAATTAGTAAATAGTTTTTGTAGGTCATAAATATGTTTATCA AAGTTTTTTTATGCAGAATAAAGAACTTTTGCCTTTTTAAAACTTTGATT TAAATTATTGCAATTTAGAGGATGTCTTAGAGCGCTGAAACTTTGCATAG GTGATTTTCTTATCACATCATAACTTTCTATGCATTAACTGTAATCAAAA GTTGAAAAACAAACCGACCTAATGTATTTATGAGGCGTTGTTTAGTCTAA GTGAAGTAAATATCAGAAATAATAATTATCATTTTTCAAAGATAGACATT ATTTTTTTTGTTTCATTTTGAATATAATTATGTAGTTCATCAATTTGTAT AACTTTTTTGTTTTGTTTGTTTGTTTATTTATAGCCTATTAACCTTTTCT CCTCTTACAAATTTTGAAATAGGTACAATGTGCTCATTCACACCTTATAT TACGAGTAATAAATCTAGCATAAACTCCTAATATCTCTTTCTTTCTTCAT TTTAATATTATTTATGTAATTATGAGCCTTTAATAGCTTTCATTTATCTA TTTTTTGTTTCAATGGCTAAGGGTCTTCTTTTTTGGCAGATAATCTCTAG ATGTCATGAAACTTGCCAAAAACTACAAATAGAAGCAGACAATGGGCTCA GCCTTTTCTATTTTATTCTTATTTTTTCTCGTTCCTCCTTGTTATATGGT GTAGGGATGTGCTCTATTCTTCTTTTTGTCAAATTGGATTTGCCTCCCTC CCACTAAACACCCTTCTATCAAGTAGAATCAATGCTTTTGATAAAATAAT TCAGTTGAATTATTCATAAAGATAGAATACAACCCTAATATACTGTATTG ATTGCTTAATAGTTCATTTGCGCATATAATAATTGATGTTATATATGTAA GGCACAAGTTGCCATTTGTAGAAGTTGAAACAGAAAATAAAATAATTATA TTTAAATGAGGATAATTGAAAATTTCATTGTCGTTAGTTATAAAATATAC TATATGTATAATTTATTATTAATCAAAATTGAAGAATACTATAAATGAAT TGGTAGTTTGTAGTTAAAATGTTGTAGTTATCTGGAGCGTAAMGAAGCCT AGAAATGGTACAATTTGCTTATACCAAAAGCTACTTCTACAAAAGWAATA TGCTTACATAGATAAAGTTCTATTGGAAATTGTAAAGTCAGTTTATCTNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNACCATTGTGTATAGAAATAAGCCCAA GTATACTCATACTCAGAACATTGGGGGAAAAAATAATTGTATATTACATG CAAAAACTTGTACCCAACTTATAAATACTCGTTGGCGGATTACATTAGGA TCTTTGTCATATATATGTTATTATTTAACAATTAAATTGATAGCTGAGCT AATGATGAGAAACATGGATTTTATGACGTCATCGTTTGTCATGAGAACTC AGTTAGAAATTCTTAGGTTACGTACCATAGAATTATGAATTATTAGTCTT TCGCGCATTCGCTTATATGGGAGGCAGTTTCATAAAATGACGTCATATCC TGATGGAAATATAATCATGTAACTCCCTATTGTCATTCAAAAAGAGATTC GACGTTAATGCTCATTAGTCACTCAGTTCCATTAGTGCCTTATCCTAAAC TTCAGAAGGTTATTCGTAATTAAGGCTAAATAACTACAAATTACTCCTTC ATATTAAAAAAACCGAATAAGATTTTCGATTCTATCTGAGTTCGAAGTTC AATTATATATGTCTACTCCGTACAAAAAAATAAATAACCGAAAGCTATTC TTAATTGTGTACATTTAGTCAATTATTTATATAACATGCAATAATATATT ATGTTTAACCTATTAATACTAAATTTATTTGAAATAATATTTTGAAAAAA CCGTTTCTGAAAAATTTCGATTGCAAGTACTAGTTGATCAAAATTTGATC CAAATATGAGAAAAACACACTATTTCCAATTTTGTAGTGGAGCAAAACAA ATTTTTATAAAATTGATTTAAAAAATTATTATTTCTTTATATTGTTACTA AAGTTGCGAAACAATATGAATGAATTAAATTATTTCATATCATTATTTTC TCCTCAGATCCTCNATATGCATCAGCATACTCCTTGGATATTTAGTTCCT TCACACTGTACACCATTTATGTGAGTTTTACACTTGTTTTACACACTGAA CGAAAAGTCAATGTCCTCTCTGTCTTTCTCCCCAGGATTACACAACAGTT TAAAAGGGGGGGGGGGGGAAGAAAAAGKAATAATAAGGGGAGMGAAGGGG GAAAATGCGATAAATGTGGCTGSTTCAAACATATACATGTAGAGGAGMAG CCTCAGGAAACTTAAAAAAGTTGCTGTGTACCTTTCTTCATTTTTCAATC TTTGTGTGTGTGTATAACGTACTTACACTCAATGAACCCTATTAAAGCGG AGACAACTTTATTAATTAAAGGGGGTTCTAAACAATAGTGGAATAGGGAT AAAGAGAGCCAATTGCTTTCTCTCCAATGGTTTTAATCAATGTCATTGCT TTAATTACAAAAAAGTATAGGATTTTTTATTTTATATGTAGGTAGATATC GAAGGATTAAATCACTTCTTTTGTTTTTCCTACTCTTAATCAATGGATTC TTCCTTATACCTTAATTAAACTAATGGTGGTTTAACTAAAGAAAGTTGCT TTACTTATATTGTGGTGAATAAATTTAATTCTAACACACTTTATATGAGT GTTTCTTAACCTTTTCACCTATGTTATCCATTCAATTTCAAYAAMTCAAT AAAGRCCCATCTCCCCTTCGTTTTTGTATTAATTCATATTTTCCATAACA GGATTATCAATGAACGATGCATTTCTAGACCCTTGATATTTTGACATAAA ACATACAAAGAACACAAAAAGTTATAGTTTATTCAATATGAAGCCCTTTG GCCGTACTAACGCACTTCAACTGGCCGCAAAGTGACAACAATACTTTAAT AATACTTACTAACCAAGGCTTACCCATTTTTTTGTTATTTGTTAGATGGG GGCACTGACATTTATTTACATTTAGGACAGGGCATGGACTCAGTGCGTAC ACATATGCTTTAATCAAGGGAGTTGAGCTCAGGCTAGGATGGAGGCAAAA AGTGCTATGATTGATAAAAACTTTTTCATCAAAAAAATGTAAAGGGGTTT TACTGTACCGACAGGGACAACGGTCCTCCCTTTTATTGGATGAGCAGTTG ATTTGTTTAGTTTTCAATTTAGCATTATCTCGTAGTAATACTGTTTCTGC ATTTCGTTTGAAATCTCAAAAATGTGTTGAGATATTTGAATACTTTTTTT TCTTCTTNNNNNNNNNNATTACAATAACGTTTGAGTAGTTATCAGTCACG GAACCTTTGGATAAGGATTCATATTATCGATAAAAATCATTAAAAAAAGT GCGTCATAATTAAATTTACACGCAGTATGTATGTGTTACCAGACAATATG TTAATTTGTTTGATGTATAAGTGAATCCACGATGACTTCTACTTATCCAT GTTTGTGTATAATAAATGTCAATGCTGATTTTATATTGAATAAATATTTT TCAAATTTCATTTTTTTAAATAGATGAAACATAAAAAAGGTCATTTATAT TTATTGCATTCAATTTAAAAATGTAGAGAAGATATAAAATTTTATGAGGT GATTTGAATCATTCATGATATTGTAATTTTAAAACTTGTTACATTTATGA GTACTTATGGTAAAAATTTGTTTATTTTTAAATAGGGAATCAGCATTGAC TCACTTTTTCTACATAATCTAGATAAATAAATTTACGAATTTGGTGATTA TTCAATGATTAAGTATGAAATATTAAAAACTATAGGTTTATGGTATTTTT TTAGTGAATATTGGGCATTATGCTATGAATAAATGCATGTATTTTACTTC TATTTTGCAACTGTCAAAACCGATTGGAACTTTGGAACCTATTTTAAGAG GGTAATATGACACGACCTTATACAACTTTCACGATATTTATACGGTATAC TTTTGTCAATTATTGATGTTCGACCACCTTGTTAGCATTATTAACATTAA CTACTTGAACTTGAATTAACTCTTTTTTAGTGTCGACTAATTTTAGTTAC TATTCATAAGACGAATAGTCTAACTTATTTTGGGTCTTTTTATTTTGTAG TAAAGGAGGGAGATACAATTAAGATCAAATTGTATTGAATTATGTATATG TCGTGTACAAGTTGTAGCTTGTACACGCAAATTCTACAAGTTTCAACAGA TATGAGAGGAATTCTTTCATACGAATAATTAAGAGTAATTCTAATGAGAA TATTCTTTATTTAGTCGATTTATTATTTATGGTGTATTTTGAACCTTTTA AATGACAATTTGATTAAATAGTATTCTTTTGCACATTATACAGCTCAAAT ACCTACAGTTATATTACCCATAAATAGATCAAAAATACCTCATTTTAATA CAATAAAATGAAAAAATAACATTAATAAGTTGTTTGTATATAAAATGACT GAAATTGTTATCAAATAAAACATAATGAGACATGAAAGTTGTAATTTTGT ACACAATAGATTTGTACAAGAACAAGGTACAGTATTTGTATTCCTGTGTT TAATTTAAAATCAAAAGTATTTAGATTTTCTGTGAAATAGTTTTACGAAC ATAGGTATATCCAAAAAAAAAGAAGAATTTTTTATTTATTTTCTTTTGTT