EMLSAG00000003321, EMLSAG00000003321-686087 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000003321
Unique NameEMLSAG00000003321-686087
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:CG42313 species:7227 "Drosophila melanogaster" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 EMBL:AE014134 InterPro:IPR003599 SMART:SM00409 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 OrthoDB:EOG7GQXV3 RefSeq:NP_001014485.3 UniGene:Dm.21880 ProteinModelPortal:Q59DZ1 SMR:Q59DZ1 IntAct:Q59DZ1 EnsemblMetazoa:FBtr0299711 GeneID:3346206 KEGG:dme:Dmel_CG42313 FlyBase:FBgn0259213 OMA:ITEPLDN GenomeRNAi:3346206 NextBio:849208 Bgee:Q59DZ1 Uniprot:Q59DZ1)

HSP 1 Score: 326.25 bits (835), Expect = 2.074e-96
Identity = 216/724 (29.83%), Postives = 340/724 (46.96%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGK-PLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDS--------GIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLT-----------ILVVSLIFSCRKRRLSGSSSSSSSSSSM-STIGKPGN 617
            ++A+ G+S  LPC I   +  D+VY+VLWF+D+   P+YS DVR K    Q  +WS     G R+ F  +  P +L I++    D GIY+CRVD+R S T++ + NLS+I+ PE+P+I D  G Q+ G ++GP + G             P P+V W   G + D+ +E     V  NR+++  + R DLN+ + CQA NT    P  ++  + ++LKP+ VKIL  P+ + A++  EV C++ G  P   +TW+ G + L    ++      ++ L F+P   DDG                          + P V+LRLG  L  ++I+   DVYFEC               +G  L+ N+ A +I S +SLVLQ++ +   G+Y C AIN EG             +P+C+      LIG + +E++ + C + A PP   F W FNNS    ++  +RFS +G  S L +TP  +QDYGTL C   N +G Q  PC FQ+V                           G+DGGLPQ F+LE++  +       G    N ++  E L               F L N+D+           ++L +Y+ N KG S  +++ +  +                T   +  D + T   VI+      G++LT           I VV+ + + R+ R  GS ++++  ++  S + K GN
Sbjct:   57 IDAVEGKSVSLPCPIT--EPLDNVYMVLWFRDNAGIPLYSFDVRDKESREQPRHWSAPEVFGSRAKFHFDSQPATLEIKR---HDQGIYRCRVDFRTSQTQSFRFNLSVIILPEQPIIMDRWGRQLNGTQLGPKQEGDDIVITCRVVGGRPQPQVRWLVNGLLVDNQNEHNSGDVIENRLLWPSVQRNDLNSVFTCQALNTQLDKPKEKSFILDMHLKPLVVKILEPPSSMIADRRYEVSCESSGSRPNAIITWYKGKRQLRRTKDDISKNSTRSELSFVPTTDDDGKSITCRAENPNVNGLYLETMWKLNVVYPPLVTLRLGSTLTPDDIKEGDDVYFECHVQSNPQWRKLLWLHNGIHLEHNTSARVIRSNQSLVLQKITKHYAGNYACSAINDEGETVSNQLPLRVKYTPMCKHADRVILIGASKDETVEVVCEIQADPPPRTFRWKFNNSGETLDVGSERFSVNGSRSILKYTPVTDQDYGTLSCWASNEVGTQQHPCLFQVVLAALPNAVSNCTVFNRTELSVDIQCIPGYDGGLPQIFVLEMFSTR------TGITRFNLSNAEEAL---------------FSLENLDTLTSMMVQENNSLRLRIYSYNQKGRSAAYLLTDFII--------------GSTAYKTDDDVTLTLSPVIV------GSVLTIIIIGVAIAIRIFVVTFVHNLRRNRHHGSKATAAGVTAQPSDVFKGGN 734          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:CG12484 species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=ISS] [GO:0046331 "lateral inhibition" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0046331 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 RefSeq:NP_001097382.2 UniGene:Dm.22096 ProteinModelPortal:A8DYJ6 SMR:A8DYJ6 EnsemblMetazoa:FBtr0112775 GeneID:37310 KEGG:dme:Dmel_CG12484 UCSC:CG12484-RB FlyBase:FBgn0086604 OMA:CNGSIDS OrthoDB:EOG7GQXV3 PhylomeDB:A8DYJ6 GenomeRNAi:37310 NextBio:803062 Bgee:A8DYJ6 Uniprot:A8DYJ6)

HSP 1 Score: 280.796 bits (717), Expect = 6.898e-80
Identity = 190/646 (29.41%), Postives = 291/646 (45.05%), Query Frame = 0
Query:    5 EAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSSD--ETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENY--SGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTA--EESISINCRVDAYPPLVAFTWFFNNSDHHE-ELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTG 554
            E+I+G   +LPC++ P    D V LV+W+K     P+YS+D R    +Q ++WSD +   +R SF       +L I+     D+G Y+CRVD++ SPT+N K+NL++I+PPE  +I D  G  I  + +GP+  G             P PRVTW  G T+Y ++   + +      N +    L R++L+ Q  C+A N N T P+  ++ + +NL+P+ VK+  +   +SA    ++ C  +G  P PT+TWW GS  +    E       +  + L F P I D G                          H P VSL LG N     +R   DV+FEC               +G+IL  N   GI +S +SLVLQ   R+  G YTC   N EG             +PVC+     Q +  ++   E++ + C +DA P    + W FN +     ++   + + D   S  ++TP    DYGTL C   N IG Q EPC + I P                          GF+GGL Q F++E+Y         +G+    + S S+               P FE++ +  G+   +F+ A NSKG S   I+Q   +K  +     +T +K+  G
Sbjct:   61 ESIMGTVGRLPCNVTPPIYEDRVALVIWYKVGLKTPIYSVDTRDSNFAQGTHWSDET-YRERLSFHVEGRAGTLTIKSTTEDDTGEYRCRVDFQKSPTRNSKVNLTVIIPPESVIILDSKGVTIEDHTLGPYNEGSGINITCVAIGGRPQPRVTWLHGNTVYKNASVGQPLSERRVGNTLSLARLERRNLHMQLTCRAENNNLTTPIISSVVLDMNLRPLIVKLQGENRALSAGNSYQLSCVVIGARPAPTITWWKGSTPMKNTHEIATPDGNLTTSVLTFTPTIDDRGKFLSCRAEQSMIPESGMEDGWKLDIYHIPVVSLELGTNSLNSTLREGIDVFFECNIKSNPWIYEVSWRHNGKILTNNPAEGIAVSNQSLVLQNASRARSGIYTCVGSNREGDGESNPVQLDIRFAPVCRPR---QRLSYSSGRHETVKVACEIDANPAEATYVWKFNATQGETVDIPASQVAVDRGRSIAHYTPMTENDYGTLLCWATNEIGDQSEPCVYTIFPAGEPDPLLNCTVLNQTSTGFQIECIEGFNGGLQQDFIMEVYM--------NGTTRHPKISKSKR--------------PYFEVSGLVPGMGYNVFLIANNSKGRSNATILQVYTLKDPEKQTVKITFTKSFQG 680          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:side "sidestep" species:7227 "Drosophila melanogaster" [GO:0008045 "motor neuron axon guidance" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0008045 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 FlyBase:FBgn0016061 EMBL:AF358267 ProteinModelPortal:Q967X6 SMR:Q967X6 STRING:7227.FBpp0084538 PRIDE:Q967X6 InParanoid:Q967X6 Bgee:Q967X6 Uniprot:Q967X6)

HSP 1 Score: 259.996 bits (663), Expect = 2.583e-73
Identity = 200/641 (31.20%), Postives = 288/641 (44.93%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYP--NSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQIL--------GYEV---GPHEIGVPAPRVTWWKGGT-IYDSSDETIRPG--VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSL---------DAYD-------------EEN-------------YSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRT---NHDVYFECDGEILKQNSDA-----GIIMSTRS---LVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPP-LVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-----------------------TGFDGGLPQTFMLE------LYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTN--------QFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQE 533
            V A LG++ +LPCD+ P  S D V L+LWFKD    P+YSLD RG  +  A + + +S LGQR  F     P  + L I  +   D G+Y+CRVD+ NSPT+N + NL+++VPPEEP I D  G +I         GYE+        G P P+VTWW+  T +  +S  ++  G  V VN+++    +R     +  C+A  T    PV + + V + LKPV VKI      ++A + + + C++ G YP   +TW L  + +         D  D              EN             +SG A    R    I+   + P VS+ L  N +   + T     +V F+C  +     +       G+ MS  S   + L Q++R + G Y+C A N+EG             SP C+S      IG  +  SI + C VDA PP  V F+W +NN+ +   +   R  S+GL ST+ + P  + +  TL C   N +G Q  PC   I+P                        G DGGL Q FMLE      LY          G    +EA G  +     L  Q T+          PQF L N++ G   +  VYA N+KG SEP ++ E
Sbjct:  100 VWAALGKTVELPCDLTPPTSQDSVKLLLWFKDTTGIPLYSLDSRGGNVKLAPHAAIASDLGQRLFFSIGDNPKDSRLQINDVKPEDGGVYRCRVDFFNSPTRNFRHNLTLVVPPEEPRIFDAQGKEISQMAGPFREGYELFLCCQVRGGRPPPKVTWWRDDTELIGTSHTSVEEGATVMVNQLLIGTTTRDFYGIRIECRAQGTRLVDPVRKDVTVQVYLKPVRVKIATPNELLTAGQPMPIRCESWGSYPAAKITWLLDGEPIRNAEVTVHSDKEDGNITTSILTLKVTSENDNAELTCRATNPWFSGGAIEDKR----IIRVAYPPTVSVHLA-NEDPSRLVTRAEGQNVTFKCRADARPPVTSYSWFKNGMRMSGESTEIMHLTQLERESAGAYSCGATNTEGETRSSSLTLKVQFSPRCKSGTEQTSIGAVSLHSILVKCEVDADPPDSVRFSWTYNNTRNVSPVLNSRIQSNGLASTVTYLPQTDSELITLACWASNAVGRQTTPCLVHILPANTPEAPKACELRNDTVLEVVCVAGSDGGLSQYFMLEVVGGDPLYSGDPGGSAGQGRGQFSEAIGLGDNEISTLNDQATSAPIFRMQENSPQFRLNNLEPGREYQFLVYAVNAKGRSEPPVVIE 735          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:kirrel3l "kin of IRRE like 3 like" species:7955 "Danio rerio" [GO:0039022 "pronephric duct development" evidence=IMP] [GO:0032836 "glomerular basement membrane development" evidence=IMP] [GO:0072015 "glomerular visceral epithelial cell development" evidence=IMP] [GO:0016020 "membrane" evidence=IEA] [GO:0007520 "myoblast fusion" evidence=IMP] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0007420 "brain development" evidence=IMP] [GO:0039021 "pronephric glomerulus development" evidence=IMP] InterPro:IPR007110 PROSITE:PS50835 ZFIN:ZDB-GENE-070831-1 GO:GO:0005886 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007520 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0032836 GO:GO:0039022 GO:GO:0039021 GeneTree:ENSGT00550000074545 HOVERGEN:HBG052260 TreeFam:TF327139 HOGENOM:HOG000020211 OMA:NCTAWNR EMBL:CU638818 UniGene:Dr.75543 STRING:7955.ENSDARP00000045398 Ensembl:ENSDART00000045399 Uniprot:B0CM22)

HSP 1 Score: 66.6254 bits (161), Expect = 5.458e-10
Identity = 108/488 (22.13%), Postives = 184/488 (37.70%), Query Frame = 0
Query:    7 ILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------GVPAPRVTWWKGGTIYDSS--------DETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLK-PVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYF------ECDGEILKQNSDAG----------------------IIMSTRSLVLQQVDRSAVGDYTCRAI-----------NSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNN----SDHHEELEQDRFSSD-GLISTLNFTPTNNQDYGTLF-CQGENTIG 434
            + G+S  LPC I+         +V W KD        L + G+       W   S +G   S +     +SL+I+   LGD  IY+C+     +  ++ +  L+++VPP +P++  G   ++  +   PH +        PA  +TW++ G I  ++        D      V +  M+ +D    D    Y C+    N   P  R   V++N++ P SV +  +P  +    ++  IC A      P +T +  SK      E N   +  T      +   D     VS  +  ++ + N+ T  DV F      E   +I+    DA                       ++ ++ +L L+ V +   G YTC+AI                  P+  +E   Q I         + C V + PP     W F +    S           +SD G++S+L  + T  QD+   + C   N  G
Sbjct:   44 VAGQSVTLPCVIVGYRG-----MVQWTKD-------GLALGGE--RDLPGWVRYSLMGDPLSGE-----HSLVIDSAELGDDAIYECQAT--QAGLRSHRAKLTVLVPPSDPIVEGGPVVRLKAHT--PHNLTCRASGAKPAAEITWYRDGEIMQNAIYSKSLMEDGKRETAVSMLPMVPED---SDSGRTYTCRV--LNPAAPAGRQTSVTINVQHPPSVTLSVQPQTVMEGAKVLFICSASAN---PEITGYRWSKGGVPISEANGDSLEVTADH---SYFTD----PVSCEVSNSVGSTNVSTLVDVQFGPRLLTEPKPQIVDIGMDAAFTCSWTGNPPLTLAWTKQGSNVVLSNSNTLQLKAVTQDDTGTYTCKAIVPRIGVAERDVTLTVNGPPIITAEATQQAI---KHSKGKLECLVGSSPPPDKIVWTFGDMMLSSGSSGRFSVQTVNSDQGVLSSLILSETLAQDFQLRYNCTAWNRFG 490          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:Hmcn1 "Protein Hmcn1" species:10116 "Rattus norvegicus" [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR007110 InterPro:IPR018097 Pfam:PF07645 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50835 SMART:SM00179 InterPro:IPR000152 RGD:1564772 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0005509 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 PROSITE:PS00010 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR002035 SMART:SM00327 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 InterPro:IPR009030 SUPFAM:SSF57184 Gene3D:2.40.155.10 InterPro:IPR023413 InterPro:IPR009017 SUPFAM:SSF54511 OMA:VFHLDKK OrthoDB:EOG7SXW2B InterPro:IPR006605 Pfam:PF07474 PROSITE:PS50993 GeneTree:ENSGT00730000110638 EMBL:AABR06075391 EMBL:AABR06075392 EMBL:AABR06075393 EMBL:AABR06075394 EMBL:AABR06075395 EMBL:AABR06075396 EMBL:AABR06075397 EMBL:AABR06075398 EMBL:AABR06075399 EMBL:AABR06075400 EMBL:AABR06075401 EMBL:AABR06075402 EMBL:AABR06075403 EMBL:AABR06075404 ProteinModelPortal:F1M4Q3 Ensembl:ENSRNOT00000030971 NextBio:35581302 Uniprot:F1M4Q3)

HSP 1 Score: 64.6994 bits (156), Expect = 2.482e-9
Identity = 105/468 (22.44%), Postives = 179/468 (38.25%), Query Frame = 0
Query:   46 VRGKPLSQASYWSDSSSL--GQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVK-LNLSIIVPPEEPVIRDGDG--------NQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDL--NTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTF--ISAEKEIEVICQALGGYPPPTLTWW---------------LGSKSLD-----AYDEENYSGVAKT-----RLRF-----IPNILDDGHAPRVSLRLGQNLNAENIRTNHD----VYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIG--HQIEPCTFQIVPTGFDGG 452
            VRG P     ++ D   L  G  +   S+   N L +      D G Y+C V   N+  K  K + L++ VPP    I+ G+         N ++  E      G+P P +TW+K G +  SS + +    Y+++  +  + R  +  +  Y C ASN   T    ++  V + + P+    L  P+   +   + + + C+A+G  PPP LTW                 G K L+       D   Y  VA +      +++     +P  ++ G      + L  NL   + + +      + +   G+++ +     I++S R LV+ Q   S  G Y C A N  G             P  +S  + +   V   + +S+ C  +  P   + TW  ++   +      R  S G +  L       +D G   C   N  G  HQ         P+  DGG
Sbjct: 1476 VRGTPFPAIHWFKDGKPLFLGDPNIELSDRGQN-LHLRNARRSDKGRYQCSVS--NAAGKQAKDIKLTLYVPPS---IKGGNVTTEISALLNSVVKLEC--ETRGLPVPAITWYKDGQVVTSSSQAL----YIDKGQFLHIPRAQVSDSATYTCHASNVAGT--AEKSFHVDIYVPPIIEGDLTTPSSKQVVVGQSLVLECKAVGN-PPPVLTWLKDGVPVKASDNIHIEAGGKKLEILSALEVDRGQYICVATSVAGEREIKYEVDVLVPPAVEGGDETSYFIVLANNLLELDCQVSGSPPPTIMWLKGGQLIDERDGFKILLSGRKLVIAQAQVSDTGLYQCVATNVAGDRRKEFEVTVHVPPTIKSSDLPEKT-VVRYKPVSLQCIANGIPN-PSITWLKDDQPVNTAPGNLRIQSSGRV--LQIAKALLEDAGRYTCVATNAAGEAHQHTQLHVHEPPSLDDGG 1924          

HSP 2 Score: 56.9954 bits (136), Expect = 5.914e-7
Identity = 98/424 (23.11%), Postives = 155/424 (36.56%), Query Frame = 0
Query:   43 SLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKL-NLSIIVPPE---EPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQ------YVCQASNT--NRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA-----------------YDEEN---YSGVAKTRLR----------FIPNILDDGHAPRVSLRLGQNLNAE--NIRTNHDVYFEC--------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS----------PVCQ-----SEMVD-----QLIGVTAEESISINCRVDAYPPLVAFTWF 388
            + +  G PL   ++  D   +   SS K       L + +    D+G Y C V  RN+  ++ K+  LS++VPP    +  + D    +     +     G P P++TW K G +    +        V+ M+      Q  N Q      Y C ASN   +++   S  + VS  +  V      +   +       ++C+A   YPP T+TW+     L++                   E+N   YS VA               +IP I+  G        LG  L+ +   IR N  +  EC              DG+ LK +    I  +  +L +++   S  G YTC A N  G D           P  Q       M+D     +   V     IS++C  +A PP    TW+
Sbjct: 2406 TCEASGIPLPSITWLKDGWPVSLGSSVKILSGGRMLRLMQTRPEDAGQYTCIV--RNAAGEDRKMFGLSVLVPPHIVGDNTLEDIKIKEKQSVTLTCEVRGNPVPQITWHKDGQLLQEDE--------VHHMMSGGRFLQITNAQVSHTGRYTCLASNIAGDKSKSFSLNVFVSPTIAGVDSDGSPEDVIVILNSPTSLVCEAYS-YPPATITWFKDGAPLESSRNLRILPGGRTLQILNAQEDNAGRYSCVATNEAGEMIKHYEVKVYIPPIIKKGDL------LGTGLSPKEVKIRVNSSLTLECEAYAIPSASLRWYKDGQPLKSDHHVNIAENGHTLQIKEAQISDTGRYTCVASNLAGEDELDFDVNIQVPPSFQKLWEIGNMLDTGRSGEAKDVIINNPISLHCETNAAPP-PTLTWY 2811          

HSP 3 Score: 49.2914 bits (116), Expect = 1.534e-4
Identity = 55/196 (28.06%), Postives = 84/196 (42.86%), Query Frame = 0
Query:   68 SFKSNIYP---------NSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGD----------GNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTW 244
            +F +NI P         + L+IEK++  DSG Y C  +      K +       V  +EP +  GD          GN IL  EV     G PAP + W + G   + S   IR     +  IY  ++    +  Y C A+N      V R++ ++L   P+ + +    T + A   + + CQA  G P PT+TW
Sbjct: 4293 TFNNNIIPAHFDSVNGHSELVIEKVSKEDSGTYVCTAENSVGFVKAIGF-----VYVKEPPVFKGDYPSNWIEPLGGNAILNCEVK----GDPAPTIQWSRKGADVEISHR-IRQLGNGSLAIYGTVNEDAGD--YTCVAANEAGV--VERSMSLTLQSSPM-ITLEPVETIVDAGGRVTLDCQA-AGEPQPTITW 4472          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:Hmcn1 "hemicentin 1" species:10116 "Rattus norvegicus" [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR007110 InterPro:IPR018097 Pfam:PF07645 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50835 SMART:SM00179 InterPro:IPR000152 RGD:1564772 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0005509 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 PROSITE:PS00010 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR002035 SMART:SM00327 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 InterPro:IPR009030 SUPFAM:SSF57184 Gene3D:2.40.155.10 InterPro:IPR023413 InterPro:IPR009017 SUPFAM:SSF54511 OMA:VFHLDKK OrthoDB:EOG7SXW2B InterPro:IPR006605 Pfam:PF07474 PROSITE:PS50993 GeneTree:ENSGT00730000110638 EMBL:AABR06075391 EMBL:AABR06075392 EMBL:AABR06075393 EMBL:AABR06075394 EMBL:AABR06075395 EMBL:AABR06075396 EMBL:AABR06075397 EMBL:AABR06075398 EMBL:AABR06075399 EMBL:AABR06075400 EMBL:AABR06075401 EMBL:AABR06075402 EMBL:AABR06075403 EMBL:AABR06075404 ProteinModelPortal:F1M4Q3 Ensembl:ENSRNOT00000030971 NextBio:35581302 Uniprot:F1M4Q3)

HSP 1 Score: 64.6994 bits (156), Expect = 2.482e-9
Identity = 105/468 (22.44%), Postives = 179/468 (38.25%), Query Frame = 0
Query:   46 VRGKPLSQASYWSDSSSL--GQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVK-LNLSIIVPPEEPVIRDGDG--------NQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDL--NTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTF--ISAEKEIEVICQALGGYPPPTLTWW---------------LGSKSLD-----AYDEENYSGVAKT-----RLRF-----IPNILDDGHAPRVSLRLGQNLNAENIRTNHD----VYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIG--HQIEPCTFQIVPTGFDGG 452
            VRG P     ++ D   L  G  +   S+   N L +      D G Y+C V   N+  K  K + L++ VPP    I+ G+         N ++  E      G+P P +TW+K G +  SS + +    Y+++  +  + R  +  +  Y C ASN   T    ++  V + + P+    L  P+   +   + + + C+A+G  PPP LTW                 G K L+       D   Y  VA +      +++     +P  ++ G      + L  NL   + + +      + +   G+++ +     I++S R LV+ Q   S  G Y C A N  G             P  +S  + +   V   + +S+ C  +  P   + TW  ++   +      R  S G +  L       +D G   C   N  G  HQ         P+  DGG
Sbjct: 1476 VRGTPFPAIHWFKDGKPLFLGDPNIELSDRGQN-LHLRNARRSDKGRYQCSVS--NAAGKQAKDIKLTLYVPPS---IKGGNVTTEISALLNSVVKLEC--ETRGLPVPAITWYKDGQVVTSSSQAL----YIDKGQFLHIPRAQVSDSATYTCHASNVAGT--AEKSFHVDIYVPPIIEGDLTTPSSKQVVVGQSLVLECKAVGN-PPPVLTWLKDGVPVKASDNIHIEAGGKKLEILSALEVDRGQYICVATSVAGEREIKYEVDVLVPPAVEGGDETSYFIVLANNLLELDCQVSGSPPPTIMWLKGGQLIDERDGFKILLSGRKLVIAQAQVSDTGLYQCVATNVAGDRRKEFEVTVHVPPTIKSSDLPEKT-VVRYKPVSLQCIANGIPN-PSITWLKDDQPVNTAPGNLRIQSSGRV--LQIAKALLEDAGRYTCVATNAAGEAHQHTQLHVHEPPSLDDGG 1924          

HSP 2 Score: 56.9954 bits (136), Expect = 5.914e-7
Identity = 98/424 (23.11%), Postives = 155/424 (36.56%), Query Frame = 0
Query:   43 SLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKL-NLSIIVPPE---EPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQ------YVCQASNT--NRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA-----------------YDEEN---YSGVAKTRLR----------FIPNILDDGHAPRVSLRLGQNLNAE--NIRTNHDVYFEC--------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS----------PVCQ-----SEMVD-----QLIGVTAEESISINCRVDAYPPLVAFTWF 388
            + +  G PL   ++  D   +   SS K       L + +    D+G Y C V  RN+  ++ K+  LS++VPP    +  + D    +     +     G P P++TW K G +    +        V+ M+      Q  N Q      Y C ASN   +++   S  + VS  +  V      +   +       ++C+A   YPP T+TW+     L++                   E+N   YS VA               +IP I+  G        LG  L+ +   IR N  +  EC              DG+ LK +    I  +  +L +++   S  G YTC A N  G D           P  Q       M+D     +   V     IS++C  +A PP    TW+
Sbjct: 2406 TCEASGIPLPSITWLKDGWPVSLGSSVKILSGGRMLRLMQTRPEDAGQYTCIV--RNAAGEDRKMFGLSVLVPPHIVGDNTLEDIKIKEKQSVTLTCEVRGNPVPQITWHKDGQLLQEDE--------VHHMMSGGRFLQITNAQVSHTGRYTCLASNIAGDKSKSFSLNVFVSPTIAGVDSDGSPEDVIVILNSPTSLVCEAYS-YPPATITWFKDGAPLESSRNLRILPGGRTLQILNAQEDNAGRYSCVATNEAGEMIKHYEVKVYIPPIIKKGDL------LGTGLSPKEVKIRVNSSLTLECEAYAIPSASLRWYKDGQPLKSDHHVNIAENGHTLQIKEAQISDTGRYTCVASNLAGEDELDFDVNIQVPPSFQKLWEIGNMLDTGRSGEAKDVIINNPISLHCETNAAPP-PTLTWY 2811          

HSP 3 Score: 49.2914 bits (116), Expect = 1.534e-4
Identity = 55/196 (28.06%), Postives = 84/196 (42.86%), Query Frame = 0
Query:   68 SFKSNIYP---------NSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGD----------GNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTW 244
            +F +NI P         + L+IEK++  DSG Y C  +      K +       V  +EP +  GD          GN IL  EV     G PAP + W + G   + S   IR     +  IY  ++    +  Y C A+N      V R++ ++L   P+ + +    T + A   + + CQA  G P PT+TW
Sbjct: 4293 TFNNNIIPAHFDSVNGHSELVIEKVSKEDSGTYVCTAENSVGFVKAIGF-----VYVKEPPVFKGDYPSNWIEPLGGNAILNCEVK----GDPAPTIQWSRKGADVEISHR-IRQLGNGSLAIYGTVNEDAGD--YTCVAANEAGV--VERSMSLTLQSSPM-ITLEPVETIVDAGGRVTLDCQA-AGEPQPTITW 4472          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:HMCN1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005604 "basement membrane" evidence=IEA] [GO:0005938 "cell cortex" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR007110 InterPro:IPR018097 Pfam:PF07645 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50835 SMART:SM00179 SMART:SM00181 InterPro:IPR000152 GO:GO:0005938 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0005509 GO:GO:0030054 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013032 PROSITE:PS01186 PROSITE:PS00010 GO:GO:0005604 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR002035 SMART:SM00327 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 InterPro:IPR009030 SUPFAM:SSF57184 InterPro:IPR026823 Pfam:PF12662 Gene3D:2.40.155.10 InterPro:IPR023413 GeneTree:ENSGT00740000114996 InterPro:IPR009017 SUPFAM:SSF54511 CTD:83872 KO:K17341 OMA:VFHLDKK OrthoDB:EOG7SXW2B InterPro:IPR006605 Pfam:PF07474 PROSITE:PS50993 EMBL:AAEX03005164 EMBL:AAEX03005163 RefSeq:XP_547438.2 Ensembl:ENSCAFT00000021686 GeneID:490318 KEGG:cfa:490318 Uniprot:F1PXF9)

HSP 1 Score: 64.6994 bits (156), Expect = 3.136e-9
Identity = 99/419 (23.63%), Postives = 160/419 (38.19%), Query Frame = 0
Query:   43 SLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKL-NLSIIVPPE---EPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSD-ETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNT--NRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWL---------------GSKSLDAYD--EEN---YSGVAKTRLR----------FIPNILDDGHAPRVSLRLGQNLNAE--NIRTNHDVYFEC--------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS----------PVCQ-----SEMVD-----QLIGVTAEESISINCRVDAYPPLVAFTWF 388
            + +  G PL   ++  D   +   SS +      +L + +  L D+G Y C V  RN+  +  K+  LS++VPP    E  + D    +     +     G P P +TW K G +    D   I  G +  ++    +S      +Y C ASNT  +++   S  + VS  +  V      +   +       ++C+A   YPP T+TW+                G ++L   +  E+N   YS +A               +IP I++ G        LG  L+ +   I+ N+ +  EC              DG+ LK +    I  S  +L +++   S  G YTC A N  G D           P  Q       M+D     +   V     IS+ C  +A PP    TW+
Sbjct: 2409 TCEASGIPLPSITWLKDGWPVSLSSSVRILSGGRTLRLMQTRLEDAGQYTCVV--RNAAGEERKIFGLSVLVPPRIVGENTLEDVKVKEKQSVTLTCEVTGNPVPEITWHKDGQLLQEDDTHHIMSGGHFLKITNAQVSHTG---RYACLASNTAGDKSKSFSLNVLVSPTIAGVDSDSGPEDVTVILNSPTSLVCEAY-SYPPATITWFKDGTPLESNRNIRILPGGRTLQILNAQEDNAGRYSCIATNEAGEMIKHYEVKVYIPPIINKGDL------LGPGLSPKEVKIKVNNTLTLECEAYAIPSASLSWYKDGQPLKSDDHVNIAASGHTLQIKEAQISDTGRYTCVASNIAGEDELDFDVNIQVPPSFQKLWEIGNMLDTGRSGEAKDVIINNPISLYCETNAAPP-PTLTWY 2814          

HSP 2 Score: 56.9954 bits (136), Expect = 6.915e-7
Identity = 104/464 (22.41%), Postives = 177/464 (38.15%), Query Frame = 0
Query:   57 WSDSSSLGQRSSFKSNIYPN-SLIIEKINLGDSGIYKC-RVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPH------EIGVPAPRVTWWKGGTIY--------DSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFIS-----AEKEIEVICQALGGYPPPTLTW-WLGSK--------------------SLDAYDEENYSGVA-----------KTRLRFIPNILDDGHAPRVSLRLGQNLN----AENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMV--DQLIGVTAEESISI--------NCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQI-VPTGFDGG 452
            W+  + L    S +    P+ S+ I +  + DSG+Y C   +   + T++VKLN+   VPP     +   G +++  +VG          G+P P +TW+KGG+           +SD T+     +++ +  D         Y C A+N   +     T+ V    +P +++ L  P         A + I   C A  G P PT+ W W G +                    S+  YD   Y  VA             ++   P I D  H   VS+ + Q  N     E   +   ++++ D ++  ++S   I+ + + L L +V    VG Y+C+A+N  GT       +++    +IG  +   +S+         C+V    P  A  WF +      E         G +  L+       D G   C   N  G Q +     + +P    GG
Sbjct: 1115 WAKETQLISPFSPRHTFLPSGSMKIIETRISDSGMYLCVATNIAGNVTQSVKLNVH--VPP-----KIQRGPKLMKVQVGQRVDIPCTAQGMPLPVITWFKGGSAMLVDGVQHISNSDGTLS----IDQAMLSDAGI------YTCVATNIAGSDETEITLHVQ---EPPTLEDLEPPYNTPFQERVANQRIAFPCPA-KGTPKPTIKWIWNGRELTGREPGISILEDGTLLVIASVTPYDNGEYICVAVNEAGTTEKKYNLKVHVPPVIKDKEHITNVSVLINQLTNLFCEVEGTPSPIIMWYKDDVQV-SESSTIQIVNNGKILKLFKVTPEDVGRYSCKAVNIAGTSQKYFNIDVLVPPTIIGANSPNEVSVVLNHDTTLECQVKGT-PFPAIHWFKDGKPLFLEDPNIELLDKGQV--LHLKNARRSDKGRYQCAVSNAAGKQTKDIRLTVYIPPSIKGG 1553          

HSP 3 Score: 55.0694 bits (131), Expect = 2.879e-6
Identity = 86/389 (22.11%), Postives = 154/389 (39.59%), Query Frame = 0
Query:   14 LPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINL--------GDSGIYKCRVDYRNSPTKNVK-LNLSIIVPPEEPVIRDGDG--------NQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDL--NTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKP--TFISAEKEIEVICQALGGYPPPTLTWWL---------------GSKSLDAY-----DEENYSGVAKT-----RLRF-----IPNILDDGHAPRVSLRLGQNLNAENIRTNHD----VYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEG 347
            +P  I+  +S ++V +VL     N        V+G P     ++ D   L     F  +  PN  +++K  +         D G Y+C V   N+  K  K + L++ +PP    I+ G+         N I+  E      G+P P VTW+K G    SS + +    YV++  +  + R  +  +  Y C+ +N   T    ++ +V + + P+    L  P    +     + + C+A G  PPP LTW                 G K L+       D   Y  VA +      +++     +P  ++ G      + +  NL   + +        + +  DG+++ +     ++++ R LV+ Q   S  G Y C A N  G
Sbjct: 1452 VPPTIIGANSPNEVSVVL-----NHDTTLECQVKGTPFPAIHWFKDGKPL-----FLED--PNIELLDKGQVLHLKNARRSDKGRYQCAVS--NAAGKQTKDIRLTVYIPPS---IKGGNVTTEISALINSIIKLEC--ETRGLPMPAVTWYKDGQPVISSSQAL----YVDKGQFLHIPRAQVSDSATYSCRVTNVAGT--AEKSFQVDVYVPPMIEGDLGAPLNKQVVIAHSLTLECKATGN-PPPVLTWLKDGIPVKASDNIRTEGGGKKLEIMSALEADRGQYVCVATSVAGEKEIKYKVDVLVPPAIEGGDETSYFIVMVNNLLELDCQVTGSPTPTIMWLKDGQLIDERDGFKVLLNGRKLVIAQAQVSDTGLYRCVATNIAG 1814          

HSP 4 Score: 48.521 bits (114), Expect = 2.412e-4
Identity = 83/353 (23.51%), Postives = 132/353 (37.39%), Query Frame = 0
Query:   48 GKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLG--DSGIYKCRVDYRNSPTKNVKLNLSIIVPP-----EEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNT-QYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAE----------KEIEVICQALGGYPPPTLTW--------------------WLGSKSLDAYDEENYSGVA-----KTRLRFI------PNILDDGHAPRVSLRLGQNLN--AENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD 349
            G P  + S+  D   LG  +     I    ++++ +N    DSG Y C +    +   N    L ++ PP     EEPV      N  L  E+     G+P P++TW K G     +D+    G      + +  S Q  +T +Y C AS+T              + K   V++ A P     +          +++ + C++    PPP +TW                    +L   + D  D  NY+ VA     KT   FI      PNI     +  + L +   L   AE +     + +  DG +L  +     I+    L +Q    +  G Y C A N+ GTD
Sbjct: 3463 GTPTPRMSWLKDGQPLGLNTRL--TISTQGMVLQLLNAETEDSGRYIC-IASNEAGEVNKHFILKVLEPPHINGSEEPVEISVIVNNPL--ELTCLASGIPTPKITWMKDGRPLPQTDQIQTLG---GGEVLRLSSAQVEDTGRYTCLASST-----------AGDDDKEYLVRVHAPPNIAGMDESQDFTVLRNRQVTLECKS-DAVPPPVITWLKNGERLQATPRVRILSGGRYLQVNNADLNDTANYTCVASNIAGKTTREFILTVNVPPNIKSGPQSVVIHLNMSAVLECLAEGVPAPR-ITWRKDGAVLSASHARYSILENGFLHIQSAHVTDTGRYLCMATNAAGTD 3794          