TTGAAGTATCTACAAATATCGATATTTCTCTCTATATATACATAATACAT ATAATATCCCAATAATAAGAGTCTTTGTCTTTGGGGGTAAGAGATAAGAC TCGACTAACAAAAAGAACAAAAACTGAAGGGAATAAATAACTGGAATGGA GAGAGGAGAGGGGAAGACTTCTTGAATACTTCAGCTGTTCTTTTTTTTAA TAGGTAGGTAGGTAGTAAGACTAGTACTGGGTTTGAGTAATTCGGTCCAA TTTTCGGTATTGATCCATTTATACGACACTTTTTCTATATTTAAGAAATT GAGAGAAATCAAAAGCCCCTTTCCTTAGAAAAGGAAATTATAATGAAAAA CTTGAATTTCGGTTCATGTATTGAATTTTAGTATACGATATAAATTTTAT TCTATTCTTTAAATTTCGGTTTAAACCAAAGTATTCGAAATCAGACAAAA AAAATCACTAAAGGAGTAAATGGGGAAAAAATACTCGTGGACCATGTCTA AACAATGTTAGCTAGAATTGATCCCAAAATAAGTGTTGGAGGTCGGTGTC TAAGTCTTTATAATTTCAACTAATTTGGCCGAGGCTGGCCTTGATGTAAA ATACGGTCTTGGTCCGGTCCCACATTATTATTTAAGAAAATTATTTTGAG GGGAAAATAAGTTTTTTACAGAAATTACTATTTATTTCTATGATTGAAGT TTCAGTTTTTCAAAATATTAACCTCGGGTTCAACCAGTAAGACCGCAAAC ATAAGGCAATGGAGACCTCCTTATGATGATTTTTGTATATTTGCAACAAT AAAAAAATTAACCTATTGTTTTTAAATACCGAAAAAAAATTCAGTCTCGG ATCGAGTCTCAACACTATTCAGAACAAAATATACGTAACATATCCTCATA TTATTTTCAAATAATAACACCTGAAGTAAATATTACAAACATAGGTACAT AACATAGGGTATTATTAAAGGACCTTATTTACTCTTCATTATATTTTGTA ATTGTGATGGATGGGTACATTATCTTAATTATAATAAAAGATATATTATA TAGACTATAGAGGGATGAAAACTGTCGACGGAGTCTCATCATGATTATGA TTATTACTTTACATACCTACTAGTACTTGCTACCTTTCTCTTATATTATA TTTATGTAGCTATACTTACAGGATATATATTAGACTGTCCCGAATTTGTG TTAATATTTTTATGCTTCTGCCAATTACTTTTTCTGTTGAAGACAATCAA AAACTGTATTTGAATAAGTTTGAGGCTTATCAAGACATATTTTCCGTGGT ACAGACCAATTGAATATAGAAAATGGTATTTTTGGTTCAAAATTGTCTAT TTTTATCTTATTTATATTACTTTACAAAATATAAAGCTAAGTGTACTTTT TTATATTTTTTAATATTCGGTGTATCAGTTAAATATACAAAATAATGTTC TTCCTTTTTATTAACAAACCATTACTTCATCTGGGGCTAATTTTTGCCAT ATTATGTTTGGTAAAACACGGAAATCGTTCATCTTGCAGCACATCTTAGG CCCTTTAAATTATAAAAGGAGGGAACAATGTTTTTACAAGAGGGATACAA ATGGCCAACTTTGACAGCCAAAAATATCATTTTTCCATACTATAATTTCC TTTACTACGCCAAAAATAGCATAAGAGGTGTTAAAACTCTACCAAAGTAA TTATTTTAGTGTTCTTACCAGAAAAGGTCATTGAGCATGGAATAAAAATA TTAACTCGAAAGCGGGACAATCTAACATATATATATACCTTTACTGTAGA CGTAATAATAAAAATATACCCTAACATATTATAAAGGGGTACGAAGAAAT AGGAATTGAGAAGGGGGACGGGTTATAATAATCTTTGAGCTGAATGTTAC ACGATAGTATCATAAAATAAATATGTATATATATAAATGGATGTGCGGTG CTTCTTCCCTTTTGCAAATTGGATTAGGATTATATAATACAATCAATGTA CGTACATACATACACATTCAATAATGGAATTATTAGAAAATACATATTTG CTTAATTCATCAATAGTCATTCCATCAGCCAATCAAATCAATTTAGTTAG GTGGATTATCACTAGTGAGTTGTCGGTCCTTATTTAGGAATGAAGACTGC ATTCATGTCCAGTTCAGCCCTGAATATTAGTCCTAAAATGTTTAAATTTC GGTATTTGATGACTTCACTCAACTTCATTTTCTTTAAAACCATTTCTAGT CCGAAGAACCGATACCAAAGACTGATAGAACCGGTTCTGAGAATGGTCTT TATGGAATAAATAAGGACTGAAACAAAATAGTTATTACATCTAACATGCA TGTATATGCAATTTATTTATATGAGATAAAATTAAGTCAAATTCTTCTTT TTGGGGAAGAGAAAATCCCACGGAAATTACTATTATTTTTTAAGCAAGTT AATAATTTTGAAGCTTCCAACATTTAATTTACCATGGTWTTTTTCTCCTT GTGCCCCCCCCCCCCCATTGGAAAAGGATTTTAGATGCCTATTTGATGCA CTTAAAATGTGTAGTATTTTGTGTTGTAGACAGAAATTGTCTTATTTTAC CCTTAATTTTAAATAAACACCTTCATATATATTAATTAACTAAAATGTGT CAAATTGCAATATATGAAGTTTTTAAGCCCCTCTTCAACTTATTTTTCCC GAAAAAGCTAGATCTAAAATTACACTGTTTGTAAGTGTAAGTAGATTTTA ATGTAATTTTGTATCCGAAAACAGTGTAAGCAGGTAATTTTTAATTAATT AGTAATTAGACAAAAAAACAACTTTAATAATATTTTTTTTCACGTGATAT TACTTTTTTTATGAGCTGTTTTTCACCTGATTAAATCCTTTTTAGCCCAA AAGAATAAATAATGCATTTAAGGGTTAAAGGTTGGGATATATTCATTGAG AGGAAAAAAATTGTATTTCTTATCAAAAGGTCATCCAAAAATCCTAGATC ATACCTTGTAACTTAATCAAACAGTTAAAATGTGTATTATAATATGTGTG TTTTGGAGTCTCACTCATGGAATAGGTATTTTAAGTGGAGTACAGTATAT GCTGTACTCCCTTCCTGGTTCTCAATAAATTAACACATAGAGAGGCAATA ATGAATTGATTAAACAGACTATCCTTCGTGCTTTAGGATCATAAATATCA TCTTTCTTAGAACCTATGTACATAGAGCAATATATGGATATATTTCTTTT CTTTTTTTGTTGTATGTCTGGACAACATCTTCATTATTATTGCTCCTTAT AAATCATTTTTATACTTACATGGTACATATATATTATCTGGTGAAGGAGT ACTATCTCCACCTTATATTACATTGTTCTTATGTAACTACTATTTATATA TATGAGGAAAGTGTCATACGACATTCCTTCTCTGTACCATCTTATTTATA ATAATTGAGTTGTCTTACTCGGTTCAAATGGTGAATCGATTTTCAAACTT TTCCAAAAACTCTTGTCGTCTAAATTTTATCACTTAACATCATCAAATCG TTTGAGTTTTCTAGCGGTGCTGTTTTTTTAATCAATCACAATGTTTAATG AGGGACTTCTAATTTCCGAGGAGAAATGCTGGACTATACCATGGTTTTGT AATTAATTGTAAGATCTCACAAATATAAATTAAAGTATTAGTTCATTAGT ACTCATTAAAAAAAAAAGTCACTGCAATAGTATAGAAAACGTAGGTAAGA TATATACAAAAAACACAATGAAATGGCCATTTGTAGGGATGGTACTTTTG TAGAGAAAAAATACAGATTTCAATATAATAAAAAGATACAGTTGATATTT TTTATTTTTTGGTTTAATCTGAAATAGATCGACGCAGTGTTTGCATCTAT TTTTAGAAAAAAAAAAAAAAGCTTGTCTTTGTTGAATTTAAAAAATATAA AAATGTATAATTTATACATATAATTAAAAATAAAACTAACATTTGTCTTG AGCAAATGCTATTTTAAATGTATGTAGACGATACTCCTTTTTATAGCAAC TTTTCATTTTCTCTCCAGCCAAAATCATATACAGACAGCTGATGTTCACA ATGATAATAGTACTGTAATGTCATAAGTCCTGTTTCCACTTGCTTCTTGC CCTCTCCAAAAATCCCATCTATAGTAATGCATATCTACATTTTTTTCTCT CCCGTTTATCATACTTATTGATGATTTCGAATCTAGTTGACACAGCTCTA TATAATCTTTACTTTCCCAGCTTCCCCCAATCCCCACATGGGGTCTAATT CAGTAGTAATATCCATTTGATTTTAATTATTTTGGTGCAGTTAAATACTG AAATTTTTAATACTCCATGATAATTAATTATATTCATTTGTAGAATAAAT AAATACCTCAATCCCCATATCTTTATATCTTGATTAAATTATTTATTTTA TTTTCATTTGATGCTCGATAAACTTGAAATCAAATCCATGTTGGTGCTGA ACTGGACTTGAACACAAATTATATTTCGTTAATAAAACCTTAATTATATA CGCTTCAAATTTGGCATTAAAACAATTGAAAGTCTAAGGCATTATTTCCT TTCAAACCAAATCCTTATGTAAGTTTTTATTAGGATTAAATGACCACATA TAGAACATGTGCATGAAATTTATTAAATCAATTTGCAAATAATAATCTAT TGACTAGGTAGATTATTTACTTTTTTTATTTTTTTAAATTGACAAAAACC TATATAAGGTTAAAAAAATTACGATCACATATTAATTCTCAAAAACTAGA TTTGATACAAAAAATAAATAAATTGCAGATTTGTACTATAATTGAAAATA CAATAGAACATAAGTATCTTGTAAAAGAGTAGTCATGAATATTTTATTTA TAAAGAATCTTAAAAATTATTTAAGTGTTAGAAACAGTCAATGGCCTTTT CATGCTATTTTATTTTTTAAATATTCAATAGATGAGTTTGCGATATACAT TTAGATATTTTTAAGAATTTTGTAGTTGCTAATTAAGTGTATGTGTCAAT CAAAGGATTTTTGGTTGTATAAAAAAATTATTATGGTCATCAATGTTCTT GTTATTGAATGTAAAATGTACCTACTTGTAAATAGTGTTGTGTTGAGTTG GGCCGAACAGAGTTGATAAATTAGAAAAAAAAAAGTGCAAAATTTAATAG CTACAGATGCTCACAGTTTATTTATTACACTAACGATCTTATATTTTTTT AGAGATAGTGAGATTGGAAGAAAATTCCGATTGATTAGAAAATAACTAAA AACATCAGATCCACAAAAACATTTATTGATAGAAATCAAGCTGACTCTAA AATATATCAAACTGACTTTTTTTTTCAATTTAAAAATATTAACACAACAC TACAAATAAATAATAATTATTCAACTCTTTTTGTAAGCAAATGTATATCA GATATTTTTATAAAATGTATTTTCTATTCAATTTGCAAAGGTTGAATTTT TGGTATATATATATTTGATGAAAATTGATTTCCAATTGATACAGGTTTTT TTAGTCAATACTCCTTAATTGGTTGACATTCTTTAGTAACTTTGTATTAT TGGCATTATGCTAATTTTTCACATAAAATATACATACAAAATAAGTTTTT TCTAATTACTTTACTATAGATTTCATTTGAATATATATAGTACTATAACT GTGAGCATTGTGCTGCATGAACAATAAAAACAATCTTGAACAACAATCAA GAGAGGGAAAAAATCCAAAATGTATTTTTTTTACATAATATATATATATA TAACCTAATATTTCATGGATATATAAAATCAATTATAGGCTTATTATTCA AATTTGTGGAATAAGTTCAGAAACTACAGAGTTTTAACTATATGTAGTTG TGTAGCTTTATTCACTTTCAGAGACTTATATTGGCCTTTACATTACCTTG AAATAAAATCTATCAAAGTATATTGTATCTTATATCGTGACAATCCATTT TGGCTACTTCAAATGCAACTTACAGTGCAGACAAATTGTTTATAGAATTT GAAGATAATTCGTCGAAAAATACAAATGCCATTCACACTCAATTTCAAAA AAAAAAAATCATTCTACTTTGCTTTTGGNNNNNNNNNNNNNNNNCGAGTC ACGTTTAAATTAATTAAATCCTAATTACTTTTTTTAATTGACAATAAGTA CATCATTGGATTTGTAATTTTTGCAAGGTAATGAATGTATAATATCGTAT TTTTCATAAAAAAGTTATAAATTATTGAAAATTAATTAATACACTCAGAG AGTCCGTCATATTTGTGAAAACTATAAGTAACAAAAACAACTATTATAGT ATTCATGTAAAAGGAACAAAAATGGTAAGAAAACCAAAACCAACTTAATT TTTTGTTGACACAGGGATTTCTATTGGCAGTGTTCACTCGGTGAATCTAC AATCACAGCCCCCAGCCTTTTCTGCACAGCTAATTTATAAATATTTTTTA TTTACTTAGAAAATATAGGTTATTTTATTTTTTAAATGATTTATTTTTTG TAAAGTCAAGTCTTTTTTGGCCTTCTTTTTAATCATTTGTGTTAATTTTT TTTACAAGAAAATAATAATTATTTTCTATTTTTATAATGGGCTTTAAAAA AAAAGAAAAGGTTTATTTTTTGGGCAGAAGAGCATTCCATTTTTTTACTC ATTGGAGAAAGAAATTAAATATACCTATTTCCATACCCATGACCCTGGAT AAATAAACACAACGATTGTAGGACACAAAATTTGGCTGGMATAGAAATGC ATTTAGCATTGTACCGTTAAATGTGATGTTCTGATTGAAAAGAACGTTTT GTTATAATGATATATTTAATCAGTACTTTTATTGGAGGTATATATTTATT CTTAACCATTATTTTGATAAAATGGTAGAAAAGTAAATGCATACATAAGT ACATAGATTGTCATATCTAAGTAAATGTGATTGAGGTTTCATACCATTAG ATGAGGTGGAAGGGGGATTACCCTCGTCTTAGTAACGATGGAAGAGCATC ATTATGTATAATAATAATAATGATATACTAATATCTTACTATGATATCAA ATAAATATGTACTAGACTAGACTACTAAGACAAAATGAGACCATTAAAAG TAATTGTAACATTTTTAATGTTTGTAATGCACAAAGAGTTGGAGATTGTT GAAGACGAGGCATCTTTGTTTGTTAGATAAACAAATTTATTTCGACATAA TACGAGTATATTAAATAACTATAAATTCGTTGTAATTACATACCTACATA AATGTACAAATGATAAAAGCCTTTATTTGTTAAACTTGCATCATCTAAGT ATTAAAATGGATGCAAAAAGTGTATTTTCCCCTGAAATGAATGCATATGC TCTTAATTTCGTATAATGTCGTTTGTAGAACTATTAAACATTTATTAATG AAATATATACATTAATATATTCATAGAAAATTCAAAAAAAAAAAGTTGTT CCTGCATAAGGCGATTTCTCAAAAGTAGGTTTGTAACAGTTCTTAATATG GGACTTAAAATCGGTCACGTCGATTCTTGAAAAAATTTCAAAATTTTAAA GCGCATAATTTGTAGTAATGTTATTTGATACCACTTGAATTATTTTTTTT AAATTGTATTTACCTTGAAAAGGCATGAATATTTGCCATTATCCTAATTT AGGCTTATTAAAATAATAAATTTTTTATGATGATCTCACTGGTAGATATC TACGATGACGTCATTCTTCAAAAATTGTTTTTTTTACATTCAATTACGGC TCATCCTTAAAGTTAAGAACGGAACAGGACGGAATTTTAAAATTTTGATA CGATACAACTTTACTCAAATGTCAAATTAATCCTCCGTTAGTTCCTTTTT AATCCTAATGCAATTACTAAAATTGAACTTTTAGCAAAATGATACCTTAT TTGTCCCTGATAGTTGTTAAATACTCATCACCAGAAGTATCAGTGAACGG ATTAAATATATAGTTTTCTATTAATATTTTTTATACCTTTGAATGAATAG TACAGTGTCTTAAATAGTTTTTCGAGAAAATAATATAAATTTTTGTAGAC TTTTAATTTTCAATTAATGAATTTTTATAGAACAAAACATGTTTTGTACT ACAGTATCTTTCCATTTAATTCTTTTAATACTCATTAAAAGGGAAGATAA ATAATATAAGTGCATAAAAAAATTCTTTCAAACCTCAATAATTAATTACA GAATTGGTTAATTACTCAGAAACTAATAAAATACCATTAAAGAAATTGGA TACAATAAAATAAGTACATGATAAATTAAAAACTTACATAGAAATGGTGG ATCAAAAGTATGATACGCACCAGATATTACAAGGATATTTTAGTTTCTGG GTTGGATAATCACCCTATGGAAGTATCATTGGGTTATTATACAAATTTAT TTAGTTATAAAGATGTCGTTATTATTTTTTAATTTTTGTACAGGACACAT ATATTAAATAAAATGTTTGGGCAATACAAATGAGATAAAATAATGGTTAT AACATATCTTTTTGTAATTAAAAAATGACACAAAATACAAGGTTTATTTT GAAAATTCTGCATTAATAATGCTTATAATATATCTTTTGTTGTAAAACAA CGTACGCAGTACAACATTTCTAGGAAATAAGTTCTTACTTTGTTTTTGTA GGGATATTATAAAAAGGATTAACTAAAACCTATAAATAATAATTATGACA GAATATATTTATTTCTAAAAACTTTATTCATTCAAAATCCATTTAACTAA TTGAAACCAGGAAAAAAGAAACAAAAACCATTCTAAATTTAGATATCTAA ATATTTTTGTTAAAATTTTCAGAAAGTTTGTTATTAATATAGTTTTACAC TTTATATTTTAGCACTATTTCTCAAATTTCGAGTTGTTGCCGACTTATGG TAGSTCAATATTTTCTAATATATTAATTTCTCCAATTATGCACAAAAAAA TATCATTAAAATATCAAAATCAATAAATATAGACACCAAAAAATATTAAA AAGCTTTTCAAAGTTTTTTGGAAGAATTTTGATGATATAAATCATGGTTT TAAAAGCTTGCAATGTAAATAAGAATGTACTATTAAACCATATTTGGGTT TGATAAATAATAATCTAGTGATTTTACATTTTTGTTATTCACAAAAGTTT AATCCATTTTTTTATCCGTCTTATTTTTACATCACAATACACGGTAGTAA TTCTGCATTATCCTTAATCTTTATTTAAAAAAAGGGTATTTTCTTATATT ATTTGGTTCTTATACTTTGACTATGGTTGACTTCAACTATGATAATGTCA CGTTAAATGGTTTTTCTAATTAATTTTTGATGGTCTATTTACCTTGCTTT ATTCTTCTACAAAATATTGTTTATGAAAAATTTTCTTAGAATAGATAAGT GTTAATCAATACTATCATAACTTTTAAAGAAATTAAAGAGGAAAGTTTAT TTTTTACTCAACTCTCTTAATAATGCAAGATTAGCTTTGAAATTTAAGGG