HSP 5 Score: 48.521 bits (114), Expect = 2.560e-4
Identity = 56/196 (28.57%), Postives = 86/196 (43.88%), Query Frame = 0
Query:   68 SFKSNIYP---------NSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGD----------GNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTW 244
            +F +NI P         + L+IE+++  DSG Y C  +      K +       V  +EP +  GD          GN IL  EV     G PAP + W + G   +  +  IR  V  +  IY  ++       Y C A  TN    V R++ ++L   P+ + +    T I+A  ++ + CQA  G P PT+TW
Sbjct: 4296 TFNNNIIPAHFDSVNGHSELVIERVSKEDSGTYVCTAENSVGFVKAIGF-----VYVKEPPVFKGDYPSNWIEPLGGNAILNCEVK----GDPAPTIQWSRKGMDIE-INHRIRQLVNGSLAIYGTVNEDA--GDYTCVA--TNDAGVVERSMSLTLQSPPI-ITLEPVETVINAGGKVILNCQAT-GEPYPTITW 4475          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:hmcn1 "hemicentin 1" species:7955 "Danio rerio" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0033333 "fin development" evidence=IMP] [GO:0071711 "basement membrane organization" evidence=IMP] [GO:0033334 "fin morphogenesis" evidence=IMP] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR007110 InterPro:IPR018097 Pfam:PF07645 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50835 SMART:SM00179 SMART:SM00181 InterPro:IPR000152 ZFIN:ZDB-GENE-041014-322 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0005509 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013032 PROSITE:PS01186 PROSITE:PS00010 InterPro:IPR013098 Pfam:PF07679 Gene3D:3.40.50.410 InterPro:IPR002035 SMART:SM00327 GO:GO:0071711 InterPro:IPR000884 Pfam:PF00090 SMART:SM00209 SUPFAM:SSF82895 PROSITE:PS50092 InterPro:IPR009030 SUPFAM:SSF57184 InterPro:IPR026823 Pfam:PF12662 Gene3D:2.40.155.10 InterPro:IPR023413 GeneTree:ENSGT00740000114996 InterPro:IPR009017 SUPFAM:SSF54511 CTD:83872 KO:K17341 OMA:VFHLDKK InterPro:IPR006605 Pfam:PF07474 PROSITE:PS50993 EMBL:BX957305 GO:GO:0033334 EMBL:BX248238 RefSeq:XP_005160778.1 UniGene:Dr.89784 Ensembl:ENSDART00000020389 GeneID:559150 KEGG:dre:559150 Bgee:F1QVQ2 Uniprot:F1QVQ2)

HSP 1 Score: 63.929 bits (154), Expect = 5.403e-9
Identity = 109/479 (22.76%), Postives = 172/479 (35.91%), Query Frame = 0
Query:   22 DSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINL--GDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG-----DGNQILG--YEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDE----------------------------ENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFEC--------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGD---YTCRAINSEGTDS----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQ 436
            D   D+ +VL     N   +   +  G P    ++  D S +  R S +  +      IE +N    D+G Y C V    +  K +K ++S++VPP    + DG     D   IL    E+  +  G P P +TW K G +     E +R      R++   +SR  ++   +     TN      R  KVS+++ P           +     I + C  + G PPP+ TW    + +D   E                             N +G A+  +R         H P      G+ LN E I     +  +C              DG  L   S AG+ + +R  VL ++DR+ V D   Y C AIN  G+            P   S+    ++ V   + + + C      P+ + TW    S      +  +  S G +  L+F      D G   C   N  G Q
Sbjct: 1639 DGPTDMKVVL-----NKSLILECEAEGHPPPSLTWLKDGSPVAVRESLR--VLDQGRKIEILNALQSDAGRYVC-VATSVAGEKEIKYDVSVLVPP----VVDGASDTTDATVILNNILELECYATGRPTPTITWLKDG-VPVKHGEGVRITSNGRRLV---ISRAQVSDTALFHCVATNEAGEQEREFKVSVHVPPAIRSTGPAERSVVLHTSISLQC-VVSGIPPPSTTWLKDGRPVDTTQEFLKLESAGRVLHIKKARLEDAGKYTCVATNAAGEAQQHIRL------SVHEPPSIQYAGEMLN-ETILAGFQIQLKCKATGSPLPAVTWYKDGRPL--TSAAGVNILSRGHVL-EIDRAQVSDAGFYKCVAINVAGSTELTYSLQVYVPPTISSK--GGMVTVVVNDPVRLECEASGV-PVPSLTWLKEGSPVSSFSDGIQVLSGGRV--LSFISAQVSDAGHYTCVAVNAGGEQ 2085          

HSP 2 Score: 56.9954 bits (136), Expect = 6.191e-7
Identity = 104/416 (25.00%), Postives = 159/416 (38.22%), Query Frame = 0
Query:   78 LIIEKINLGDSGIYKCRVDYRNSPTKNVK-LNLSIIVPPEEPVIRDGD---------GNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLN--TQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISA--EKEIEVICQALGGYPPPTLTWWL-GS-----KSLDAYDE--------------ENYSGVAKT-----RLRF-----IPNILDDGH-APRVSLRLGQNLNAENIRTNH---DVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIG 434
            L I+   LGD   Y+C     N+  K  K  NLSI VPP    I+ G+         GN + L  EV     GVP P VTW+K G +  SS    R   YV+R  +  + R  ++   QY C+ ++   T    + +++ + + P        PT +     K + + C+A  G+PPP+LTW   GS     +SL   D+                Y  VA +      +++     +P ++D        ++ L   L  E   T      + +  DG  +K      I  + R LV+ +   S    + C A N  G             P  +S    +   V    SIS+ C V   PP  + TW  +        E  +  S G +  L+      +D G   C   N  G
Sbjct: 1503 LKIKSARLGDQARYQCSAT--NAAGKQSKDFNLSIFVPPS---IKGGNVSSEVTVLLGNLVTLECEVR----GVPLPAVTWYKNGEVILSS----RQAQYVDRGQFLKILRAQVSDAGQYTCRVTSVAGT--AEKVVELDVYVPPSITAGSDGPTDMKVVLNKSLILECEA-EGHPPPSLTWLKDGSPVAVRESLRVLDQGRKIEILNALQSDAGRYVCVATSVAGEKEIKYDVSVLVPPVVDGASDTTDATVILNNILELECYATGRPTPTITWLKDGVPVKHGEGVRITSNGRRLVISRAQVSDTALFHCVATNEAGEQEREFKVSVHVPPAIRSTGPAER-SVVLHTSISLQCVVSGIPP-PSTTWLKDGRPVDTTQEFLKLESAGRV--LHIKKARLEDAGKYTCVATNAAG 1898          

HSP 3 Score: 56.9954 bits (136), Expect = 6.459e-7
Identity = 101/415 (24.34%), Postives = 163/415 (39.28%), Query Frame = 0
Query:   78 LIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDG------NQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNT-QYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVI--CQALGGYPPPTLTWWLGSKSLDAYDEEN-YSGVAKTRLRFI-PNILDDG-HAPRVSLRLGQNLNAENIRTN------------------------------HDV-YFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGT----------DSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLIST-----LNFTPTNNQDYGTLFCQGENTIG 434
            L I    LGD   Y C        T+     LS+ VPP    I+DG        NQ +  E   +  GVPAPR+TW K G+I   ++   + G   +  I   LS Q  +T +Y+C A+N   T    + + + + + P    I   PT I+    ++    C+A  G P P+++W   +++L+    +N Y  ++   L  I P++ D   +   VS   GQ   A  +  +                              H V Y+  DG  L ++ +   I+ +  L +   D S  G Y+C A N+ GT          +SPV QS      + V     +++ CR     P    TW        ++   + F++ G  +      L  +    +D GT  C  +N  G
Sbjct: 3662 LQINNAVLGDGAQYSCVASNVAGETRR-HFKLSVNVPP---TIKDGPQSVSVHINQPVVLECVVN--GVPAPRITWRKQGSILAGNNPRYKFGEDGSLRI---LSAQVTDTGRYLCMATNQAGT--ERKRVDLQVYVPP---SIAEGPTNITVTVNVQTTLSCEAT-GIPKPSVSWTKNTQALNTDQNQNMYRLLSSGSLVVIAPSVEDTALYECVVSNEAGQESRAIQLTVHVPPSIADEATELVVSRLSPVVIGCTASGVPHPVLYWSKDGLRLAKDGEGFTILPSGPLEITAADLSHSGRYSCVAKNAAGTAHRHVQLTVHESPVIQSH--PSTLDVILNNHVTLPCRATGS-PRPTITW--------QKEGINIFTTGGGFTVLPNGGLQISKAKVEDSGTYMCVAQNPAG 4050          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:PXDNL "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004601 "peroxidase activity" evidence=IEA] [GO:0006979 "response to oxidative stress" evidence=IEA] [GO:0020037 "heme binding" evidence=IEA] Pfam:PF00560 InterPro:IPR001611 InterPro:IPR001007 InterPro:IPR002007 InterPro:IPR007110 InterPro:IPR010255 InterPro:IPR019791 Pfam:PF00093 Pfam:PF03098 PRINTS:PR00457 PROSITE:PS01208 PROSITE:PS50184 PROSITE:PS50292 PROSITE:PS50835 PROSITE:PS51450 SMART:SM00214 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0006979 InterPro:IPR003598 SMART:SM00408 InterPro:IPR000483 InterPro:IPR003591 SMART:SM00369 SMART:SM00082 GO:GO:0020037 GO:GO:0004601 InterPro:IPR013098 Pfam:PF07679 SUPFAM:SSF48113 Gene3D:1.10.640.10 GeneTree:ENSGT00550000074325 TreeFam:TF314316 OrthoDB:EOG7D2FD6 OMA:RNTRESD EMBL:AAEX03015771 EMBL:AAEX03015772 EMBL:AAEX03015773 Ensembl:ENSCAFT00000010829 Uniprot:F1PKU2)

HSP 1 Score: 63.5438 bits (153), Expect = 5.923e-9
Identity = 57/213 (26.76%), Postives = 95/213 (44.60%), Query Frame = 0
Query:   42 YSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPN-SLIIEKINLGDSGIYKCRVDYRNSP----TKNVKLNLSIIVPPEEP--VIRDGDGNQILGYE--VGPHEIGVPAPRVTWWKG-GTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTW 244
            ++    G P  +  +  ++ SL      + N++ + +L+I      D G Y+C    RNS     T+N  L  S   PP +P  +I+  D   ++G    +     G P PRVTW +G G   D S      G     +  K+++ QD + Q++C A+N   T+  +  I V     P    ++ K   +  E  +E +C+A G  PPP + W
Sbjct:  214 FTCRAEGNPKPEIIWIHNNHSLDLEDDHRLNLFDDGTLMIRNTRESDQGEYQCMA--RNSAGEVKTQNAMLRYS--SPPAKPSFIIQPQDTEVLIGTSTTLECMATGHPHPRVTWTRGNGEALDGSRHLATSG----GLYLKNVTLQD-HGQFICHANNNQGTVQATANIIVQ---APPQFTVIPKDQVVLEEHTVEFLCEAEGN-PPPIIAW 413          
BLAST of EMLSAG00000003321 vs. GO
Match: - (symbol:KIRREL2 "Kin of IRRE-like protein 2" species:9606 "Homo sapiens" [GO:0001933 "negative regulation of protein phosphorylation" evidence=IEA] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0007155 "cell adhesion" evidence=NAS] [GO:0016021 "integral component of membrane" evidence=NAS] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0036057 "slit diaphragm" evidence=IEA] InterPro:IPR007110 PROSITE:PS50835 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 Reactome:REACT_111155 GO:GO:0016337 InterPro:IPR013098 Pfam:PF07679 EMBL:AD000864 GO:GO:0001933 InterPro:IPR013162 Pfam:PF08205 eggNOG:NOG295274 GO:GO:0036057 HOVERGEN:HBG052260 TreeFam:TF327139 OrthoDB:EOG7K3TKB EMBL:AY305301 EMBL:AY305302 EMBL:AL136654 EMBL:AY358742 EMBL:AB593116 EMBL:AC002133 EMBL:BC007312 EMBL:BC064925 RefSeq:NP_115499.4 RefSeq:NP_954648.2 RefSeq:NP_954649.2 RefSeq:XP_005259364.1 UniGene:Hs.145729 ProteinModelPortal:Q6UWL6 SMR:Q6UWL6 MINT:MINT-4711887 STRING:9606.ENSP00000353331 PhosphoSite:Q6UWL6 DMDM:308153459 PaxDb:Q6UWL6 PRIDE:Q6UWL6 Ensembl:ENST00000262625 Ensembl:ENST00000347900 Ensembl:ENST00000360202 GeneID:84063 KEGG:hsa:84063 UCSC:uc002obz.4 UCSC:uc002oca.4 UCSC:uc002ocb.4 CTD:84063 GeneCards:GC19P036347 H-InvDB:HIX0015044 HGNC:HGNC:18816 MIM:607762 neXtProt:NX_Q6UWL6 PharmGKB:PA38693 InParanoid:Q6UWL6 OMA:WSRYWIS GeneWiki:KIRREL2 GenomeRNAi:84063 NextBio:73227 PRO:PR:Q6UWL6 ArrayExpress:Q6UWL6 Bgee:Q6UWL6 CleanEx:HS_KIRREL2 Genevestigator:Q6UWL6 Uniprot:Q6UWL6)

HSP 1 Score: 62.7734 bits (151), Expect = 6.848e-9
Identity = 115/493 (23.33%), Postives = 183/493 (37.12%), Query Frame = 0
Query:    7 ILGRSAQLPCDILPRDSHDDVY--LVLWFKDDNTKPMYSLDVRGKPLSQASYW-SDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGVPA-------------PRVTWWKGGTIYDSS--DETI----RPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLK-PVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILD----DGHAPR---VSLRLGQNLNAE----NIRTNHDVYFEC--DGEILK-----QNSDAGIIMSTRSLVLQQVDRSAVGDYTCRA-INSEGTDSPVCQSEM-VDQLIGVTAEESIS--------INCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSD-------------GLISTLNFTPTNNQDYGTLF-CQGENTIG 434
            +LG  A+LPC +         Y  LV W     TK   +L  +      + YW S +++ GQ          + L I  + L D   Y+C+       ++  +L+  ++VPPE P +  G    ++         GVPA             P + W++ G + D +   +T+     PG   + +     S  D  T +VC+A +  + LP  R   ++L+L+ P  V + A P  +   +++  +CQA    P     W  G   +          VA       P   +     G A R   + +  G  L A+    ++    D  F C   G  L      +   A ++ S  +L L  V     GDY CRA     G      ++ + V+    VTA  S          + C V A P   A  W ++     E   Q RF  +             GLIS L+ + T   D+   F C   N +G
Sbjct:   36 LLGEEARLPCAL-------GAYWGLVQW-----TKSGLALGGQRDLPGWSRYWISGNAANGQ----------HDLHIRPVELEDEASYECQATQAGLRSRPAQLH--VLVPPEAPQVLGGPSVSLVA--------GVPANLTCRSRGDARPTPELLWFRDGVLLDGATFHQTLLKEGTPGSVESTLTLTPFSHDDGAT-FVCRARS--QALPTGRDTAITLSLQYPPEVTLSASPHTVQEGEKVIFLCQATAQPPVTGYRWAKGGSPVLGARGPRLEVVADASFLTEPVSCEVSNAVGSANRSTALDVLFGPILQAKPEPVSVDVGEDASFSCAWRGNPLPRVTWTRRGGAQVLGSGATLRLPSVGPEDAGDYVCRAEAGLSGLRGGAAEARLTVNAPPVVTALHSAPAFLRGPARLQCLVFASPAPDAVVWSWDEG-FLEAGSQGRFLVETFPAPESRGGLGPGLISVLHISGTQESDFSRSFNCSARNRLG 492          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592883917|gb|GAXK01074458.1| (TSA: Calanus finmarchicus comp501596_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 552.362 bits (1422), Expect = 0.000e+0
Identity = 289/642 (45.02%), Postives = 394/642 (61.37%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKS-LDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECD---------------GEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAV 552
            I  V  + G +  LPCD+      DDV+L+LWFKD+ TKPMYSLDV G+ LS AS W+D+SS+G+RS+F++N    +L+I+ I   D G+++CRVDY+NSPTKNVK+N ++IVPP++PVI+D +  Q+ G E+GP E+G             PAP VTWWK G+IYDSS E       +N+M Y  L R+DL +++VCQASNTNRT PVSR I +SLNL P  +++L KPT++S  K   V CQA+GGYPPP +TWW+G++  L    ++ Y GVA ++L + P I DDG                          + P+VSLRLG++L+ +N+RT +DVYFECD               G+ L QN D GI+MST+SLVLQ+V R + G+Y C+A+NSEGT            +P+C+ +   +L+G++ ++  SI C V+AYP  V+F WFFNNS++ E  +   F+  GL S L F P  ++DYG LFC GEN IG Q EPC+FQIVPT                         GFDGGLP  F+LELY         D  K E             LK+QVTN+ P FE++NID G+ +KL++YA+N+KG+S+P II ++   Q+KH VEGVTD KAV
Sbjct: 1355 IASVMGLQGTTGVLPCDVTAASGPDDVFLILWFKDNATKPMYSLDVMGRALSTASQWADTSSIGRRSTFRTN-SDTALLIDSITKEDEGMFRCRVDYKNSPTKNVKINFTVIVPPQKPVIKDINNIQLSGNEIGPLEVGEDLTVICEVAGGSPAPSVTWWKEGSIYDSSYEVTEYKTVINKMKYPKLRREDLGSKFVCQASNTNRTPPVSREIHISLNLPPTGLQVLEKPTYVSEGKSRVVTCQAIGGYPPPEITWWIGTRQLLPQQTKKEYQGVATSKLLYTPAIEDDGRYLTCRVLAKGRMKESLEDTWEIKVLYKPQVSLRLGKSLDPDNLRTGNDVYFECDVRANPIPHKLIWLHKGKQLMQNQDKGIVMSTQSLVLQKVGRMSRGEYECQAVNSEGTTTSNPVNLNIMFAPICKPDATPKLLGISFKKPSSILCEVEAYPSSVSFRWFFNNSEYQEWKDHGDFTQSGLKSQLEFLPKTSKDYGNLFCIGENAIGMQEEPCSFQIVPTGKPSPLTGCQIVNKTLTSLKVECHEGFDGGLPANFLLELY---------DAEKME-------------LKSQVTNKVPIFEVSNIDPGVSIKLYLYAENAKGTSDPAIIDDSVPNQQKHFVEGVTDFKAV 3211          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592883918|gb|GAXK01074457.1| (TSA: Calanus finmarchicus comp501596_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 515.383 bits (1326), Expect = 1.395e-166
Identity = 289/702 (41.17%), Postives = 394/702 (56.13%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKS-LDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECD---------------GEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSP----------------VCQSEMVDQL------------------IGVTAEE----------------SISINCRVDAYPPL---------------------VAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAV 552
            I  V  + G +  LPCD+      DDV+L+LWFKD+ TKPMYSLDV G+ LS AS W+D+SS+G+RS+F++N    +L+I+ I   D G+++CRVDY+NSPTKNVK+N ++IVPP++PVI+D +  Q+ G E+GP E+G             PAP VTWWK G+IYDSS E       +N+M Y  L R+DL +++VCQASNTNRT PVSR I +SLNL P  +++L KPT++S  K   V CQA+GGYPPP +TWW+G++  L    ++ Y GVA ++L + P I DDG                          + P+VSLRLG++L+ +N+RT +DVYFECD               G+ L QN D GI+MST+SLVLQ+V R + G+Y C+A+NSEGT +                 +CQ+  +D+                   I +T+ +                S++  C+ DA P L                     V+F WFFNNS++ E  +   F+  GL S L F P  ++DYG LFC GEN IG Q EPC+FQIVPT                         GFDGGLP  F+LELY         D  K E             LK+QVTN+ P FE++NID G+ +KL++YA+N+KG+S+P II ++   Q+KH VEGVTD KAV
Sbjct: 1355 IASVMGLQGTTGVLPCDVTAASGPDDVFLILWFKDNATKPMYSLDVMGRALSTASQWADTSSIGRRSTFRTN-SDTALLIDSITKEDEGMFRCRVDYKNSPTKNVKINFTVIVPPQKPVIKDINNIQLSGNEIGPLEVGEDLTVICEVAGGSPAPSVTWWKEGSIYDSSYEVTEYKTVINKMKYPKLRREDLGSKFVCQASNTNRTPPVSREIHISLNLPPTGLQVLEKPTYVSEGKSRVVTCQAIGGYPPPEITWWIGTRQLLPQQTKKEYQGVATSKLLYTPAIEDDGRYLTCRVLAKGRMKESLEDTWEIKVLYKPQVSLRLGKSLDPDNLRTGNDVYFECDVRANPIPHKLIWLHKGKQLMQNQDKGIVMSTQSLVLQKVGRMSRGEYECQAVNSEGTTTSNPVNLNIMCKKNIGTLICQTIQLDRCLFPNPI*VG*MKINIPPSINLTSTKSNILKTYLKYQ*QYTLSVAPICKPDATPKLLGISFKKPSSILCEVEAYPSSVSFRWFFNNSEYQEWKDHGDFTQSGLKSQLEFLPKTSKDYGNLFCIGENAIGMQEEPCSFQIVPTGKPSPLTGCQIVNKTLTSLKVECHEGFDGGLPANFLLELY---------DAEKME-------------LKSQVTNKVPIFEVSNIDPGVSIKLYLYAENAKGTSDPAIIDDSVPNQQKHFVEGVTDFKAV 3391          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592772121|gb|GAXK01182447.1| (TSA: Calanus finmarchicus comp346567_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 320.087 bits (819), Expect = 2.077e-94
Identity = 197/631 (31.22%), Postives = 302/631 (47.86%), Query Frame = 0
Query:    3 HVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKS-LDAYDEENYS---GVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYP-PLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQR 539
             V ++   S +LPC++      D+V LVLWFK+D+ KP+Y+ D RGK    A +WSD + L  R+ F+ +  P  L+++ IN  D GIYKCRVD++ +PT+   + L +IVPPE+P I D + N+ +  ++GP+ IG             P+P VTWW+   + D +  T       N+M  K++ R DL++ + CQASN N ++PVS ++K+ +   P SV++L     +SA +  EV C+ALG  P P +TWW G K  L  + +   S    V  + L   P + DDG                          + P+V L  G  L A NI+  +DVYFEC               +G  L+ +  +GII+S +SLV+Q V RS  G YTC   N+EG             +PVC+ +   +  GV  +E +S+ C V + P   + F W F+  D   +++Q +   +G  S L + P    DYG L C   N++G Q+EPC F ++P                          GFDGGL Q F L++   +   I                         +T++ P+F++  + S     + V++ N +G SE  I+Q    K R
Sbjct:  390 QVSSVARSSVELPCNLTSPILDDEVRLVLWFKNDSAKPIYTYDTRGKSYLDARHWSDDNILEGRAFFRGDNNPGRLVLDNINPYDQGIYKCRVDFKTAPTRISNIVLDVIVPPEKPRIHD-ENNEEVRLKLGPYRIGQTVSITCEVLGGRPSPSVTWWRDHHLVDETFNTDTQYKVTNQMTIKNVQRADLHSIFTCQASNNNVSVPVSTSVKLDITFGPTSVRLLGVKQSLSAGQPHEVRCEALGARPIPKITWWKGEKKILKGHTKPQTSPDGNVTVSTLWITPEVEDDGEVITCKAGIPNLQQSTVQNSWNLQVNYKPKVRLAFGSQLEASNIKEGNDVYFECKVKSHPRYYKITWKRNGIPLQHDISSGIIISNQSLVVQSVTRSDSGHYTCHVFNTEGEGVSNEVGLAVKYAPVCKKQQ-KEAFGVARQELVSVLCDVLSDPVENLKFEWIFSKGDEKLDMQQSQIRVNGTNSVLEYIPRTEMDYGNLLCWATNSVGKQVEPCVFHVIPAGKPDPVSNCTVSNQTHSSFIVSCIPGFDGGLTQLFGLKVINSEHTLI------------------------NMTSKVPKFQVAGLQSEKAFTVTVHSSNLRGQSEKVILQAFTTKPR 2204          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592761831|gb|GAXK01192582.1| (TSA: Calanus finmarchicus comp472909_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 317.775 bits (813), Expect = 6.849e-92
Identity = 203/630 (32.22%), Postives = 307/630 (48.73%), Query Frame = 0
Query:    3 HVEAILGRSAQLPC-DILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYS---GVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPL-VAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-------------------------TGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQ 538
            HV A+ G SA+LPC    P +  D + LVLWFK+++  P+Y+ D R K +++A +WSD+ ++  R+ FK +  P  L +E I   D G YKCRVD+  +PT+  ++ L +IVPPE+P I D  G ++   ++GP++IG             P+P++ WW+   + D S E+  P   +N ++ ++L R DL++   CQASN N + PVS ++K+ ++  P+SV ++     +SA K  E  CQ +G  PPP +TWW G+  +      + S    V  + + FIP I D G                          + P+  L LG +LN  NI+   DVYFEC               + + L  N   G+I+S  SLVLQ+V +S  G YTC A NSEG              P C+ + V  + GV   E + I+C V + P   ++F W FN S    E++      DG  S +++TP    DYG L C GEN+IG Q  PCT+ I+P                         +GFDGGL QTF LEL +          ++T +  S             +++   +F +  +  G    + VY+ N KGSSEP  +    +K+
Sbjct:  513 HVTAVEGGSAELPCLTTPPNNMRDRMKLVLWFKNESAIPIYTFDTRDKDVTEARHWSDAHTIAGRAFFKEHEEPPHLALENIMATDVGSYKCRVDFYKAPTQISEVVLGVIVPPEKPKIFDMRGQEVR-LKLGPYKIGDSAIIKCETWGGSPSPQLNWWREHALLDGSYESSEPHKIINTILIENLQRSDLHSILTCQASNNNISNPVSTSVKIDMHFGPLSVTLINGRESMSAGKRFEAKCQVVGARPPPKVTWWRGAAQIRDNITTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQTGEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSNMSLVLQRVSKSQSGIYTCVAHNSEGDGVSNPITLNVRYVPYCRPDQV-LVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKLELRD----------ARTSHPVS------------NISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMKE 2330          

HSP 2 Score: 317.775 bits (813), Expect = 6.849e-92
Identity = 203/630 (32.22%), Postives = 307/630 (48.73%), Query Frame = 0
Query:    3 HVEAILGRSAQLPC-DILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYS---GVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPL-VAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-------------------------TGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQ 538
            HV A+ G SA+LPC    P +  D + LVLWFK+++  P+Y+ D R K +++A +WSD+ ++  R+ FK +  P  L +E I   D G YKCRVD+  +PT+  ++ L +IVPPE+P I D  G ++   ++GP++IG             P+P++ WW+   + D S E+  P   +N ++ ++L R DL++   CQASN N + PVS ++K+ ++  P+SV ++     +SA K  E  CQ +G  PPP +TWW G+  +      + S    V  + + FIP I D G                          + P+  L LG +LN  NI+   DVYFEC               + + L  N   G+I+S  SLVLQ+V +S  G YTC A NSEG              P C+ + V  + GV   E + I+C V + P   ++F W FN S    E++      DG  S +++TP    DYG L C GEN+IG Q  PCT+ I+P                         +GFDGGL QTF LEL +          ++T +  S             +++   +F +  +  G    + VY+ N KGSSEP  +    +K+
Sbjct: 4232 HVTAVEGGSAELPCLTTPPNNMRDRMKLVLWFKNESAIPIYTFDTRDKDVTEARHWSDAHTIAGRAFFKEHEEPPHLALENIMATDVGSYKCRVDFYKAPTQISEVVLGVIVPPEKPKIFDMRGQEVR-LKLGPYKIGDSAIIKCETWGGSPSPQLNWWREHALLDGSYESSEPHKIINTILIENLQRSDLHSILTCQASNNNISNPVSTSVKIDMHFGPLSVTLINGRESMSAGKRFEAKCQVVGARPPPKVTWWRGAAQIRDNITTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQTGEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSNMSLVLQRVSKSQSGIYTCVAHNSEGDGVSNPITLNVRYVPYCRPDQV-LVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKLELRD----------ARTSHPVS------------NISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMKE 6049          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592838823|gb|GAXK01118721.1| (TSA: Calanus finmarchicus comp1091110_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 307.76 bits (787), Expect = 6.139e-90
Identity = 198/639 (30.99%), Postives = 308/639 (48.20%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDE--ENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQ---NSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEG-TDS----------PVC-QSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVE 544
            +D + A+ G  A LPCD+ P +  + VYLVLW+K D  +P+YS D R    +  + WSD    G R+ F+ +  P  L +E I   ++G+Y+CRVD++++PT+N  +NL+++VPP    I D +G +I    VGP+++            G P+P VTWWK   + D+S E     V  N +    L+R DL T   CQ+SN N ++P+S  +++ +   PV V I +    +SA  E  + C+A G  P P +TWWLG   L   ++  E    ++K+ L+F P   DD                           + P VSLRLG  L ++ I    DVYFEC               +GE + Q   N ++G+IMS +SLVLQ+V R   G++TC   N EG T+S          P C Q+E   Q  G     ++ + C VD+YP   +F+W FNNS    ++  D +  +  +STL ++  ++  +G L+C   N++G   EPC F I+P                          GFDGGL Q F+LE+                       ++   ++   V++  P F +T ++ G  ++L ++A N  G S+P I++    K  +  VE
Sbjct:  789 VDQI-AVSGYRAFLPCDLTPPNPSEVVYLVLWYKGDEGEPIYSYDARHGTWNLGARWSDDHQFGTRAYFQLSSSPAELRVENIKENEAGLYRCRVDFKSAPTRNSLVNLTVLVPPSSLNIIDSNGQEIKNL-VGPYQVASITRLRCVSSGGNPSPEVTWWKENRLIDNSYEMTFTNVIQNTLEIGPLARSDLGTVLTCQSSNNNISIPLSNKLEIDMVFAPVDVSITSLGQPLSAGTEYSIECEAAGSRPDPVITWWLGDTFLGHNNQVVEKIGNISKSILQFTPKPKDDQKVLTCRAENTDIKDGAIQDSWKLTVYYPPIVSLRLGLELGSDAIDEGKDVYFECKIKANPEIYKIRWTHNGEHIDQKSSNGESGLIMSGQSLVLQKVKREQAGNFTCLVSNLEGDTESNSVLLKILYAPRCIQNE--KQTHGANIGSNLEVKCTVDSYPLPTSFSWGFNNSKDAIKISDDLYDMNDSVSTLKYSTLSDHHFGHLYCWARNSMGVMSEPCIFNIIPARPPTSPSNCVVLNQTTDVLQVECEPGFDGGLDQFFLLEVV----------------------DVVTTMMLANVSSSRPVFTITGLNPGRDLRLAIFAVNKNGKSQPTILEGFTTKVAQLQVE 2627          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592814095|gb|GAXK01140473.1| (TSA: Calanus finmarchicus comp1127315_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 295.434 bits (755), Expect = 4.775e-88
Identity = 206/640 (32.19%), Postives = 304/640 (47.50%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLG--QRSSFKSNI---YPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVI-RDGDGNQ-ILGYEVGPH----------EI--GVPAPRVTWWKGGTIYDSSDETIRPG--VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENY-------------------SGVAKTRL------RFIPNILDDGH-------APRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQ-LIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTP--TNNQDYGTLFCQGENTIGHQIEPCTFQIVPT------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQET 534
            I  V A+    A+LPCDI P D  D VYLVLW+++   KP+YS D+RG+P + A +WS   + G   R++F+       P +L+I+ I L D G+Y+CRVDYRNSPT+N+KLNL+++  P  P I RD D  Q + G   GP           E+  G P+P V W+    I +   + I PG  + VN++ Y  L+R   N +  C A N +   P +RT+ V +NL+P SVKIL K  F++   ++++IC+A G  PP  + W++G    + Y  +N                     G  K R+      + IP    + H        PR++L LG+ LN + I+   DVYFEC                   L  N+  GI++S +SLV+Q V +   G+YTCRA N +G             SPVC ++ +D   I V +     ++C +D+ PP+    W  +   H   +   +++     S L++ P  T   D+G L C G N +G Q +PC F I                           GFDGGL Q F LE++             +E +A         +L+    NQ P+F+L  I S  PV L VY+ N KG SE   + E+
Sbjct:  122 IRDVSAVNDGRAELPCDIDPPDPSDRVYLVLWYRELAGKPLYSFDLRGRPPNTAKHWSADPTFGFGTRANFRVGSGPETPTALVIKTITLLDEGVYRCRVDYRNSPTRNMKLNLTVVEEPHAPQIKRDTDIQQDVGGAYAGPFNEGEELKLVCEVHGGRPSPTVFWYVDDQIVNGKTQ-IEPGKDIVVNKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRWYIGETPAENYKVQNKIQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGVSQKNNGEYTCRAENRQGKATSNEINLSIKYSPVCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPERTREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGTFGVICDPGFDGGLTQAFNLEIF------------VSETKA---------LLRNMTRNQ-PKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAES 1972          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592814094|gb|GAXK01140474.1| (TSA: Calanus finmarchicus comp1127315_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 295.049 bits (754), Expect = 5.404e-88
Identity = 205/636 (32.23%), Postives = 303/636 (47.64%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLG--QRSSFKSNI---YPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVI-RDGDGNQ-ILGYEVGPH----------EI--GVPAPRVTWWKGGTIYDSSDETIRPG--VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYD-EENYSGVAKTRL--------------------RFIPNILDDGH-------APRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQ-LIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTP--TNNQDYGTLFCQGENTIGHQIEPCTFQIVPT------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQET 534
            I  V A+    A+LPCDI P D  D VYLVLW+++   KP+YS D+RG+P + A +WS   + G   R++F+       P +L+I+ I L D G+Y+CRVDYRNSPT+N+KLNL+++  P  P I RD D  Q + G   GP           E+  G P+P V W+    I +   + I PG  + VN++ Y  L+R   N +  C A N +   P +RT+ V +NL+P SVKIL K  F++   ++++IC+A G  PP  + W++G    + Y  + N  G   T +                    + IP    + H        PR++L LG+ LN + I+   DVYFEC                   L  N+  GI++S +SLV+Q V +   G+YTCRA N +G             SPVC ++ +D   I V +     ++C +D+ PP+    W  +   H   +   +++     S L++ P  T   D+G L C G N +G Q +PC F I                           GFDGGL Q F LE++             +E +A         +L+    NQ P+F+L  I S  PV L VY+ N KG SE   + E+
Sbjct:  122 IRDVSAVNDGRAELPCDIDPPDPSDRVYLVLWYRELAGKPLYSFDLRGRPPNTAKHWSADPTFGFGTRANFRVGSGPETPTALVIKTITLLDEGVYRCRVDYRNSPTRNMKLNLTVVEEPHAPQIKRDTDIQQDVGGAYAGPFNEGEELKLVCEVHGGRPSPTVFWYVDDQIVNGKTQ-IEPGKDIVVNKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRWYIGETPAENYKVQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGVSQKNNGEYTCRAENRQGKATSNEINLSIKYSPVCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPERTREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGTFGVICDPGFDGGLTQAFNLEIF------------VSETKA---------LLRNMTRNQ-PKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAES 1960          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592814096|gb|GAXK01140472.1| (TSA: Calanus finmarchicus comp1127315_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 295.049 bits (754), Expect = 1.493e-87
Identity = 205/636 (32.23%), Postives = 303/636 (47.64%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLG--QRSSFKSNI---YPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVI-RDGDGNQ-ILGYEVGPH----------EI--GVPAPRVTWWKGGTIYDSSDETIRPG--VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYD-EENYSGVAKTRL--------------------RFIPNILDDGH-------APRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQ-LIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTP--TNNQDYGTLFCQGENTIGHQIEPCTFQIVPT------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQET 534
            I  V A+    A+LPCDI P D  D VYLVLW+++   KP+YS D+RG+P + A +WS   + G   R++F+       P +L+I+ I L D G+Y+CRVDYRNSPT+N+KLNL+++  P  P I RD D  Q + G   GP           E+  G P+P V W+    I +   + I PG  + VN++ Y  L+R   N +  C A N +   P +RT+ V +NL+P SVKIL K  F++   ++++IC+A G  PP  + W++G    + Y  + N  G   T +                    + IP    + H        PR++L LG+ LN + I+   DVYFEC                   L  N+  GI++S +SLV+Q V +   G+YTCRA N +G             SPVC ++ +D   I V +     ++C +D+ PP+    W  +   H   +   +++     S L++ P  T   D+G L C G N +G Q +PC F I                           GFDGGL Q F LE++             +E +A         +L+    NQ P+F+L  I S  PV L VY+ N KG SE   + E+
Sbjct:  280 IRDVSAVNDGRAELPCDIDPPDPSDRVYLVLWYRELAGKPLYSFDLRGRPPNTAKHWSADPTFGFGTRANFRVGSGPETPTALVIKTITLLDEGVYRCRVDYRNSPTRNMKLNLTVVEEPHAPQIKRDTDIQQDVGGAYAGPFNEGEELKLVCEVHGGRPSPTVFWYVDDQIVNGKTQ-IEPGKDIVVNKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRWYIGETPAENYKVQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGVSQKNNGEYTCRAENRQGKATSNEINLSIKYSPVCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPERTREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGTFGVICDPGFDGGLTQAFNLEIF------------VSETKA---------LLRNMTRNQ-PKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAES 2118          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592814097|gb|GAXK01140471.1| (TSA: Calanus finmarchicus comp1127315_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 295.049 bits (754), Expect = 1.500e-87
Identity = 206/640 (32.19%), Postives = 304/640 (47.50%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLG--QRSSFKSNI---YPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVI-RDGDGNQ-ILGYEVGPH----------EI--GVPAPRVTWWKGGTIYDSSDETIRPG--VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENY-------------------SGVAKTRL------RFIPNILDDGH-------APRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQ-LIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTP--TNNQDYGTLFCQGENTIGHQIEPCTFQIVPT------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQET 534
            I  V A+    A+LPCDI P D  D VYLVLW+++   KP+YS D+RG+P + A +WS   + G   R++F+       P +L+I+ I L D G+Y+CRVDYRNSPT+N+KLNL+++  P  P I RD D  Q + G   GP           E+  G P+P V W+    I +   + I PG  + VN++ Y  L+R   N +  C A N +   P +RT+ V +NL+P SVKIL K  F++   ++++IC+A G  PP  + W++G    + Y  +N                     G  K R+      + IP    + H        PR++L LG+ LN + I+   DVYFEC                   L  N+  GI++S +SLV+Q V +   G+YTCRA N +G             SPVC ++ +D   I V +     ++C +D+ PP+    W  +   H   +   +++     S L++ P  T   D+G L C G N +G Q +PC F I                           GFDGGL Q F LE++             +E +A         +L+    NQ P+F+L  I S  PV L VY+ N KG SE   + E+
Sbjct:  280 IRDVSAVNDGRAELPCDIDPPDPSDRVYLVLWYRELAGKPLYSFDLRGRPPNTAKHWSADPTFGFGTRANFRVGSGPETPTALVIKTITLLDEGVYRCRVDYRNSPTRNMKLNLTVVEEPHAPQIKRDTDIQQDVGGAYAGPFNEGEELKLVCEVHGGRPSPTVFWYVDDQIVNGKTQ-IEPGKDIVVNKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRWYIGETPAENYKVQNKIQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGVSQKNNGEYTCRAENRQGKATSNEINLSIKYSPVCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPERTREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGTFGVICDPGFDGGLTQAFNLEIF------------VSETKA---------LLRNMTRNQ-PKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAES 2130          
BLAST of EMLSAG00000003321 vs. C. finmarchicus
Match: gi|592900557|gb|GAXK01057818.1| (TSA: Calanus finmarchicus comp517891_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 298.13 bits (762), Expect = 2.028e-86
Identity = 197/623 (31.62%), Postives = 291/623 (46.71%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRG-KPLSQASYWSDSSSLG-QRSSFKSNIYPNSLI-IEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKIL-AKPTFISAEKEIEVICQALGGYPPPTLTWW------LGSKSLDAYDEENYSGVAKTRLRFIPNI--------------------------LDDGHAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSE 527
            VE + G    LPC+I P    D V +VLW+KD   KP+YS D+R   P S+   W++       R+       P + + +  +   D GIY+CRVD++ SPT+  K++L++IVPP   V+ D  G ++ G +VGP+ +G             P+  VTWW+ G + D + E I PG   N M  + LSR DLNT+  CQ SN N T PV  ++ + +NL P+ V+I  A+P  +SA+      C + G  PP  L+W+      L + S +  D+ N      + L++ P++                          L+  + P++ LRLGQNL  + I+   DVYF+C               DGEI+K + D G IM+  +L++Q V R + G Y+C A NSEG+            +PVC S+   Q +GV   E   + C+VD+ PP   F W FN S     +      +D   S   + P    DYG+L C G N +G Q EPC F I+P                          G+DGG+ Q F+LE+         D  +K E                  +  +PQF + N+ +G   K+ VYA+N KG SE
Sbjct:  453 VETVSGMLTNLPCNITPSVPGDRVLIVLWYKDGYGKPIYSFDLRDDSPESEGLLWANEDGGDIPRAQLNVKSQPTAFLSLLGVEERDGGIYRCRVDFKKSPTRFWKVDLTVIVPPTISVLLDEKGTEVEG-KVGPYNVGSTLVLTCDILGGWPSSEVTWWRDGAVIDDTWEEISPGKSRNTMKLEHLSRTDLNTELECQGSNNNNTQPVITSLYILINLPPLDVQIFQAEPGPLSADSSYTFHCHSHGARPPAALSWFDSHGNRLIAASSEVSDDRN---ATVSTLKYAPSVRENEKSLRCRAENPVLAGSVIENIITLEVSYFPQLWLRLGQNLVQDKIKEGDDVYFDCEVSANPRIHKLIWKHDGEIIKSSPDNGYIMNEGNLIIQSVKRGSTGLYSCHATNSEGSGNSNVVSLIVQYAPVCLSQ--GQAVGVAKGEESRVVCQVDSNPPPTNFKWQFNTSTELRNIPASNVFNDDTQSVAQYVPMTELDYGSLLCWGINELGKQEEPCVFAILPAGKPDPVSNCSVDNRTYTAVLVSCQPGYDGGVAQQFVLEIIPSAFFPTLDIQNKIE------------------SIHYPQFRIENLPAGTEFKVVVYAKNEKGVSE 2249          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000003321 (pep:novel supercontig:LSalAtl2s:LSalAtl2s182:139693:301797:1 gene:EMLSAG00000003321 transcript:EMLSAT00000003321 description:"maker-LSalAtl2s182-augustus-gene-3.15")

HSP 1 Score: 1369.76 bits (3544), Expect = 0.000e+0
Identity = 664/664 (100.00%), Postives = 664/664 (100.00%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSSSSSSSSSMSTIGKPGNNHPSPTTLTSIAASAKKTSGSALCSNPEARQLLLRPVDTNNPDIIHS 664
            IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSSSSSSSSSMSTIGKPGNNHPSPTTLTSIAASAKKTSGSALCSNPEARQLLLRPVDTNNPDIIHS
Sbjct:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSSSSSSSSSMSTIGKPGNNHPSPTTLTSIAASAKKTSGSALCSNPEARQLLLRPVDTNNPDIIHS 664          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000007485 (pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:332231:1 gene:EMLSAG00000007485 transcript:EMLSAT00000007485 description:"augustus_masked-LSalAtl2s42-processed-gene-3.5")

HSP 1 Score: 326.635 bits (836), Expect = 6.529e-99
Identity = 220/699 (31.47%), Postives = 337/699 (48.21%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGK-PLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINL-----GDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI-----------GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWL-GSKSLDAYDEE--NYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNN-SDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQ-FPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSK--KDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSG 598
            +  V+++ G    LPC+I P   +D V LVLW+KD   KP++S D+R + P S    W+++   G + S+++ ++  S     ++L      D+G Y+CRVD+++SPT+  K+NLS+IVPP   +I D  G  ++       E+           G P  +VTWW+ G + D + E I PG   N M  + L R+D++ ++ C  +N N T PV+ T+ ++LNL+P+ VK+L     +S+  E E+ C+ +G  P   ++WWL G  SL ++D +  +   V  + L+F P++ D G                          ++P V L LG +LN   I+   DVYFEC               DG  L  ++  GII++  SLV+Q+VDR + G+Y C A N EG              PVC  +   Q IG+   E   + C VD  P   +F W FN+ S   E+L ++    DG +S   + P    DYGTL C G+N +G Q+ PC F I+P                          G+DGGL QTF+LELY +       +GS +    +G      +   T++ N+ FPQF L  +  G    L VYA+NSKG SE  I++   +K  +  V+ +      T   S   +     + L+ I  GI +  LL  +V+ LI   R  R  G
Sbjct:   29 VTSVQSVAGMLTNLPCNITPTIPNDKVNLVLWYKDGFGKPLFSFDLRDETPDSDGKIWANADD-GNQDSYRAQLHTRSAPTAVLSLLGVTDEDAGTYRCRVDFKHSPTRYWKVNLSVIVPPISSLILDEKG-VVVXXXXXXXELSTLVLTCDVFGGWPTSKVTWWRNGELLDDTYEEIAPGKSRNTMKVEFLKREDISAEFTCLGNNNNATQPVTTTVSLTLNLRPLDVKLLWDVDPMSSNSEYELNCKTIGAQPSAHISWWLNGDISLKSFDNKVSDDGNVTLSTLKFKPSMQDHGRILSCRAENTLLSDSSITDERELIVYYSPEVELSLGSSLNPNEIKEGDDVYFECKVKAFPRATKIDWQKDGVTLLADTKKGIIINQHSLVIQRVDRKSRGEYVCMATNDEGIGGSNPVELDVHYIPVCSRQ--GQGIGIGRNEEARVVCHVDGNPDPHSFHWQFNSTSSDAEDLPKESIIIDGSLSVATYVPRGEMDYGTLMCWGKNALGRQVNPCVFHIIPAGKPDGVEGCAVTNKTFTTIRVECKQGYDGGLRQTFVLELYPQNAF----EGSLSPAALAG------LTPMTKIENRHFPQFSLEKLPQGTGFSLLVYARNSKGESEKCILRAYTLKNAERRVDKLYPEAENTRLSSSDWRHPRRHAPLLWIIVGIASVLLLASMVLGLII--RMTRCCG 711          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000011552 (pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693:1561256:-1 gene:EMLSAG00000011552 transcript:EMLSAT00000011552 description:"maker-LSalAtl2s7-augustus-gene-15.10")

HSP 1 Score: 281.567 bits (719), Expect = 1.222e-83
Identity = 196/700 (28.00%), Postives = 312/700 (44.57%), Query Frame = 0
Query:    2 DHVEAILGRSAQLPCDILPRDSHDDV----YLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEG-----------TDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-------------------------TGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIF-------SCRKRRLSGSSS 601
            + V A+ G  A LPCDI P +S +      +++L         +YS D R         WSD    G R+ F  + YP  L IE +   ++  Y+CRVD++++PT+N  +NL++IVPP  P I + +G  I  +  GP+E+G             P+P VTWW+  ++ DSS E        N +    + + DL  ++ CQASN N +LP S +I + L  +P SV+I+     +S  K  ++ C +LG  P  T+TWW  +  L   +         +   + P   D+G                          + P + L  G NLN  NI   +DVYFEC               + +I+  N   GII+S  SLVLQ+V R+A G Y+C A N+EG              PVC S +  Q+ G+  +   +++C V ++P    F W FNN+D   ++ +  FS +   S L +TP  + DYG L+C  +N +G    PC FQI+P                         +GFDGG  Q F+L + + +  K   + S                      N  P+F+++ ++SG  + + +Y+ N+ G S   ++ E F                 T K ++    +   ++  T GIL G + T+L+V+ +        + R++RL  +SS
Sbjct:   14 NKVIAVEGGIAYLPCDIRPPNSEEQKKYSHFILL--------QIYSYDSRSSSKLTGRRWSDDRGFGARAYFDIDTYPALLKIEDVRREETQSYRCRVDFKSAPTRNSLINLTVIVPPSTPTILNENGEDI-NFIAGPYEVGSTVILKCVTNGGRPSPEVTWWRDHSLIDSSYEKSFSQTVKNTLTLLAIKKDDLGRKFRCQASNNNVSLPASTSITLDLLFRPTSVRIVTPKEPLSTSKVYKIKCMSLGSRPSATITWWRNNDFLGRTETWEEGNKTYSSFTYTPKPNDNGKRLTCRAENTKLKGSAIEDVWKLTIYYIPEIILNFGANLNPNNIAEGNDVYFECNISSNPPVYKIVWRHNNKIVNHNKSKGIIISGTSLVLQEVKRNATGSYSCTASNTEGDIISNTITLRVMYKPVC-SNINIQITGIGKDRLANVSCNVHSHPLPQEFFWTFNNTDKSIDISKYNFSQNSTHSNLLYTPPEDIDYGKLYCWAQNKLGKMESPCIFQIIPAGPPEPPTNCSVVNQTTESLEVRCQSGFDGGSKQHFLLCVTDIETGKTLANSS----------------------NIVPEFQISGLNSGRGLLITIYSSNTNGRSNVPVVIEGF-----------------TLKVAQLQLESPGAILSPTLGILVGTITTLLIVAFVIMLVIRSKTKRQQRLPVNSS 664          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000006581 (pep:novel supercontig:LSalAtl2s:LSalAtl2s361:132689:273669:-1 gene:EMLSAG00000006581 transcript:EMLSAT00000006581 description:"maker-LSalAtl2s361-snap-gene-2.29")

HSP 1 Score: 269.24 bits (687), Expect = 5.232e-82
Identity = 151/443 (34.09%), Postives = 234/443 (52.82%), Query Frame = 0
Query:   54 ASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDET-IRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA--YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECDGEI------LKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAIN--SEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT 447
            A +WS     G R+ F+    P  L+I+ I L D G+Y+CRVDYRNSPT+N+KLNL+++VPP+ P +    G  + G   GP+              G P P VTWW  G + D++ E   R    VN++ Y  ++R+  N  + C+ASN N T  +SR I++ +NL P+ V+++ KP F  A++  E++C + G  P   +TW   ++ ++    D +   G  ++   +IP   ++G                          + P +SLRLG++LNAE+I+   DVYFEC  E       L  N   G+I+S  SLV+Q++ RS  G+Y C A N   +G + PVC       + GV  E ++++ C + + PP+  F W+FN+S     +   ++   G IS +   P ++ DYGTL C G N IG Q+EPC+F+I P 
Sbjct:    2 AKHWSAKHPFGNRAYFRVGNDPTFLLIDAIRLEDEGVYRCRVDYRNSPTRNIKLNLTVVVPPDAPRLTGPRGKDVNGAVAGPYNQGDELQLICDVVGGRPRPSVTWWMNGKLIDATFEIEHRRESVVNKLRYITVTREMDNALFECRASNNNVTQALSRRIRIEINLNPIMVEVIRKPEFFRADENYELVCISRGSKPAAVITWSKNNRQIEENFIDTQTQGGETRSVYTYIPAQDENGYRITCRAENPNXLNSAIEDVVQVAVMYPPSLSLRLGRSLNAEDIKEGADVYFECHIESNPSDKPLYHNVSDGVILSNFSLVIQRITRSRAGEYKCLASNPHGQGMNRPVCAGTG-PTVFGVPKESNVTVKCELSSNPPVTKFRWWFNSSGKAVNVLSTKYKHHGSISIVQ--PDSDLDYGTLSCLGINDIGRQVEPCSFKITPV 441          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000005822 (pep:novel supercontig:LSalAtl2s:LSalAtl2s314:64423:95669:1 gene:EMLSAG00000005822 transcript:EMLSAT00000005822 description:"maker-LSalAtl2s314-augustus-gene-1.7")

HSP 1 Score: 252.677 bits (644), Expect = 2.476e-76
Identity = 140/397 (35.26%), Postives = 217/397 (54.66%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEG 347
            V AI G S  LPC+I      D V LVLWFK+D++ P+Y+ D RGK   +AS+WSD   L  R+ F+ + +P  L+++ ++  D G+YKCRVDY+ +PTK   ++L +IVPPE+P +    G++ +  ++GP+ +            G P+PRVTWW+  ++ DSS E++ P   VN +   +L R+DL+T   CQA+N N ++PVS ++K+ +N  P+SV +L     +SA K  E+ CQ++G  P P++    G  +  ++D      +  + L ++P++ D G                          + P  +L LG +LNA NI+   DVYFEC               +G  L  N    +I+S +SLVLQ+V R+  G YTC A N+EG
Sbjct:    6 VSAIQGSSVDLPCNISAPKQGDKVRLVLWFKNDSSLPIYTYDTRGKSYEEASHWSDDKVLMGRAFFRGDHHPGRLVVDNVHGDDEGLYKCRVDYKIAPTKITNVHLKVIVPPEKPKVTTESGDEEIRLKLGPYRVGDNVVLKCSSLGGRPSPRVTWWRXHSLLDSSYESVTPLKVVNEITLHNLKREDLHTILTCQATNNNISVPVSTSVKLDMNFGPLSVSLLNGREPLSAGKRYEIQCQSIGARPQPSIR--NGVITKHSHD----GNITVSSLSYVPSVTDAGFPMVCRAGVPGLSDSTKEDSWKLDIHYIPTSALSLGSSLNASNIKEGDDVYFECNVKSSPRPYKISWRHNGRELSHNIQKKVIISNKSLVLQKVTRADSGIYTCTAHNAEG 396          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000006645 (pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:101243:-1 gene:EMLSAG00000006645 transcript:EMLSAT00000006645 description:"augustus_masked-LSalAtl2s367-processed-gene-1.0")

HSP 1 Score: 256.914 bits (655), Expect = 1.032e-75
Identity = 182/633 (28.75%), Postives = 283/633 (44.71%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLS-------QASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILG-YEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLD------AYDEE-NYSG-VAKTRLRFIP----------------------NILDDGH------APRVSLRLGQNLNAENIRTNHDVYFECD---------------GEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD--SPVCQSEMV------DQ--LIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-------------------------TGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSE 527
            I  V  + G    LPCDI      D VYLVLW++ D+  P+YS D R            +   WS+ S+ G R+ F+ +  P +L +  ++  D+G Y CRVD+R SPT    + L IIVPP++P+I D  G ++ G   +GP   G             P P V W+    + D + +    G   N +  + L R+   +   C ASN N T P    +++ +   P  VKI       ++ +   + C   G  PP  + W+ G K L       +Y++   +SG V+ + ++++P                        ++D H      AP V L LG+ +N +++    DVYF C+               GE + Q+ + GII++ +SLVLQ++ R   G Y+C A N EG +  SPV  S M       DQ  + GV+  E+  I+C+VDA P   +F+W FN S     L ++ F++ G  S L++TP    DYGT+ C  EN +G Q+ PC + ++P                          GF  GL Q F +E++  K        S+ E++           L   +T + P+     +  G  + L VYA N+KG S 
Sbjct:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAK--------SRPEHQ-----------LLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSR 617          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000010733 (pep:novel supercontig:LSalAtl2s:LSalAtl2s711:147730:211115:1 gene:EMLSAG00000010733 transcript:EMLSAT00000010733 description:"maker-LSalAtl2s711-snap-gene-2.11")

HSP 1 Score: 214.157 bits (544), Expect = 2.154e-61
Identity = 156/556 (28.06%), Postives = 245/556 (44.06%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYP-PLVAFTWFFNNSDHHEELEQDRFSSDGLIST--LNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFII 531
            + A+ G S  LPC+I P  S D V LVL+F+++   P+Y+ D RG+   ++ +WSD + LG R+ F+ +  P  L+++ +   D+G+Y+CR   R+                             L  E    ++  P+PRVTWW+   + D   E +      N +   +L R+DL+    CQASN N ++P S    V+LN+ P S+  L +    S  KE E                       D Y              F  N+  +    ++S R    L+ +            D   L  N  AGII+S +SLVLQ V +   G YTC A N+E  D+P C+   + Q+ GV  +ES+ I+C V A P   ++F W FN+S    ++  DRF S    +T  + + P    DYG+L C   N+IG Q  PC + +VP                          G++GGLPQTF+LE                      +++ R++++  ++ +  P F +T +       L +Y+ N+KGSS P  +
Sbjct:   16 LSAVQGSSVDLPCNITPSISSDKVRLVLFFRNNTNIPIYTYDTRGQSHLESRHWSDDTVLGGRAFFRGDQDPARLVLDNVRGDDAGMYRCRFHQRSQ--------------------------GYLMNEDKRFDLSRPSPRVTWWRDHALIDDKSELVHESKVSNELRLLNLGRRDLHXIITCQASNNNISVPTSPDGNVTLNV-PQSILSLGRNLNGSNIKEGE-----------------------DVY--------------FECNVRSNPKPYKISWRFNVTLSTD------------DENPLIDNLHAGIIISNQSLVLQSVTKHQSGIYTCVAHNTE--DAPYCKPGQI-QVFGVARQESVRISCSVIANPESSISFEWRFNSSGETVDMPHDRFHSPSFATTSVIEYVPRTEMDYGSLLCWAINSIGRQETPCIYHLVPAGVPDPLRNCSVGNQGSSRLQVVCDKGYNGGLPQTFILE----------------------AKDNRNLMIVAKIQSNVPFFNVTGLRPSSSYVLNIYSNNAKGSSSPLTL 470          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000002420 (pep:novel supercontig:LSalAtl2s:LSalAtl2s145:660235:748689:-1 gene:EMLSAG00000002420 transcript:EMLSAT00000002420 description:"maker-LSalAtl2s145-snap-gene-7.5")

HSP 1 Score: 201.445 bits (511), Expect = 3.339e-55
Identity = 157/564 (27.84%), Postives = 233/564 (41.31%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSN-IYP---NSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSS-DETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEE----NYSGVAKTRLRFIPNILDDGH-----------------------APRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLI-----GVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGN 467
            +  ++G SA LPC+I   D  D   LVLW+++ + +P+YS D R    S   +WS+  S G R+ F+ N IYP   + LII  +   D G YKCRVD+R S T++  L+L II  P+ P I + +G  ++G E+GP  +G             P P V+WW+ G ++D   D      V  N ++   L R     ++ C A N N T   S                   P  ++++   EV+CQA G  P P +TW+L S  +     +    +   +  + L F P + D G                         P VSL +      E +    D+  EC               +G+ ++ N D  +I    +L+L+ V +   GDY C A N EG              PVC+   + + I     G     +IS+ C VDA P +  + W  N+SD     E     +    S    T T  +  G + C   N IG Q  PC F +VP                          GF+GGL Q F++E+YE   N
Sbjct:   92 IYTVVGASAHLPCNISAPDD-DGALLVLWYRNFDAQPIYSFDNR---FSTTKHWSEDQSFGPRALFRDNSIYPGILSELIISNVQFEDGGYYKCRVDFRRSQTRSETLHLRIIEEPDIPSIVNQNGTALMG-EIGPFALGEALILLCTVDRGNPRPAVSWWRNGELWDDEPDPNTFDEVQQNTLVIASLDRSHHGNEFSCVARNNNVTGSPSL------------------PNPVTSDTSYEVLCQATGAQPLPNITWFLDSTLIQVSQVDVRVTHRENLTTSSLYFTPKMKDHGRILTCIAENELGKANATRELSIHFVPIVSLEMMN--EKEYVLEGEDLVLECHIKARPRVWRVIWYHNGKEVQPNGDRVVIPEEGTLLLRNVTKERSGDYLCSATNVEGDGFSKIVKISVYYKPVCRDARIAKSIDYINDGRDEVTTISLGCGVDAKPEVKRYRWLVNSSDSESVFEIPSAENSMTFSNYKST-TGAKTRGQVLCWASNEIGEQGAPCIFHVVPIGAPHPPTNCKIRNHTASTIVVSCSPGFNGGLTQHFIMEVYETAQN 629          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000004130 (pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205:205970:-1 gene:EMLSAG00000004130 transcript:EMLSAT00000004130 description:"maker-LSalAtl2s218-augustus-gene-2.15")

HSP 1 Score: 186.037 bits (471), Expect = 2.933e-50
Identity = 123/407 (30.22%), Postives = 183/407 (44.96%), Query Frame = 0
Query:  138 IGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKT--RLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDR-FSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEK 464
            +G+P P +TW + G + D+S + +  G   N + +++L R  L+ ++ C ASNTN T P+   + + +N  P SV I  K       K+ EV C++ G  PP  + W+L  + LD   E        T   L+F+P + D G                          +APRV L LG++++  +I    DVYF+C               D   L QN   GI+++ RSLVLQ + R   G YTC+AIN+ G  S           PVC+++    + GV   E + + C V A P  + F W FNNS     + + R    +   S L +TP  N+DYGTL C   N +G Q  PC F I+                           GFDGG+ Q F++ + E+
Sbjct:   10 LGIPPPSLTWSRDGQLIDNSYQILSNGTVRNEVSFRNLDRSFLHDEFSCIASNTNLTRPIVSIVHLDMNFPPTSVNITNKIQQFVVGKKSEVHCRSTGSRPPAQIVWYLNGQRLDGGSERASPDGNTTVGVLQFLPKMEDIGKELGCKALNPLIVKSALRDKILLKIDYAPRVELVLGKSISLTSIYEGSDVYFDCIVSAAPHPIKILWFQDNVQLNQNYTEGILLTNRSLVLQNIARRRSGGYTCQAINAVGRGSSQAIILDVKYIPVCKNKQ-PVVHGVGKSEMVDVICDVTANPSKLKFHWTFNNSADFINVPRVRAIKVNDTRSKLTYTPRTNKDYGTLMCSATNEVGTQKNPCIFHIILAVAPDPVENCTIINKSSETFHLHCVPGFDGGMEQLFLVTVTER 415          
BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Match: EMLSAP00000005255 (pep:novel supercontig:LSalAtl2s:LSalAtl2s280:113423:235837:-1 gene:EMLSAG00000005255 transcript:EMLSAT00000005255 description:"augustus_masked-LSalAtl2s280-processed-gene-3.0")

HSP 1 Score: 162.155 bits (409), Expect = 5.764e-42
Identity = 158/628 (25.16%), Postives = 258/628 (41.08%), Query Frame = 0
Query:  138 IGVPAPRVTWWKG-----GTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDE-----ENYSGVAK-TRLRFIP--------------------NILDDG------HAPRVSLRLGQNLNAENIRTNHDVYFEC-----------------DGEILKQNSDAGI--------IMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMV-----------DQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTT---SGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSSSSSSSSSMSTIGKPGNNHPSPTTLTSIAASAKKTSGSALCSNPEARQLLLR--PVDTNNPDII 662
            +G P P + W++       + ++S D      +  N +    L R D++T+ +CQ+ N   TL    ++++ L  +  SV IL K   + A  + +  C++ G  PP  L+WWL ++  +         E+ SG +  + L + P                     +++D       + P V ++LG +L A++IR   DVYF+C                 +GEILK+     I        +     LVLQ V ++A G+Y+C   N   +   V QS+ V            ++ GV   E+  I C V+A PP V F W FNNS   +++E+   +S G  S L FTPT   +YGTL C   N++G Q  PC F I+                           GF+GGLPQ F L +Y     K+ +D S+T              L   +++  P F +T ++ G      +   N KG   P   +   +K  +  +  +  +       S +D  T    S L +   GI +G  L I++V +       R    S   +++     + +P   H S   +T+I    +   GS + S+ E    +        NNPDI+
Sbjct:   15 LGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVY-----KVGEDQSRT--------------LVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTP------SNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSR--QWSRRGNNNGPRRRVTEP---HSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIV 611          
BLAST of EMLSAG00000003321 vs. SwissProt
Match: gi|298351701|sp|A2AJ76.1|HMCN2_MOUSE (RecName: Full=Hemicentin-2; Flags: Precursor)

HSP 1 Score: 62.003 bits (149), Expect = 1.329e-8
Identity = 100/433 (23.09%), Postives = 174/433 (40.18%), Query Frame = 0
Query:   46 VRGKPLSQASYWSDSSSL--GQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPP-EEPVIRDGDGNQILGYEVG-PHEI-GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAE--KEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVA------------------------KTRLRFIPNILDDGHAPR--VSLRLGQNLNAENIRTNH--DVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVD--------QLIGVTAEESISINCRVDAYP-PLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIG 434
            V+G P    S+  D   L   QR+   S+    +L I ++ L DSG++ C V    +   +    L ++VPP  EPV    +     G EV  P E  G P P V+W K G           PG+ +     + +S  D  T Y C A++        R  ++++ + P  ++   + + +S      +E++C+A G  PPP +TW    ++L   + ++ +G                          + R++  PN++     PR  V L  GQ +   ++      ++ +   G +L+ ++        R L LQ +  +  GDY+C A N  G+ S   + E+            + V+   +  + C+    P PLV  +W  +    H    +  F  +G   +L   P   QD G   C   N+ G
Sbjct: 3371 VQGSPPIHVSWLKDGLPLPLSQRTLLHSS--GRTLRISQVQLADSGVFTC-VAASPAGVADRNFTLLVLVPPILEPVEFQNNVMAAQGSEVVLPCEARGSPLPLVSWMKDGEPLLPQSLEQGPGLKL-----ESVSVGDAGT-YSCTAASEAGE--ARRHFQLTV-MDPPHIEESGETSELSLTPGAHLELLCEARG-IPPPNITWHKDGQALRRTENDSQAGRVLRVDNAGLYTCLAESPAGEVEKSFRVRVQAPPNVVGP-RGPRSVVGLAPGQLILECSVEAEPAPEIEWHRGGVLLQADAHTHFPEQGRFLKLQALSTADGGDYSCTARNRAGSTSVAFRVEIHTAPTIQSGPNTVNVSVNRTTLLPCQTHGVPTPLV--SWRKDGIPLHPGSPRLEFLPEG---SLRIHPVLAQDAGHYLCLASNSAG 3784          
BLAST of EMLSAG00000003321 vs. SwissProt
Match: gi|1018447365|sp|Q8NDA2.3|HMCN2_HUMAN (RecName: Full=Hemicentin-2; Flags: Precursor)

HSP 1 Score: 60.8474 bits (146), Expect = 3.327e-8
Identity = 117/519 (22.54%), Postives = 192/519 (36.99%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKL-NLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------GVPAPRVTWWKGGT--IYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWW--------------------LGSKSLDAYDEENYSGV-----AKTRLRFIPNILDDGHAPRVS----LRLGQNLNAENIRTN--------HDVYFECDGEILKQNSDAGI--IMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAE--------------ESISINCRVDAYPPLVAFTW-------------FFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYG-TLFCQGENTIGHQIEPCTFQ 443
            ++ V AIL  S  LPCD+    +H +   V W+KD                      S + SLG+        +  +L + +  L DSG+Y C  +  N+  ++ KL  LS++VPP       G  + +L   VG   +       +P P VTW+K G   +     + +R G    R+  ++    D    Y C+ SN        RT  +++ + P       +     A   + + C  + G P PT+TW                     L    L       Y+ V     A+ R  F+  +L    APR+      R    L  + +R +         DV +  DG  L Q+    +   +   SLVL+ +  S  G YTC A N  G D+   +   V+ L+  T +              E +++ C V   PP +  +W               + S H   + + + +  G+ + +  +P    D   TL  Q    +   +EP  FQ
Sbjct: 2952 LEQVTAILNSSVSLPCDV---HAHPNPE-VTWYKD----------------------SQALSLGEEVFLLPGTH--TLQLGRARLSDSGMYTC--EALNAAGRDQKLVQLSVLVPPAFRQAPRGPQDAVL-VRVGDKAVLSCETDALPEPTVTWYKDGQPLVLAQRTQALRGG---QRLEIQEAQVSDKGL-YSCKVSNVAGE--AVRTFTLTVQVPPTFENPKTETVSQVAGSPLVLTCD-VSGVPAPTVTWLKDRMPVESSAVHGVVSRGGRLQLSRLQPAQAGTYTCVAENTQAEARKDFVVAVLV---APRIRSSGVAREHHVLEGQEVRLDCEADGQPPPDVAWLKDGSPLGQDMGPHLRFYLDGGSLVLKGLRASDAGAYTCVAHNPAGEDA---RLHTVNVLVPPTIKQGADGSGTLVSRPGELVTMVCPVRGSPP-IHVSWLKDGLPLPLSQRTLLHGSGHTLRISKVQLADAGIFTCVAASPAGVADRNFTLQVQ----VPPVLEPVEFQ 3421          

HSP 2 Score: 59.6918 bits (143), Expect = 6.969e-8
Identity = 91/346 (26.30%), Postives = 137/346 (39.60%), Query Frame = 0
Query:   48 GKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPE---EPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVN---RMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWW----------------------LGSKSLDAYDEENYSGVAKTRL-RFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFEC--------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAV---GDYTCRAINSEG 347
            G P     +W D  +L   ++F  N     L IEK++L D GIY C        +K  ++ L ++VPP     PV +    N  +  E      GVP P V+W+KG     S       GV V+   R++  + ++      Y C ASN   +  +   ++V++  +      L  P  ++    + + C A G  P PTL W                       L   S  A D   YS VA + +     +++   H P     LG+ LN  ++  N  V  EC              DG  L+     G+ +S    +L QVDR+ V   G YTC A+N  G
Sbjct: 1836 GVPTPSLRWWKDGVAL---AAFGGN-----LQIEKVDLRDEGIYTCAATNLAGESKR-EVALKVLVPPNIEPGPVNKAVLENASVTLEC--LASGVPPPDVSWFKGHQPVSSWM-----GVTVSVDGRVLRIEQAQLSDAGSYRCVASNVAGSTELRYGLRVNVPPRITLPPSLPGPVLVNT--PVRLTCNATGA-PSPTLMWLKDGNPVSPAGTPGLQVFPGGRVLTLASARASDSGRYSCVAVSAVGEDRQDVVLQVHMPPSI--LGEELNV-SVVANESVALECQSHAMPPPVLSWWKDGRPLEPRP--GVHLSADKALL-QVDRADVWDAGHYTCEALNQAG 2156          
BLAST of EMLSAG00000003321 vs. SwissProt
Match: gi|61227113|sp|Q7TSU7.1|KIRR2_MOUSE (RecName: Full=Kin of IRRE-like protein 2; AltName: Full=Kin of irregular chiasm-like protein 2; Flags: Precursor)

HSP 1 Score: 59.3066 bits (142), Expect = 7.823e-8
Identity = 110/483 (22.77%), Postives = 178/483 (36.85%), Query Frame = 0
Query:    7 ILGRSAQLPCDILPRDSHDDVY--LVLWFKDDNTKPMYSLDVRGKPLSQASYW-SDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVG-----PHEIGVPAPRVTWWKGGTIYDSS---DETIRPGVY--VNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLK-PVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILD----DGHAPR---VSLRLGQNLNAE----NIRTNHDVYFEC--DGEILK-----QNSDAGIIMSTRSLVLQQVDRSAVGDYTCRA-INSEGTDSPVCQSEM-VDQLIGVTAEESIS--------INCRVDAYPPLVAFTWFFNNS------------DHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLF-CQGENTIG 434
            +LG  A+LPC +         Y  LV W KD       +L         + YW S +S+ GQ          + L I+ + L D   Y+C+       ++  +L+  ++VPPE P +  G    ++    G           PAP + W++ G   D S     T++      V   ++   S  D     +C+A +  + LP  R   V+L+L+ P  V + A+P  +   +++  +CQA    P     W  G   +          VA       P   +     G A R   + +  G  L A+    ++    D  F C   G  L      +   + ++ S  +L L  V     GDY CRA     G      Q+ + V+    VTA +           + C V A P   +  W ++              +     E +     GLIS L+ + T   D+ T F C   N +G
Sbjct:   33 LLGEEARLPCAL-------GAYRGLVQWTKDG-----LALGGERDLPGWSRYWISGNSASGQ----------HDLHIKPVELEDEASYECQASQAGLRSRPAQLH--VMVPPEAPQVLGGPSVSLVAGVPGNLTCRSRGDSRPAPELLWFRDGIRLDGSSFHQTTLKDKATGTVENTLFLTPSSHDDGATLICRARS--QALPTGRDTAVTLSLQYPPMVTLSAEPQTVQEGEKVTFLCQATAQPPVTGYRWAKGGSPVLGARGPRLEVVADATFLTEPVSCEVSNAVGSANRSTALEVLYGPILQAKPKSVSVDVGKDASFSCVWRGNPLPRITWTRMGGSQVLSSGPTLRLPSVALEDAGDYVCRAEPRRTGLGGGKAQARLTVNAPPVVTALQPAPAFLRGPARLQCVVFASPAPDSVVWSWDEGFLEAGSLGRFLVEAFPAPEVEGGQGPGLISVLHISGTQESDFTTGFNCSARNRLG 489          
BLAST of EMLSAG00000003321 vs. SwissProt
Match: gi|75025812|sp|Q9U3P2.1|SYG2_CAEEL (RecName: Full=Synaptogenesis protein syg-2; AltName: Full=Synaptogenesis abnormal protein 2; Flags: Precursor)