AAACTTAAAAAAATTGGCTTTTCTTTATCTTTAACAATACATGTTCAATA TTATTTTATTTATTTTTGGTTATATAGAGCATATCTATTTCAAATAATAT TTAAAATTAAATTTAATTTGTGTTTTCTTTATTTATGATTTTTTAGCTCA ATATCGATCTCCTCAAATCACAGAACAGCCAACATCTATGACTGTCCCTA AGAATGAACCAGTTACACTCAACTGTAAAGCAGATGGAATACCTGAGCCC AACATCACATGGTATAAAGATGGAGAACTGGTTCCAACTGCTCCAAAAAC TCATCGTGTCATACTTCCAAGTGGATCCCTATTCTTTCTCCGTGCTGTAC AGAATAAGAAGGAACATGATGGGGGATTGTATTGGTGTGAAGCAACTAAT GAAGTTGGGACGGCACGAAGTCGGAATGTAACATTGGATGTTGCTGGTAA GGGMATTTATTTTATTTTATTCTAAAACACTTTTATAGAAAAAAATCAAA TTGATGAATTTATTTAAGGTTTATATAATAATATGTTTAAAAAAACTTGT AATGGAACTTAACATCACGTAGTTTTAAAAATTTCACCACTTAACCTCAC TCAATTTTTGAATAAACAAAACAAATCAATATTKCTGCTGAACAAGACTT TTTAATAKCAGCCATTCTTTTGCAAATGATCAATTAATTACTCGCATATT CTTTTTTTTAACTTGGCTTGTAAACAAAGGAAATATCAAAGCAAACAAAA AACAAATAAAATCATTAAAAATATAATTTTCGAAATCTTATATTGTATTT TCTCGGGATTAGATGACACCACATTGAAAAAATATAAATAACATTTTACA GAAAATACCTTATTTTTCGTGTTAAGATACTGAAAAATATTCTCGAAACC AGATATGATATGAAAAAAACTAATAGAAAAAAAAAAAAAATTGTTGTCCC TTTTTTTATAGGAAGAAATTTGATCCTTTTTGTCCAATTTTTGTTTTCGA TTGAAAAAAAGTATGTTCTTTTATTTTGTTTTTTATACGTCTTTCTTGAT TCCAGAAATTTCTCAATTTGCTACACTCTAGAGCTAGATAGCCAAGCATA ATAATCTTTCAGGAGGCGATATAGACAACTAAATATTATTCTACTGGTCT TGTCACCTCCCTGCCGGGACGTGATTAATGATTTAAATCACTCTCAAAAT TAAATTGATTGTTGTTTTCTTAAAACTCTATAAGTTATTTTTTCATGAAA AAAAAAATATTTGTGAACTTAAAATTACACTTTATAAAAAATCGCCAAAT AATGTCGTGCTGCCTAACTACGTATGTAATTTTTTGGATAAAAATTTAAA TAACGTATTGTTAGTGATCGGCAGAGGGTGGCTAGGCTCAACTTTCACAG GAAGTAAAACTATTACCTCCCCATACTACAGCTTACAAAATTTACAAATC CTTCCCATTTTGTATGGGAATAATTTTAATCTTGATTAAGAAAAAAATAG CAACAACAATTTTGTTAGGGCTATTATTTCACTTTTTAGTTTAGTTTTTT CTCATGTATCAATTTCCACAGCAAGAATATTCTACCGCTGGATTATTTTT TTACTTCTCTTTACGTAACATTAATATATTTTCAGATTTTAAATGCAAAA AATAAAAAACAAAGACACAAAAAATATGAAATATAGCAAAAAAAAAAAAA ATAAACAGACACACCATAAGAAAAAGTACTAGATATTATAATTATTTCAA AGCACTCGAGTACAGCTTTATAATGTTAGAACCCCCTCCAGTGTCTTTCT CTTTCCTTGACCTAATGGCGGYCAAAATATGCTATGATTTTGTAAGGACA GCATTAACTTTTTGACATTCTGTACCCCTAACAAATGTTAAAAAGTCATC ACTCTGGAGCTTCCACCCAAAAGCGTCATCTAAAACCAAAAGAACGTCTC TTTATATTATAATTAAAACATGGCATTTCCACGAGAAATGATTAGTAGTC TCCATTAAACAGCAAAAAGGGTATTCCCGACGTTTGTCTTTTTAAAATGT ACTTCCAACTTCCAGAGTACCCAATGAAATATTATTCTGCTGGCCCTTGC CCATTCAACCAGGCCACTAGATCACTAAATTCGTATAAAACACCTACATT GGAACGACGTAGCTAAATTAACAACTTTGGATAAATTATTCTTTTGAACT CAATGTGCGTAGGTTCGCGCTCTGTTTATTCCTAGACAAAGAAATATCCA TCGTGTATTTGGACTTCAAAGAAGATTTGTAGGTCAGATGGAGTGAATGT AATACTATAAAGTTTACTTATTCTTAATCAGTGCAACTCCATTTGACCAA TTAAAGGAACAATAAAAAAAATAACAACTAGGATATTTTTTTCTCTTAGA CACTCTGAAGATTGTTTTTATGTTATTTTCCAAAACTGTTATCCTTGTTT TTTAATTATTGAAAAGAGATAGAACATCTAAGTGTAGAGCAATACCAAGT GTGTGTGCTCATAAAAGACATAGAGTAACAATGAGTTTCTGGTCGGCTGT TATAAGTATAAGTTCATTGAGAATTTCCATTGGAATATTTTTTGCATTTG TCCTTGTTTGTTATGAAAGGGTGTATGTTTTTTGCTTATTTGCTACCTCT CATAGCTGGTCACAGCTAATCTATTGAAACGGCATGACAGCTAAGCTACT GTCTTACAAAAAACATTCTTCAAATCATCAGGTTTATCATGTAATTTTAG AGTTTCTTTTATCTTTAGATACCAAAAGGCCTTATTAAATACAACTCTAT AGATCACTTTCAATGTTGAATTGTGTACTCTGGACTCTCTATAAATTAAT TCATTGTGTAGTTATATTTTGTACTAAGTAAATGTGCCCAAAAAGAGATG CATTATATTTATTTGTTTCTATTGTATAGATTATTTGATAGTAGGATATT GTTTGTCAATATTTCATTATTATAAAACATTTTNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNGATCATCCATAGGTGGTAATAATAAATGTTATTAAAT TTATACTAATATTTATTGTCGTTTTTTTCTTATCTTGAGACTCTTTTCCC CTACCCTCTTAGAGTTCATATGAACGCGTGCTGTTTTTTAATATATTATG TATTATCTCGTTAAAGTGTTGTGATTTATTTGATCGTATTTGTAAATATA TACATATATATAAACGAAGAAAATTATCATCTCATTTTCTACGATTTCAG AAATAAATCAAATATCGTTTTACTTCTTATGTTATATACATATATATATG TATATAGAAAAGGGTTAAGGAGGTATATATGTACATATACAAAGAGTGGC TCTGTATATGGTCGGTTGGGGGGGGGGGRGATGATTTATAAGTCCTCATT TCTTCTTTATTTTATTAAGAACCCTTATTGAAACTTAATTTTAAAATATA TGTAGAGTATACAATAGGGTTTCTAATTTCCCGGCAACTTATTTTTAAAC GGAATTCCGGGAAAAAATACTAAAACTCCAGGATCCTACGGAAATATTGG TATACCTATAGGCAATATAGTCAAATTGAAGTATTGTTTTTTTTATATTA CAATAAGAAATAGTCTATTTTAGGCTAGTTTTATTCATTATTTTTAAATT TTGACTAATAGTGCGCGGATTGATTTAAAAGATTCTGCATGCCCCTCCAT TTAAAATCACTTAAATAATTATATATCGGACTCTTAGTAGATGTACAACT CCAAGAGATCCCGGGATCCTGAGAGAGAAGCCTTTGAATTTGAGTGTGAG ACATATTCCTAAAATTTCCTAGAGTATTTTAAGAGTTTGTGATTTATTTT ATAAANGGGTGAGCGTTATTCAGAGAGTCCTTTTATATATACAATATACA TACATATGTACATTTTTTTATCTTCAATCTATTATGTAAAAATGTTTTTC GACTATAAAATTTTCTCAAAAGAAAAAAAAAGGATATTTCAATAGGATAT ATATACTTTGAGGACTGTCTATCAATATACGCATATAACACATATATTAC TCCCTAGAGACAGGTATTGAACTACAATGTATTTACTTATATCTACCTGT AATAATAGATATTACATATCTGGCCCGTAAACACAAAAGCAAGCTAGATG GAGTTTTTTTTTTTTTTTACGAAAATGAGTCTAGATTTATACTCTTGCAC GAATTTCTACCTACGATTTATTCTTATTAGTTATTTGGAAGCATTGCAAA TTGCAAATTAAAGTTGCAAAAATTCATTGTCACAATGAAATAATTAAAAA TAGATGAATTATTTTATTTGGCCAATCGGGATCAAATTAAGTTTCATAAA TCAAATAAACGTTCTAAAATATAGTTAACGTTCCTTGGTATCTCAAGTTA AACCAAAAATTGAAATACTAAAACTTATAATTGATCAAAATATTGCGCTG CATGGGTTTGTTTTTGTGTTTACTCACTACATATGTCTATGTTTGTTTTA GTGATGTGGTTCACACGTTTACCCTGAGCTTCAAGACCAATTTTTAAAGA TTTCAGTATTGTTGGGAAGACTAAAGCAAATGGATTAAAATGTATCTTTT CTTTTCAAATACATAATTTTTTTCACTGGATCTTATTTTATTTAATCTAT ATATTGTGTACAAGTTGTAACTTTATATGTAAATTGTACAAGTTACAATA AAAAAAATGAGTTGAAAATCAAAAAAATGAATGCAGAAAGCTGCATGTTA