HSP 1 Score: 59.3066 bits (142), Expect = 9.459e-8
Identity = 50/205 (24.39%), Postives = 83/205 (40.49%), Query Frame = 0
Query:   64 GQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGY-EVGPHEIGV------PAPRVTWWKGGTIYDSS-DETIRPGVYVNRMIYKDL----SRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPV--SVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAY 254
            G+ S  K N     L I  +NL D G Y+C++ +        K  L+IIVPP+     +   N I+   E  P  I        P P V W+  G +      +   P +     +Y  L     R D      C+A      + ++    + +   P   +V+IL  P+ + +   + + C   GG PPP + W+  +K L ++
Sbjct:   75 GRFSYIKQNAEELHLKITHVNLDDDGEYECQMLHPEEGPIRAKSFLNIIVPPQLVYFSNYQPNSIIAVKENTPLNITCVVPNVKPEPEVLWYMDGKVMSRDVKQASTPHLNKTFTVYTSLVVQSDRNDHGKVITCEAFQKETDIRITTNTTLDVLFPPSDPTVEILRNPSALRSGDNVTIACSVTGGNPPPDVFWYHENKRLQSH 279          
BLAST of EMLSAG00000003321 vs. SwissProt
Match: gi|400398|sp|P31836.1|NCAM1_BOVIN (RecName: Full=Neural cell adhesion molecule 1; Short=N-CAM-1; Short=NCAM-1; Flags: Precursor)

HSP 1 Score: 56.6102 bits (135), Expect = 5.015e-7
Identity = 84/378 (22.22%), Postives = 143/378 (37.83%), Query Frame = 0
Query:   76 NSLIIEKINLGDSGIYKCRVDYRNSPTKNVK-LNLSIIVPP---EEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGG-TIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSP--VCQSEMVDQLIGVTA-----EESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLIST-----LNFTPTNNQDYGTLFCQGENTIGHQ 436
            N L I  I   D G Y+C          N K + + + VPP       I +   N      +  +  G P P V+W K G  I +  DE        + +  + + + D   +YVC A N       S  +KV    K   +  +   T +  E+++ + C+A  G P P++TW   ++++ + ++ +++   K           DGH                +R++  V                      SL L+ +  +  G+Y C A N+ G DS     + +   +L G  A        ++I C V AYP     +WF +     + L    +S+  + +T     L  TP +  D+G   C   N IG +
Sbjct:  172 NYLQIRGIKKTDEGTYRCEGRILARGEINFKDIQVIVNVPPTVQARQSIVNATANLGQSVTLVCNAEGFPEPTVSWTKDGEQIENEEDEKYLFSDDSSELTIRKVDKND-EAEYVCIAENKAGEQDASIHLKVFAKPK---ITYVENQTAMELEEQVTLTCEA-SGDPIPSITWRTSTRNISSEEKASWTRPEKQETL-------DGHMV--------------VRSHARV---------------------SSLTLKSIQYTDAGEYVCTASNTIGQDSQSMYLEVQYAPKLQGPVAVYTWEGNQVNITCEVFAYPS-ATISWFRDG----QLLPSSNYSNIKIYNTPSASYLEVTPDSENDFGNYNCTAVNRIGQE 497          
BLAST of EMLSAG00000003321 vs. SwissProt
Match: gi|127859|sp|P13596.1|NCAM1_RAT (RecName: Full=Neural cell adhesion molecule 1; Short=N-CAM-1; Short=NCAM-1; AltName: CD_antigen=CD56; Flags: Precursor)

HSP 1 Score: 56.225 bits (134), Expect = 6.840e-7
Identity = 81/380 (21.32%), Postives = 145/380 (38.16%), Query Frame = 0
Query:   76 NSLIIEKINLGDSGIYKCRVDYRNSPTKNVK-LNLSIIVPP---EEPVIRDGDGNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVN---RMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDGHAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSP--VCQSEMVDQLIGVTA-----EESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLIST-----LNFTPTNNQDYGTLFCQGENTIGHQ 436
            N L I  I   D G Y+C          N K + + + VPP       I +   N      +     G P P ++W K G   ++ +E     ++ +    +  +++ + D   +YVC A N       S  +KV    K   +  +   T +  E+++ + C+A  G P P++TW   ++++ + ++ +++   K           DGH                +R++  V                      SL L+ +  +  G+Y C A N+ G DS     + +   +L G  A        ++I C V AYP     +WF +     + L    +S+  + +T     L  TP +  D+G   C   N IG +
Sbjct:  172 NYLQIRGIKKTDEGTYRCEGRILARGEINFKDIQVIVNVPPTVQARQSIVNATANLGQSVTLVCDADGFPEPTMSWTKDGEPIENEEEDDEKHIFSDDSSELTIRNVDKND-EAEYVCIAENKAGEQDASIHLKVFAKPK---ITYVENQTAMELEEQVTLTCEA-SGDPIPSITWRTSTRNISSEEKASWTRPEKQETL-------DGHMV--------------VRSHARV---------------------SSLTLKSIQYTDAGEYICTASNTIGQDSQSMYLEVQYAPKLQGPVAVYTWEGNQVNITCEVFAYPS-ATISWFRDG----QLLPSSNYSNIKIYNTPSASYLEVTPDSENDFGNYNCTAVNRIGQE 499          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: AFH06404.1 (uncharacterized protein Dmel_CG14372, isoform D [Drosophila melanogaster])

HSP 1 Score: 387.882 bits (995), Expect = 1.398e-121
Identity = 237/700 (33.86%), Postives = 353/700 (50.43%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRD-------------GDGNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGAL----LTILVVSLIFSCRKRRLSGSSSSSS 604
            V+ +LGR A LPCDI P++  D VY+VLWF++ + +P+Y+ DVRG+   QA  WS  ++ G R+ F S  +P  L I+ I + D G+Y+CRVD+RNSPT+N+K+NL++IVPP+ PVI                +GN I L  EV     G P P VTW+   T  D S E    G  +N + Y ++ RQ LN++ +C ASNTN T P +R + + +NLKP++V IL K  F+SA++  +V C++ G  PP  +TWW GSK L      ++E +   ++   L F P   DDG                          + P  +L++G +LN ++I+   D YFEC               +G+ L+ N  AG+I+S +SLVLQ V R++ GDYTC A+NSEG             +P+C ++  ++L+G    E++ + C VD+ PP  +F W FN+S    EL     SS+  +S LN+TP+ + DYGT+ C  +N+IG Q  PC FQIV                           GFDGGLPQ FMLEL E    ++  + +               +  T VT     F + N+D     ++ ++A N+KG SEP II +                  +  K   K T  ++GL +  +  L G      L   +  ++ +   RR+S   S S+
Sbjct:   81 VQGVLGRQAMLPCDISPQERDDAVYMVLWFREGDGEPIYNFDVRGRQFGQARLWSSPTAFGTRAHFSSTTHPAQLKIDNIRIEDEGVYRCRVDFRNSPTRNLKINLTVIVPPDRPVIYGQNRHEKAGNVESFSEGNDIVLSCEVSG---GRPRPNVTWYLDNTAIDESFEQRPDGKTINHLSYPNVGRQHLNSRLMCVASNTNLTPPNNRVVILDVNLKPIAVHILTKDRFVSADRTYDVECKSSGSKPPALITWWKGSKQLKKLTKNFNEPDNQSLSI--LTFTPGREDDGKYLTCRAENQFIDGSAIEDKWRLIVHYQPTTTLKIGSSLNPDDIKEGDDAYFECIVLANPKPYKMSWFHNGKELQHNISAGVILSDQSLVLQSVSRASAGDYTCLAVNSEGKGPSNPVTLRIRYAPICATDH-EELLGALKHETLPLKCEVDSSPPADSFQWTFNSSGEQTELPARLHSSETGMSRLNYTPSTDLDYGTISCWAKNSIGTQKSPCVFQIVAAGRPFPLQNCSVTNQSVDSLQVDCLEGFDGGLPQGFMLELVELNTLRLARNIT---------------VSHTPVT-----FVIDNLDQAATYRMVIFAVNAKGRSEPTIIDD------------------INFKGVAKFTGASTGLSMPLSPFLAGLTLFCGLLFAIFCIMLAAIYRRISNRRSDSN 736          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: AAF54952.3 (uncharacterized protein Dmel_CG14372, isoform C [Drosophila melanogaster])

HSP 1 Score: 387.882 bits (995), Expect = 1.398e-121
Identity = 237/700 (33.86%), Postives = 353/700 (50.43%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRD-------------GDGNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGAL----LTILVVSLIFSCRKRRLSGSSSSSS 604
            V+ +LGR A LPCDI P++  D VY+VLWF++ + +P+Y+ DVRG+   QA  WS  ++ G R+ F S  +P  L I+ I + D G+Y+CRVD+RNSPT+N+K+NL++IVPP+ PVI                +GN I L  EV     G P P VTW+   T  D S E    G  +N + Y ++ RQ LN++ +C ASNTN T P +R + + +NLKP++V IL K  F+SA++  +V C++ G  PP  +TWW GSK L      ++E +   ++   L F P   DDG                          + P  +L++G +LN ++I+   D YFEC               +G+ L+ N  AG+I+S +SLVLQ V R++ GDYTC A+NSEG             +P+C ++  ++L+G    E++ + C VD+ PP  +F W FN+S    EL     SS+  +S LN+TP+ + DYGT+ C  +N+IG Q  PC FQIV                           GFDGGLPQ FMLEL E    ++  + +               +  T VT     F + N+D     ++ ++A N+KG SEP II +                  +  K   K T  ++GL +  +  L G      L   +  ++ +   RR+S   S S+
Sbjct:   81 VQGVLGRQAMLPCDISPQERDDAVYMVLWFREGDGEPIYNFDVRGRQFGQARLWSSPTAFGTRAHFSSTTHPAQLKIDNIRIEDEGVYRCRVDFRNSPTRNLKINLTVIVPPDRPVIYGQNRHEKAGNVESFSEGNDIVLSCEVSG---GRPRPNVTWYLDNTAIDESFEQRPDGKTINHLSYPNVGRQHLNSRLMCVASNTNLTPPNNRVVILDVNLKPIAVHILTKDRFVSADRTYDVECKSSGSKPPALITWWKGSKQLKKLTKNFNEPDNQSLSI--LTFTPGREDDGKYLTCRAENQFIDGSAIEDKWRLIVHYQPTTTLKIGSSLNPDDIKEGDDAYFECIVLANPKPYKMSWFHNGKELQHNISAGVILSDQSLVLQSVSRASAGDYTCLAVNSEGKGPSNPVTLRIRYAPICATDH-EELLGALKHETLPLKCEVDSSPPADSFQWTFNSSGEQTELPARLHSSETGMSRLNYTPSTDLDYGTISCWAKNSIGTQKSPCVFQIVAAGRPFPLQNCSVTNQSVDSLQVDCLEGFDGGLPQGFMLELVELNTLRLARNIT---------------VSHTPVT-----FVIDNLDQAATYRMVIFAVNAKGRSEPTIIDD------------------INFKGVAKFTGASTGLSMPLSPFLAGLTLFCGLLFAIFCIMLAAIYRRISNRRSDSN 736          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: EAA01081.5 (AGAP001410-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 383.645 bits (984), Expect = 6.374e-121
Identity = 223/638 (34.95%), Postives = 340/638 (53.29%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG----DGNQILGYEVGPH-----EI--GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLD------AYDEE-NYSG-VAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECDGE-------ILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEK----KGNKIPDDGSKTENEA------SGSEELRDMILKTQVTN-QFP--QFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            I  V  +LG+ A LPCDI P +  D VY+VLWFK+D+ +P+Y+ DVRG+ ++QA   S     G+R+ F++  +P  L++++I L D G+Y+CRVD+RNSPT+N+K+N ++IVPP+ P+I D       N +  Y  G       E+  G P P VTW+   ++ D S ET   G  VN + Y ++ RQ L+ + +C ASNTN T P ++ + + +NLKPV+V I+AK  F+SA+K  E+ C++ G  P   ++WW G++ L       + DE+  ++G  + + + + P + DDG                          + P V+L++G +LN ++I+   D+YF+C  +       +   +   GII+S  SL LQ V RS  GDYTC A N+EG             +PVC  +  ++L+G    E++ + C VDA PP  +F W FN+S    EL     SS+  +S LN+TPT++ DYGT+ C G N IG Q  PC FQ+V                           GFDGGLPQ F+LEL E     +G   P  G      A      S + +L  + + +  ++ Q P  QF + N++ G   ++ ++A N+KG SEP II +   K
Sbjct:    3 ITTVSGVLGKQASLPCDITPLERDDAVYMVLWFKEDDNEPLYNFDVRGRQVAQARLSSSDKYFGKRAFFRATTHPAQLLVDEIKLSDEGMYRCRVDFRNSPTRNLKINFTVIVPPDRPIIYDSRRREKANTVEPYSEGSDIALICEVKGGRPRPNVTWYLDNSVIDESFETRPDGTTVNHLSYPNIGRQHLDARLMCVASNTNLTPPNNKVVVLDVNLKPVAVHIMAKEKFVSADKRYEIECKSSGSRPEAAISWWKGTRMLKRVTKNVSMDEDPRFTGNQSLSVISYTPTVDDDGKYLTCRAENPLIPDSAIEDKWRLVVHYMPIVTLKMGSSLNPDDIKEGDDIYFDCHIQSNPKPYKLAWYHDVTGIILSDHSLALQGVSRSLAGDYTCMAANTEGRGTSNHVTLRVRYAPVCAVDR-EELLGALKHETLQLKCEVDASPPAESFHWTFNSSGEQTELPSRLHSSETGLSRLNYTPTSDLDYGTISCWGRNAIGVQKSPCVFQVVAAGRPFALQNCSVSNQSADSLHIECIEGFDGGLPQMFLLELVEVPPVIRGTAPPRAGKGASIYAVFCQGVSSARKLTQLSISSFFSHPQHPPVQFFIDNLEPGSSYRIILFAANAKGRSEPVIIDDITFK 639          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: gb|KYB26230.1| (hypothetical protein TcasGA2_TC033672 [Tribolium castaneum])

HSP 1 Score: 378.637 bits (971), Expect = 1.425e-119
Identity = 229/670 (34.18%), Postives = 334/670 (49.85%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFS--SDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVII-TTGILTGALLT 581
            +EA+ G+S  LPCD+ P ++HD VY+V WF+  +  P+YS DVRGKPLS+AS+WS     G R+ F++   P  L+I+ I   D G+Y+CRVD+RN+ T++ + NL++IVPPE+P I D  G Q+ G  VGPHE G             P P V W     + D   E     V  NR++   +SR+DL+  + CQA NT  T P   ++ + L LKP++V+IL   + + A+K  EV C++ G  PP  +TW+ G + L    +E    V  + L FIP   DDG                          + P+VSL LG  LNA++I+   DVYFEC               +G +L  N    II S +SLVLQ+V R + G Y C  +NSEG             +P C+ +    ++G +  ES+ I C +++ PP  ++ W FNNS    ++  +RF+  S+G +S L +TP +  DYG+L C   NT+GHQ+ PC FQ+V  G                         FDGGLPQ F+LELY    N +    + T          RD           P+F L N++  +  ++ V+A N+KG S+  +++E                  VT  D++K T++   L      GIL GA LT
Sbjct:   48 IEAVEGKSVSLPCDVTPPNNHDKVYMVFWFQQGSGYPIYSFDVRGKPLSRASHWSAPDLFGSRAYFRTVSEPAQLVIDDIRRHDEGVYRCRVDFRNAQTRSFRYNLTVIVPPEQPTILDKWGRQLNG-TVGPHEEGDDITLTCRTVGGHPQPTVRWLINAEMVDEQSEHNAGDVIENRLVKTSISRKDLDAIFTCQAVNTVLTEPKVASVVLDLLLKPLTVRILKTVSPLVADKRYEVTCESAGSRPPAIITWYKGKRPLRKTKQETRENVTISELTFIPTTEDDGKSITCRAENPNVTGLFLETSWKIDVVYPPQVSLHLGSTLNADDIKEGDDVYFECRVTANPQWRKLTWLHNGFVLNHNMSGRIIHSNQSLVLQKVTRQSAGRYVCSVVNSEGETLSNELNFRVQYAPTCKFDKF-LVVGASRGESVDIVCEIESDPPAKSYRWKFNNSGETLDVAAERFAKTSNGTVSVLRYTPVSELDYGSLSCWAINTVGHQVNPCVFQVVAAGKPFPVRNCSLSNQTSSSVEVTCLAGFDGGLPQHFLLELY--TANSLVPRYNMTS--------FRD-----------PEFFLDNLEPDVTFRIVVFAVNAKGRSQGVVLEE------------------VTFTDAEKRTASDGDLPFSPILGILIGATLT 676          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: EEB14623.1 (sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 371.703 bits (953), Expect = 8.871e-117
Identity = 237/691 (34.30%), Postives = 344/691 (49.78%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQ----ILGYEVGPH-----EI--GVPAPRVTWWKGGTIYDSSDETIRPG--VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSL----DAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVI--ITTGILTGALLTILVVSLIFSCRKRR 595
            +  V  +LG+   LPCDI  RD  D V +VLWFK  + +P+YS DVRGK    A+ WS       R+ F++   P  L+++ + + D G+Y+CRVD++NSPTKN K+NL+II+PPE+PVI D         I  Y  G       E+  G P P+V W+    + D S E  R G  + VN  + +++ R+ LN + +CQASN N   P S+ + + LNLKP++V IL K   +SA+K+ EV C+  G  P   +TWW G+K +     +Y E+N  G++   L  IP I DDG                          + P V+L++G NLN ++I+   DVYFEC               +G+ +  N  AG+I+S  SLVLQ V +   GDYTC A N EG              P C+ +  ++L G    E++++ C VDA PPLV F W FNNS    E+   R++S   ISTLN+TP ++ DYGTL C G N++G Q  PC FQ+V  G                         FDGGLPQTF++EL E    ++  + S                    V    P F +  ++SG   ++ ++A N+KG SEPF+I+                   VT K   K T  T+ + +  + TG++  A   +++V L+     RR
Sbjct:   31 VTSVLGVLGKKVSLPCDINSRDPKDAVSMVLWFKSTDGEPLYSFDVRGKKFGNANTWSSPDHFDSRAFFRTAPTPAELVVDNLQMDDEGMYRCRVDFKNSPTKNQKVNLTIIIPPEKPVIYDAKSRDRTKLIEPYNEGSDVSLVCEVTGGRPRPKVVWYLENELKDESYEQ-RYGEQLTVNHFVLRNVKREYLNHRLLCQASNNNLEPPASKVVVLDLNLKPLTVHILTKERAVSADKKYEVECRTSGSRPEAVITWWKGNKQIKRFAKSYTEQNGDGLSI--LSLIPVIDDDGKYLTCRAENPVVPDSALEDKWRLNVHYMPLVTLKIGANLNPDDIKEGDDVYFECNVKANPKSYKLAWFHNGKEMHHNISAGVILSDVSLVLQGVSKHTAGDYTCLAANIEGKGISNPVTLKVMYVPTCRDDR-EELHGALKHETVALKCEVDANPPLVTFQWTFNNSGDLNEVPVTRYTSSSTISTLNYTPVSDMDYGTLACWGSNSVGQQKVPCIFQVVAAGHPFPLTNCTILNQTADSLHVECLENFDGGLPQTFLMELLELPTLELKRNIS--------------------VVRAPPVFSIYGLESGTTYQVNLFAVNAKGRSEPFVIE------------------TVTFKGVAKYTGITTPIPMNPVLTGLIATASTLVVIVCLVLMALYRR 679          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: gb|EFA06826.2| (Neural cell adhesion molecule 1-like Protein [Tribolium castaneum])

HSP 1 Score: 370.548 bits (950), Expect = 2.149e-116
Identity = 225/627 (35.89%), Postives = 318/627 (50.72%), Query Frame = 0
Query:    3 HVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG---DGNQILG-YEVGPH-----EI--GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIV----PT---------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
             V+ +L +   LPCDI P++  D V +VLWFK+   +P+YS DVR +  SQA YWS     G R+ F+    P +L I  I L D GIY+CRVD++NSPT+N K+N ++IVPPE+  I D    D   +LG Y  G       E+  G P P+VTW+   T+ D S E    G+ VN + + ++ RQ L+ + +CQASN N   P +R   + +NLKP +V IL K   +SA K  EV C+  G  P   +TWW GS+ +      + E+N   ++   L F+P I DDG                          + P V+L++G  LN ++I+   DVYFEC               DG  + QN  AG+IMS +SLVLQ V R+  G YTC A N EG             +PVC+ +  ++L G   +E++++ C+VDA P +V F W FNNS    E+  +RF+++   S LN+TP ++ DYGTL C G+N +GHQ  PC FQ+V    P+                     GFDGGLPQ F +E+ E     +P   S+               L        P F    +D G+  ++ +YA N+KG SE  II     K
Sbjct:   46 EVQGVLNKKKGLPCDITPKERDDAVAMVLWFKETIGEPLYSFDVRARQFSQAKYWSSPHVFGDRAYFRHTTSPATLEIASIQLSDEGIYRCRVDFKNSPTRNSKVNFTVIVPPEKIHIYDDKRVDKTILLGPYNEGSDVNLLCEVKGGRPRPKVTWFLENTVIDDSYEIRSDGIAVNHLTFPNVGRQHLHARLICQASNNNLVPPETRVAVLDINLKPQTVNILTKEKQVSAGKRYEVECRTSGSRPDAVITWWKGSRPVRKLAKNFSEQNNQSLSI--LTFVPVIDDDGKYLTCRAENPSIPESALEDKWRLNVHYTPVVTLKMGSTLNPDDIKEGDDVYFECNIRANPKAYKLSWFHDGVEIFQNVTAGVIMSDQSLVLQSVTRATGGAYTCMATNVEGKSTSNAVQLVVRYAPVCKQDR-EELYGALKQETVTLRCQVDANPAIVTFHWTFNNSGDLTEVPANRFTNELSSSRLNYTPVSDLDYGTLLCWGDNDVGHQKVPCVFQVVIAGRPSQLQNCTVSNQSSDSLQVDCTEGFDGGLPQNFFMEILE-----LPALRSR---------------LNVTSYRTPPTFFADGLDPGVSYRIMLYAVNAKGRSEATIIDPVTFK 649          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: XP_396815.3 (PREDICTED: hemicentin-2 [Apis mellifera])

HSP 1 Score: 358.992 bits (920), Expect = 4.842e-112
Identity = 237/688 (34.45%), Postives = 335/688 (48.69%), Query Frame = 0
Query:    3 HVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSL---DAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRF-SSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT----------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK-QRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRK 593
             V A+LGR+A+LPCDI P    D VY+VLWF+DD  KP+YS DVRG+  ++A  WSDS+ +G R+ F +   P +L +E + L D GIY+CRVD++NSPTKN ++NL++IVPP + +I D  G  ++G   GP ++GV            P P V+W       DS  E I   + V+++    L R+  NT Y C+A +TN   P+ ++I + + LKP+SVKIL KPT +  EK+  + C+  G +P   +TW  G+            N S V  T L F P   D G                            P+V L LG  LNAE I+   DVYFEC               +  IL QN  AGIIMST+SLVLQ++ R   G+YTC A N  G             +PVC+++ V  +IG + EES+ + C V+A P  V F W FNNS  + E+   +F  ++G  S L +TP + +DYG L C G N IG Q  PC +QI+P                             G+DGGL Q F LE YE         G+   N +S S ++   I +  V +  P              L  YA N+KG SE  ++++  ++   KH   GV                +   L+++  G L    +T+L V L+   R+
Sbjct:   62 EVSAVLGRTARLPCDIEPSTREDRVYMVLWFRDDAVKPIYSFDVRGRSFNKALNWSDSTVVGPRAYFVTMTKPATLSLEAVQLDDEGIYRCRVDFKNSPTKNFQVNLTVIVPPYQLLIYDTSG-VVIGDTAGPFQVGVEFGLSCEVRGGKPTPVVSWLVNEKEVDSKLEEIGKNLVVSKLTIPQLRREHRNTTYKCRAWSTNLIPPLEKSILLDVYLKPLSVKILTKPTILETEKDYSITCETTGSHPQARITWMEGNAIYHNGKVLIGGNTSVVIST-LIFSPIPDDHGKILKCRGENPKLPDAYLEDFFQLNVVFPPKVQLHLGSTLNAEKIKEGDDVYFECKVRANPEHHKITWKHNDVILTQNQSAGIIMSTQSLVLQKIGRDNAGNYTCLASNDRGETTSPIVTLRVQFAPVCKAKEV-SVIGASLEESVKVRCEVEADPNKVEFVWEFNNSGENFEVAPAKFDDNNGTTSELIYTPVSERDYGALTCWGRNAIGKQEAPCIYQIIPAVKPNPLNNCTIKASLNQSSEILEVECVPGYDGGLRQEFRLEAYEVL------TGNLRVNASSVSADVP--IFRIAVADLLPATHFY---------LVTYAVNAKGRSEVSLLEDIMLRDSEKHTDSGV----------------SMVPLILLLIGCLMAFGVTVLSVMLMMYRRR 713          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: gb|EFA06209.2| (hypothetical protein TcasGA2_TC009058 [Tribolium castaneum])

HSP 1 Score: 346.28 bits (887), Expect = 8.891e-107
Identity = 226/700 (32.29%), Postives = 341/700 (48.71%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRPG---VYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENY--SGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC----DGEILK----------QNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGT-DS----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSS--DGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSS 601
            + HV+AI+  +AQLPCD+LP   +D V LV+W+KD++T P+YS D RG   +   +W DS+ LGQR+ F++   P +L I+ IN  D G Y+CR+DY  SPTKN+++ L++IVPP++P I D  G ++     GP+E             G P P + WW+G  + +S++   R G   V  N+++ K L R D +  + CQASN N + PVS T  + +  +P+ V+I++     SA++  E+ CQ  G  PP  +TW++ +K L      Y +EN     V  + L  I    D+G                          + P + L LG NLN ++I    DVYFEC    + E  K          Q++  G+I+S  +L LQ V RS  G+Y+C A N EG  DS          PVC+ E   ++ GV   E+  I C V++YPP  +F W FNNS  + ++ Q R+ S      STL +TP N  DYGT+ C   N  G Q+EPC F ++                           GFDGG PQ F+LE+Y+++ +                       L+  V+ +FP F ++ +D G  +K+ VYA NSKG SE  +++   +K  +         K        +D    + ++ I   I+T  LL  +V+      R     GS +
Sbjct:   43 VTHVQAIVKGNAQLPCDLLPPALNDSVVLVVWYKDEHT-PIYSYDTRGPYKTTPKHWQDSN-LGQRAFFRTMTDPATLNIDNINEKDEGEYRCRIDYLRSPTKNLRVKLAVIVPPQKPTIFDERGKEVPSL-AGPYEEGGDMKLTCFVTGGKPEPTIKWWRGEKLIESTE--TRSGFQNVRSNQLVIKGLRRADQHAAFTCQASNNNISQPVSATTSIEIYFRPLHVEIMSSNNPYSADRLYEIACQTFGSRPPAKITWYMDNKELLPPKYNYTQENSPDGNVTLSNLSVILTRQDNGRTLTCKASNDQVQNGVEEATVKLNVFYVPILHLSLGSNLNPDDIEEGDDVYFECKVNANPEAYKVLWKHNDQVIQHNQKGVIVSRGNLALQGVTRSQAGNYSCVASNVEGDGDSNRVELKIMYKPVCRPEQ-KRIYGVARHENAKILCEVESYPPPDSFKWSFNNSAENVDVPQMRYHSGVHHFTSTLTYTPMNELDYGTVMCWANNLAGRQLEPCIFHVIAAGKPDPPFNCTIMNQTSESLDVECSEGFDGGQPQFFLLEVYDQQTDA----------------------LQANVSAKFPLFTVSGLDPGKILKMVVYAANSKGKSESVMLEGLMLKAAE---------KQTVLSLGTRDQLEIAPILGILVAIVTALLLVTVVILGALKVRAAHREGSRA 705          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: XP_006561117.1 (PREDICTED: nephrin isoform X3 [Apis mellifera])

HSP 1 Score: 343.969 bits (881), Expect = 6.017e-106
Identity = 241/762 (31.63%), Postives = 347/762 (45.54%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKP-LSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDG-NQILGYEVGPHEIGV------------PAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSL-DAYDE-ENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK--QRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSSSSSSSSSMSTIGKPGNNHPSPTTLTS-----------------IAASAKKTSGSALCSNPEARQLLLRP 653
             EA+ G  AQLPCD+ P    D ++LV+W+K++   P+YS D RG+  L Q  +W D S L  R+ F+ + +P  LI+EK+   D+ +Y+CRVD++ SPT+N K+NL++I+PPE+  I + DG + I  Y +GP+  G             P PRVTWW+   + D + ETI      N +  + L R+ LNT   CQASN N   P+S ++ + +NLKP+ V++  K    SA    E+ C+ +G  P P +TW  GS  L DA       + +  + L F+P+I D G                          H P V+L LG NLN   IR   DVYFEC               +   L  N   G I+S +SLVLQ V RS  G YTC   N EG             +PVC    + ++ GV  +E+  I C ++A PP V FTW FNN+    ++ Q +  S+   ST ++TP    DYGTL C G N  G Q+EPC + IVP                          GFDGGLPQ F +++               E+  S +       +  Q T++   F + N++ G    + +YA NSKG SE    + T +   +R+ A+             + K  S +  L  +  G   G LL   V++L    R R  S     S     M+ +   G    SP   +S                 I   A + S S LC +   R +L +P
Sbjct:   41 AEAVAGAIAQLPCDVEPPVPGDKLHLVIWYKEEADAPIYSFDTRGRSNLEQGKHWQDIS-LENRAFFRYSEHPAKLILEKVGESDAAVYRCRVDFKQSPTRNSKVNLTVIIPPEQLSILNEDGTSHIPHYILGPYTEGASLNITCDATGGRPQPRVTWWQENALLDDTYETIETKKVRNVLRLEKLGREHLNTVLTCQASNNNMVAPISSSVALDMNLKPLWVRMQGKNRPFSAGTIYEITCEVVGARPTPKITWSKGSTILKDARQTISPDNNITISVLTFVPSIEDAGKFLSCHGSVQNIQDSEMKDEWKLDIYHEPVVTLELGSNLNLSAIREGIDVYFECNIKSNPWVYKVSWRHNRNPLYHNQATGTIISNQSLVLQSVTRSRAGIYTCIGSNQEGDGESNPLNLDIKFAPVCHHGQI-KVFGVARQETARIPCELEANPPEVTFTWKFNNTMETIDIPQAQVISERTRSTASYTPMTELDYGTLLCWGTNEQGTQLEPCVYHIVPAGHPDTPRNCSLLNQTIDSLYVECIEGFDGGLPQKFTIQV-------------DRESGTSSTSSKPSTTVYNQ-TSKVASFSVGNLEPGTTYDVHIYASNSKGRSETVHFRATTLNLPERRTAL-------------TPKILSLSGPLFGMVVGSTAGVLLVGFVITLAVKLRLRARSQEDKDSHDDGGMANLAASGTGSSSPRDKSSTLPLNSDSIESFEKDPDIIPHANENSYSELCKSTSPRYVLHQP 773          
BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Match: EAA14139.4 (AGAP009683-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 336.265 bits (861), Expect = 4.098e-105
Identity = 209/650 (32.15%), Postives = 317/650 (48.77%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIV---------------------------PTGF-------------------------DGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            ++A+ GR   LPC  L   S D VY+VLWFKDD   P+YS DVRGKPL QA +WS     G R+ F ++  P +L I+ +   D G+Y+CRVD+R S T++ + NLSII+ PE PV+    G Q+   ++GP E             G P P V W   G + D   E     V  NR+++  + R DLN+ + CQA+NT    P   +  + L+LKP+SVKI+   T + A++  E+ C+++G  P   +TW+ G + L    +E  +   ++ L F+P   DDG                          + P VSLRLG  L+A++I+   DVYFEC               DG ++  N+ A +I S +SLVLQ+V R++ G+Y+C AIN+EG             +PVC ++ +  ++G    ES+ I C V A PP   F W FNNS    ++ ++R+  +G IS LN+ P ++QDYGTL C G+N +G Q  PC FQ+V                            TG                          DGGLPQ F+LE+   +  ++  + +  +      E L ++I      +        +I    P+K  +YA N KG S+  ++++ +++
Sbjct:    6 IQAVEGRKISLPCP-LSAPSRDKVYMVLWFKDDAGIPLYSFDVRGKPLQQARHWSAPEIFGPRAHFNTDTDPATLDIQDVRRHDEGVYRCRVDFRTSQTQSFRYNLSIIILPEHPVVLSQWGQQLNSSKLGPKEEGDDIVLTCRVVGGRPQPSVKWLINGILVDEQYEHNSGDVIENRLLWPAIQRSDLNSIFTCQATNTLLVEPKESSFVLDLHLKPLSVKIMNPQTPLVADRRYEISCESVGSRPNAIITWYKGKRQLRR-AKEILNNTTRSELSFVPTTEDDGKQITCRAENPNVTGLFLETSWKIEVVYPPIVSLRLGSTLSADDIKEGDDVYFECHVQANPPWRKLHWLHDGVMITHNATARVIRSNQSLVLQKVTRNSSGNYSCSAINAEGETVSNQLALRVKYAPVCATDRI-IIVGAFRSESLQIPCEVHADPPPRQFNWKFNNSGETLKIGKERYVKNGSISLLNYIPVSDQDYGTLTCWGQNEVGTQDWPCFFQVVLAAKFSLMLTLFLHARDCSSSQPFTTLHTGLPSAVKNCSINNQTQHSVEVQCLPGYDGGLPQIFILEVISSRTGRVRYNVTNPDEPYFLVESLENLIHYGGAYD--------DIGDDNPLKAIIYAVNQKGRSQGIVVKDFYLE 644          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|939247961|ref|XP_014243458.1| (PREDICTED: hemicentin-1-like [Cimex lectularius])

HSP 1 Score: 412.149 bits (1058), Expect = 4.675e-130
Identity = 234/630 (37.14%), Postives = 330/630 (52.38%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG---DGNQILG-YEVGPH-------EIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSL-----DAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            I  V+ +LG+   LPCDI  RD  D VY+VLWFKD + +P+YS DVRG+   QA  WS  ++ G R+ F++      L ++ + + D GIY+CRVD+RNSPT+N K+NL++IVPPE PVI DG   D  ++L  Y  G           G P PRV W+   T+ D S E    G+ VN + +  + RQ LN + +CQASNTN   P ++ + + +NLKPV+V IL K   ISA+K  EV C+A G  P   +TWW GS+ +     +  DE N S    + L F+P I DDG                          + P V+L++G NLNA++I+   DVYFEC               +GE +  N   G+I S  SLV+Q V ++  G++TC A N+EG  +           P C+ E  D+L G   +E++++ C+VDA PPLV F W FNNS    E+   R+++ G +STLN+TP +  DYGTL C G N +G Q  PC +Q+VP                          GFDGG+PQ F +EL                       EL +M+++  V++  P F L  I+SG   ++ +YA N KG SEP ++Q    K
Sbjct:   39 ISDVQGVLGKKTALPCDITARDKDDAVYMVLWFKDADGEPLYSFDVRGRQYGQAKQWSSPTAFGDRAFFRTATDIAQLKVDDLRIEDEGIYRCRVDFRNSPTRNSKINLTVIVPPERPVIYDGKRRDRTKLLEPYNEGTDVNLVCEVSAGRPRPRVIWYLENTVIDDSYEHRPDGLTVNHLSFPSVGRQHLNARLICQASNTNLAPPATKVVILDVNLKPVAVHILNKERHISADKRYEVECKASGSRPEAVVTWWKGSRQIKRIAKNLSDEGNQS---VSILSFVPVIDDDGKYLTCRAENPWITDSALEDKWKLNVHYMPLVTLKMGSNLNADDIKEGDDVYFECNIRANPKTYRLAWFHNGEEIHHNVSGGVIFSDHSLVIQGVTKARAGEFTCLAANTEGKGTSNPVILKVMYVPTCKDEK-DELYGALKQETVALKCQVDANPPLVTFKWTFNNSGEQTEVPPSRYTASGTVSTLNYTPVSEMDYGTLSCWGSNAVGVQKTPCVYQVVPAGRPFPLINCTLVNQTSESLQVECVEGFDGGMPQWFTMELL----------------------ELPNMVVRFNVSSSRPAFTLVGIESGASYQVNLYAVNGKGRSEPLVLQTVSFK 642          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|939653673|ref|XP_014275583.1| (PREDICTED: hemicentin-1-like [Halyomorpha halys])

HSP 1 Score: 405.986 bits (1042), Expect = 4.853e-128
Identity = 249/708 (35.17%), Postives = 353/708 (49.86%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG---DGNQILG-YEVGPH-----EI--GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLD--AYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCRKRRLSGSSSSSSSSSSMSTIGKPGNN 618
            I  VE +LG+ A LPCDI  RD  D VY+VLWFKD   +P+YS DVRG+   QA  WS  ++ G R+ F++      L ++ + L D G+Y+CRVD+RNSPT+N K+NL++IVPP+ PVI DG   D  + L  Y  G       E+  G P PRVTW+    + D S E    G+ VN + +  +SR+ L+ + VCQASNTN   P ++ + + LNLKP+SV+IL K   ISA+K  E+ C+A G  P   +TWW GS+ +   A   E     + + L F+P I DDG                          + P V+L++G +LN ++I+   DVYFEC               +GE +  N   G+I S  SLVLQ V R+  G+YTC A NSEG  S           P C+ +  ++L G   +E++++ C+VDA PPLV F W FNNS    E+   R+++ G +STLN+TP +  DYGTL C G N +G Q  PC +Q+V                           GFDGGLPQ F +EL                       +L  +  K  VT+  P F LT I++G   ++ +Y+ NSKG SEP I++    K       GV       G+           +V++   +L GA + ++    I     RR SG  S+         +  P  +
Sbjct:   10 IFDVEGVLGKKAALPCDITARDKDDAVYMVLWFKDSAGEPLYSFDVRGRLYGQAKLWSSPTAFGDRAFFRTATEVAELRVDDLKLSDEGMYRCRVDFRNSPTRNSKINLTVIVPPDVPVIYDGKRRDKTKFLEPYNEGTDVNLVCEVSSGRPRPRVTWYLENAMIDDSYEQRPDGLTVNHLSFPRVSREHLSARLVCQASNTNLVPPSTKYVTLDLNLKPISVEILKKERHISADKRYEIKCKATGSRPVAVITWWKGSRQIKRIAKTLEEEGNQSVSFLSFVPVIDDDGKYLTCRAENPWIPDSALEDKWKLNVHYMPVVTLKMGSSLNPDDIKEGDDVYFECNIRANPKTYKLAWFHNGEEIHHNISGGVIRSDHSLVLQGVTRATAGEYTCLAANSEGKGSSNPVLLRVMYVPTCKEDK-EELYGALKQETVALKCQVDANPPLVTFKWTFNNSGEQAEVPPARYTASGTVSTLNYTPVSEMDYGTLSCWGTNAVGLQKTPCVYQVVAAGRPFPLVNCSITNQTLESLQVECVEGFDGGLPQWFTMELL----------------------QLPALTPKFNVTSTKPSFSLTGIETGTSYQVLLYSVNSKGRSEPLILETVSFK-------GVAKYTGPLGR------LPVQPVVLV---LLGGAAVLLVTTCAIGWALHRRRSGPPSAKQPDQQPRPLSPPARS 678          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|1058011128|gb|JAS09248.1| (hypothetical protein g.13954 [Clastoptera arizonana])

HSP 1 Score: 395.201 bits (1014), Expect = 3.169e-123
Identity = 225/619 (36.35%), Postives = 328/619 (52.99%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG---DGNQILG-YEVGPH-----EI--GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLD--AYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQ 532
            ++ +LG+ A LPCDI  +D HD VY+VLWFK+   +P+YS DVRG+ + QA +WS  ++ G+R+ F++   P  L+++++ L D G+Y+CRVD+RNSPT+N K+NL++I PPE+P+I DG   D  Q+L  Y  G       E+  G P P+VTW+    + D S E     + VN + + +++R  LN++ +CQASNTN T P+++ + + +NLKP SV I+ K   +SA++EI+V C A G  P   +TWW  S+ +   A +       + + L F P+I DDG                          + P VSL++G  LN  +I+   DVYFEC               DG+ ++ N   GII+S  SLVLQ V R   GD+TC A NSEG  +           P+C+ E  ++L G    E+I + C V+A PP V F W FNNS     +    FS+ G IS LN+TP  + DYGTL C G N +G Q  PC +Q+V  G                         FDGGLPQ F++EL E     +PD   K                   V+   P F+L  I+SG   ++ +YA N+KG S+P +++
Sbjct:   35 IQGVLGKKAFLPCDIATKDDHDAVYMVLWFKESGGEPIYSFDVRGRNMGQAKFWSSDNAFGKRAFFRTATKPAQLLVDELKLVDEGVYRCRVDFRNSPTRNAKINLTVIEPPEKPIIFDGKRRDRTQLLEPYNEGSDVTLICEVTGGRPRPKVTWFLENAMIDDSYEHRSENLTVNHLTFSNVARHHLNSRLICQASNTNLTPPIAKVVILDINLKPTSVLIINKSRLVSADREIDVECVATGSRPKAVITWWKQSRQIKRLAKNHSEDGNQSVSILSFKPHIDDDGKYLTCRAENPSIPDSALEDKWKLNVQYLPVVSLKIGSTLNQYDIKEGDDVYFECNVRANPKAYKLAWFHDGQEIRHNVTMGIILSDHSLVLQGVTRHTAGDFTCLAANSEGKGTSNPVTLSVMFMPICKDER-EELYGALKHETIVLRCEVEANPPFVTFHWTFNNSGDLTVVSAPHFST-GTISQLNYTPVTDMDYGTLSCWGSNDVGSQKNPCVYQVVAAGRPFPLQNCSVTNHTSDSLHVECLENFDGGLPQGFLMELLE-----LPDLVPK---------------FNVSVSKTPPVFDLFGIESGASYQVNLYAINAKGRSDPVVLE 631          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|1059422872|ref|XP_017784081.1| (PREDICTED: hemicentin-1-like isoform X2 [Nicrophorus vespilloides])

HSP 1 Score: 391.349 bits (1004), Expect = 3.473e-122
Identity = 241/697 (34.58%), Postives = 348/697 (49.93%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG--------------DGNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGL--------VIITTGILTGALLTILVVSLIFSCRK 593
            ++ V+ +L +   LPCDI PRD  D V +VLWFK+   +P+YS DVRG+  +QA  WS  +  G R+ F++   P +L+I+ I L D GIY+CRVD+++SPT+N  +N ++I+PPE PVI DG              +G+ + L  EV     G P PRVTW+   TI D S ET   G  VN + + ++ RQ L ++ +CQA N+    P +  + + +NLKP SV IL K   +SAEK  EV C+  G  P   +TWW GS+ +      + E+N   ++   L F P I DDG                          + P V+L++G +LN E+I+   DVYFEC               +G+ +  N  AG+I+S +SLVLQ V R+  GDYTC A NSEG             +PVC  +  ++L G   +E++++ C+VDA P +V F W FNNS    E+   RF+S+   S LN+TP ++ DYGTL C G+N +GHQ  PC FQ+V  G                         FDGGLPQ+F++E+ E      P   SK    A+ +                P F +  +++G   KL +YA N+KG S+  II                   AVT K   K T T++G+        ++ T GIL   +  +L       CR+
Sbjct:    1 MEDVQGVLAKKKGLPCDITPRDRDDAVAMVLWFKESIGEPLYSFDVRGRHFNQAKLWSSPTVFGTRAYFRAATNPATLVIDDIQLTDEGIYRCRVDFKDSPTRNSNVNFTVIIPPERPVIYDGRRRDRTTKLELYYNEGSDVNLICEVAG---GRPRPRVTWFLENTIIDDSYETRSDGTVVNHLTFPNVGRQHLKSRLICQAMNSVLAPPATSLVVLDINLKPQSVSILTKEKQVSAEKRYEVECRTTGSRPEAVITWWKGSRPVKKLAKNFSEQNNQSLSI--LTFEPVIDDDGKYLTCRAENPSISDSALEDKWRLNVHYMPVVTLKMGSSLNPEDIKEGDDVYFECNIRANPKMYKLSWFHNGQEIHHNVSAGVILSDQSLVLQSVTRATAGDYTCMAANSEGRGTSNPVTLTVRYAPVCVQDR-EELYGALKQETVALRCQVDANPAIVTFHWTFNNSGDLTEVSTTRFTSEMSSSRLNYTPVSDMDYGTLSCWGQNEVGHQHVPCVFQVVAAGRPFPLLNCTVMNQTSDSLQVECSESFDGGLPQSFLMEILET-----PSLRSKINVTAARTP---------------PNFYVDGLEAGASYKLMLYAINAKGRSDATIID------------------AVTFKGVAKYTGTSAGIPVSPLILVLLATVGILAAGVCLVLAA----LCRR 649          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|1059422869|ref|XP_017784080.1| (PREDICTED: hemicentin-1-like isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 391.349 bits (1004), Expect = 4.431e-122
Identity = 241/697 (34.58%), Postives = 347/697 (49.78%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG--------------DGNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGL--------VIITTGILTGALLTILVVSLIFSCRK 593
            ++ V+ +L +   LPCDI PRD  D V +VLWFK+   +P+YS DVRG+  +QA  WS  +  G R+ F++   P +L+I+ I L D GIY+CRVD+++SPT+N  +N ++I+PPE PVI DG              +G+ + L  EV     G P PRVTW+   TI D S ET   G  VN + + ++ RQ L ++ +CQA N+    P +  + + +NLKP SV IL K   +SAEK  EV C+  G  P   +TWW GS+ +      + E+N   ++   L F P I DDG                          + P V+L++G +LN E+I+   DVYFEC               +G+ +  N  AG+I+S +SLVLQ V R+  GDYTC A NSEG             +PVC  +  ++L G   +E++++ C+VDA P +V F W FNNS    E+   RF+S+   S LN+TP ++ DYGTL C G+N +GHQ  PC FQ+V  G                         FDGGLPQ+F++E+ E                   +  LR  I  T      P F +  +++G   KL +YA N+KG S+  II                   AVT K   K T T++G+        ++ T GIL   +  +L       CR+
Sbjct:    1 MEDVQGVLAKKKGLPCDITPRDRDDAVAMVLWFKESIGEPLYSFDVRGRHFNQAKLWSSPTVFGTRAYFRAATNPATLVIDDIQLTDEGIYRCRVDFKDSPTRNSNVNFTVIIPPERPVIYDGRRRDRTTKLELYYNEGSDVNLICEVAG---GRPRPRVTWFLENTIIDDSYETRSDGTVVNHLTFPNVGRQHLKSRLICQAMNSVLAPPATSLVVLDINLKPQSVSILTKEKQVSAEKRYEVECRTTGSRPEAVITWWKGSRPVKKLAKNFSEQNNQSLSI--LTFEPVIDDDGKYLTCRAENPSISDSALEDKWRLNVHYMPVVTLKMGSSLNPEDIKEGDDVYFECNIRANPKMYKLSWFHNGQEIHHNVSAGVILSDQSLVLQSVTRATAGDYTCMAANSEGRGTSNPVTLTVRYAPVCVQDR-EELYGALKQETVALRCQVDANPAIVTFHWTFNNSGDLTEVSTTRFTSEMSSSRLNYTPVSDMDYGTLSCWGQNEVGHQHVPCVFQVVAAGRPFPLLNCTVMNQTSDSLQVECSESFDGGLPQSFLMEILE-------------------TPSLRSKINVTAARTP-PNFYVDGLEAGASYKLMLYAINAKGRSDATIID------------------AVTFKGVAKYTGTSAGIPVSPLILVLLATVGILAAGVCLVLAA----LCRR 649          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|827541634|ref|XP_012544051.1| (PREDICTED: hemicentin-1-like [Bombyx mori])

HSP 1 Score: 386.726 bits (992), Expect = 2.562e-121
Identity = 230/630 (36.51%), Postives = 322/630 (51.11%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKD-DNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGD--------------GNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTR--LRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQV-TNQF-PQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            V+ +LG+ A LPCDI P  S D+V +VLWFK+ D  +P+YS D+RG+  SQ   WS  +    R+ F+    P  L+++ +   D+G+Y+CRVD++NSPT+N+K+N ++I+PP  P I D                 N +L  EV   E G P PRVTW+   T+ D S E    GV VN + + ++ RQ LN + VCQASNTN   P ++ + + +NLKP+SV IL K   ISA+K  EV C+  G  P   +TWW  ++ L     +N+S   +T   L  +P + DDG                          + P V L++G NLN + I+   DVYFEC               D   +  N  AG+I+S +SLVLQ V R+A GDYTC A NSEG             +PVC      +L G    E++S++C VDA P LV+F W FNNS    E+    +SS G  STLN+TPT + +YGTL C GENT+G Q  PC FQ+V  G                         FDGGLPQTF++EL                       EL  + ++  V TN+  P FE+  +  G+  ++ +YA N+KG S+   I+   +K
Sbjct:   47 VQGVLGKKASLPCDIQPLHSEDEVVMVLWFKESDGDQPLYSYDIRGRSQSQPKLWSSPTVFANRAFFRGTATPAVLMLDNVMATDAGVYRCRVDFKNSPTRNLKVNFTVIMPPNRPTIFDAKRRDRTKLVEPYNEGANVLLICEV---EGGNPRPRVTWYLENTVIDDSFEQRPDGVTVNTLTFPNVGRQHLNARLVCQASNTNLAPPETKVLILDINLKPISVTILTKEKQISADKRYEVECKTTGSRPEAYVTWWKNNRQLKRM-AKNFSENNETLSVLSLVPGVEDDGKYLACRAENKHIPDSAIEDKWRLNVHYVPIVDLKMGSNLNPDEIKEGDDVYFECTVKANPKTHRLVWFHDNSEIYHNEAAGVILSAQSLVLQSVTRAAAGDYTCMAANSEGKGTSNPVTLLVRYAPVCAERRDGELFGALKHETVSLHCSVDANPALVSFHWTFNNSGEQTEIPPRLYSSHGHTSTLNYTPTTDMEYGTLACFGENTVGQQKVPCLFQLVAAGRPFPLQNCTVANQSIDSLYVECVENFDGGLPQTFLMELL----------------------ELPSLAVRYNVSTNRTPPYFEIKGLPPGVSYRIELYAVNAKGRSDVSTIETVTLK 650          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|907715839|ref|XP_013112049.1| (PREDICTED: protein turtle homolog A, partial [Stomoxys calcitrans])

HSP 1 Score: 393.66 bits (1010), Expect = 6.376e-121
Identity = 238/693 (34.34%), Postives = 348/693 (50.22%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRD-------------GDGNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTG----ALLTILVVSLIFSCRKRRLS 597
            V+ +LGR A LPCDI P +  D VY+VLWF++ + +P+Y+ DVRG+   QA  WS  ++ G R+ F S  +P  L I+ + L D G+Y+CRVD+RNSPT+N+K+NL++IVPPE+P I                +GN I L  EV     G P P VTW+   T+ D S E    G  VN + Y ++ RQ LN + VC ASNTN T P ++ + + +NLKP++V I+ K  F+SA++  ++ C++ G  P   +TWW G+K L      ++E +   ++   L F P   DDG                          + P   L++G +LN ++I+   DVYFEC               +G+ L  N  AG+I+S +SLVLQ V R++ GDYTC A+NSEG             +P+C +E  D+L+G    E++++ C VDA PP  +F W FN+S    EL     SS+  +S LN+TPT + DYGT+ C   N+IG Q  PC FQ+V                           GFDGGLPQ+FMLEL E    ++                 R++ L  Q T+    F + N+D     ++ ++A N+KG SEP II +                  +  K   K T  ++GL +  +  L G      L   +  +I +   RR S
Sbjct:   52 VQGVLGRQAMLPCDITPMERDDAVYMVLWFREGDGEPIYNFDVRGRQFGQARLWSSPTAFGPRAYFSSTSHPAQLKIDSVRLEDEGVYRCRVDFRNSPTRNLKINLTVIVPPEKPAIYKPIRHEKTSNVESFNEGNDIVLICEVAG---GRPLPNVTWYLDNTVIDESFEHRPDGKTVNHLSYPNVGRQHLNARLVCVASNTNLTPPNNKVVILDVNLKPIAVHIMTKDRFVSADRTYDIECKSSGSKPQAIITWWKGNKQLKKLTKNFNEPDNQSLSI--LTFTPTREDDGKYLTCRAENQYIEGSAIEDKWRLVVHYQPTTHLKMGSSLNPDDIKEGDDVYFECVIQSNPKPYKMSWFHNGKELHHNVSAGVILSDQSLVLQSVSRASAGDYTCLAVNSEGKGTSNPVTLRIRYAPICATEH-DELLGALKHETLALKCEVDASPPADSFHWTFNSSGEQTELPARLHSSETGMSRLNYTPTTDLDYGTISCWARNSIGMQKSPCIFQVVAAGRPFPLQNCSITNQSADSIQVDCIEGFDGGLPQSFMLELVELNNLRL----------------ARNITL--QHTSSPVTFFIDNLDPSATYRMIIFAVNAKGRSEPIIIDD------------------INFKGVAKFTGASNGLTVPLSPFLAGLTLFCALLFAISCIILAAIYRRFS 702          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|1058105739|gb|JAS56519.1| (hypothetical protein g.13247, partial [Cuerna arida])

HSP 1 Score: 385.571 bits (989), Expect = 1.330e-120
Identity = 221/635 (34.80%), Postives = 326/635 (51.34%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGD--------------GNQILGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGS-------KSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTG-------------------------FDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            I  VE +L +   LPCDI  +  +D VY+VLWFK+   +P+YS DVRG+   QA  WS  ++ G+R+ F++   P  L++++++L D G+Y+CRVD+RNSPT+N K+NL++IVPP+ P I D +               + +L  EV     G P P+V W+   T+YD S E I   + VNRM    + RQ L  + VCQASNT    P  + + + +NLKPV V IL K   ISA+K+ EV C+A G  P  T+TW+ GS       K+++ + ++ +     + L F+P I DDG                          + P V+L++G +LN ++I+   DVYFEC               +G+ L  N  +G+I+S  SLVLQ + R   GD+TC A N+EG  +           P C+ E  ++L G    E++ + C VDA PP+V F W FNNS    ++   R++S G +S LN+TP ++ DYGTL C G N++G    PC +Q+V  G                         FDGGLPQ F++EL E     +P+               R       VT   P FE+  I+SG   ++ +YA N+KG S+P  ++    K
Sbjct:   19 ISDVEGVLMKKVLLPCDISTKGENDAVYMVLWFKESGGEPIYSFDVRGRSFGQAKLWSSENAFGKRAYFRTATKPAQLLVDELHLEDEGLYRCRVDFRNSPTRNSKINLTVIVPPDHPTIFDKERRDRTKTKIPWNEGSDVVLSCEVPG---GRPRPKVIWFMENTVYDESFEYIGENLTVNRMRLPAVGRQHLEKRLVCQASNTQLMTPQFKVVVLDINLKPVDVTILNKEKQISADKKYEVECKATGSRPEATITWYKGSRQVHKIAKTVNRHSDDEHQ---ISMLTFVPVIDDDGKYLTCRAENTAIADAAIEDKWRLNVHYMPVVTLKMGSSLNPDDIKEGDDVYFECNIRANPKAYKLAWFHNGQELHHNVTSGVILSDHSLVLQGITRQTAGDFTCLAANTEGKGTSNPVALKVMFVPTCKEER-EELYGALKHETVHLKCEVDANPPVVTFQWTFNNSGEQTDVPSSRYTSQGTVSRLNYTPVSDMDYGTLSCWGSNSVGQMRAPCVYQVVAAGRPFPLLNCTVTNHTSDSLHVECLESFDGGLPQMFLMELLE-----LPE---------------RTPRFNVTVTRAPPIFEIYGIESGASYQVNLYALNAKGRSDPVTLETVTFK 626          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|294862314|gb|ACN43735.2| (RT01315p, partial [Drosophila melanogaster])

HSP 1 Score: 382.104 bits (980), Expect = 1.530e-120
Identity = 224/629 (35.61%), Postives = 328/629 (52.15%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRD-------------GDGNQI-LGYEVGPHEIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDA----YDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            V+ +LGR A LPCDI P++  D VY+VLWF++ + +P+Y+ DVRG+   QA  WS  ++ G R+ F S  +P  L I+ I + D G+Y+CRVD+RNSPT+N+K+NL++IVPP+ PVI                +GN I L  EV     G P P VTW    T  D S E    G  +N + Y ++ RQ LN++ +C ASNTN T P +R + + +NLKP++V IL K  F+SA++  +V C++ G  PP  +TWW G K L      ++E +   ++   L F P   DDG                          + P  +L++G +LN ++I+   D YFEC               +G+ L+ N  AG+I+S +SLVLQ V R++ GDYTC A+NSEG             +P+C ++  ++L+G    E++ + C VD+ PP  +F W FN+S    EL     SS+  +S LN+TP+ + DYGT+ C  +N+IG Q  PC FQIV                           GFDGGLPQ FMLEL E    ++  + +               +  T VT     F + N+D     ++ ++A N+KG SEP II +   K
Sbjct:   21 VQGVLGRQAMLPCDISPQERDDAVYMVLWFREGDGEPIYNFDVRGRQFGQARLWSSPTAFGTRAHFSSTTHPAQLKIDNIRIEDEGVYRCRVDFRNSPTRNLKINLTVIVPPDRPVIYGQNRHEKAGNVESFSEGNDIVLSCEVSG---GRPRPNVTWCLDNTAIDESFEQRPDGKTINHLSYPNVGRQHLNSRLMCVASNTNLTPPNNRVVILDVNLKPIAVHILTKDRFVSADRTYDVECKSSGSKPPALITWWKGGKQLKKLTKNFNEPDNQSLSI--LTFTPGREDDGKYLTCRAENQFIDGSAIEDKWRLIVHYQPTTTLKIGSSLNPDDIKEGDDAYFECIVLANPKPYKMSWFHNGKELQHNISAGVILSDQSLVLQSVSRASAGDYTCLAVNSEGKGPSNPVTLRIRYAPICATDH-EELLGALKHETLPLKCEVDSSPPADSFQWTFNSSGEQTELPARLHSSETGMSRLNYTPSTDLDYGTISCWAKNSIGTQKSPCVFQIVAAGRPFPLQNCSVTNQSVDSLQVDCLEGFDGGLPQGFMLELVELNTLRLARNIT---------------VSHTPVT-----FVIDNLDQAATYRMVIFAVNAKGRSEPTIIDDINFK 623          
BLAST of EMLSAG00000003321 vs. nr
Match: gi|157118219|ref|XP_001659066.1| (AAEL008236-PA [Aedes aegypti] >gi|108875791|gb|EAT40016.1| AAEL008236-PA [Aedes aegypti])

HSP 1 Score: 380.948 bits (977), Expect = 2.432e-120
Identity = 217/630 (34.44%), Postives = 328/630 (52.06%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDG----DGNQILGYEVGPH-------EIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAK---TRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFP--QFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVK 537
            I  V  +LG+ A LPCDI P +  D VY+VLWFK+++ +P+Y+ D+RG+ ++QA  +S     G+R+ F++  +P  L+++ + L D G+Y+CRVD+RNSPT+NVK+N +++VPP+ PVI D       N +  Y  G         + G P P VTW+    + D S ET   G  VN + Y ++ RQ L+ + +C ASNTN T P ++ + + +NLKPV+V I+ K  F+SA+K  ++ C++ G  P  T+TW  G   +     +N++       + L F P + DDG                          + P V+L++G +LN ++I+   D+YF+C               +G  L  N  AGII+S  SL LQ V R+  G+YTC+A N+EG             +PVC ++  ++L+G    E++ + C VDA PP  +F W FN+S    EL     SS+  +S LN+TPT++ DYGT+ C G N IG Q  PC FQ+V                           GFDGGLPQ F+LEL E    K+                +R++ L      Q P  QF L N++ G   ++ ++A N+KG SEP I+ +   K
Sbjct:    5 ITMVSGVLGKQASLPCDIRPLERDDAVYMVLWFKEEDNEPLYNFDIRGRQIAQARLFSSEKYFGKRAFFRATSHPAQLLVDDLKLSDEGVYRCRVDFRNSPTRNVKINFTVVVPPDRPVIYDARRREKTNTVEPYSEGSDIQLVCEVKGGRPRPNVTWYLDNMVIDESYETRPDGTTVNHLSYPNIGRQHLDARLMCVASNTNLTPPNNKVVVLDVNLKPVAVHIMVKEKFVSADKHYDIECKSSGSRPAATITWHKGGDKI-VKSSKNFAETGNQSLSVLSFTPKVDDDGKYLTCRAENTLIPNSGIEDKWRLVVHYTPIVTLKMGSSLNPDDIKEGDDIYFDCHIQSNPKPYKLAWYHNGNELHHNVTAGIILSDHSLALQGVSRNLAGEYTCKAANTEGRGTSNQVELRVRYAPVCATDR-EELLGALKHETLQLKCEVDASPPAESFHWTFNSSGEQTELPARLHSSETGLSRLNYTPTSDLDYGTISCWGRNAIGVQKTPCVFQVVAAGRPFALQNCTISNQSSDSLHIECIEGFDGGLPQMFLLELVEVPALKL----------------VRNLSL------QHPPVQFFLDNLEPGTSYRIILFAANAKGRSEPVIVDDITFK 610          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold725_size106157-snap-gene-0.14 (protein:Tk12767 transcript:maker-scaffold725_size106157-snap-gene-0.14-mRNA-1 annotation:"RT01315p")

HSP 1 Score: 656.366 bits (1692), Expect = 0.000e+0
Identity = 336/647 (51.93%), Postives = 423/647 (65.38%), Query Frame = 0
Query:    8 LGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRP------GVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECD---------------GEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPTGFDGGLP------------QTFMLELYEKKGNKIP---DDGSKTENEASGS-------------------EELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFV------KQRKHAVE 544
            LG +A+LPCDILP D+HDDVYLVLWFKD+ TKPMYSLDVRGKPL+QAS+WS+SSSLG+RSSF++   PNSLI+E + + D G+Y+CRVDYRNSPTKNVKLNL+IIVPP++P IR+ +G ++L YE+GP+EI            G PAP+VTWWKGGT+YDSSDE + P       +  NRM+Y+ L R DL  ++ CQASNTN ++PVSR +KV LNL+P S+ ILAKP  +SA KE+EV+CQA+GG+PPP L+WWLGSK L  +DE +Y+GV+K+ LRF P   DDG                          + P V+LRLG+NL+ +NIRT HDVYFECD               G  L  + D  IIMST+SLVLQ+V + A+G+Y CRA+N+EGT            +PVC S++VDQLIGVTAEE+ISINCRVDAYPP+V F+WFFNNS+H E L  DRFSS+GL+S L+FTPT  QDYGTL+CQGEN IGHQ+EPC FQIVPTG    L             Q    +     G   P   DD  ++   +SG                    E      LKT+VTNQ P FE+ N +     K+FV+AQN+KGSSEP+I++E  +      K  KH  E
Sbjct:    1 LGGAAELPCDILPEDAHDDVYLVLWFKDEATKPMYSLDVRGKPLNQASHWSESSSLGKRSSFRTQSTPNSLIVEDLTMQDEGVYRCRVDYRNSPTKNVKLNLTIIVPPDKPTIRNQNGREVLSYEIGPYEIDEDLMIDCEVTGGSPAPKVTWWKGGTLYDSSDEVVHPPTSRTGPLIRNRMLYRGLQRDDLGLKFTCQASNTNLSVPVSREVKVILNLRPTSLAILAKPKSVSASKELEVVCQAVGGFPPPQLSWWLGSKRLRPFDETSYNGVSKSSLRFTPQTEDDGQYLTCRAESLALHNTAMEDQWHLQIHYPPVVALRLGRNLDRDNIRTGHDVYFECDVQANPPPLRLEWLHNGRQLSHDPDKRIIMSTQSLVLQKVQKEAMGEYVCRAVNAEGTGESNPVPLKIMYAPVCGSQLVDQLIGVTAEENISINCRVDAYPPVVTFSWFFNNSEHREMLGDDRFSSEGLVSNLDFTPTTTQDYGTLYCQGENIIGHQVEPCAFQIVPTGRPAPLTKCQIFSNANFPVQNSSSKSSSSSGEDPPLDRDDSGRSAATSSGRIQVDCSEGFDGGLPQTFLLEVYEADELKTKVTNQQPNFEINNFNPSAHTKMFVFAQNAKGSSEPYILEEDTIINMSSSKHTKHMPE 647          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold149_size310270-snap-gene-0.11 (protein:Tk01267 transcript:maker-scaffold149_size310270-snap-gene-0.11-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC663132")

HSP 1 Score: 289.271 bits (739), Expect = 1.545e-88
Identity = 195/688 (28.34%), Postives = 317/688 (46.08%), Query Frame = 0
Query:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLN---------------LKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYSGVAKTR---------------------LRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYP-PLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-------------------------TGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSG-LVIITTGILTGALLTILVVSL 587
            +  + A+ G S  LPC+I P    D V LVL+F++D+  P+Y+ D RG+  ++A +WSD   LG R+ F+ +  P  L+++ +   DSG+Y+CRVD+  +PT    + L IIVPPE+P I D + +Q +  ++GP+++            G P+P+V+WW+   + D   E +  G  VN +    L+R DL++   CQASN N ++PVS ++K+ ++               + P+ V+++ +   +SA +  E  CQA+G  PPP +TWW GS  L     EN +    +R                     + ++P++ D G                          + P+  L LG +LN  NI+ + DVYFEC+   ++ N               ++     GD     +      +P C+ + V ++ GV  +E++ I+C V + P    +F W FN S    ++  DRF S    S + + P    DYG+L C  +N+IG Q +PC F +VP                         +G+DGGLPQTF+LE                +N   G        + T++ +  P F +T ++ G    L V AQNSKG S P  +    +K+ +    G T    VT   +    +   G LV I  G+   A+  I+V+ +
Sbjct:    1 MQRIGAVQGSSVSLPCNITPPIITDKVRLVLFFRNDSKVPIYTYDTRGQSHAEARHWSDEKILGTRAFFRGDESPGRLVLDTVQPVDSGVYRCRVDFYRAPTTIESVMLDIIVPPEKPKIYD-ERSQEVRLKLGPYKVGDEVALKCISTGGNPSPKVSWWRDHALLDDVSEEVVKGKVVNSLRLIKLARNDLHSILTCQASNNNLSVPVSTSVKLDMHFITTYDGWHIYASVPVGPMDVEMIGRKDPVSAGRVYEFRCQAVGARPPPEITWWRGSTQL----RENVTNRITSRSNPDLPPHPQTSPDGNVTLSIIDYVPSVRDAGKYMSCKAENPELLNSALEDGWKLDIHYNPQSILSLGSSLNGSNIKEDDDVYFECN---VRANPKP-----------YKITWRFNGDGPSNPMTLNIRYAPYCKPDQV-RVFGVARDETVRISCEVISNPVGSTSFEWRFNASGEMVDMPHDRFKSTNTKSIVEYVPRTELDYGSLMCWAKNSIGKQRDPCVFHLVPAGMPDSVKNCSFGNQTTTSLEVRCMSGYDGGLPQTFVLE--------------AKDNHHYG--------IVTKLHSPLPHFNVTGLEPGRSYVLSVSAQNSKGLSSPVTLYSFTIKEAEKHTAGSTHPANVTSSRNGVSVTPILGILVAIACGLALVAVAIIVVLRI 646          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold204_size260821-processed-gene-1.10 (protein:Tk07812 transcript:snap_masked-scaffold204_size260821-processed-gene-1.10-mRNA-1 annotation:"neural cell adhesion molecule 2-like")

HSP 1 Score: 259.996 bits (663), Expect = 3.200e-76
Identity = 197/703 (28.02%), Postives = 309/703 (43.95%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSS-DETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEENYS---GVAKTRLRFIPNILDDGH------------------------APRVSLRLGQNL-NAENIRTNHDVYFECDGE-------ILKQNSDAGIIMSTRSLV------LQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFII---QETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSC-RKRRLSGSSSSSSSSSSMSTI 612
            V +++  SA LPC+I     HD   LVLW+KDDN +P+YS D R    S   +WS+    G R+ F+ +  P  LII  + + D GIYKCRVD+R SPT   ++ L+I+  P++PVI D +G+ ++G  +GP  +            G P P V+WW+ G +YD   D +    V  N ++   L R   ++ + C+A N N T P + T+ ++L L  + + +   P  ++A+ + EV+CQ +G  P PT+TW L    L A +E  YS    +  T L F+P I D G                          P V + +  ++ +  NIR    +  +C+ +       IL       ++ S R L+      LQ   ++  G Y C A N EG              PVC +  + +  G    + I + C+VDA P    F W FN+S+   E+     S++ ++S  N+ PT+   +G + C   N +G Q++PC F +VP                          GF GGL Q F++E++E   N      S+    ++ +E+         V    P+             + V A N KG S P  +    E F++    AVE                  +   L+ +  GIL   ++    V+   +C RKRR   SS SS  S + S +
Sbjct:   37 VYSVVSGSAHLPCNITANSIHDGARLVLWYKDDNPQPVYSFDAR---FSTVKHWSEDPQFGPRTFFRDSSSPAQLIISSVEMDDMGIYKCRVDFRESPTVITQVKLNIVEEPKKPVILDAEGSAVMG-NIGPFRLRKPLILVCLVEGGNPLPEVSWWRDGQMYDQEGDPSTYEDVLQNTLVISALDRSYHDSHFECRAINNNVTEPPTSTVTITLELPILDISLSNLPDPVTADVKYEVLCQVIGPQPTPTITWRLSDVILPA-NEPRYSLENNLTTTELHFMPKIKDQGKILSCTADNGIFPAQNKSMTLNVYFIPVVHVEIENDIVDPANIREGDTLELKCNIQAHPWVWRILWYKDGEELVGSNRVLIDEQRLKLQNATKALSGQYVCSASNVEGDGFSKPMMITVNYKPVCIAPTI-EYKGDNRSQGIDLKCQVDAKPKSSTFRWLFNSSETRFEIP----SAESIMSFGNYKPTSGDQHGEVLCWASNDLGEQLKPCVFHVVPLGAPQAPRDCQISNHTASTIEVTCTPGFSGGLVQHFVMEVFETMPNN-----SQVLVASNWTED-----ATISVWGLVPESNYI---------ISVKAVNEKGESSPVYVGGKTEGFIQSLPRAVE-----------------ESRLPLLFVIIGILGTMMILGACVTATIACKRKRRGKMSSGSSYDSRNASPV 693          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold44_size478958-snap-gene-1.11 (protein:Tk06921 transcript:maker-scaffold44_size478958-snap-gene-1.11-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC100881893")

HSP 1 Score: 259.61 bits (662), Expect = 4.424e-76
Identity = 179/580 (30.86%), Postives = 270/580 (46.55%), Query Frame = 0
Query:   45 DVRGKPLSQASYWSDS-SSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPH------------EIGVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLDAYDEE--NYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC----DGEILK-----------QNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEG-TDSPVCQSEMVDQLI---------GVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYE-KKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQ 532
            D R +  +    WSD+    G+R+ F+    P  L IE I   ++GIY+CRVD++ +PT+N  LN++++VPP  P I D  G +     VGP               G PAP+VTWW+   + DS+ ET       N +    ++RQDL     CQASN N ++PVS  I + L   P  VKIL K   +SA K   + C++ G  P   +TWW  +K +     +  +   +  + L F P   D G                          HAP VSL  G NLN +NI   +DVYFEC    + E+ K            +   G+I+S  SLVLQ V R   G Y C A N EG T S   Q +++ + +         GV+ +    I C + A+P    F W FNNS   + +   +F S+   S L++ P ++ D+G LFC   N +G   +PC F+I+P                          GFDGGL Q+F LE+ + + G  + +D  +T         L    LK  +  +   F+++ ++SG  +K+ ++A N+ G S+PF+++
Sbjct:    2 DARSQGGAIGHRWSDNIGGFGERAYFQVQTLPAVLNIEDIRQHEAGIYRCRVDFKTAPTRNSLLNVTVVVPPMIPTIFDESGQEAQTV-VGPFLEGDSVVLQCIASGGNPAPQVTWWRDSHLLDSTFETTFSQTVQNTLTIDKVTRQDLGAILTCQASNNNISIPVSNRITIDLKFPPSGVKILTKKEPLSAGKYYRLECESGGSRPSAIVTWWKNNKFMGKTPSKIVDNGNLTISTLEFKPRPSDHGKTLTCRAENLDIVSSALEEQWKLVIFHAPIVSLTFGANLNPDNIAEGNDVYFECTISANPEVYKVIWLHNDVMVSHDQSHGVIISGSSLVLQGVHRRQSGMYACVASNLEGDTQSNTIQLKIMYKPLCGNFKRIIQGVSRDRDSQIICPILAHPQPTRFIWSFNNSLETKMINASQFKSNSTHSELSYQPKDDNDFGLLFCSASNALGEMADPCVFKIIPAGPPDAPSNCSVVNQTTESLEVECLPGFDGGLEQSFQLEVTDLQTGILLANDSGQTPEFVVSPSGLAAQ-LKWPLAIECFVFQVSGLNSGKGLKITIFAANADGRSQPFVLE 579          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold310_size212938-snap-gene-0.14 (protein:Tk03973 transcript:maker-scaffold310_size212938-snap-gene-0.14-mRNA-1 annotation:"hypothetical protein TcasGA2_TC009570")