CTTTTTGGTCGTTAAAAAACTTCTTTAAATTGTCATAAAAATGATCCTAA ATTTAGTAGTTTTAGATAATCATACATTGATAAATTATAGATTTTGTAGA TTTCTTCAATTAATAGTATCAAACTCTTCACAGGACATTCATAATATATA ATTCGAGTTCAAACAATCAATGTTCAGAACACTAATAAGAGACCAGAAAA GTATTAAATTGGAAGCTGGAAAAAAAATAAAAATAAGAGCTGTTAATGAT TCGGGGTACCTGTGTGAAAAATCAATTGTTTTTTTCATATAAATATTCTA TGATAGCTTTTTAAATTAATTACATATTTTCATTAATATAACTTTAAAAA ATAGGATTTTTAATAGCAGTTGTTTTAACATATACAAATTTCTTATTGTG GTCCTTTGCTAAAAGTTTTATTTACTTCTGTTTTAGATAGTTGATAAATT TATAGTGTCATTTTTAATTATAACTAATAAAAAATTGAATAAATATTAAG CGGCACATTATAAAGTTCAAATGGTAACAGTTATATAGGTCGTTAAAACA TAATTAATTTAGAATTTTAATAGATTAAAATGAAAGGATAGCATCTGTCA ATAGTTGGTAATTAGACTTCTGTTATTTTACATCCTTTATAATAACGCGA TCAGTGTAGTGGATATAAAATTAATCCCAAAAATAAAACATATTTTATTA TATGATAAACAGTAGAACGGTTATAAAAAATACCGTCATATAAATTTCGT ATTATTTTTTAACTATTGCAGCTTTATCAATGAAAATGCCAAAAATATTT GTATGAATATATATAAAGTAGAGCGGTTAAGCCCAACACTTTTGAGATCT CGGATGGGAATTTTCCATGAACGGATACCTCCCAAATTCCATCTCCTTGT TGCTCTATGCTTTTAGTTATGATGCTTGATACTAATATATTTATACAAAG GTACATTCTAATGTATATATATATACAAGTTATATTCCTATTAATCTTTT TACTTATAATGACCTCACAATGCCCTTATTTCTCGGTTGACTTTGGTTAT TTTTTGATCACAGTTTCTTTTGGCAATTATTCACAATAAGTTATTCGGGC TGAACATCGAAATGCAACAAATAGGACAAAGGCGTATAAAAGTGTTGCAT TATGGAAAAAGGAGCTTGTATAATATCCCCACTCAGTAACGGAGGGTTCA AAGAGTTGATTTTGCATTCAAATCAGGTGTTATAAGACATAAAAAATAAT AATAAATATATCTTTTGACTATATACAAATTGCAACTAATGCAAAAGGTA GATTTTTTACACATACAAACTGACGTTACAGTTAATTTTTCTCATGAATA ATGTATTAGAGTATCTTAATGCTGCTGTTATCTATCTACGTACATTAAAT AAATGAAATCAAAAAGGTAGAATTATCCAATTTCTTCATGGGTATACTTA AGAAGTAATTTACTGATTAAATTAAATAAAGACCTACTTTGTATTCCTTC AATGAGAACCATATAAGTATTACAAAAAAGATTATTGTTTCTTATTAACA AAGTTAATCTTAATTAAGCCAAAATCTGGTTTCTTGGTTCTCACCGTACT TTTGTTTTTTCGATTTTATGGTTTAATCAATTATACTTATAACTATAAAT CAATGGACTTCCACGTCTTCCCTTTTTTTCTATCTAATCGTTAAATGGTT GTCATTTTACCAACATACATCTATGAAAAATGGATGTAAGAGAAATAAAT ATCTACAGCACAAGAGTCAAAAGAAAATGGTTATAAGAAAAGGGGTTGTT GTTGTTGGCTGATGTAAGAAGGAGGAAACTTATTTTATGCTCAGTTAAAA CCATGATAATGAAAATAATTTCCTACTCTTTATCCATTTCCGAATATGAG TCAGAGAAGAAGAAAAGGAGATGTGGTAGCCACGTGACTTTTTACTTCCC GCCCATTAATGATAAGAAAAAAGGAGAAGACAACAAAGTGAAGGATATTT TTGTTTTTATTTCTTTTTCTATGGATTTCATTTCGAAGTTATGAGTCCAC CAAGAAATTTGTATTTATGTATGTACAATCCATATAATATTGGATTGCAA AGAAATCCATAAAAATGTCGTCAGAGTTTTATGATTTTCTGAGTCATGAA AGTACTCTTCGCATTTTTTTATATTCTTTATATAAATATTATAAGTTATC AGATTCTCAGAAGGGTGCTTTCATCATTCCATTGTTTATGAGAAAATGCT TTTTTATAATGGCATTATAAACGTAGAGCTGTAGAAAATATGATCTAAAA GTGGGTGATATTTTATCTTGTTGGCAATTTGAGTAGTGTTTTTTTTCTTT CCAAAGCTGTTATTATTATTTTATGGACCTTTAGATGAGCGTGATCTGAG TATATTAGCATGTGCTCATGAATGACTGGCAGTAACAATTATAATTTGTT GGGGTTTTATAAACAACAAAAGTGCGCATTTTCATCTCATCAATGCCCTT TTGTCTCCAACTCAGGTTATCCCTTAGATTAAAGCTTCCTTGGTTATAGT TCTAAGTCCTTGTTGTACTCGGAGTAAAATTTAAGATCAACATCGGAGTA ATTTCAGCCTCTCAAATACTCTTCAAATGCCATGTCATTTCCAGTTTCTT ACTTTTTAGCAGACTGGCTGGMCATATTTTCTACAATTCGAACCATACTC GTACCCTTAAATGTATATTTGTTGTAATTTTTAGTACCCAGGTTCAATTA AAGTATGATGCATCACTAATATCTCTGTACAGGAATTGATAAATAATGTT ATGTTTATTATATTCTTTGAAGCTGCTAAGTCAACTATTAATCTTGAAAA ATGACTTTAATTTTTCAATTTTCTTCAAGAAACTGTTTTTTTTCTTCCAT ATAAATAAATGGAAAGAAAAAATATATATTCGTTACGTTATTATTTTTCA ACTCATAAATTAAAAGGGRGTTGTTGTGTTCTCTCTACAACTTCTTATAA TATTATTTTATTTTTCAAAAACCCTATAAGGAAATGAGGTTTTGTTTCCC TTCTGTTTTTTCATTTTTCTTCTTTTTTTTTTAATTTTCATCCAAACTGT TTATTATATTATCGTTTCTTATATATAACAATAAAGATACTCAAAATTGC AGTGTTGGTATTCTGTATACATAGTCTCATTCATATTACTTATAAAATGT GGCGCATCAACATATAACCAATTTTAAACATAAGTCAAGGAAAGGAAAAA CTCCCAATTTAGATACATACACAATATTTCATGAACATATTTGAGTCAAT TATATATTTTGTGTTCAAATTTGTGGGATAATCTAAGATATCCAATAGTA TAAAACTTTTATTGAATTTATGAGACATGATTTGGTATTACCTTTTTTAA ATAAACACTTTCAATTTATATATATATTTTTTTTTGCAACAATGAATTTG TGTTTCTTTGTTCACAATTCGTCTTCAAAAGATTGATCAGTACAATTTGC TGATACAAATTGACAATAATTTGTGGAAGAATACAAATTCAAACCCAGAC TCAATTTTGAAAAAAAAAAAAAATCAAGGCCACTTTTGTGTTTTTGGGAC ACATATATATGTTGTAATACCTTTTTTAAAGTAAATCACGATCAAATAGT AGTTTATTCTTCAAATACCACTTTAATAAAAGTAAAAAAGAAGATTGTTT TTTACTTTGTGTAATCATAGAAGATGATAGAAAAACATATTATACAATGT TCCATGTTAGAAAAAGGGATTTTTTATTTTTATTTTGATCGAATATACTT TACATGTCTAATCCTTCTACCAGTAGGATAAAACTTTTTTATGTTCTATC TAACCACATATATCCTTGTAGTTTAGAGATATGGGAAGGGCTCAAATGAA ATATGTAGTTTCAATGATCAGTTGGAACACGTGATTTATCGAATACTTAC ATTAGCATCCGTGACATTTTATAAAAATTCATATTCTCCCTATTTTCAAT ATTTCCTTTCCTTCTGCATTTTTAGATTTGTAGTGAGTGAACATAAAAAC AGTCCTGAACAAAAATCAAGGAAAGGAAAAAGGCCAAATTTATCATTATA TAAATCATATATTCATACAAGATCGTAATCATCGGGGGACAGGGCCCTTA TAATTTTTTTACCATAAATAATAATCAATTAATTCATGGAAAGTCATCTA AAGTCACTGATTTATAGAACTGATATTCATGTACTTTTTTCAGTCACTTA TAAAATTGATACTTAAATTCCTTGAATGAGTTGAGATACCACAAAATTTT AACAACAGTTTAAAACCTTAATTTCATTTATGAGACATCGTTAGGATTTG ATGTTGTCCCTTTCAAATAAACGCTATAATTATGTCTTTCTGGCAATGCA TTTTTGGCTACTTGAAGTGTAATTTGCGATACCTCCAAAGGATTAATCAG AACAATTTGCTTATAAAAATTAATGATAATTTGTCAAAAAGTTCAAATAT AGTTTATATTTTATTTTGAAAAAAACAAAAAAAACATTCGTACTTGCTCT TGTGTTAAAAATCTAGATCTTTGATACATTTCTTACATTAGCATATTGTA CGCATAGAAAAGTAGAATTTAACCTCATAAAATTGAATATACCCTTGAAC AGATTTTTTTTTTTTTGTAAAATTAACCCTTTTATCTTCAAACCAAAGCC GTATATGCTTTGTTTGTTTTTTTGTTTTTTTTTTATGCTCAGAAAATTAA CAAATTAATTTTTTCATCTAAAATTGTAATTTAACTCCTCAAAAACCATT AGTTAGTTGTTAATAGTCTTTAAAATAGTTACCTTTTATCATTATACGTT GTTAATTTTGAGTGAAATCATTTTTAAATTGTAGAAATTAGGTAGTTGGA CTACTCAAAAAGCTAAAATAAATCCTCTGAACGACATTTTTTTACATTTG AGAAGATTATTAATCATTAAAACACGAGATGAGCCTCAAATGTGCCACTC ACCTAATATTGATCTACAAATAAGCGTTTTAATAAACCGATAAGAGGAGT GATGCTTTATTTAAACTATGAAATTAAGTAATAGACAGAGGTGAGTACTC GAGGCTTCCAATTCTACTTGAGGCTACTTATTGAAGACTAGCAACTTGAA TTGACCACACAATTAAAAACTCACGAACTCGACTTGAACTGGAAAGCTAT TCGAAATTTTTTCACGTGATATAAATTATTTTTTAACTGATCTTCAATTT TCTGAGGACTTACTACACTCAAATGAAATATTCAAGGAATTGCATTATAA GACTTTTTTCCCCTTCTAGTAGTAAATATGTTAAGAACCACTCATTTACA GAAAAGGTACTATCAAAATCAGATTGACTAAAAAAGACGGTTTGAATTTA ATCTTGTTATATTGTACGATGCAAATTAACCAAATTTATATATATATTCA AGTGTTATATAAATATTGTTTGCATTAATATTGTTATAAATAGACAAAAT CCCAATTGATCTAATTGAAGAACATGTCTACATTAATATTATATAGATAT ATTCACTGCAATTTATGTGTATACATATTTAATATGTATTAAGCACTCTC TTTATGGGCATTCTACAATAAATAAATAATTATTTACTAAATAAATTGCA TTTAACATAATGAACTATCCATTACGTGACAGACTTTAAGTTATTCTTTT TTTATACCCTACGTTAATGGAATGAAGAATTCGCATGAGTATCTCGGCAG GGAGAAAGATATATTTATATGATAACAGCATCATCATAATCTTTATTGCC TGTTATGAGAAGCCGACTGGGATTTTTTCTCTCTCCCTCTTCATCCTACT AATTTCTTTCGTAATCAGTTTTGACATTTAGAATCTTTAAAACATTTTGT ACACATAGCACCTAATCATAATAGAGAAAAAAAGAGATATGAGTCATGCG TAGCGTATATTTTTACTTTTTTTAACGTATATTTTATATCTTTCTTAGAT TTAATTTGAAGTAGAACCGTTTTTACATACATAAATAAGTTATAGACGAA GCTATTATACGCATAATTTGATTCTGATTTTTATTATGAATAGTATCATA TAAAATATGCATATTTTTTTACGACTTAATAAGTTACAAACGTATACGAG AGTTACAAAAAATATACTATATGTATTATGATTAGGTCTGATGCCAATGT TTGGGAACAGAATATATTTTGTCCATATTTTTAATATGTGCATGTATCCA TGTCAATCCTTACTTAACTAAATTTAAGGGCGTTACTGTTTATTTCCTTC TCTAAGAACAATCGAGACGTGAACCTACCCACATTGAGTTCAAGAAAATA TTTTTCCCTGAGTTACTTGTCCATTGAGCTACGTCGTTCATCAAAGTTTR GACAAAAATTTAAAACAAATTGGATACATTTTTATAAAACGTATTCTAGA GACAGCCTTTTCATAAAATATTTGGTTTTTTCATTTCTTTGNTAATTTTA TTTTTATTTATAAATGCCATCATTTTCAAGATGAAATTTCATTGTTGTTT TTTTTTTTGCAAACAATATTTCAAATATTAATCATTTTACATCATAATTT CATTTCTTTAACAATTATTTCTGTCTTTTACCAAAAGATGTTAAAAATTT AACAGCACAATTTTAGTAATTACGGATATGCTCCTCCCATACACACAAAC AAAACAACTTTATAATAGTAATAGGCCTGTACAATTAAATATAAGTTAAC ATTATAGTATAACAATTGCTAGACCTAGGAATTGTATTTGATGTTATTAT TTCCTTCTCTAGAAGCGACCGTGAGACGAAATCATGGGCATCGACTTCAA GGGAATACCTTTTCTTGAAAGCTTTATTTATTACACTACGTCGCTTTATT TTAATTTCTTGAAAAAAAATTATTTGGAATTGGATATTTCGAAAGACATT TTTAATGAATTTTCTATTATTTTAAAATTTGTATTCTTTTGAAAGGAAAT AATTTGACATGTGTCCTTTTTATAAATTGAAAAATTCATGGGACCTATGG ATGTCCGTAGAGAGACAGACAAACTTCTTCTTTTCTTAATATTCCTGTAA TAGGTCAGATGGAATTGCAGTGATTAAGTATAAGTTAATAACAAATACTT CATCGGACCCATGAATTGTCTTTAAAGTCCATTTATATAAAGTATATTTC CTTCTCTAGAAGTGACCAAGAATCAAACCTACGCACATTGCACATGTTAC AACTTGTACAAAATTCTAATTTGAAAAAAACAAAACCTACAACATATGAA TTATTATTTTATGTTTAAGTAAGACATTTATTCATGTGTTATTGCCTTGA TAGTGTTATGAGATTTTTCATTATTAATTTGTAGGCCTCAAATTTTTTTC CCCTGCAAAATATAACGTCACCTCTTTTAAAATAACAAAATACACTGTAT TTCATTGTCAGCTGTTGTATTTTCTGACTATGTTATCCCTATGATTGTTT TGAACGTTATAGGTTGAATTTTCCACAGATTTTTTTAAGCTGTGACCAAC TATTGAATAATAATTCTATAGTTGGAATAAATTGTTAAGTGCCAACTGAT TTGGGCCCTTTTTCTATTTGTTTTAGTTGGGCAAGCTGTGAGACACAATA AATATAACGACGTGATTAACATTAAAGTGGGTATTAAATTGGCAAATCAC ACTTATTTTATATCTGTGAAGGAAGTAGAAATTTGAGTACAAGTGTATAT AATGGGCATTTAAGCGTATATAAAAGCCTTTAAAGGGCTCAATTGGTAAA ACTTATTGCGTAACTTGCACCTTATTCCTTGTATGTGTTTTTATTAGGAG CTATGTACATAGTTGGTAATATTTTAAGATAGATTTCAAAATTGAAAAAT CAATTACTTCATCCTTTACTCTTTATAGATTTTGTTTTTTATTATTTTTG AGTCTCAAATTGATGATAAATTATATATGTATATGATTGATCCTTTAATT GACTGCCAAATCTAGATAAACATGAATAAAACGGGCAATTCTTCTTATCT TTAACAGAATAAATGTTCCAAAAGTATCTTTAAAATCATTCGGTTAATAC ATATTTATCTAAAAATATAATGATTAATTATAAATAAAATAATGACCTTA TTATTATCATTATCATTATTATAGTTCTTCGCGAGGATTTTCGACTCAAC CCCATGGATACCATTGTAGCTGAAGGAGATATTGGGGTCATTAAATGCTG GCCTCCAAAGGGAAATCCCAAACCATCCGTGAAATGGACAAAAAATGGTG ATATACTCGATACAAGTCAGAGTAATGGGCGGATAATTATAACTGAAGTG GGTAATTTGGTTATACAGGAGGTTGTCAAATCAGATGAGGGGCAGMATGC CTGTCAGGCAGAGAATATTGTGGGAATAAGGGAAACGGAGGAAGCTCAAT TGTCCATACAAGGTACTACTATGTTTTTTTTATAACTATTATTATTTTAT GAGCATTGATGTCTGTAAAATCCAAATATCAAGAAACATGGTGACGATGG ATCCGTGTTTTATTGAGAAATCGTTGGCAATCTGAAATGTCAGAAGATGT CACTTTATTTTTTATTTTTTTTGATGGGCGACATTCATTTATTTTTCTCC AATACATTTTTAGACTTCTAGACAATATTATCGTATAATTTATTATTATA AATAACGCAGGGGAGACCAAGAAAATTTGTAGCACTTATTCTTTTTGACT AAATTATCTATATAGAGCTTGTTTGACTTAGATACACAGAAAGTTTATCA CAGCATATTTAAATATGTTTACTATTGTTTGATGATAACAAAAATATACC AGCACGTAGTTTTTTCACAAATTGTATTTCAATATAATTTGTCAAATGTT GCAAATGTCCCCGTACGACCATGCACGGTATTAATATTTTAAAATAACCA AGTTTTCGTTGGAAATTAAGAGAATAATACTATATAATATTCTGTGAAAA ATAAATAACTGAACTTTTTAAAATATTGAATTATTATTCACTTTAAATTT ATTTTAGTAAATGATTAAAATAGAGTGTATTTTTGGCATGTTAAATTTAC AAAAAAGTTACAACTTCTCAAATTTATTCTCCTTGAGTGTTGTTTTAAAT TTAAATGGAATTATATAAACTAATCACAATAGAACTAATCACTTAAATTA TATCAGGTATGGAGGAGAAAAAAATTAAAAACTGACTGCATTATTAGAAA AATATTTACTCCCCAAAATCCTTTTATATCCAATATCTGGAATAAAGTTT GTCAAAAGTATATTTTTTTTATAATAGTCAAGAAATATATAATCCAATAC TTTGTGCCTATTACTTTTTTGATGCTCTAGAAAAATGGTGCTTGGCAATT CTACGGTCTCCCCTACAAATGCCCCTATAGATACGTCATACTAATGTCTG AATAATACTACATACATAGAGAAATATATACATAAATGTATTAGCTTTTG CATTAGTGATCAATCCATTACACAAAAACAATAAAGGTCATTGAAAGGCA