HSP 1 Score: 182.57 bits (462), Expect = 1.178e-50
Identity = 142/494 (28.74%), Postives = 213/494 (43.12%), Query Frame = 0
Query:  141 PAPRVTWWKGGT-----IYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLG---------------------SKSLDAYDEENYSGVAKTRLRFI-PNI----------LDDGHAPRVSLRLGQNLNAENIRTNHDVYFEC-----------------DGEILKQNSD----AGIIMST----RSLVLQQVDRSAVGDYTCRAINSEGTDS---------------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQ 532
            P PRVTW++         + S+D      +  N +  + LSR+D+++++ C+A+N +  + +  ++++ L  +  +V IL+K T + A  + E IC A+G  P  TLTWW                       S S   Y  ++       R R   P+I          L+  + P V + LG++L A  IR   DVYF+C                 DG+ILKQN      A +++ +     SLVLQ V +SA G+Y+CR  N   T                 PVC  + V ++ GV   E+  I C V+A PP V F W FNNS   +++EQ    ++G  S L FTPT   +YGTL C   N +G Q  PC F I+                           GF+GGLPQ F L +Y+   +                  + D +L   +T+  P F +T +  G      +Y  N KG   PF+I+
Sbjct:    2 PRPRVTWYRNNRPITSLSWSSTDPETGFDIMNNNITIQALSRKDVHSEFTCEATNYDNNV-LRSSVELDLKYQAHNVSILSKNTPLRAGSQHEFICVAVGSRPAATLTWWFDDLQIQPQVDHVHISTSASGETSTSTFTYTPKHEDSGKTLRCRATNPDIHRGVLEDSWTLNIQYPPIVQISLGKSLVASAIRQGVDVYFDCIIEANPTPRTKIVTWLHDGQILKQNRHDDPRARMVLPSVNDPNSLVLQGVKKSARGNYSCRVGNGIPTHDYEVQSKPKFLDVKFPPVCTPKGV-KVYGVAKMETAHIACTVEANPPEVNFRWTFNNSAEAKQVEQRFIHTNGSRSILTFTPTRTLEYGTLMCWSRNAVGEQRNPCVFHIIAAGKPEAVQNCTVVNESTDSFQVHCAPGFNGGLPQQFRLAVYKVHSS------------------MADRVLVANLTSPVPSFSVTGLHPGSHYLGEIYGFNVKGVGVPFMIR 475          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold93_size381549-snap-gene-2.25 (protein:Tk04402 transcript:maker-scaffold93_size381549-snap-gene-2.25-mRNA-1 annotation:"hypothetical protein L798_13523 partial")

HSP 1 Score: 181.8 bits (460), Expect = 1.560e-50
Identity = 138/489 (28.22%), Postives = 207/489 (42.33%), Query Frame = 0
Query:  180 LNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLD---AYDEENYSGVAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPL-VAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDS--KKDTSTTSGLVIITTGILTGALLTILVV 585
            L  ++ C         P+ R   +   + P  V IL     +SA K  E+ C+++G  P P +TWWLG K +    ++       V  + L   PN++D G                          + P  +L LG NLNA NI+   DVYFEC               +G+ L  +    +I+S +SLVLQ+V RS  G YTC A N+EG              P C+ + V Q+ GV   E I ++C V + P + + F W FN+S    +L+++     G  S  +  P    DYG+L C   N+IG Q +PC F ++P                          GFDGGLPQ F++E+ + K + I           + +  LRD           P F +T + SG    + V + NSKG SEP  I     K    A    +D    TG+ S  +    T + ++ I   I+ GAL+ + ++
Sbjct:    6 LVPEFACDPDVGRGLEPLGRDFAIFCPIGPTEVGILNPREPLSANKLFEIQCRSVGARPTPVITWWLGGKQIRDGISFKTSPDGNVTISTLALAPNVMDAGSLLACRAGSPSLADAMMEDAWKLEIHYVPSSTLTLGSNLNASNIKEGDDVYFECAVKASPRPYKISWKHNGKELAHDIQKKVIISNQSLVLQKVTRSDSGVYTCTAHNAEGDGESNPLSLDIRYKPFCKPDQV-QVYGVAKREKIRVSCDVISNPSVDLKFEWVFNSSSERLDLQENLVEVRGTRSLAHHIPQTEMDYGSLMCWATNSIGRQEDPCIFHLIPAGKPDPVQNCTVKNQTYSTLHITCIKGFDGGLPQGFVMEVMDAKSHFI----------VANTTNLRD-----------PAFTVTGLHSGTGYIVSVNSYNSKGHSEPMRIHAFTTKAAAEA--SASDQTPKTGESSLTRMGQFTVTPILAILL-IVGGALVLVFLI 469          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold93_size381549-snap-gene-2.24 (protein:Tk04404 transcript:maker-scaffold93_size381549-snap-gene-2.24-mRNA-1 annotation:"hypothetical protein TcasGA2_TC009063")

HSP 1 Score: 147.132 bits (370), Expect = 1.617e-40
Identity = 78/205 (38.05%), Postives = 121/205 (59.02%), Query Frame = 0
Query:   14 LPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILGYEVGPHEI------------GVPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLN 206
            LPC+I      D V LVLWFK+++  P+Y+ D R K   +A +WS    LG R+ F+ +  P  L+++ +   D  IYKCRVD+R +PT+   + L++IVPPE+P I    G ++   ++GP+ I            G P PRVTWW+   + D SDE +   V  N ++  +L R+DL+T + CQASN N ++PVS ++K+ ++
Sbjct:    1 LPCNITAPLYGDKVRLVLWFKNESALPIYTFDTREKSFEEARHWSSDEVLGGRAFFRGDHDPGRLVLDNVQDSDQAIYKCRVDFRKAPTRMSDVQLNVIVPPEKPRIFTHTGKEV-RLKLGPYHIGDSLRMTCEAYGGRPLPRVTWWRDHALLDDSDELLDSKV-ANELVLNNLKREDLHTIFTCQASNNNISVPVSTSVKLDMH 203          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold95_size379157-snap-gene-1.10 (protein:Tk00595 transcript:maker-scaffold95_size379157-snap-gene-1.10-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC101894038 partial")

HSP 1 Score: 155.221 bits (391), Expect = 3.325e-40
Identity = 119/482 (24.69%), Postives = 198/482 (41.08%), Query Frame = 0
Query:  229 VICQALGGYPPPTLTWWLGSKSL-DAYDEENYSG---VAKTRLRFIPNILDDG--------------------------HAPRVSLRLGQNLNAENIRTNHDVYFECD---------------GEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDS-----------PVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHE-ELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-----------------------------TGFDGGLPQTFMLELYEKKGNKIPDD-GSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSGLVIITTGILTGALLTILVVSLIFSCR-----KRRLSGSSSSSSSSSSMSTIGKPGNN 618
            ++CQA G  P   +TW+ G + + D     +Y     V  + L++ P   D+G                          + P + L LG+++  E I+   DVYFECD               G  L+ N + G+I+S +SLV+Q+V RS  G+Y CRA N+ G              PVCQ        GV    ++++ C V ++PP+  F W+FNNS     E+  +   S+G  S + ++P N  DYG++ C   N +G Q  PC+F I P                             + + GGL   ++LE+Y+ K N++  +  SKT                       P F + ++    P++  +YA N++G SE   I    V + +   + V+ S  +           T  +V++  G+    L+ +    LI   R     K+ L   +++ + S +  T  +P  N
Sbjct:    1 LVCQAFGSKPQAIITWYKGREPIHDEMVTSHYQANPEVTNSLLKYRPRRADNGKRITCRAENPAMPNSALEDSLLLSVMYPPLIQLSLGRSIGPEEIKERDDVYFECDIRANPPIQTIEWHHNGRQLEHNLNRGVILSNQSLVIQRVSRSDAGEYICRADNAHGAGKSNPVELSVKYRPVCQHGAESPQFGVVEGGNVTLTCDVLSHPPVRRFRWWFNNSGGKAVEIRPEDIRSNGSSSMIAYSPQNEMDYGSVSCMAINALGRQQHPCSFVISPATKPRRPENCNILNSTNPEGEEVIDLKCVSAYGGGLETNYILEIYDTKTNRLRHNFTSKTS----------------------PHFIIRDLRGLHPLRFRLYAVNARGMSEDSEIPVVMVNKPEKHTDTVSLSTGI----------NTDSIVLVVCGLAIALLIVLFFAGLIVHRRQGLSSKKLLDCQTANQNDSPNAKTPDQPNPN 450          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold489_size157649-processed-gene-0.9 (protein:Tk05284 transcript:snap_masked-scaffold489_size157649-processed-gene-0.9-mRNA-1 annotation:"hypothetical protein TcasGA2_TC009570")

HSP 1 Score: 135.191 bits (339), Expect = 2.631e-33
Identity = 146/585 (24.96%), Postives = 218/585 (37.26%), Query Frame = 0
Query:    4 VEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLSQASYWSDSSSLGQRSSFKS-NIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVP------------------------------------PEEPVIRDGDGNQILG----YEVGPHEI------------GVPAPRVTWWK-----GGTIYDSSDETIR---------PGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKI-----------------------LAKP-TFISAEKEIEVICQALGGYP-PPTLTWWLGSKSLD----AYDEENYSGVAKTRLRFIPNILDDG--------------------------------------------HAPRVSLRLGQNLNAENIRTNHDVYFEC---------------DGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTDSPVCQSEMVDQLIGVTAEESISINCRVDAYPPL-VAFTWFFNNSDHHEELEQDRF---SSDGLISTLNFTPTNNQDYGTLFCQG 429
            + A++G S  +PC+I      D V LVLWFK ++TKP YS D R +  S   +WS+ + LG R+ F+   I   +L++ ++ + D G YKCRVDY+ + T    + L  IV                                     P +P     D  + L       +GP+++            G P+P VTW +          +  DET             +  N +   +L R D     +CQ++N         ++ V + L+P  VKI                       LA+  T  S  K  ++ C   G  P  PT++WW+G + L       D      V  + L F P   DDG                                            + PR  L LG  LN  NI+   DVYFEC               +G+ L  +   G+IMS +SLVLQ + R   G Y+C A NSEG ++                   +++  +++A P   + F W FN+S  +  + Q       +DG  S L FTP       T F +G
Sbjct:  135 ISALVGTSVVIPCNISSPFRDDHVRLVLWFKGNSTKPFYSYDNRDE-RSSPQHWSNDTMLGGRAGFQLLAIDSANLMLREVKIADEGRYKCRVDYKQAQTSTSVVQLKAIVHSQKPRILVHASSSDLEKSTDDLGTNSVHPKFVELDDPNDPQFESQDHFKYLERPQIQRIGPYQVGDSLKLKCLVLGGHPSPNVTWSRLRVQEATGPSEVIDETFHVSHNRRHHGENLVKNILEMANLRRVDHLMTLICQSANNALEPGPQTSVVVEMILQPARVKITPLVMSNQANGDSIWRLGGEFSSLAQDGTIFSEGKARQIQCVVHGAQPNHPTVSWWVGGRKLPPRTFTVDHLASGNVTTSILTFRPEAGDDGKELTCKAFNRGRAEAGKEQRPPLKGSPLPPWKRERSGHLNDWKSNMPRSRLILGPTLNGTNIKEGDDVYFECIVDSRPPPANIEWTHNGQTLVADVGNGVIMSNQSLVLQSLSRERSGQYSCTAFNSEGRNT----------------SRDLTLKIKLEANPLFDLKFEWTFNSSTGNIRMPQALIKDNQADG-ASVLQFTPK------TFFYEG 695          
BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold624_size122968-processed-gene-0.5 (protein:Tk09510 transcript:snap_masked-scaffold624_size122968-processed-gene-0.5-mRNA-1 annotation:"nephrin- partial")

HSP 1 Score: 123.635 bits (309), Expect = 8.821e-31
Identity = 88/333 (26.43%), Postives = 138/333 (41.44%), Query Frame = 0
Query:  304 ECDGEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD-----------SPVCQSEMVDQLIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVPT-------------------------GFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSEPFIIQETFVKQRKHAVEGVTDSKAVTGKDSKKDTSTTSG------LVIITTGILTGALLTILVVSLIFSCRKR 594
            E  GE +  +   GII+S +SLVLQ+V R   G YTC A N EG              P+C  +    + GV+  E+  I+CRVDAYP    F+W FN S    +L +D +++ G  S L++ P +  DYGT+ C+  N +G Q+ PC F ++P                          GF  GL Q F +E++                       L +  L   +T + P+     + S   + L +YA  +KG S     +   ++        + D + V    S+ +  T S       + +I  G+    L+ I ++  I    KR
Sbjct:    4 ESRGEEVVHDLSNGIIISNQSLVLQKVTRKQAGSYTCEASNVEGDQVSKPVVVTIMYKPICLQDQ-KTIYGVSEGETAHISCRVDAYPEADVFSWSFNTSSGGMDLPRDSYTNQGSASLLSYVPKSQMDYGTVLCRAGNLVGRQVVPCVFHVIPAGPPDPPKNCTITNQTQDSLQVDCHEGFSSGLKQEFHMEVF----------------------TLPEHQLLVNITARSPKLLARGLPSDSTLFLRIYASTAKGRSRSVTFEGYTLR--------MADKQTVVHGSSQAELETRSKDDQWPLMTVILLGVALTLLIIIFMIGFIARIGKR 305          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000003321 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-2.074e-9629.83symbol:CG42313 species:7227 "Drosophila melanogast... [more]
-6.898e-8029.41symbol:CG12484 species:7227 "Drosophila melanogast... [more]
-2.583e-7331.20symbol:side "sidestep" species:7227 "Drosophila me... [more]
-5.458e-1022.13symbol:kirrel3l "kin of IRRE like 3 like" species:... [more]
-2.482e-922.44symbol:Hmcn1 "Protein Hmcn1" species:10116 "Rattus... [more]
-2.482e-922.44symbol:Hmcn1 "hemicentin 1" species:10116 "Rattus ... [more]
-3.136e-923.63symbol:HMCN1 "Uncharacterized protein" species:961... [more]
-5.403e-922.76symbol:hmcn1 "hemicentin 1" species:7955 "Danio re... [more]
-5.923e-926.76symbol:PXDNL "Uncharacterized protein" species:961... [more]
-6.848e-923.33symbol:KIRREL2 "Kin of IRRE-like protein 2" specie... [more]

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BLAST of EMLSAG00000003321 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592883917|gb|GAXK01074458.1|0.000e+045.02TSA: Calanus finmarchicus comp501596_c0_seq2 trans... [more]
gi|592883918|gb|GAXK01074457.1|1.395e-16641.17TSA: Calanus finmarchicus comp501596_c0_seq1 trans... [more]
gi|592772121|gb|GAXK01182447.1|2.077e-9431.22TSA: Calanus finmarchicus comp346567_c0_seq1 trans... [more]
gi|592761831|gb|GAXK01192582.1|6.849e-9232.22TSA: Calanus finmarchicus comp472909_c0_seq1 trans... [more]
gi|592838823|gb|GAXK01118721.1|6.139e-9030.99TSA: Calanus finmarchicus comp1091110_c0_seq1 tran... [more]
gi|592814095|gb|GAXK01140473.1|4.775e-8832.19TSA: Calanus finmarchicus comp1127315_c0_seq3 tran... [more]
gi|592814094|gb|GAXK01140474.1|5.404e-8832.23TSA: Calanus finmarchicus comp1127315_c0_seq4 tran... [more]
gi|592814096|gb|GAXK01140472.1|1.493e-8732.23TSA: Calanus finmarchicus comp1127315_c0_seq2 tran... [more]
gi|592814097|gb|GAXK01140471.1|1.500e-8732.19TSA: Calanus finmarchicus comp1127315_c0_seq1 tran... [more]
gi|592900557|gb|GAXK01057818.1|2.028e-8631.62TSA: Calanus finmarchicus comp517891_c1_seq2 trans... [more]

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BLAST of EMLSAG00000003321 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000033210.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s182:13969... [more]
EMLSAP000000074856.529e-9931.47pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:3... [more]
EMLSAP000000115521.222e-8328.00pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693... [more]
EMLSAP000000065815.232e-8234.09pep:novel supercontig:LSalAtl2s:LSalAtl2s361:13268... [more]
EMLSAP000000058222.476e-7635.26pep:novel supercontig:LSalAtl2s:LSalAtl2s314:64423... [more]
EMLSAP000000066451.032e-7528.75pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:... [more]
EMLSAP000000107332.154e-6128.06pep:novel supercontig:LSalAtl2s:LSalAtl2s711:14773... [more]
EMLSAP000000024203.339e-5527.84pep:novel supercontig:LSalAtl2s:LSalAtl2s145:66023... [more]
EMLSAP000000041302.933e-5030.22pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205... [more]
EMLSAP000000052555.764e-4225.16pep:novel supercontig:LSalAtl2s:LSalAtl2s280:11342... [more]

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BLAST of EMLSAG00000003321 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 6
Match NameE-valueIdentityDescription
gi|298351701|sp|A2AJ76.1|HMCN2_MOUSE1.329e-823.09RecName: Full=Hemicentin-2; Flags: Precursor[more]
gi|1018447365|sp|Q8NDA2.3|HMCN2_HUMAN3.327e-822.54RecName: Full=Hemicentin-2; Flags: Precursor[more]
gi|61227113|sp|Q7TSU7.1|KIRR2_MOUSE7.823e-822.77RecName: Full=Kin of IRRE-like protein 2; AltName:... [more]
gi|75025812|sp|Q9U3P2.1|SYG2_CAEEL9.459e-824.39RecName: Full=Synaptogenesis protein syg-2; AltNam... [more]
gi|400398|sp|P31836.1|NCAM1_BOVIN5.015e-722.22RecName: Full=Neural cell adhesion molecule 1; Sho... [more]
gi|127859|sp|P13596.1|NCAM1_RAT6.840e-721.32RecName: Full=Neural cell adhesion molecule 1; Sho... [more]
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BLAST of EMLSAG00000003321 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
AFH06404.11.398e-12133.86uncharacterized protein Dmel_CG14372, isoform D [D... [more]
AAF54952.31.398e-12133.86uncharacterized protein Dmel_CG14372, isoform C [D... [more]
EAA01081.56.374e-12134.95AGAP001410-PA, partial [Anopheles gambiae str. PES... [more]
gb|KYB26230.1|1.425e-11934.18hypothetical protein TcasGA2_TC033672 [Tribolium c... [more]
EEB14623.18.871e-11734.30sidestep protein, putative [Pediculus humanus corp... [more]
gb|EFA06826.2|2.149e-11635.89Neural cell adhesion molecule 1-like Protein [Trib... [more]
XP_396815.34.842e-11234.45PREDICTED: hemicentin-2 [Apis mellifera][more]
gb|EFA06209.2|8.891e-10732.29hypothetical protein TcasGA2_TC009058 [Tribolium c... [more]
XP_006561117.16.017e-10631.63PREDICTED: nephrin isoform X3 [Apis mellifera][more]
EAA14139.44.098e-10532.15AGAP009683-PA, partial [Anopheles gambiae str. PES... [more]

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BLAST of EMLSAG00000003321 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|939247961|ref|XP_014243458.1|4.675e-13037.14PREDICTED: hemicentin-1-like [Cimex lectularius][more]
gi|939653673|ref|XP_014275583.1|4.853e-12835.17PREDICTED: hemicentin-1-like [Halyomorpha halys][more]
gi|1058011128|gb|JAS09248.1|3.169e-12336.35hypothetical protein g.13954 [Clastoptera arizonan... [more]
gi|1059422872|ref|XP_017784081.1|3.473e-12234.58PREDICTED: hemicentin-1-like isoform X2 [Nicrophor... [more]
gi|1059422869|ref|XP_017784080.1|4.431e-12234.58PREDICTED: hemicentin-1-like isoform X1 [Nicrophor... [more]
gi|827541634|ref|XP_012544051.1|2.562e-12136.51PREDICTED: hemicentin-1-like [Bombyx mori][more]
gi|907715839|ref|XP_013112049.1|6.376e-12134.34PREDICTED: protein turtle homolog A, partial [Stom... [more]
gi|1058105739|gb|JAS56519.1|1.330e-12034.80hypothetical protein g.13247, partial [Cuerna arid... [more]
gi|294862314|gb|ACN43735.2|1.530e-12035.61RT01315p, partial [Drosophila melanogaster][more]
gi|157118219|ref|XP_001659066.1|2.432e-12034.44AAEL008236-PA [Aedes aegypti] >gi|108875791|gb|EAT... [more]

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BLAST of EMLSAG00000003321 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 20
Match NameE-valueIdentityDescription
maker-scaffold725_size106157-snap-gene-0.140.000e+051.93protein:Tk12767 transcript:maker-scaffold725_size1... [more]
maker-scaffold149_size310270-snap-gene-0.111.545e-8828.34protein:Tk01267 transcript:maker-scaffold149_size3... [more]
snap_masked-scaffold204_size260821-processed-gene-1.103.200e-7628.02protein:Tk07812 transcript:snap_masked-scaffold204... [more]
maker-scaffold44_size478958-snap-gene-1.114.424e-7630.86protein:Tk06921 transcript:maker-scaffold44_size47... [more]
maker-scaffold310_size212938-snap-gene-0.141.178e-5028.74protein:Tk03973 transcript:maker-scaffold310_size2... [more]
maker-scaffold93_size381549-snap-gene-2.251.560e-5028.22protein:Tk04402 transcript:maker-scaffold93_size38... [more]
maker-scaffold93_size381549-snap-gene-2.241.617e-4038.05protein:Tk04404 transcript:maker-scaffold93_size38... [more]
maker-scaffold95_size379157-snap-gene-1.103.325e-4024.69protein:Tk00595 transcript:maker-scaffold95_size37... [more]
snap_masked-scaffold489_size157649-processed-gene-0.92.631e-3324.96protein:Tk05284 transcript:snap_masked-scaffold489... [more]
snap_masked-scaffold624_size122968-processed-gene-0.58.821e-3126.43protein:Tk09510 transcript:snap_masked-scaffold624... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s182supercontigLSalAtl2s182:139693..301797 +
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-LSalAtl2s182-augustus-gene-3.15
Biotypeprotein_coding
EvidenceIEA
NotePREDICTED: hemicentin-1-like [Cimex lectularius]
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000003321 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000003321EMLSAT00000003321-699168Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s182:139693..301797+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000003321-686087 ID=EMLSAG00000003321-686087|Name=EMLSAG00000003321|organism=Lepeophtheirus salmonis|type=gene|length=162105bp|location=Sequence derived from alignment at LSalAtl2s182:139693..301797+ (Lepeophtheirus salmonis)
ATTGACCATGTTGAAGCCATTCTTGGACGAAGTGCTCAGCTTCCGTGTGA TATACTTCCAAGAGATTCCCATGATGATGTATATTTGGTGTTATGGTTCA AGGATGATAATACAAAGCCAATGTATAGGTAGGGATTTCTCAATATTTAT TCAAAGAAAGCCAAACATATCATAAATGAGCTATCATTACACTACAGAGT CACCTTTTTCCCCGCTTAGATTGAGATGGTATTGTATTTCTGATAGCTTT TACTTTAATAAATATGAAAACGATCTTTACAGCCCAAAATTTCTGCTTTT GAGGCTAACAGTGTACTTTTATAATATTTTTTTACAACATCTACATGATT AAGTATTATTTTTTGCATAGAAGGGTCTAAAAAAAGACAAAAGCATAAAA TATTGTTTGAAAATTTACAACAAATAAAAAAAGTACATTTTGATGAATCA GGGAAAATGCGTTGTAAGTACAAAAAAATGGACCATTTCTTTGAAAATAT TTTTTGATCACAATGATAAAAGGTATAGTTTGTCGTAAGGTTGGAGATGT ACAATTTTGAATGTTATTTAAGATTAGTTGCAAAAAATTCTGTGAATCGA TCAAGCTATGAAGGCTTATTGATAATTAAAAAAATGTTGGCCTCTGTAGA CCACAAAAGCAGAAAATTTTGATAGTAAAGGGCATTTTCTCAAGATAAAT CCAATCAATAAAACATGATGGTCTCAATCCAATGGCCAAAATGTGTCTAC TAGTTTTATAAGTAAAAGTCAGTGTTGGATTTGGGCATTACTCATACCCA GTAAAAACAAAATTGGCTGAACTCCAGACGACAAGTTCTTCAAAATTAAT AGAATTTGAAACAAACATAGTATAACTCTTCAGAAAACCAGGGTTAAAAA TAAAAAATTTATTTTTTAGTTTGGATGTACGTGGAAAACCTTTGAGTCAA GCCTCTTACTGGTCAGACTCATCCTCACTAGGTCAACGCTCCTCTTTCAA AAGTAACATATATCCAAATAGTCTCATCATTGAAAAAATCAACCTTGGAG ATTCTGGTATTTACAAATGTCGTGTAGATTATCGTAACTCGCCAACTAAG AATGTGAAATTAAATCTCTCCATAATTGGTAAGATTCATTATTCCTCTCT AACTTTTCTTTCAAATCCTAATATGAAAACTTTTATGAGGTTTTCATAAC CCAAAAAAAAGTCAATGAATGAACATATTGAAAAAGGATTTCTCCTGACA ATATATTTCCCAATAAAGTATGTTCATTAAATATTTCTTGATAACCATAT TTTTTTTTAGAATGTAATACCTAGCAAATATATGTGACGTAGAAATCACA ACTTAGCTTTTTATTTATTTGATACATATTATATTAGCTTATATTAAAGA ATGTTAAATGCAGGAATTCTTGGTAACTTACTATTATTGTAAAAACCTGA GTAATCCCGTAAAAACGTGATACATAGAGATAATAGTATTTAGTATATGA ACATTTCTTCTTTTTTTTCAATGATTAAATAAAGGAAGGGAAGAAAACCT ACCTTTCTCTTAAATGTAGGTAATGAAAGAAAATACATCTAGATAACTCC ACAAAAATTTACTCATTTAACCACTTAATTACCTACTTAAGTGGGCTTAA ATCGTTATATTTTTATAACCATATATWAAMAWAAGAKTATATACTTYTAT WAAAWAAATAWAMAAGCCTCTAAAAACATGATTTTTTAGTCAAAATCTTT CCCAAAACTTTTGAAAGCTGTTTAAAATTCTTTTATGCCCATATATATAT ATGAGAGGTTAACAAATAATTATGATCCCATTTTCGAGTAATATTTTATG TAAAATTATTTGTTTTTTTATTGGTTAAAGAAATGTTTTAATCAACAATT CCTTTTTAGGCTATTAATTTTAACAAGCTCNTATAACTCTTTTTTTATTC GGGTAGCTCTCGGAAAGGAAGAATTTAATCTAAAAACTATTCAAATGTTG TTTTTATTTATTTCCTGATTTTTACAAGTTATAAATTGGGGCAGGTTGTG AATTACAAACCCTAGCTACATCCAATTTTTTGCTTGTACATTACTTAATA TATAGTTTTTTGTTGTGAATTGGATGGGAGTTACGAAAAAACAAAATATG CAGGCTCTAAAAAACCATTCTGCTGAACTAGGGTATTGCTAGCTTCGATC ATTTGGTGTGCGTTAGCCCAAAATTATTAACACTGTATATAATTACTTAT ATATATACTTGGAAAGGGTGCTTTTGTTGCAGGACTGAATACAGAGAAAT AGAAACAAAGAATGAAGGTAGAAAAAAAAAGACAGAGAGACGGATGTAGA AACATAGAAAGGGGAAAAAGAAAAGGGAAGGAGGGAAATGTAGAAAGTGA GAAGGAAAATGAGGTTTTACTTCCGTAAAAAAAACGGATCTTAAGAAGGC AAAAGATATCATATGAATATGCTTGGCGATTTCATACGTCTACTTGCTAA ATTTGTGACTAATCTTTTCAGCCATTTAGGATTTCATTTCTAATAACTTC AAAACACAAACTTATAAATATATATAAGTTATGATAAAACTTGTTTTTTT TAGGGGGGAGCTTGAGATTTTTGGGAGGGCTACACCCCACCCCACAAAAA AGGGGGGATGCTGACTAGTATTCATGATAAAGATTAAATGAAGAAAATTG AATATATGAGTCGGACTATCTTAAAATTTAATTATTTGCTTAAAGTGTAA TCAATAAGTACTTGTATTTCAAAATAATTTACAAACAGGATCCGGCACAA CAACAATTGCCCACGAAATAAGAAACCCTAATATATACATATATTATGTA AGATATATAATAAATATAGTATTTAACTATTAAATGAAGTGAAAAAGATT GTAATGGATTTACTTAATTTATATTTAGCACATAAGCTTCGTTACGTTGC AAATTACTAATCAAATAGATTAATACAACCAATTAACAAATAATTCAATG CTTGCTGATGTATAATATATGTATTTAAGCACTCTTTTTTTCCATAGCAA TCGACAAACAAATATTATGTAGAGTAAAAAATAATTATATTTATAATTCA TATTCTTAATCAAGTTATTACATAGTTTCTTGTATTGAATATATAATAGG CATGGGTTTAACTAGTTTGGGTATTTAAAACCACCGTAATATTGAAAAAA ATTGTATATTTTATTGTCTTTTTCCTCCTCTTTTAATGGAATATACTGAT TTATCCTCATCTCAAGGCTATAATTATTCATGACTTTTTTTTTAATATTC TTGAAGTTATAATTGATTATTCATAGTTTTAAATTGAGGTTTTGTGGTGG AAACAGTAAGAATTGCATTATAATTAACTTTGTATGATAAAATTAATAAA AAAACCTAAATAAGAAATAATAAAAATAAAAGAAAACTTAGAAATTGCCT CAAAACCTAATAGTAAATTTAGAATATATATATTTTTCAATTAAATATGT ATAGGTTTATTAAATTTTTCGAGTTAAAAAAAAGTTTCAGGCTTTAACAT AAATAATATTTACTTAATTTATCATCAAAAAGATATATCATTATTTAATT TCAAGATATTATAAATATACACATAATTTTGTTATTACTATTTGAAAAAA AGAAACATATTAAATGCTAATAGATTTAGATATAAATTTCAAAAAAGCTC AAATTATTCATTAATACATATACATTGATCTCGAATATTTTCTAAGGATT ATTTTTATTCTAAGATTTTTGTGTATGGGTGTTTAAAATATCATAAAATC ATTCACTTTAGAGCATGGAATACAAATTAACCAAAGTATTATAAGATACA ATTGAATTAAAAATCATCTCTTTATATGAATATTTAAATATTTTTTCTTA TAATAATTTTTATAAGGGTCGGAATTTTTTAACTTTTATGAAAGTTTTTG TATTATGCTAGAATTAAGTAAATAAAAATAAAAGTAACTTTGGTGTAAAT ATATATATGTATATATTAATATATGCANNNNNNNNNNATATATGTATATA TTAATATATGCATGAAAAATGAATTTAAATAACACTTTTGATCAAAGAGT TCTTGAATACTATATACTAATTGATATATTTTTAAATATTTAATCAAATG TTTATTTCATATGAAATTATAATTTCTAGTGAAACTTTGTCAAAAATATT TAAATTAAAATTTATTTGAGTAATGATTGGAAAATTAAATGAGCCAGTTT TGTAGAAAACTTAATTTGTAAAACAAAGAAATAGTTATTGTTACTTTGTT ATTGTTCATCATTAGCCATTACTCATTACCTTCCCTTTTTCATCATGTCA TAAGGAGAAATATGGAATATCATCGGGGAACTAATAGTTAGTTTTGAAAA GTTTTCTATGTAAAAAATTATGTAACTAGATTAAATTGGCTCTTCAAATA CTCTTTGACATCCTCTTCTCTCATTATAATAAGGATCCTATTATTATATG ATAATATTATTATTATATTGAAGATTATGATACAAAATTTGATGCCATGT TTTTGTGTTTTCTTTTAATCATGCAGCTTGTTGTTGTTTACCCAGTTGTT GGACTGGATATAAAAAAACATAAAGATCCTACTGTTTCTCGTCACTCTTT CCCCAAGATGAATTCTTAAAAAATGCCTGGCTTAGAACCATACCTAGGAA AACTGGCGTAGCTTATCGCCTTTAAGTATTCAACAGTTTGTTTTTCCATT TTTAAAATAAGAATTTTGTTATGAAGAGTTAAGATGATCATCGGAAGATT CGAATGAAGCAGTTGCCATTTATGGATTATAATTCTGGAACTGTTATTTA GAATCGTCTGTTCTTCCAGTAATTGCTTCCAAAATATGTATCCACGGAAA AACGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTATAAATAT CATAAATTGTAGAATGTCAGAAAGGAGTTAGTTAACTTTGAACAATTGTC TAGAAGTTAAAATATAAAAATCAGTGTTATAATCAAAATCATAAATGTAA CAAATGCATTAAATGTTGTTTAAAATATTATGATAGTTATTTTGTATTGA AAATTTGTATTTGCAAACACGGGGCTCCAACCAAACCCCTTAAGATCCCA GAAGATTAGGAGAATGTCTATGTTGGAAATAAGTTATGTCTTCTAATATC CATTGATTTTGACAATCCTTCTTGAATTGTAATGAACAATAATGTTTTTA TAAGGACTGATAAAATAGTTCAATTGACTTAACTATCTCCTTTTCACAAA AATTGTTGTTCTATTTACTCTTACAACTAGTTGTAAAGTAGAACCGGAGT TACTTATATCAAATCAAAGACAAAAATTAATTTCTTTGGNTAAACCAAGA ACCTTCTAGAAATATTTCCTTTCTAGTAAAACTTAATTAATCTTATAGTG CATCCCTATTCCATTGATAATGGATATACTCACTATTTCTAACGACGTAA TTAAAAATTAGTACATTGTTAAAGAAAAATAGAGAAAAAACTTGCAAAAA GAAGGATTGCTATTACAAAAACACGCTAAAGTATCCTAGTTGATAAAAAA TCATTTAAAAAATAACTTAATTAAAATGTAAAACAGCCCTTACTAACATA TACTTTCCTAAAAAAATTAAACTGAACACAAATTCACATTATTGATATAG TTGTTTGAATATAACTTTAGACGAGCTCAAGACTTTTTATGGTTGCAACT TGAACAACACTATTTTTATTTTTCAAAGGTATCATCATTATTTTTTTAAT TCTTGAGGAGAGAACATCCAAATATAAAGTAGCCATGTAAGTAAAAGACG AAGAGTAACATTGAGTATTTTTTGATGAATCATAAGTGTGAGTCCATGTT TGACTTAAATTTGAATTGAGGATTGACATCAGCGTAATTGTCGCCTAGCT AGACGGAGAGGGATTTGTGTTTATTTCATTCCTTTCGTAACATAGCCGGA GGTCATATTTTTCACAGCTCTAATTACCAATATTTACTAGCTCAAGTAAA AACTTTAAGCGAAAATTTATAATATATGACAATTAAGACGACCAATATTG TTATCAAATAATGCATTTTAAGACGAAGAAATTANNNNNNNNNNNNNNNN NNNNNNNNNNNCAACTTTTATAAACATTGTACCTTATAAACAACATATAT GTAAAATAAACGTACTTTTGTAAGTATTTATATAACGGTGTTGATGATAT ACTTGTAAACGCATGATACTTAGATATGGTAACCCACGTTTTCATGTCAA AAATAAGAACTGGTTGTACACCAGTCTTACCCTAATGTAGGTATATGTAA AATGCGACATTCCCCCCCCCCCCTTTTATTTTCTTGACTCATTGATTTTC GATATTTTTTTAATACACAAAAATGAAACTCTTTTGAGTTTTAACGTATG TACGTTAGGAATGTTAAATCAAAAGTTTATAGGAAATATAACTTCTGGAA ATTATTTTATTTTTTGTAGTATTTGTAAGTACCTAATACTATTATGCTTG TTCACAAAATCGATTTTTCAAGTTTAAATTTCTGAATGTTATTCCTTTAC TTTCAGTCCCACCAGAGGAGCCAGTCATACGTGATGGGGATGGAAATCAA ATCCTTGGCTATGAAGTTGGACCTCATGAAATTGGTGATGATCTTATATT GGATTGCGAGGTGCATGGAGGTAATCATATAGAAATYTTATTTTATACTT TCATTAATAGCTTAGTGTTGTCATGATAACAATATTTTTGTAAGGGTTCC TGTGAAAATGTTAGCATCGATATTTTAATAATTAATTGACTAGAAATATG GAATAAAAATGTCGTTAATGGCAACTAACAAGCACTAACATGGGTTTCTC CATGGTTTTGGTTCCGTGCAGGGAGAAGAAACAAGCTTAGAAATTTGAAG ACGTTATATAGTACAATAACTGCAATAACTTATTTCAATACTAATTTACT ATAGAACTGTTTTAAAAGCGTAAGAGCCCCAGTACAATTATAGTAACTGT ATACGGAACATCACTATCATAGGTTTAACTAATTATGGCGATTTTCTTCA CTTCCTTTTCCTTTTAGGACATTTTCTCCCTTCTATTCCCTTCCCAATCG TTGACTCACTATACATATTTCATCCTCTAATAACACATCTACGAAAGAGA AACTCTAGACTAAATATAATACATTTTTTTTCGTCCACGATCTTATTTTT ACCTTTGATATTTGATAAAATGTTAAGACATTGCTTAACATCAAAATTAC TGATATAGTTACAAATTTATTTTTTCGTAGCATTTTCTCTCCTACAAATA ATCAAAGAATCTCTTCATTTTGAAAATGAGAATCAGATGAGATTATGTTA TGCAGAGTGAATATAAATAAATAATCAATTCCAAACACGTCCGATAGATG TGAATTTACTTTTTGAATAAACTGCTAATTTTATAATTTACATGCAGTGA CGGATAACAATATATTTACAGAAAGACAGATCTTTTTTTTAAACCTACCA AACTACTCTTATGATCTGTACAGTTTAATATTGCTGAGTATAAGTTGGTT ATGGCTTGTGTCATTATGAATAGCATTCTTAGTAGGCATAACAATGTATT AACATCAAAATTTGACCAAATATATAAATCAACTAGTTTAATCTTCAGTG TGTATCCCTCCAGAAACTGAAATATCCTTGTAATATCTTGTATGTATCAT ATTTTTACCTAACCTTCTCTTACAATTCTTAATTTCACAATAAACTGTAT TTTTCCATTTTGAAATTTGGGATGGTAACTCGCTTCCTAGACTCTTGGTA AGTCATTCTAATATCAAGGAAATATTTATAGGCTTAGTGACTTGTGTAAA AATATTGTGATAATAAAAAGTACAAAAATGAGATTGTATTTCGTTAAAAA TACAGTCAGACATAACTGTTTCCAATCTATGAAGAAGAACTTGGGANNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCTAAAGCAAATAAAA ACAGGGTATTATAGATCAATTTTCCAACAAACTTAATAACTGTGACATTA AAWTASAGCAKARAATATTCTATTAATACCAAATTCTCTCTTAGAAACAT CATTTTTTTTACACCTAGGCTATACACAAATTTGATATTTGAGTGGGTTT GGCACATGTTGAAGATGATTTCGTTATTGGAAGAGAAGTAGGGAATTTAA TTGACTTAAATAAACTGTCAGAGGTCTAAATGCTCAACGTAAGAACGAAG ATAGAAATCCTATAGTATATAATAAACACTTGAATCATATTATACGCAAT GATAATAGAGATACTATAAAGGAATTGGGAGAGATAGTTGTATTTGCTAG CAAATATTGCTTGCAAAATTATTTAAATATGTTCCTTAGATTACATTTTG GTATGAAAGGACACTTAGGTTAATTATTCATCGATATAAGAAGTACAAGA AAGAAAATACCGACTGAGTAGTCTTTTTTAAATTGTTGTTCTAAATTTTT TTAAGTATATTATATTTTTTTTAAATACCATATTAGTGAGTACGAGGATT TTTTTACGTCAGTTTATATTTTAGAAATATAATAGAGTTTATAACCTTGA TGAAGAGGTTATAGAAAGGGGAATTAGAATTAAACTTAAATGTTTATTAA TGTTTTTTTAACACAAATTTCCTTTCATTCATTATTAAATCATTTGTGTT GTATAATATTAAATGAAAAAAAGATCTTGGTAAAGAGAAAAATAAAAGTA GTTGCAGAAAAGAATAATGAATTTTGTAAACTGTTGACAATAGATTATTC CTTAATCAAAAGAAGGTTATCGATGAAGAGATGTTTTTATAAAGAATAAA CATTTCGCTTTAAGTTCATCTCCCTTTTTGATATTTCATAGCTTTTGTAG AAAAATAATACGAAGGCATCAAAAGTATTTTTGAAATCTCAAATATGTAT TTTAAATCGTGTTAAAATACACAATAACCAATGAAGTTTCATAACAAAAA AGTTGGAAAGAGGAAGTAAATGATTAAATTAAGAACTTACAATAGAGAGT TAACAATATGAGTAACACAAAATAGATCGAACATATTTGAGCAAAACACA CCTTCTACACAATAGCTATAATTTGGTTATTCTTGAGAAACTTTGATTTT AATGCATTGGAATAAAAATGTGCATTTACTTATTATGATAATTATAATTT AAAATAAGGTAGTACATATTTGTTTATTCAAATATAACTTTACGTATCAA GCTATCAAACATGAAGAAAAAGGGAAATAATTCCGTTTATATAAATTATG AAAGTGAAAAATAATTTCACTATTCTTCTTTTTCTTTTTTAATGAGCTCA TTATCGATTAATTTCTTTATATTTGCCTCACTAACATGAAAATGTACACT CAGTTTAAATATTAACTGTCGATTTTTCTACTTCTTTCCCCTTATCAGTG TTCTCTACGTTGAGTAGAAACAATTCGATTGCACAGGTTTACTTCACTAA CATAGAAGTATAGAAGGGCATTCAATGAGGGTGGACTGGAGGGAATGTAG CCTNNNNNNNNNNNNNNNNNNAAGGAAAGTTTGCTTTTTACTAGAAAGTT TAATATGTGAATTTGAATTTAATTATTCAAATTTTTTTCCAAAAAATTTA AATTTTGCCTTAAAAATTATTTATTATTATATTTTAAACTTTGGATTTTT GATTTTTTTCGAAAAAAAGTTTCTAATTGAAATTTAATTTGTGAATTTTT TTTTCTTAATCAGTGTTAAGAATGCCAATTCCTTGAATTGGYATTATCTT WCGCTAAGTTGCTGAAAACCATTAACGCCAATAATTAAACATTAGTGTCA TATTTGGCAAGAATGGGATACCAAATAATTTCTGGCCTTTCAACTGGTTA CTTTTTTTTTGACAAAAAGTTGAAAAGATACAATTAAGATATCAACATGG TTTTGAAGGTGGAGAAATAAGGTTCTCAATGAGGGGGGAAATAAATACAA TTTCTTACAAGACTTTAAAAGATATAATGATAATTGAATCTAAAGTATGG TTATTAAAAATGCGATGCTTTCTAAACAAAATAAAATACAGCAGANGAAT ATTTCAATGACAATTTTTTAGTTGTTTAGTAAAAGTAAGACAAATTTTAA ATACACGCACAACAAGGAAAAACTTTTTTTATATGAGGGCAAACTTTCTT TGTAATCAAGTTACAATGATTGATGAAAAAATTGAAACAAATACAAACTT TGCGGTTTCATCATAAAATAAACCATTTCTATGTTTTGAAAGAAAGACAA CGATACTTTTTACATTAAYKAAGTTATRCATTATTAGAAAACTGTGTCAA AATGCCATAAATAATTCAAAATGTGTTGAAAAGACAAATTAAATTCACAT TTATATATTTTTGTAACAAGAACACTTTAAAAGGTTAATTTAGAAASTTT ATCTATAAATTACAATTTTATTGTTTGAGTCTGACAATTTAACTGTATCC CTTTCTTTGACTGTTTTCCTCTTTAATATAATTGTTTTAGCATAACAACA AAATTAATTATCTGAGAAATTTACAATAAAGGAATGTCAAAACATTTTCT TGATATAAATAAAAAAAAGTACAACAAAGTGTATTATTAAAGTCTTAATA GAATACTAACAATTAAAATGTAGATGAAAGACTAACTCAAATGAATAAAG TAACTTTTTAAATMAARAAGCCACACCTTTGTAAATATCAAAGCACTTTG TATCTGTTTTTTTTTCATGAAATGAGCAATAAATTTTATAACATATGTTT TTAAAAACGTAAACATGTTTCGGAAATATATGTAACTGTATAAAAAATAA AGATTTGTATACATAGATGTACAGTGAGTGGTGTCCAAAAGTCTTAAATT TCCATATTTTGGTGCGTAATATTTCTTTGTTAAAACTTACACTCTGCAAT GTGATTGTATATCAAACAATTTGGGTCTAATTTACCAATTGTGATACAAA AAGAAGTTTATTCAGATCATTTATATCAGAATAGTTTTAACACCTATGAA GATGGAGGTATATCACCTCTTCAAATATTTGGTATTCAAGTGTCTTCAAT AAGCCGCAGTTCCTTGAAATATAATATCAAGAAGATTTAAAAGGTTTGAA CCCTTTACGACAAGTCGAAAAGTGGATTTCCAATATCGGCATGCTATTCG AGGAACACTGTGAAAGTTAAACCTTAAATCTACAAAAAAAAACCTGAATT TAATATTTACTTTTACCGGACTCATATTATCAGATGTGGGAACTTGAACA AAAGACATGTGACTTGAATTCGATATTCTAGTACACAAAAAAACTCCACT TGACCACACAAATAAAAAGCACAAGACTTGACTGGAACTAAAAAGTCATT TCAATTTTTTCACTGGATACCAATTACTATTTAAAGTTTCTTTTAGTTTT TCTGATTACTTGAACTAGAGAAAAAGAATTTAAAAAAAAATTAATTACAA TATTTAAAAAACTTCTTAAAAAAAGGTCAATTTTGATTTTTTTTTCATTG TCACAATTAATTTTTTATAGAATAGGCAATACAAAGTTGTGTTAAAAAAG TTCATAATTGCAATATAAATTATTCGATCAAATTATTAAATATATAATGA AAAGTTACTGACTTACTTCATTTATGAAGTAATTTGAGAACATATTCACG CAACTTTACAATGMTTGTTTATTAAATAGTATATTCGAAAATTAAAAGTT CAACTCAAAAAATCATTACAAAACCAACTTTTTTTGAAAATAAATATGTT TAAGTTGTAATATAAGTTTTTTTTTCTTAAGTTTTAGCTTTAATATACAG CAATTGAAAAAATATGGAAGCATCCTAATAAGATCCATCATTTTATTCGA ATATTTTATGATATGACACATTTTTTACAGATAATAAATCATTAATCTGT TGCGATGTTTTTATCAAANAACTTTTTTTGAAAATAAATATGTTTAAGTT GTAATATAAGTTTTTTTTCTTAAGTTTTAGCTTTAATATACAGCAATTGA AAAAATATGGAAGCATCCTAATAAGATCCATCATTTTATTCGAATATTTT ATGATATGACACATTTTTTACAGATAATAAATCATTAATCTGTTGCAATG TTTTTATCAAATCTTTTTAATTTTTATTTTCATCTATACAATTCTGTCAG TTTGAAAAATAGATCTGAATTGAAAAATGATTCTTATTATTAGGTTTTCC AAGGGTTAGGTAATTAAAAATATATATTTTTATCACAAAACTGGAAAACA AAAAAGTTTCTTATATAATAGAAATTTAATTTAATTGTATTAATGGTTTC AAATTGAAATACTTTCATTGACTTGCATCAGTTTGAATCAGAGCGATTTT TTTTAATCGATTATATTATTTCAAATAACTCAGAACATGGTTAGAATCAA TATTTTATCGATGATATTTCACACATAGTTTGATTAGCTGAGACAAACAG CATTACAAAACGGTAAAACATAAATGGACATTGCAGGAGTTCAAGGATTA TATAATTATAATTGATTGCTTACATTTAGCAATTAGGCTTTAAAGTAGAA ACTAAATATATTATAAATCAAACGATTATTGGTTATTGCTTTTCTCCCTG AATGATCGGTATTTTTACATACAAAATTTGTACTTGTTAGTTACTATGAT GTGTTTAAAAATGTTTGTAAAAAAAGATTGAGGACCGTCAAAGGAGTTTA TTAAAAATATTTTTTATTGAAATTATTTATTTTATCAAAAATAAAATAAT ATATTCTATTTATGTAAGAAATTTAAATATAATTTTTACGATCATAGGTG TTCCAGCTCCACGTGTTACATGGTGGAAAGGTGGAACCATATATGACTCA TCGGACGAAACCATTCGTCCAGGAGTATATGTTAACCGCATGATATACAA GGATCTTTCACGACAAGACCTCAACACACAGTATGTGTGTCAAGCTTCAA ATACCAATCGGACTCTTCCTGTTTCCAGAACTATCAAAGTGTCATTAAAC CGTAAGTAATGTAACAAAACCATAATATGAGATAAAATATTTTCTTTGAA AAAAAAATAGTCAATAGGAAAATTATGAATACTACAAAAGACTATAACAT GCCCAATTTCAAGACTATTAAACGTATTTGGAAAGTTCCCTAATTCAATT AAAAATAAGTTGATTGCCAACACTAACCGGAAAAAATTGAACATCTTTTA ATGACATATTTCCAACACTTTTTGGTTTGTTGTGACAAAAACTAGTGTTA TTGACATTTATTACACTTTTTTAATGGATTTGGCGATTTGGCGTCCATGC AAATTTAGTATAGTCATTAATTAGGCCAAAAAAATCAGTAAACTATTGCA TCCTCTATGTATTTTATTGTTCAATAGAAAGCTGCAAATATTGTTTTCTA GAGCTTCTATCCTAAATATCACTTTATTTTTAAAAATTTGAATTTTTTTT ATTATTTCCTGAGTAAAATCTTACATGTATTTCAATAATACATTTATCGA CTAATTCCTTATGGATATTATTATTCTAACAAATTTTTTTCACAGTTAAG CCAGTTTCTGTCAAAATACTTGCAAAGCCTACATTTATATCCGCCGAAAA AGAAATTGAAGTTATTTGTCAAGCTCTAGGTGGATATCCACCTCCAACTC TCACTTGGTGGCTTGGATCTAAATCTTTGGATGCGTATGATGAGGTAATG AGCCATTGAATTGTAATGTTAAATAAACATATATAAGATTACCCTAAGTC AGTACCGCTAAAACTCTTTTGGGATAATAAAATTCAGAGAAAGAGGGCAA CAATATCGATGAGATTTATTTTTACTTTTTTAAAGAAGATTCAAAATTAA TTTATATATAAAATAATGAAAAATTATCAACAAGCATGTATCTGTAGGCT AAGAGGTTAAAATGTTTTCTACCCTGCACGTCTATTCTTTTGCCCAATCN TAAGTTTCGTTTTTGAAATGAAACCGAATATTGGGAGTTGGGAGGGGGGG GCGGAGTTACTATTAGTGATGAGACTCGGTGAAGGGCAATATCTTTTGTC TCATTTCAAGTAATTTCTTCTAGAACAATAAGACAGAAAAATTCCGATGG ACAATCGGTATAAGAATTTGGATATAAAGTTAACCGCATTCAAACCTTAG ACCGATATTGAATCGAAATGTATCTCTATACAGCTTTGCATGACGTCATC AATGTAATATTTGCCTTTTTAAATTGATATGTAATTAAAATAATGGTTCA GTCAAAAGTTTAGATGATAAAAATCNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATC CACAAATAATTATAACGTGGTCTTGGACATTAAGGTATTTCTTATTTTTT ATTTTGTTGAAATTTCTGGAATGCAGGTTCAAAATCCGTTCCTATTGCTA AAAAAAATATAATTCAGAAAGTTTCAGCGAAATTGAAAAATATTTACAGG TAGCTCAACGGCCTCAAAGTTTTAAAAATTGAATTTAAAAAAAAAAAAAG WAATTTCTTCTTCTGTTATCATGGAAACAGTTAAAGATAAAGCTTTTTCT ACTCTATAATTTTCGAAAGATGATCAAATTTACTATAAGACATATTAATG TTTGATATGGATAAAAATATCACTTAATTTGAATTATAAGGAAAAATATC TCAAGAGAAAAATAATATATATAAAGTGTATTGCGCGCCGTTTTTTTATA TTTCTTCTTTTTTTTCCCCTACAAAATATGTTTTTATTACATATTTTCAA TTAGTTTAACTGTTAGAGCTTCAGACTGACAATTCATTTTTTATTATAAA GAATATGATTGGTAAAGTGATGTTTAGAGTGGTTTTTTTATATTGATAAT TTAAAAAAAATTATACACAATTTTCCATAATAATTATACATTTAACATTG TGTGATATATATTTTATTAGTTTATAACTTACTTAACATAAGATAATTTA TATCATAAAAATAACCATTTATACTGTATCAAGCTATTTTGTAAAATTTG CAAATGAAGAAAGGGTATACAAAGGTTTTTGTGTCCAGATACATCTTTTG ATGTTCTTCAACAGCTTGAAATAAGAATTGAAGCTGCAATTCGTTAGTTG TTAACGAACCACTATATTATAATAAGTGCCACTCCTAGTTGAGCTTGGAC ATTTACAAACTTAAAGGCATTAACAATTACAAGAGATTTCTTATAAGTAT CGTTACTTGGCCATCTCAATGATTTTTTTGGTTTTTTTGTAACAAAGTCT TCTTAATTTTTAATATTTTTTTTTGATTTTGGTCTTGTTTTTCCATATTT TTCAATCCAAGTATTATTTCGTTTTTGTTCAAATAGAGCAAAACTAACAA TATCTTTAAATAAATATCATATATAGTTTGAAAATTTTTGAGATACCGTT TTAGAAATCAGAATATTGATTCCTGAATAGTTATTTAGTGATTTCATCAA ATTCAAATCATTAAATGGAGCATTGGATGCTTCAGGAGCCAACACCCATG CTTTCAAATATATTAGTACAATAAAGATACAAATATCCCACAATCCTTGT TCCTCTTTAGAAATTAATTTAAACTACTACTCTAATAAAAAAAAATTAAA CAATACAATAATTTAGATAGCCAACGAGCATGGTGTATTAGACTGGGAGA CATAATTTTTTACCACACTTTGGAATACCACCCAGAAATACTATTACAAG TTCAAAATTATTTATAATCATATCTTAGAAGACTCCGTAGAAGATTATCG TTCGCAAAATGGATAATTTCTTCTCATTTATCTTCAATGTGACATACTAT TTCTGTATTTAGAGTTCCAGGATCGTAATTAGTTTTTTCTATCATTTCCC ACATTTTTTGGAATCTTTTGAAGAGTAGAATCTCGATAGAAGTGTTATTT CCAATGAATGCATTAAAAATTGTTATAATTATTAATTCTATAATGTGATG TCAACGTGCAAACAATAATAACTTATTATCAAGCATTTTCTCTAATAAAA CACAAGTTCCAGCTATTCTGTCTATATTTGAGCTGGTTGTATCAAAACAC ATAAATTTAATTTTTTCTGCTACTCCTCAATCTTGAACGGCTTCAAAAAT TGAAGTAGCTTGTACCAGGTGGAACCTTGGGAACACAAAGTAGTTGGAAA ATTCCTCGACCAGAAATTATTATTGGGAGACAATCAACCATATCTTTTCA AATTAGATTGGACATCATTTTACTATCCTAATGGATTAACAGAGGAATGT GACATGGAAAATTTTTGTTAATATTTTTGGATTTATATTCAATTCTCTTA CTAAGAATAGTAAGTTAGTTCAGAGTAAACGCATTATTGGGTTCGCTCAA ACTCTTTACTGATTCTGCTAATACAAAAACAACTTTTTGATTTGATACTA TTGTACGATCAAGAACTGATGCAACTTCTGGAGTGAAAAATTTTTTCTTC ATCTTTTATATTAGATTAAGTATCCCCTTGTTCTTTTCCCTTCTTAAAAA TTTAGTTGTATAAATATAGTACGATTAGAGTGTCATGTCAAATGGATTTA AATTGTAACAAAAGTTCTCCAGATGTAAGTATGAGAAATTATGCTTCATA GAGGGCACTTTTTATATTTAGGACACCTTTGCCGCACCAATAAATGAGAC TAATTTGACATCCCAAATTAAGAACCAATACAATTTAAAAAAGAATCATT TTTTGCAGAAGGAAAATAGTAAAAATTCAAAAACATTGTACGCAACAAGT TGTATATGTATTAGTTATCTATTCGAGTACTTTGCAATATAGTCAATATT ATGAATATTGTTTTAGCAGAATAACATTACATATATGTGTATTAATTACG TGATATTTTATAAATTATAAAACGTAAGAAGCTGTATTACGAGCTTTTTT CACGATAATCGAGAAAGAAGTAATTTTTTTTTTAAATTAGCAATTTTCAA AACTTTGAAGCCTTTGAATTACTTCTAAATATTTCTCAATTTCACTGAAA TTTTACTAATTATATGTTTTTATCAAAAGGAACAGATTTTGTTCCGGCGA CCCGGACATTTCAACAAAATGAAAAATAAGAAACATCATACTTTTCATAA TTTCCGTACCGTATCGCAACACTACTAACAATTTGCATATTATTATACCA TACTTAAACATTCTTCATTCCAAAGGATGATCGTTCTTTAGAACTCACCA TTCATAAAGTCAACTGATTTAAATTAGAAAAAAAAAGTCAGCAGATGGGA TAATATATTATGTATGTAGTGAGTTAACTCAATAACAATCCTGAGCAAAA ATCAAGTCAAGGAAAAATGTCCAATTTATTTTTATCATGAAATAAATATA CAGCCCAACACTGTATAGCCATATTTAAACTAATTATAGGCTTTCTATTC AGTTTTTTGGAATATTTGAGATATCTAATGACACTTAATATATTTTGAAA CATTTATTTAATATATGAAACTAAATTAGGCCTAAATATGGTATCTTAAA TCGTACATATCAATGTGACAATCAATTTTTGCTAAATTGAATGCAACTTG TAGTTCATTCAAATGATTAATCAGAAGAATTTGACTTATATAAATTGACT ATAATTTTTCGAAGAAAACAAGTTTTATGAAAGCACAACCTTCATAAAAA TAACTTTAGTTTTCTTTTATGTGGACAGTTCATTATTTCAAAAAGTTTAA CATAGTACCTTGATACATATAAATTAAGGGTTTTATTTTATAAGGAATAA TGTATCCAGTAAATTTAAATTATTTCATATTAATGAGTATTTATTATGTT CAAGGATATTTATATAAAGCTTATTGGTAGGATTTTTTAGAATCATTACA CAAATGCATAAGTTGGTGTGCAAAGGTACTGAATAGATGATATTTCATAA TTATGACTCTAGGAAAATTCAAATAAATAATTTAGTAACCTTAAAAAAAT AATTTTATTACTTTTCTTATATTTCTTTGAAGAAAAATCACTTCAAAGCT ATAAAAAAGCCGATACTTATTTCAAGCTATTTAAAAGAAAATCCAACTTT ATTTTAAATATATGATAATAATAAATTTATATTTTAATGATGGAGAGACG ATATTATAATTAAACTTATAAAGGATTTATAATCGAGTCTTAATTTTAAA GCTCTTCAAATAATACATAATGTTAAAATCCATTTTAGAATTAAATAAAT AGTAAAGTACGAATTAATGATGTAATGTAACTGCATTGGACCCAAAGCTG TAATTTATGGATCCGCTACATCACAACTTGTTCATTAAAAGCGTGTTATC TTGTAAATTTTAAGATTGGAGAACGGTCAATAGATTAATAATGACGATTT GTTGTTTCGGATTGGTCAGTTCAAAGTCATGGTTCACAGTCCGGTTCATT TTAGAAGAACCGGTTCTTTTACATATTCTGAAAAACGGTTCACTAATAAT ACCCCCCCCCCTTTTTATCATTTTAGAGGTTCAAGGACCAGTTTAAACCT ACGATCTGTGACATCACTAGAACAAATAGGTAGACCTTTTACCTTTTCCT CGAAACAAAGAAAAAATTAGTGGAAAAAACATTCACCTTCAAATTCAATC TTAATTCATCCTATCTAAGAATTACTTCTTATTACTCGTTTGAAACAAAA TACACTTACTAAGTTTATTAAATGGTAATATTTTATTTATAATCATTAAA TAGTCATCATGAACTTTACAAATACCATTATAAAAGTACAGTAATAAATC TAATCATTTTTTCATTAAAAAAAAATGTGTTTCATTTTGATATTTCAAGT TGAAATGAATGTACGTGAGATTGTTGCTATGGACTCAATTTTTAAAGATA TAATTGTAAAAATGTTAAATGCTGTTACTTTAATCAATTGAACCATTTAA TTAGTTTGAGATATGCGGTACGGTAATAAAACAAACAAACAAAAAAAAGC ATTCCCAAAATAAAAAGTCTGATGGACTTAAAATTTATCATTTTTAATAA TGACCAAAGGTAGTAAAAAGTTTTTATATTACAAATCTAGGAAGAGTCTC AAGTCTTTGCTCATAAATACAAATTCATGAATATTTTCATCGAGTTCTCC CATATTTTTATCCAGTTCTAAAAATTTATTTTTAGCTCAATTCAATTCTA TAACTATTATTTAGGTTTTAATATACATAGAGGGTTTACGGAATTGTATA TAAAATAGTTTTTGATTCAAAGTTATTTTGCAAGTATTACTTATCGAGTC AAAGTCAAGTATCAAATCTATCATTGTTCAAGTTCAGTTGCAAGTCTTGA AAATATGGACTCGACTCCATTACCCTTCCAAATATGTGTAATTCGAAACA TGATAAAAAAAATTTTAAAAAAACTTTCAGCTTAAATAGTCTTTAAATAT ATTTTCAAATACTTTCAATAATTAATTTATAATTTGGGAGATTATTTTTA GTACTCCTTGCCTGCTTCATTACAATACCTCTTTTAAACTTAGTACTTTT TTTTCATAAATTTTATTTCATGAGTCTTAGCAAGCATATTTTATGTATTT TTATCAACTGAGGAATAGATCAGTTTAATAGAAAAGTGAAATGAAATAGT CAATACAAACACAATTCATATTAGTACTTTTTTTTTAATACCACTAAAAT ACAAGTTATAATAAAAAGTTTATTATTTAACTTAAGCTATAATAAAAAGT GCTTAAAGAATATACGAAAAATGTATTACCTTTTAAATTGACTTAAAATA CTTTTTTTATATATTATAACTAAGTTATAGGTTTAAATAATTTATTTATG AAATACTGCAATATCCAATTTTACACAGGGGAGAAATTACAAGCTGAAAA TTTACGGTTCAATCGTTGATAAAGTGATTAAATTTATACTCAAGCTCAGA ATCCATAACCAAACTTAGTATTACTTTTGTATCTCTAAATTTAAGATATA TTGCATTTTTTTATAATTTGGGACTAATATCGTTCAGACTCATTTTTTCA CCGTTAAGGGAATCAGAAAATAGAAGATTTGACAAATAGAAATTAATTTT AATTCATTTAATGAGATGGGAATGTGGTGATCGGGATTGTTATTTTTATA