TTAAGAATCAGTGGTATGTATTTTAGGAAAGGGATTAGTGGTGATTTATT TTATGAAAACATACTTAAAATATGGTCTATATTTTGACGGTTATGAGGGG GCATGGGGGTCAAAGAACAAAGGTGAAATCATAAATTTGCCAAAAATTAG ATATGCAAATGTAATTTTTCAAAAATGTAAATAACTCATATATTCAAATG ATTACACTTCAAAATACGTAATAATGTATGTACCGAGAATCTTTTAGTCG ATTAGATTACATCTTTATTTGTTTATATTTTTGTAGAATTATCTACATTT TCAGATCATGATACATATATTTAATGCACTTGAATTATACAACGATATAA CTGTACATGTGAATATCCATGTAAATTATAGGAGCAGTTATAATAATGAC TTTATTTTCCGACTTTACATTGTAGATGAGTCTTTTTCTCATCTAATAAT TCCCTCAAGTATCATTATATATTATTTGATATTCCTATATGTGTATAATG TACAATAATAATTGCCTTACTTTTGGATAGTCTTATTATTATCATGTTTG AATGTAAAAATCGTCAAGAAAACAGATGAAAAAAAAGAAGAAAAAGATTA TCATTTGTTATTTTCGTTTTTTTATTCCAGTAGAGCACGGTGTTACATCA CTTAACAGAAAAATTTAGTCGATATAGTTAGCTGTAGATGGNNNNNNCTT AAATTTTCATAATGAAACTTGTGAAGCTGTGAACAGTTTCCAACCGTTAT TGAATAATAAATCTACAATTGTGAAGAATCGCCTTTAACCAACTAATTTT ATGCCTTGTTTTTCTGTTTCTTTTGGAAGAGAGATTGTAAGGTACAATAA AGGTAACGACTTTAGAGCAACATATTTATATACATATGCCGTTGTTTAAT ACAATCTTTAATTTAGCAATTTATTGCTCTGAAGGTTTCCAATATTTTAA ATTTAAAAACTCATTTGTATATACAAAATGTATTAATAATATTAAATCAT CAAAACTTTGAAGGATGATCTGCTTTTTTACGATGATATGGAAAGTTATA TGTTTTTGAAACATTTACCCTTGAACTTTTGTTTGATAAACATTTTTACC AAGATCTTAATATTTAATTTGTAAAAACAATATTGACTGATTAATTGAAT ATATGCTTTTTCAACCCCAAAATATCGATATTGGCCCAAACAAATCCATG TCAGTTGAGCCTTATAACATATTTATCAACCTCACTTCGTCTATATGACA ATTTATATCAATATTATTAGAATAAAACACGATAAAAATGATAAGCCTCA AGTCTTTTTTTAATATTTAATGCGAAAGATTTGGATTGATTACGTATATG TAATTCAAATCAAAGATACCAGCTTATATCAATTGGAAATGCATATTATT AAAATGGTTCCTATCATTTATAGTTTTTACGTTGCAATAATAATATGAAA ACGATGACCCAATATTCTTATTTGGCTAGACAAAAATATGTACCTTTTGT TTGTAAAGAAGTTCATATTAGTTTTATAAAATTGTTGGATAGGTTATTGC CCTTATAAAAATTTTCAAATATAGAAAGTTGGTTGATAAGGTTAAGAACT TATGCATAAGTAATTGTTTAATTTACGCATGTAAATGCAAATTGACCTAA AATGATATTTGAAAACTTTCAAAATTGGATATGAATAAAGATTTTACACC AAGATCCTCATGGTCAGTTTTTCTGCTGTACTCTCAAAGATAAAGGTCAG TGGCATTTCTCATAATTTTTATATTGACTTTCAGGATGTGTGGTAGTTAG CTTTTTCTTTTCCATTTATGGTAAACACTTCCTTGGATCATCTCAGATCC GAATCTAGCATTTATGAAATTTGGTATGCACCGAACAGAGCGGACATATA TTCATATGTCTTTTTGGCAAATGTAGTTGCCAATGTGATACTGCACTTTT TATATTGTTTTTCTCTGCTAATCTCTTATTTTTAATTAGATTTTTGTCAA ACTTTTGATCACAAAAGTGTATTGTTTGTAATTTGATAATACAAAACAGA TATATCAGGAAATTTTTATCTCTTTTTTGAACAATTTAATCGAACATTTG TGTGACTATACTTTTTGACAAGAATTATTATTTAAAGAGAAACAAAATTT CGATTTCAATTTTCCAAATTCTGATAGCAAAAAAAAAAAGGWGACTAGAA ACTTTTTTCTTTTCGACAAATTTGATAACCAATTTGTCTGGGTTAAAGCC ACAACCCCGTACTCACTGTATATATGTAATTTGGATTAGAGATATGAAAA TTGTCTAAATCTTTATGAGTGTAAATAAAAAAAACGTATACATTGACAAC TTTGATAGACGACATTTCTGCTGAAAGAGATTATTATAAAAACTACATAT ACACTAATGCTTATGCATTTTCAAAATAACGATAAATAATTACCAAGAGA ACTATTATCATGTAGTTTAGCAACCTATATTGTTTTTCAAATGTATGCTG ACGAGGATTTTGATAATTTTATCATGTTTAATTATAATTTATAATGTAGT TCAAACTCTGCGTTTATTTAACCCTCTAACATTATAAAGGATTCTAATTT GAAATTTAAGTGATGGTGGTGGCTAGGAAATTTTTGGTGAGGAACGACTT GAAAATGTCTACATAAACACATATAGATGAGATGGTGTATATTTTATACA TTCATCAACGTCAACTCATCTGAAATTTCTTTTTACTAATATAAATGTAT GTGTATATAATGTGATTATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATGTGATT ATTATAAGCCGTATTTTCGCTGTTATTGAATCAATCAAATACTATAGCTC CCTTATTTACATTTATATGTATGTATGTGGCTATATGCATCACTTAAAAA AGATGAGGAAGGGATAAATATAGAAGTTTTCATTTCCTTATTGATCAAGA GCGGCTCAAACTAGTAAATTAAACGTTGATGTGTGTATATTATATATATT TAGTCAGGGGTGCAACTATTGTTATGATGGTCTTTATTTAGGACCTCTCT CTAATCCAGCCCTATCTAGTCCCACATGTTGGTCATTAAAGAAGGTATCT TCGATCTCTTATGACGTCATTCAAGTAGTTTTCCACTTTTTTTGATTAAT ATGTTGTGTAATATAATAAATTATTAACTATATAAAAATATATTAACTTC TTTTAATACTTTTTGTAAGATACGTACAATAGATAAGTTTTATTTTCGAA TTTTGATTATAAGTATTGCGGAAAAGTTGCCATTTGGTAAGAAAATGCAA AATTTTATTTTGTGCAATATCACCTTTAGATTGCACATCTTGTTCAAATT TATGAGAGGAGACAAAAGCTTTTCATTTGGCCAAGAAGGATTAAAATATA GCATTAATCATTATTTTACATTTTTTAATGATGATAAATTATTCAAATCT ATATAATCATTCATAGAGTTTTTTAAAGCTACTGTACAGAGCAAAAAGAG AACATATAAAAAAAAAATAGAACATTACTTTCTAAAAAAAAAATTAAAAA AATGCGTGCTATACGCTATTTATCTAATTTAACAATGTTTTTCTCTTTTT TTCTCTCAATACATAATTTTAGAAAAAAAACGTTTTGTAACTTTTTATTG GTTAGAAAATGTCTATCAAAACTATTGCATGCAAAATAACTCGAAATATC TTTATTGTATATAGATAGACAAAATAAATAGTTTTTGCCTCTTTTCATAA TATGATCGAGATGTGTGACCTAAAGATGACCACGTAGGACGATATATTTA CCATAGGTAGTTTTCATATCCCAAGTGAACTTTTCCACTCTACCCGTAAT CGAAATTCGAAAAAAGTTAAAAATCAAACCGGTTTGATGTACTCTTATTG TATATGAATTATGTATATCTTATTTGGCTTAAAAACCATCGACATATTAG GAAAATTTCCAATGGCCGACATTTCAGGACTGACTCCAAGGATTGCCTGT TATAAATACCAACAGGACTGCTCTTAAGACTAGACTAGACCTAATAAATA AGGACTGGTAAAACACTAGGTGGAATTGGTGTATTGTCTATTATTATCCA GGATCGCAGTTCAGTCCATTCCCACTTATCCGTCTTTAAAAAAAATTAAA ATGGATCCCTTGTGACGCTATTAAAGTATTTTTTTTTCTGTATAATTATT TATTTATATTTGCTCAATGATTTCTGGTTTCCCTGTTTTATCAAACATAA AACAAAATAATTCTCCTCTATTTTTTTCAACAGCTATCACATTAAAAAGG GTTAAAGCTTGATATGTTATGTTTTATACAACAGAGAAACCAAAAACCAT TGAGCACATCTAAAAGATTTAAAAATATTAAAAACAAGCTAATAAGCAGA GTACTAAAAATATATAAGTATAATTTTTGACTCATAGTATCATATATGAG AGCGTACAAAAGAGCCAAAAAGGGAAATTTTGACCAAAAAATACAACTTT TTCTAAACTAAAATAGCATGTACTATTCGGAAAAGGGCTTTAAAGCCCTC AAACTTTGCCAAAGAATATCGAAAAAGTTTTTTTTTTTGTATGGGATGTA AAATAATGACCCAAAAATGGAAAAATCATAAACATATTTTACTAAAAAAA TCTGTAATTATCCTCTTTTTTCCATCATCTGATCTATAACATGAAACTTT TATTTTAAGCCCCTTCTAATAAAATGCAAACTCGTGAATAAAAAGTTTTG ATATAATAATAACAAAAAAAACATATTACATATAAGAGAATGTGTAACAG AGGAAATGCTGAATTAGAATAATAAGAAAACTTTGTCCTCAACTTGATTC CATGGTTGACTGAAACAATACATATGAAATTATAAATAAAAAAACTACAA AAGTTATTTAAAAAAAAAGTTTGATTAACTTATTCGCTTCTTGTTCCTTT TATATTTTTCTACTTCTTTTTGATAATTAACTTCAATATCTAATTAGGTT TGTATTAAAGTTTTGTTTATTTATTTCTACATTTTGAATAATTAAAAATA TATAGTATTTCAAGTGAATCTCTGTAGTATTGCTCACTCCTATTTTTACA TTATTTATAAATATATTATAGTCAGGGCTGCTTCAAGCGACATACACTTG CCCCAAGCCTTGCAGTGGATTAATAAGACTATAAAAATAAGTAAAATATT GATTTTTTTTAAGAAGAAATAAATATTTGCTTTCTGTAAAAATATAATTA ATTGAATGATTGTACATCCCCAATAAAAATCTTTGAATCTATATTTTATC CCCAATACTTTTCAGTATGATNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNAAATAAATTAGTAAAAAAGGCCAATGGAACTTTTT TTGGTTCTATAAATAAAAGGTCAAATGTTTCCTGCATTTTATTTTCAAAA AAGGTCAAAACATTAAAAAAAAAAAAAAAGGCCCTACTTTTTTTTTTGCC CCAAACACTACTCAAGCTAAAACCGACCCTGATTATACTCAAGGGATGTA GAATTCAACATATTATATTAATGTCAACTATTTTTTATGTCCAAAAACAC ATTGAACGATTATACCTTGTTCCTTTGCAGTTAAGCCTTATTTCCTATCA AAACCATTGGATATAACAGCCATTTCTGGGGATGATATTGATATTATCTG TGATGTTAGTGGAGATCCGGATCCTATAGTGATTTGGTCTAGAGATGACG GTCCCCTCCCAGAGAATAAAGTATCCATTGACGCTAATCGACTTCAAATT CGGGATGTCCGTCCAGAAGATGATGGAATATATTTTTGCAAAGCAAAAAA TGATGTTGGATATGTTGAGGCCAGTTTTTCAATTTCGGTTCATGGTAAGT TCATTCTTTAAAGTGAAATGTATTTATTTTTAAAATTATCTATCTTTGTT AGCAAAACCTGCAATTCAAACAAAGCCAAAGGACCAAAGAATCGGAATGA ATGGAATCGCCAAATTTGAATGTTCTGCTGGTGGAAACCCTCCACCCAGT TTGTTTTGGACAAAGGAAGGATCACAGGAATTAATGTTTGCGGGAACAAA GTATGGGCAAAGGAGCGTCTCTGAGGATGGGACTCTTTTTATTCAGGTAA ATATTTAGAACTAATGAAATATAGAGATTAGTTTTTAATCTGCAAACTTT CAGGGAGTACGAAAAGAAGATGAGGGTTTCTACATCTGCTCAGCTCTTAG TGTTGCTGGATCCACTGCAACTAAAGCTTATTTGGAAGTTACTGCTCTAC GGGACACGCCTCCTCCAATAATTATTATGGGAACAGCCAACCAAACCTTA CCTCTCAATACCATTGCGATATTGCCATGTAAAGCCTCTGGAGCACCCAA ACCTACAATTAGCTGGTACAAAAATCAATCTCCAATTTCAATAGATGATT CCTCCAGAATATTGGTAGAATCTTCTGGAACTTTAGTTATCGACAGTAAG ATATCTATTTATTTAATTGTTTAACTCTGTCCTTCAATACTTTTATTTTA TTTAGATTTAATTTCTTCGGATACTGGTCTCTATACTTGCACTGCAAGCT CAGAGAGTGGAGAAACAAGTTGGTCAGCTTCACTGTCTGMCGYAGATCCA AAAAATCCTAATGTCATATTCCATAAGACTCCTGATCCATCCACATTTCC TGATCCTCCAACTCGTCCTAAAATAGTGGATCGTCGCTCAACTTCAATTA CGATATCATGGAGAAGAAGTCCCAACACAGGAGAATCTCCCCTAATGGGC TACACTCTTGAGTATTTTAGTAGTGATTTAGAGACGGGCTGGGTTGTTGC TGCTAATCGAATTACTTCTGAAACCTATACGATTAACAATTTAAAACCAG ATACTTCATACATGTTTCTCGTTCGGGCTGAAAATTCTCATGGAATGAGT CCTCCTACACGAGTTTCTGAGCGTGTTCGTACTCTTCAGTCCTTGAGTGA AAATGATGGTATCAATATTCATGAGGTTTCAAACGCACTCATGAGTAAAG TTGTTCAGCTTACCTCAATAGAAGCAATTAGTTCCACTACAATTCGTGTT TCATGGAGTATACTGCCAGAGTCTATGTCATATGTTGAAGGGTTTTTTGT CCGATATCGGGACATGTCTGGAGGATCTCAAAAGTTTAATATGAAAACGG TAATGCTTGAGACGGATGGMATAGTAAATCATGTAATTACTAATCTTAGA AAATATACTGAGTATGAGGTGTTTTTGATGCCTTTCTACAAGAAAATTGA AGGACAACCTTCCAATTCATTGCATGTTCAAACCATGGAAGATGTGCCTT CAGCTCCTCCTAGTGATCTCCTAATTGAGCCCATGAATAGTACGAGTGCC ATCATTCGATGGTCTCCACCACCTCCTCAACATCGAAATGGGGTTCTGCT TGGATATCAAATCCATGTTAAAGGAAATGGGTCGACTTTTCATTCCAATA TAACGACGCTCAATGCGACTACTACATCATATATTCTTAGTAACTTGACT CTACACCAAAAGTATAGTGTTAGAGCTGTGGCAAGGACAAAGATCGGGCT AGGACCTTTCTCTCAGCCATCATTTTTTGTTATGGACCCTACAAATATAA AGTATGCTATAATTACTCATCCAAATGAAGGAAATATAAATGGAAACATC ATGTCCGAGCCTTGGTTTATCGGACTCCTAACTGCGGTTTTTGTTGCGAT ATCTGGAACTTTTATTGGAATAATAATCTATAGAAAAAAGTTTAACTCAA CAAAATCATTGAGTCAAAATACTGTTGCCTCTCGACATTATGAGGACATT ACAAAAATAGCAATTAACCCAGATGGCTCTCGAGGAACTGTTTGGATAAA TGATGACTGGAAATGTGGAACAAAGTCTACTGGGATATATGATGAAGCAG AAACAAATCAACGATACTTCAGACCTAGTGACAATAACAATACAGATTTG TATGCTGAAGTTGGGGAGCCTAATGGGTTTTCTACTTTTGGAGGGAATCA TAGAATAACTGAACCTAGTCCTTATGCCACTACAACTTTAGCTGTTATGC AAAATAAAGTGAGAAAAATGGTAAGTTTTATAAAACTTTTGTCCCTCTTA ATTATGTATTAATTTTATTTTATATAGAATGGTAATACGTTCATCTCATT ACCTCAGTGTGAACAGCCCAGTAATGCATTAACAAGTAGCTCTAGTGGCG GAGAGMCATCTTCGTATCTACTTAATTCAAGAGATCAACTCATGTTGTCA CCTTCGAACGTGCCCAATTGGTCTGACATTTTACCCCCACCCCCAGAACA GCCCCCTCCTCCACTCTATAACAGGGAATCTCGATCTCCAAGAATGAGTC ATAATAACACAGTATCAAGCTCATCGTCAGCATCAACTACTTCTTCATCA AGAAGAGTAAGTATTTTGTATCTAAGTCGTATATAAGTAATTTTTGAATT GTTTTTATTTTGAAAGCAAATGCAAAATATGTCTGGAAGAAGTGCTAGTT CGTCTCGATCTTCCGCACCTCGTTTTCATCCCCCTTCCTCTAGTCCCGCT ATTGATAAACGATCGATTGTTCAGCAGTTCCAACAGCACAGTAGCCCTTA TGGAACTACAGAAATATATGAAAATCCTTCAGAGTTTTATAGCTCAATTG GTGAGCTTAGAAAGTCTCCTCAGGCAATGAGGCCTCATTTTTTTATGATG GATGGAGCCAAAGGCACAGGTCCTCAACTGATGGTTGGCTATCGTAAGTA GTCTAGTAGCAATTGCACATAGTTTGATAGAACACTTACGAATAATCATA ACTTTGTTTTATTAAGATCAAGATGTCAATGAAAATTCCTCAAATAGAGC TTATGGAGAATCGGGAGGAGGTGGAGAAGAGTCAGGGGAGGAGGATTCTG CTTCTTCGACTCACAGAAATCGGAGCTTTGGTAAAATAGCTCTCTCGTCA TTTAATAGTCCTGCAACTAGTCACAAAACTCCTAGACCTTCGAAAGTATC CTTGAGTCCTGAACCGTTGAAAAAGAGAATCTCAAATCCTTAGTAATCTT TAATATACACCTATTATTATATGTTATAGTTTCTTCCTGCTGTATTCCTC CTTATAAAACTCAACTCATGCATATCCCGTTTTATCATCCATCAGTTTAT ATTATATAAATAATAAATATATAATTTCTGTTGTTTCGTAGTTTTTTTAA ATTATTATTATTTTTTAGATATTTCTAATTTACTCAAAATATATCCATGT AATAATTACCATAGCTATCTCCCCCATCCCCAATTTTACTCATTTTATAC TATACCATTTTGAATGTATGTATGTAAAAGCCTCAGTAAAATTAAATTTA ATGGCTTTTCATCATCCTTACATATTATATACACAAATAATAATTAATTA ATTGATCCTATGAATTATCTACATGAAAACGAC
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