TTTTTGTATTTTTATTATGGGATTCATTATGATACGAATTGTGTTACAAG TAATTGCTTATTGTAGCGGGCGCTCTTCTTTGGTTTTTTATTTTATTTTT TCTCTTCTATTATCCCCTTTTGAGGTGTGGTTTGGAAAAGAAAAAAAAAC AGAGAAAATCGTTCGTACATAAATAAAAAGTCAGAAAAAAGATAGGAAAA AAATATTATAATTGAAAGATTGCATTGGTACAAAGCTTCTTTATCTTGTT CTGAGCTCAAAATATTTTTTTAAGGCTAAAAAATAATCTTCTTCAGGTTA TTAGCCCAAATTCCTATAAGTCTCGATGCTTAATTAAGAGGAGTATGAGA GAAAAACTTTATTCCGTTCTTTCAGGTAGAAGTTTGTGTACTAATTAAAC TCAAATTTTTTTATGGGATTTATTTAAAAGACTCTAAATACCAATTCGAT TCTTGCTTCAACAAACCTTGTTTGGTATTAAATGGCTTAAATTAAAATGA TCAATATGTGTTTCAGGCCCCGGGTTTAACGCTATGTAGTATCTTATTTC TTTACAATAAGATGGTGTTTAATACAAAACATCAATTTCCCTTAGAATGT TCCAAAATACCCCACTCCCCCGACTAAGAACCACTAGTATAATAGAAGAA ATACTACARAAACCACTCTCTCTAATTTATTCGAGCTATAACTTTAATAA ATAACTATTTTACTATGTGAAAAACCTCTATTGTACGACGATAATTATGA AATTTCAAAGTATCTATCTTGTGCGTTATTTTATTGCTATCAAAATTATT TAGACAAAAGAAAAGGTAACTTCAAAAGACATCCATTTTATCCAATCAAT AACAATCGGCTTTTCAAGGGCCTTTAACTAGGAAAAAAAAACACACCAGT TAAGAATATGAGCCTTTTTTGAATGCTGTAATCGGAATATGGAATAATAA TGATGATTGCACAAATGATCAACACTAAATGAAGAAGAGAGAGAAAAAAA CAAATGATGTTAGGAAATCAAAATATATCTAAAAAATGAAAATATTGTCT TTATAGAAAGTAATCAAATAAAGGGATATTTTGTAGAGTTTTTAACTTTA TATTTCTATACATGATGAAGTCATTATGATTTTTATTATTATTGAAATGG AAGAAATACTTTTATGTATATTGCTGATAAATATATTTCTAGGGGATACC GGTAAAGTGCGACACAGGGCAGCTAAAAAAGGCATTTTTATCGACATTCA AAGAGCTACCGCCATAAAATTTCTATCAAAATTTTTTAATAAAGTAGAAA TCATTGTGAAAATAATATTTATATATTTTTGAGATGCTCCCTTCCAGACA TTGAATAACACTGACATTGAGGTATAAAAAGTAGTTATGGAACAATTCTA AGAGAATAATCTTGTTGTCAATTAAATGAAAATTCCTGATTTTGGCATTA TTTATTACATTATTAGCGGTCTTTAGAATATTTTACATCTTATCATAATT TTACTTACCTAATAAAACTTCCATATGTAAAGATAAACTGATGTTACAGC ACTAATAGCTAGTCAGCGGATAAGCCAGAACAATACTTTTTCCATACACG TTTAGCAACGGTCAGTACGGTTCAAGATATAAGACACTTACCAACAAACA TTTTGATTAATCAGAGCAGATTTTTTGAGTGAGAATTTATCCAATTCATA ATACTGATCCGTGATTTGAAGTCTTTATCTTATTATATCTTAATCTACCA TAATATATTCAAATTTAATCATTCAAAATCATGAAAAGTTCAGTTATTTA TTTGCTAAAGAATTTTTTTTTTCTAATCTTCTTGATTTTTTAAATTACTG CAACAGTTGCAAGATACGAGGTCAGTTGCAAATTTTGAAGAGTCGAATTC AAAAATTATTTCTGAATGACAACTGACTGGTATAATCTTTAAATAGATAC AGGCAATAGTAGAAATATGTAGGTATATTGTATTAAAATTTAATTAGTCT AAGTCATCACAGCTCTAAGTAATTGAGCCAAATAAAAAACATTATCAACT GTATTCGGTCTTCCCTATATGTAACTGCAGTATTTATGTCCAGGCAGATA ATCAAAAAAAGTATATATATAATATAAAAGAAAAGTTAATTCGCGTTGTT TAGTTTTTTTTCTTTTTCTTTTTTTTTTCTTTTTTTTTTTTTGTTAGAAA AGACCGTAATCATTATAGATAAAAAATAGAAAATTCAATTGTAGATTTTT TTTATCCCCCCCCCCCCTTCCCCTTATATCTAGGCATATGGTAGTATTAG TGTTGTCACGATAACAATATTTTGTTACAATGCTGATACCAAAACGAAAG CGGTTTTTCAAAATTTTTTGATACTTACTCTATTTTTTTTTAAATGACGT TAAGGGAAATTTATATACACTTACAGGGGCAGGGGTTCACTGTGTTTTGT TGTTTTGAGTGAAGACAAGTTCAAAAATTGAAAAAGGTTATCAAGAACAA TTTTTAGCTTTGGAGTGAACGTCATCAACAGGACAATTTGTCGCTGCCAG AGCCGTTTCAAATATATATTTAGTACGGTGCCGTTTTAAAAGCGTCATCA ACCAGTTGGGCAACGGAGTCGGAAAATTTTTATCGACTCCCACTCTGGGT ACAAAAATTATTTTAATTGATGTGAATAAAACTTATCTATAATCTAAGGC AGTGATTACCAACCTGTGGGTTGCAATCCTAAACGGGGTCGCTAATCGAT TTTGATCCGAACGTGAGTATCGTATAAAACACAGTAAAGAATGAAGGCAG TTAAATAAATAAAATTAAATAATAAAATTAAGGCAGTTATATATAAATTC ACACTATGAAAATAAATGTAACAATTCCTTAAGTCACTCAACACAATGTC TGACACAGTATTATCTATGTTTCATTTTTGTCTTGTTTTGGTTGTGCCAC CGCTGTTGCTCCTTATAAGTCACTCAACACAACGTCTGAGACGGTATTGA ACATGTTTTGTTTTGTTAGTGCCACCGCTGTCACTTCTCCCATCAGTGTT GTTGTTGCACTTGCAGTGACACATTGTTAGCTTTATTCGAGGGATTCTTA ACCCTTTAAAAATGAGTGTAAGAAAGAGAAAATACAGTGATGATTTCTTG GACTGGGTATTCACTGACATAGTTAATGCAGGTGTGGAAAGACCACAGTG TGTAGTATGTTTGGAAGTTGTCGCCATGAGTCTACGAAACCAGCTAAACT TCAAAGACATATTGAAACTTAGCACCCTGCCTTAAAAGATAAAAGTATTG ATTTTTTTAAAGCAAAAGTTGATGGCGTCAAAAATCGCCGCCTTGATAGC AGTTGATTATTTCAAAACAAAAATTTAGCTGCCATTGAAGCTTCATACAC GGTTGCATTAAGAATAGCACAAGCTAAAAAACCACACACAATAGCTGAGA ATCTTATTCTTCCATACACCAAAGATATTGTGTGTCTCATGATCGGTCCT GAAGCAATAAATAAATTATTGCCTCTATCCGTGTCAAACAATCCAAAAAA CAAAGGATAACAGATATGTCCGAGGATATTTTATGCCAAATTATTCAACG CTTAAAAGAAACTCCTACTGGGCTGTTCAGCATACTACGTGATGAAACTA CTGATGTGACAAACTTTGCACAACTTCTTGCGTATATTTTTGGTTTATTT GATGATTTCGTCAAAGAACATTCAATAGAATGGGTGAAATTGTGCAGAGA TTGTACTGACGGGGCATTTGCAATGCTTGGTTGTAAGTCTGTAAGCCCAA CGACTAACTTATGTGAAACAGCACTCTCCAAACTTCTCATCCTTAAAAAC AAGTACCGAAATAAATTAGATGTGGACGGCGACTTTAGGTGAGCCATATC GACAATGGAGCCCATGATAGAATTGCTAGCTAAAAAACTATAATACCAGC CGTCTCATTAAGGTCAGTTCATAAACAAACTTCACATAACGGTGTAAAAT TTGTTTTCTCGAATAATTTAGAATTGATTGGTAATTAATTAATGTTTTGT AGGAGCTTTGAAATTTTTGATGAATAATTTTTAAATTTATAATATATTTA CGGAATGTTCAGTTACTTCATGAATAAGTCGCAATATATGACAGTTTGTT ATAGAAAAAATAAATGTGTATAAGATATTTTAAGGATCGGGGTCGCTTCC TGAATGCTTGTTTTAAAATGGGTCACTATATTTGAAAGGTTGGGCACCAC TGATCTAAGGCTTACATTAAGTGTGCATATAGATTTTTTATTTAAATAGT TATAAACTATAATTATTAAGTACTATTAATTTTTGAAACTTGAAAGAGAA CTCATTTATAAGATTATTTTACAAATTTCAAACGTGCTCTGAGGTCTATA CAATCACAACTCCCACATATCTCTAATGTATAAATTATTCTGTTGGGTAG GGAATAGCCATTAGCAGTGATGTAAATTCCTGTGATTTTTTTAGCAGGCC CGTTTTTAGGAATTGGTAATCTGAAGAATGAATTTTCTTTTCCTAAGCAA TTGTCATTATTATTACATTCCTGAGTAGTGAACATCCTTCCCTAAATAAG TTCAAATATATTCAAAACCTGATTAAGGATTCGTGTATTGCAGTTAACCA CCAGAGTAGAAAAAAAAAATCTAAATATTTTGTAATGAGTTCTTAATAAT ATTTAATTAATAATATATCATTTTAATTTTTATGGACCGACAACCATAGA TCTTCCTTCTTTTTCTATGTGATTTATGTTTAATTATAATTTTATAATTA GTATAATCAAAAACGTTGATTAAGGAAACAGGTAATTTTCTTTCCATAAC AAAAGTTCAAGCTTTGTGGATTGTCAAAATATTGACATAACCTAGACATA TGTATGTAATGGTATCTTGGCATGCAAAAAACAAATGTGTAATCACTCTG TTGATACACATTTGAAGCAGTGTGCAAATATGCATTTATGTCATTATGCA ATTGCATCTTTGTACGTTGCTATTGCTGTTGTTGTTGAATAGCTTCAAAT ACATATTATTTATATTCAAATTATCTTACTACTATGACATCAAAAAGTTA AAACTAGTTTGATGAACAAATACTTAAATATACATATCGTTAAAAAAAAA AATTCTAAAGACATTTCTCATATAACTTTTTATACTAATGTACACTTTTG AAAACTTTTATCTATTAGCACCAATTCTCAAATAAAAAAATAGTTATATA ATACGTTAAATATGCATATAATATTTATATTATTAAATGGGGTTATATTA TATTTATTAATAATGANCGATTTTAGTAAAATATTTATTACTGTTTGCCA AATATACATAAAATAAAATTGTAAAAATCTAAGACAACGAGCACGATCAT ACAACAGGGCATTTGTGCTACTACAGCAGATTCTAAAACCTAGTTTATAT TAGAATTTTGTTCAATTATATTTTTTATTTTCTTACATTTCATAAATTTC AAAATACGAAAGTCAGTGTGTTCATCATTCATGGGGCGTGATATTTCTCC TAAGATAGGGTGGGGCATCCATCTTTCGATTTAATGGTCTGTACTTTGCA ATTCTTCCACATTGTAAGACGAGCTTATATCCTTCCACTTGCTTAAGTGG GCTAGCAAAGGGGCATTTCCAGTGTAGGCTTAGATTTTAGTAGATATTTG AATAAAAATTGTGAAATAGATTTGCTTCAAAACATGTTAAGCAGAAATTG TTAAATATCGATTTCAAATAAAAGCTGGGGGAGAGGGGGGGAATGATCTC CTTTATCAAGGAGGATATGATCATGTCAAAGAACACTCTTCTGACGTGCT AAATCTTCAAGGGAACTCTGTCCCCCACCACACTTTAGATATTGGATCAA AAGTTAGACCGAGCTTTGACATTGAGCGCTTTATCCCTGAACTAAGAGAA GCTCTCCGATATTTAAAACCTTTCCCTGTMCCTCTCTTTTCCAGCCCCTG TACTAACTTCTAAGAGCACCGTTGCTCCTTATCAAAGATCCTTATATAGA GCCCTGAATTGTTCCTCGCCCAAACGACCCCTACCTAATCCCCCATACGC CCTATAGCTCCTGATCTGAGAGTCTGCCCACCGTCGATTATCCCTATCCA AAGCTCATCTGTGTTTTTCTCCTTCTCAATCCCTTAATTAGTACTCGAAA TCTATGGAATTTTATAGACCTCACTAGATGTTTAGCACTATAAGTGATCA ACTGATTCGTTAAGCTTGATAAATTCTATTTTAAAATTCATTTCTGCAAA AATGAATTTTTGGATAAAAAAATTTCACACTTCATATTTCACAAACATGA AAGTAACTTTATTTTTTTTGTAGCATTCTAGAAACAATAATACCATAAAG GAATCAATCCACCAATTTAATTATTCTTTAATTGAATTATTTAATTATTC ATTTTAATGCAAATTTGAAAATGATATATAAGATTCTTTTAATCAAAAAA TTGAAACAAAATTTTTTCAAATGTCTACCAAAAATTTCTTATAACTAACA AATAAATTATAACCTCAAAAAAATAAGGCTCCGCCTAATATGTATAATAA TATCAACAATAAATTACCTGCATATAATATCACAGCTATTTTTAATACCA AAGAAAGCTTTATACGAATTGTGTATCTTTTTTCCAAAATGATTATATAA AATTAATGAAAAATAATGCTAACCAAAAAATTTAAATTCCTTTTAATTTC CGCCTTCTAACGAAGAGGGGGGGGGGGGAGAGGGTGTAGGGGAAATGACT AAAAAATTAAGTATCTCAAAGAGGGGCTTCATAAGAGAACATATTCATAT ATTATGTATATACAATCGAACAAACATGGATATTAGGGTGATGTTGATTC CCTGGCTTTGTTCGAACAAGCTTGACATTTTTTATGGCGAAGTGTATGGA TTAAATGAATACCTTTGTGCAATTTCATTAGAATAAATTAATATTGACTG TTTTTCCAAAGACGATAAAGTTTTTCCAAAAATGACGAAAAATTAAAAAA ATCACATTTTTAGTTTCTTGAATGCGCAAAATATGATTAACTGAACTTAA AAGTAATCTTTTTATGATGTAAAAAAGAATAACAGTTTACTTTATATACA TTGTACAGAGGCCATGAAGCAAATATATATCAATTTTGGAACCTTCTTCA AATTGTAAAGTTATAATAAATGGTCATATTTAGCCCAAAAAAATATCAAG CATATTTAAAAATCCATAAAATAGGATTTTCATACATTTTGTCACTTTTT TACAAAATTCCTTTGACTTTGTGCTCAAAATAAATATTAGTATAGTAATT GAATTTATACAGATCTTCTCATTAAAAGAATAAACAATAGCAATAAAAAG GCAAGCGATATCCATCAAAATTTAGGAATTTGTTTAATAATTCCCTGAGC CTTGTGGATACAAACATATCGTATATAAAAAGGTATCTAAAACAATTTTC TATCGCCATTCAAACGACAACTTAACCATTGTGTGTCCATGCGAGACTGA AGATAAGAGAAAATATATTTATTTTCATTCATAGGTATAATATAATATAA ACGTGAATTACAAAAATAGATTTTTTATCGTGATACGGAAAAAGATAAAA CTCTTATATTTTCTATGTAGAATGAAGCTTGTTGTTTTTTTTTGCTCCTC CCCATTTTTAAGATACTCGAAAATTCCTTGTTACTCTTTCTACAAATTTT GCATGTTAGTGAAGAAAACTAATTTGTACTGTTTAAAATAACCTCCACAC AATTGGGGAAGCGGCATGTGTGACTTCACATAGTGATGAAAACTTTTAAG TGTTATTGTGTATCAAAAAGCCTTATTGTGGTTCCATCGCCATTGGTCAA GATCATCTAACCCTTGACCAAAAGTGAGTAATTTTTTCATACAATGGACC GAATAAATGATTTTAATCAGTTTTCCAGGCCACAGGTTGGATGAACTTCA GTATTTCCGATATATATAGATATATTGTATTATACATTTTTGAGAAATAG ATTAGGCCACAGGGAAGGACGTTGTCCACATTTTCCTTATACCATGATTT AGGGGATCAAAATCTAGTAGTATTAACAGGGCCAGTGTTTTTGAGAGCAG AACGTTGAGTAAAAATATATATGTTAGGCACTTTTATTTCCTTTTTTTTT TAATTTGAATTGAATTTCGTTTTTTAAGAAAACTAATTTTGAATACTATT TTTTTACAAAATAAAAATCGTTGCACTTTTAAGCTTTTTTCAAATGACCT TTTCTATACAATATTTATTAGTTTATGAAAATTTACTTTTTGCCGGACCC TATTTTTTTAATAAAGCAAGGGTCGGGCAAATGACTCCAATACCCCCTAA AAGGTTTGAGAATCAAGCTAGACCCAAACTTTTGAGATCGACAACATCAA GGTCTGGACATCAAATACTATAAAGGATGGGTAGACCGACTTACTCATGT AACATAAATATTCTGTTGGTATTTAATAGAAAAAAAATACAATTCAACAG TGATCGGAATGGTTGGAGTATTTGCTTGCACGGATATAGATACTGAAATG TTCGCCACGGTACAAAGCGTGTGTCAGTCCTAGAAACTAACAGTAAGCTA TTCTAGTATGTGAATTCTTAGAACTTTTCTGTAAAAAGATCTTAAAATAA ATAACAGATTATATATTTTATTACTTTCATAATATTCCTTCCCATTGCCT AACATCATAGTAAACAGTGAACATAAAGTCGATTATTTTATGTCATAATA TAAGGTGCTTCTATAAAATGATTATTACTTTTTTCRTAGTTTTGACAGAG GCAAAGATCACTTCAACTTTGTCCTTTCTGTAAGTTAAGTTGAGACATCG TTCCTTACATCAGCTGATACATCTTACGTATAACAATAGTAATAAATCTG TTCGAAAAGTTTATTATTTTTTGTATGTAGGTATATGACATTTTTTGACC TAGTTTTTCTAACTTAGTTGTGTGAAAAATAGATATTTTCACATCACATA ATATATATTATAGTACAACACCACTATTCGAGGGAATTTACTGAGGATTA TATCTTATAACAAAGCATTAGTTCTTTTGTAATGAACTTTTTGATTTTTC ATTTCTATAGACAGATGCACAAAAAATAAATGGCTATATTTTTTGTTTTG TAAATGTTATGATGAAGTATTTTAGATAAAATTATCTTGCATTCAGTATA AGAACATTTAGCAAAAAATACGATTATTGATATTATTTTTCTATATATAC AATGTACATATATTTATGCTGAAATAATAGCATTAGATAGTGGACAATGA CTAATAAAAAAACATATTTGATACAAGTCACTTTCAGCTTAAGGATATAT GCATTATATCAGCATATACACATCAGTAGTCATATTTGATGGTAGCAAAG TGAGTTTGAATGAATGCTTGTACTACAGATAAATTTATAATGGATATTTA TGACTCAGCAAAAACTCTATGAAAAAAAGGGAGATGGGTAATACTTATCA GGTTATAGACCTATTTACAATAGACTGGTTTTAAAGACATTGTTGGGAGG ACATAATCCAAAAAAAATATTTTGGTATAAAGTATCAACCATATTTATCA ATCTCAACTTTGAAGTTGTCTATTTCACAAATTTATGAAAAAATAAAACT CTTACCTACAAAATAGTTCAAATATGTGAAAATAGAGCAAATATATTTTT ATATTATGTTAGATTAATATATACAATAGTTTTCTTCTAAAATGATTACA TGTTGATTCTTTTTTGTCCATTGAGAGAATAATTTAAAAAATTAACAAAA TAACCTAACATTAAAACTTTTTTAATAGCATTTATTAATCACATAAAATG AATATTTTTAGTAAAATGGAAAGTAGTATTTATTCTTATCACTATAATAG GTAGAATTGTTGAAATCAAATATAATTTAATATCCTGTAATCTGGGTAAT ATGGGCCACTAAATTTGCATAATATCAATTAAACTAAATTGATTTATTGT ATTTATTTTACAACTAATTACACAATATTGCATACACTGTTTAATATCAT TTATAAAATCCTAAACCTTCTACTGTGGAAAATTCATATTGCAGTACCTT AATTTTCTTATTCTACTTAATGTTTTATGATATGTGGACATCAGAAAAGT TGAACAACCTGAACTTGCTCATTTTCACCAACTTAAATGTACTCCATACC GACAAAAACAGTGTAAATACTATACTAGGTGGATGTCATTAGAGATATAT TTAATAAAAATATGTGCTTTTTCACTTTCATAATTATTAAATAGGAGTTC TACTTTTTCATGAAGTTTCGAAATTTTAAGGACATTAAAAGTTGTGNCCC AAAGTTTTACACGGTTCTATGGGGCTTGAACTTTATAGTATGTCATCATT TATTTTTTTTTTCCAAAAATCTTGACATTTGTAAAAAAAACATCCTGCAA TATTACAAATTTGTATTTACATTATACATAAAATGTCTATCTGGCTTATC TGCAAGATTGCAATGCATGGCTAAGAGTGTAAAAAATGCCTTTAATTGCG TGTAAAATTTTAACTAGTTTTTTTTTTGGGGGGGGGGTATGGGGGGGCAA TCTTAACAATGTTCTTTAATTTCGAAACACTATCAAATTATTTAACTCTT GAGGAGAGAACAGCTAAGTAGTTGTTTCAAGTATGTGAAAGGTCATGAAA CTGCTCTCCTTCCAAAAATATGATTACAAGAAATTTAAAAAAATATCCAA ATGTTAAAATTTCACTGTTTTTCAATCTCCGTAGGGATAAATAAAAAATA CGATTCAGTTTTGTTAATTATTAATATGTATCATTTTAATGATTTATTAT CATTGCTAAAATAAAATTAATATGAAACTAATTAAGTTTTAGTGATAAGA AAAGAGATGTTAAAGTAGTCCTTGGAATGAAGCGAGTATAATCAATTTTG ATGAAATCATAATATGTATTGTACTTCAAACTACCTTATATGTGTTTAAC TATTAATTATAAATACTTACTTTGATAGTGTCATAATTTTACAATATCAC TACTAGATCTGGTATCTATAACATCTACAATTTTTTTAAATTATTCTTCA ATATATTTTCTGGGTTATATAGAATAATATAAATTTACCTTTGCAGTAGA AATTCCGTATATAATTTTTTTATCGAGAATAGACACAAATAAAATGAGGC ACTTGATTTGGAAGGGCTTATATATTTTAAGTATACTTTATATGAATATA TATTCAGGTACATGCCAAACAATTTAAAATGTGGAGTAGTTATTTTCTTG ATATGATTTRTMTGATAAATGTAACTACGAACCAAAGAGTTCAATACAAG AGTTCAATAAAATAATAATAATACCTATATATTAGAGTAAAAACATATTT ATAAAGAACATTATAAAAATACGATTATTTACCCTAGAGTTATGGCTTTT CATCATTTATCATTTTAATTACAGTTAAACTAGAAGGTACGATTTGCAGA GCCTCCAAAAGAATCACTTGAATATTTTGTTGACATAAATTTAGGATAAC TTATGAAAAATAACTTATGTAATCCACTCTCATGGGCACCACTTATATAG AGTACAAAGTCCTCTCTAAAAATCAGTTTGTGTTAGTTATAATCCCCATA ACTATAGAGAAGGAAATGCACATATGATAATCAAMTTATTGKCTTCAAGC CATTTTTCTAGTCCATATAAATTCGTTGTAGCACTACAATGTCAAGCTAT GCCTAGAAGGTGCAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAACTATAAATAGGAGC GGAGGTCAAGGGAAGTTGCAACACGGAACGTTTGGAGCAGTCTATTTTTC TCGAACAACAAAATTGCAACGCTCACAAAATTTACATCGCTATAGTATCA TATAAGGGATATTATTTTTGGCAACGTTTCTTAGAGATATTGGATAAAAA CTGTTTTTAAGGGGTAAAAATAGTTTTTTTGAAGTACATTGCATTGTGAT AATGCAGACAGTTATAGATTTTTTTATCTAACTGATATCATTAAAAAGGA TCAATTATTTTGCTTTCAGTTGACATAATTTTATCAAAATTCAAAACTCG CTTTGTGAGCATTATTTGTAACGCTCACTACCAAAGGAACAGTTGTAACA AATGCTGCAATTTTCCTTGCATTATTTTATATAATTACATGCAGGCTTTT AGCTAAAGTAGGACCCTAAAGAGTTTGATAGTTTGATTTCTCCCATATAT AATACTAATCAGGGATCCATAATATAAATCTGTTAATATCCTAATCTACT ATGATACAATACTTTTTAATCATTGAACATCATTAATAACTTTTAAATAT TTATTCATTAAATAATAAAATTTAATATTTTTTATAAAAATACTAACTCA AATTTGATATTACTTAATTTTTGCAACAATTCCTGTTTATAAGGATGGCT CTATCATTTTGTCAAATAGCATTCAAATGCAATTTGTGGAAAATTATTGA TCGATATAATMTTAAAATAGATTAAAGGTATGTTGAGTTGAAATTTGGCA AGTCTAAGTCAAAATAATTCGAAGTAAAAAAGTGTTGCAATTGTCCTCAG TCTCCTCTTTATAATTATGCCTTTTAACGTCTACAAAAATTGTAGAAAAA AAGTATATTTTTGTTTTGTTTTATAATACGTATAATGATGAAGCTTCACC TGCTATTGGTTACTTAAAAAATATTTACTTATTTTAAATTTGAAATATGC TCTTCATTATTTTCCAATATATTGAAATTGTTATTCCTACCTAATAGACA CAGATGTATACATAAGAACTTAATCAACTCATAAAACAATGTAGCTGTTA TTAGCTTTAAAAGTGTATTTTGTATTTCTCTGTACTCGTAAGTATACTAT TTACATGAATGTCTATAAATACACATTATAGATTTATTAAATAAAAATAA TAAAAAACAATATTTATTTTTTTATATCTTTTAATACGTAAGTACTTAAA ATATTACAATATGTATCATGACTTCAAGAAAAATTATATCCAGGTATATT TATTACAAAGTATTTTTTATTAAAGGTCGTGCCTTTTTTATTATTTATAG CTGTTTTGTAAAAATTTATTTTTGTATATGGATTTTAAATTATACCAAGT GCGGTACCCCAATCAAAAACAGGACTGGAGTACTTTTCCTTAAACTTTAA CACGGCCCTGATTTTGAAGTATCACGTTTAAAATAAATACTTCTGTTGTT ATTTTTAGAAGATATAATATCAACATTTTAGCACTATGGATGCAAATGTG GATATAACTCTTGCAAATTGTAGCTGGTAATTTTACAAATTTTGGCCAAA CAGATAAATGTATTTTGTAGGTATTTTGACTAATCAGCTAATATAAAAGC AAAAGCGAGTTTTGAATGAGTTGTCATTTATTTTTGATATTTCTTTGTTC AAGGATTTTATTATCCCCTTTTATGAAATATGTACATTTTTTGTTTGGTT GATTATGTCTCTAGTTATATAAGCACCTACGAATAATGCTAACAATAAAA AAAGCTTCCTAAAATAAAATAAACCTTAATATAGTGTAAATATCTACAAG TTGATGCATGTTGATTTAAAAACCACTTTTTTCTATTTACTTCCTTATTT AACCATTAATCTTTGAAGGACTAGTGTTTATTTATGGTCAAGTCATTTTT AATAGATATTTAAGATTACATTTTTTATAGAATTGAAAAATGAATTTTTG AGGGATAAATTTTTTGTATTGACAGAAAAAATATTTAGCCCAAGGTTTAT TTAATTTCCTTTTTTTGACCAATTAAGGGCTAATTTCTTTTCTTTTCTCT ATAAGTAGAATAATTATGAAATAAAAGAGTATCTTGAACTAAATTGATCG TGTATCTAATATTTTGAGAAATTAAAAGAACTTGTTATATAAATTATTAG TCTAACAATCCCTTTTTTTTTAAATGTTTTTATATTGAGAAGGCTTATTT CTGATTTTTGTAAGCCGAAAAACATTAAAATAACATATATAGTCCAAATA ATATGTGTTTTTGTGGTGTACAGAGAGTCCAATTTTATTTACTAAAAAAG CTTTAATAAATAAATAGAAATATTTTTTTAAGCAACCAATCCTTTATATA ATTTTTTTTAGATTTTTTTATGAAGAAAGGGAATGTTTTAATTTACAACA AACCATAATTTTTGTCATTGTGATCAAAAAGGNTTTATTAGATTTTAATA GAAAGGGTCACTTTTGTTATTTACAAGACATTTCTCTTATACAGAAAAAT ATACCGAAATAATTATAGTAGTATTATTTGAATATGGAAAAATGTGCCTA CAAACAGTATTATTTATTTTTTTGTAAATTTTATATATTTCAAAGCAAAA AATAACACAAAACCATGATAATGTTTGATTTTTTTTTCTTAAAAAGGTAC TTAAACTACAAAACCAAAAAATTTAAGGTGTAAAGGTTATTTCCAAATTT TACAGCGTTAAACAATCAGAAACACGCCATCTCAATCAAGCGCAAAAAAA AAGTAGAACTTTTTTTAAATTTTTATGTTATTCCATTCCATTAAAGATAT AATCTTGGAATAATCACGGGATCCTTCTATACAGGTGCACGCGTATTATA CATATATCTATATTCAAAATCCGGTAAGACGTGTCATTTAACAATATATA TTAACCTTTTCAGAACGTATCAAACATGAGTTTACTATTATATGACGGAA TTAGTTTGATTAGAATTATATTACACCCATAAACTATTTTTCGAATCAGG TGCTCTGTAAGGGTTTTTCTTTTTCATTTTTTGATAAGTACTTTTTTGAT ATTTTTTGAAATTTTGATATTAATTATATACATCATGACGATATCTGTAA ATAAAAGGTTTATATTATGCTCTATGATAACAATTTTGTGGTTTAAAAAA AAAAAATTCAAGTCCTTAAGATATTCGTACATGATTGTTTTAAATCAATT CTCTGTTTCTCTTTCACAACCGATCTAGTGTTTAAAACACTCCCCCTACA TGGTAAAAAAAGGAATAAATTTAAAAGTACGTGTTTCATGTAAAGAATAT TATTCCTTGTTTAGTACCACCATAAATTATTTTTTTTAAATAAAAAGTAT AAATGAATGGTTGTTTTTTGTTATATATTGTAACCATATTTTTTAAGTAA TAACATAAATCAAAGCCTTAATTTATTTTTTATACATTATTTTCTATTCT TTTTTCACTTTCTAAACACTACTTTCATTTTATAAAAACCCATTTCAAAA ATCAATAAACGTATTCACGCCTACTTTATAGATTATTAAAAAAATTATTA GGAAACAACTTTAGAATATGAAATATGAGTGTAAAGAGATAAAATTTAGA CTAACTTGATATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTATAATAT ATCTTCAGTGGAATTTATTGGTTATTATCAGGAATTAAACGTATGAAGGA AATAAAATGTTTAAAGATAGGGTTTTTGCTGAAAAGGCAGTTCAAAAATT TATATATATAAAAAAACACACACAATAGTTTCTCTACTAAGAAACTGATT AACTCTCCTTACTCATATACTCATGTGAGGATTTGAATAGACGTAACAAA GGGTTAATAGTTGAACACATGAAATTCACAATCTTTTTTTAGAAGGACCT AATATTTTATGGTTTAAAAATAGAAATATTTTTATTATTATTATTTATTT TTTTTGAAAAATATGGTCTGTTTATTAGTTATATGTCACAGTATATTAGA CTACATTATTGAATAAAAGTTGATTACAAGTGACGGGATATTGTACAATG TACATAGAATAAAAATTGTTAAAACAATTGAATGTTTATCAAAATAAATG ACAATAGTAATAACAATATATGTTTGTATGATAAGAAAAAAAAACAGTGT CTAATATTGTATATAATATATTTGTGAGATGAAACATTTCCTTTCTGGAG GATACAAATGTCCTCACTAGGAGGGAAYATAACTAACKCAGCCATATTCA TACTTGGAATAGATACCATTGAAAAAATGAATATCTCTTCTTTTTTTCTA TTTGTGATTTATAAATGTAAATATAAATATGACAATAGCTGACGTCTAAT GCTTTTAAAAATATTACATATTCCTAGTTTTTACATTTTGATTTGATTTT TACCCCCACTGGATATTTTTTATTGTTTTCTTCCTTTTGAATGGTGGAGA AAGGGACAAAAGAAACTTTTTAACGATAAAAAATAATTTGTTGTATATCC ATATTAGTGTTGCTCTATATATGTACACTTAGGATAGTTGTACTAGGGAC CTGAAGCATTGAGAACAGTATTATACTGAATTAATATTTAAAATATCTAC ATGAAATATATATAATTTAAGATTATAACCGTATCTTCCTGTATCTATCG AATATAACGTGACAGGACTGATAGAAATGCACAAGTCAAGCTATTTTAAT CTTTACTTTCATTCTTAGTTATAAATGATTCCATATAACTTACATTAATC CTATGCATATTTTTTTATATAATCTTTCAAGTCACAGGGAAGAGTAGGAG TAAAGTCTATATTATCTATTCGTATTATCTTTTTATTCATTCATTAAGGC TAGACATAGAATGATTGATATCTACAGTTATTTGGTCTAGTCAACAAGTC TTAAATATTTTAGATGTTGTAAAATTAAAGGTATTCTGCAAATTAAATTT ATCCTCTTTTTTTAATCTTTCAATATTAGTAGTTTTAAAGAAAAAGTATT TTACATTGATTTTAGAACTTAATTGTAATACTACATAGTGATTTATCAAA TAATCATTATCACACATTTATAAATATGTATTTAAAACTACCAAATACCC ATTGAGTTATAAAGTTTTTGCATAGTCTTATTTTAAAAATTTGACACAAA TCTTCGATAACACACTTAGGAATAGCGATAAAAAAGTGGATCTTATATTA TACAATTCATTTCAATGTATCCTCTTTTGAAAAGAAGTAAAACTTAAATA GTGAACTTAAATTTTGTCTAGATTCTTGGGCTTCGATTTTTTTTTAAATT TTAACCATATAAAAATAGAAACCTTATAATTTAAAAAAGAAACTGTTGAG TGAAATCGTAATGAAAGTATGGGTGATGGTGTGATTTATATAAATCATTA AATTTATATAATTTTCTTAAATAAAAGGGTATTGAACATACCCTTTTATA AGAAAATATAAAAAATATACAAAAGTATTATATATTTGAAATTATTATTT TCAGACTTCGGTAATTACATATATACCCAGACATGGCGAACTTTTTTAAT TATATGTGAGTACAAACATAAATAATCTTGAATAAAAAGTAAAGAAGGAG CAATAGTCCATTTTCCCCCAGAAAAAGGTTACCCAGCGTTGCTCAGTCCA GGAGAAAGCAGAGCATCACATTGACAATGGTCAAAATAATTGAAAAATTA TTCAGAAAATAATTATAATTATTATATTATACTAATAATCATAATATAAA TGTTTCTTTGTTGTCGAGGAAGATCCTCATAATCCTAATTATCTTGCAAA GTTGACAATATTAATACTATATATACTAACCACACTATATCAATTCGGTT AAGTAAGGTAATCGGCAAAGTGTCATTCATTACTAGTGGCTCTATGAATT ATTCTTTTAAATATTGTGTTATAAGCTTCAAATAACATACCATCATATAT GTATCAGAAAAATTGTCTAGATGAGAAGTCCATTTATTTCTTGTCAAAAA ATTGCCAAATCAAAATTTGCGAAGAAAATGGCAAAAAAAGCACTTATTTT GGAAAAAAATATGGTTAAAATATTAAATAGCATTTTAAAGAGAAATAAAA ACCTACCAATATTTTTTTCGTACTTGTAAAAACAAGAAAATTATGGAGAA TAATGTATTCTCGGAAAAAGAACCTGTGATACTTGTTCATTTTTGCAAAT ATTGCATAATTTACATTATAAAATGTTCTGGAAATTAAAAATACATTATT GTAAAGTTGGAGTACAAAACTTCATGCCCAAATTGTATCGTTTTGTGGCA TTTCTTTTGAAAGATTAAAAATTACCGTTTGATGAAAAAATGGGAAAGAA AATGAAAAAATAGAAAAATTAATCAGAAAGTGAGAAATGAAAAAAATCAG ATATTTCAGATAAAAACATCAAAGTTTATGTTTTAAATTTACATTAATTA GAAGTTCATTTTTGTACACCTAAAAAAAACGAAATTGCAATTTTCACAAA TTTCTTTTTTTACCCATAACTTTTTGATTTTGAATAAATTTAGAACAAGT AGTTATTCGTATAGTGGGCGTTTGAGACGCCAATCCCTTTTTTATTTTTA ACTCAAACCCCTATCTAGATTCTTTGAGCTGCCAAAAATAGCTTTTTGTC TTTTGGGCACCCCTCTTAGCCTGACTAGGGTCGAAAGAGGCACCCATGTA AGATTTCAGTCGCCAAGGGTCAATGATGTACACATATATGATACACACAT ACACAAATATAATTTTACATATAAGATAATATTATAAAATAAATATCTAC AGCTAAATATTATAAAAGATATATTTAAGGCATTCAATGGCTTGGTATTC AAATTTCTGGTATGAGTTTAGCTTGTTTTTGTGTTAATGTGCCACATAAA CCTTATATTAATAAAGCAAAGTTTGTCTATTTGTATTCTCTAAAAAAAAG ATTATTTTTTTTGTTTGTTATATAAAGTACCTACTTTATTTTATATCATC CATGTAGGTAATTCATGAAATTGATGAATAAGAATATATATTATAGTCAT TTATATATAATAATTAATTAGATGATGAATATGTGAAAAAAGTCAAAGTG ATTTTTCTTGCAATATACCATTTAAGGGCTTAAATATATATTTTGCAGAT AATTTCTATAATAATAACTAACWATTTTCTTTATGAGCACGAATATAATT TAAATTGAACAAAAGAAAAGTATGTCTTCTATATATATATATGTATNNAT TTTGTAGATACATGGCATCTATTTTTTTTTTTTTTTKTGATAGAAACTAA CCTTWTTWTTGCATACGTGTTATACTAAATGGGGATTGGCTCGMCGTTTA ATGACAATATGTGTAAATATTACTTTCCCTACTCAACAAATGTTTCGATA CTCAACGTTAGCGTATAGCTAGATATAGTCAACGCTATAAGCCATGTGGT GTAACAAAGACAACCTCATCAATATTTCCTCAAATATAAATGGATACATC TCATTTTTTAATCCGATAAGGGCTTTGAATATACTTATGTAACTACAATG ACTTGTTGCACATTAACTCTGGTCTCATAATAAATTAAGAAAAAAGGAAA TGTCAAGTTATTATTTAAATACATATATATATATATACAATAGACCTATT CAAAAATATACTTTTATTTTGAGTTTTGATATGTTTCCGCAATTTTTCCC ATGCTTTAAATGTGAGAAGCTCAAAAATCATTTTTTTAAGGGATCTACGT ATGTCTTATATCGTGCCTCATCGGCTTTAAAGTGTTTCCGAAATGCATTT TTTAATGATTTTACGTAGTTTAAGAACAAAAAGTATAGATAAAATACATC ATTGAATGCTAAAAAAGACATTAAACTATAATATAACCAATTTGCAATAA TACTTTTTACATATTTTATTATATAAGTATAAAGATTATCAATTTAAATT AAGGTAAAGAGAAACATATAGGTGCGCTGACCATAGTGCTAAAATTGTAT ATTTCTATCTACCAATGTTATTATCTCTTATATCTAGCCATTTTTTGCGG AAACAATATAAATATTTTCAAAAGATGATACACTTACCTCTATTTCTTAT TTCAGAATATTTTTTTAAATACCGATTTGAAAATCAAAATGGCATAAATC TTATATATTTTCTTTGACTTATATAAATAAAAACGTAAAAATCACAAAAA AAGGGATTATTTATATTATCCATTTATTTATAAAAGGCATTTTTTTTTCT CCAACAATCGAATCATTACCTATTATATTCTACAGCTTGAAAGTGATACT CTCTCTGCTTGAGATTTTCAGTTACTGTGTACTGCCATCATTTGTATTCC TCTCTCTGCAATACCCGAGTATAATGTAAATAATTGTTTCCTTCCATGTA GTCTTCATTTTTGACCATGATGCAACAGGCATTAATATCTAATCTGACCG TATATATTCAGTGTGGCTAAAAAAGGACGCAATTCTGGACCAATAAGATT ATCTAATTTAGTTTTTCTGTTATAATCTCAAATATAGTGTTGCTTCTTCT TAAGCCTTAAGGTTCTTTAGTCGAACATAATTTTAGGGATATATTCCTCT TTTGATCACCCTCGAAAAAATTGCTGAATAGAGCCAACGGAACCAACTCC TGTGTCAAATACCACATATGATTATGAAGCTTCTTCATGACAACCTTTGC TAAATCATTGTCAATTCTTCTTAACAATAACATCTCTGGGAAAATTTCAA GTCYTCTACAGGAGCATGCGCTGCAAATGCTTAAGTCATCCACATTGGCA TTTAAAACAAAGTTAGAAATTTGTCCATCCTATCCAGCTTTTTCATTGTA CCTGTAACATATTGGCTTTCCTCAATTAATAAAACCATCTTTTGAGCGTA TATATTTATGACTATCCATCTTGCTTGATGAATTGTTCTTGGTTTCTTCC AATGAGAACCTAGAGAAGAAGTGAAATTATAGTGAGTTTTTCCATTTTTT GATTATCAGCTCTTGAAGATGTGTCTGATTAAAAAAAATTATTCTAGTAC ATCCATTTCTCCTTGTCGTGTTTCAACCAGGGATTTTCTAGAAACTGATC TTTCCTCAACAACTTTTCCCAAACTGACCCTACAACTACCTTCAGTATAT GCTGCGTACATCCTAGATAAAATATTTTGATGCCCAACTGATTTTATAGG AGCCTAGCGGCTCCCTTGTGAATTCTAGTATTAGTGGAGTTGGTCCCAAA AACCAAGGTAGTAATCCTATCCTTGATTATTTATATATTTAATAGATCTA TTGGTACATTGGCTCGGCKTTCTTCTTTTMAGCTTCAAATCGCTAGCACT CCAAAAAGTTTTTCTTCAGTATATCTGGGTTGGATCCATGAAAATTTCTT AACATTTTTATATATATGTGTAGTGTAGCATATGAAGGAGGATCTTCAAA GAATAATGACAATTATGTTAAATTAATTTTATGTCTTGAGATCATCCTGT TTTGGCAAGTAGTTGATATAAATACAATAAAAATATCTAGGTTAGCCCTG CAAGATTTTTCAGGCGGCAAAAACAAGGCCTGTGTATCTGTTGTCAGATT CCTAAATCATCAGCATAATTGGATATTATTTCATATTTTTTGTGCGTGGT AAGTCATTTGCAGTGTAAATCACTTTTACCAAATCATTTCATTTATTAAT TTTCATTAATAAAAAACAAACAAGTTGGTAAACTATTTTATTAATGACTT GGCGTAATTTTACGCTTTGATAAAAAAAAATGTAGGAAAATATTTAAAAT TCGTATATGATTTATATTCGAAAAATTATTTTAAAATAAGAAATTGAGGT AGTTGAAGAGTTTTTTGAAAATATTAATATTGTTTCCACAAAAAATGGCT AGATTTAAGAGAAAATGACATTGTTGAATGGGAGTATACAATTTGAATAC AGCAGTCCAGACACCTAAATGTTTCTCTTTACATTCGTTTCATTTAAAAA TCTGGATAGTTACATAATTAAATATATAAAAAGTACTATTCAAAAATGGT TATTTTATAGTTCAATGTCTTTTTTAGCATTCAATGCTGTGTTTTATTTA TACTTTTTGTCCAAAAAATACGCAAAATCATAAAAAATGCATTTTGGAAA AACTTTAAAGCCCATGATGCAGGATATAGGGAAACTTAGATCCCTAAAAA AATATTTTCGAGCTTCTCACATTAAAGCATGGGAAAAATGCAGAAACATA TCAAAATTCAAAAAAGTGTTTTTTTATTAGGTTTAATGTACATATATACA GTTTAATATTCTATAGATGTATTTTAGTAAACTATAGGCATTGTATTCAA TTTTTTTGAAATGTAGTCAGTTAACCTACAAAAATCCTGAAAAAATCAAG AAAAGAAAAAAATACCAAATGTTTTTGTCTTGCTCCATATGTATATTAGG ATGATGCAGTTACCCCAACATTATCAAAATCAGCAAAACCTTATTTTGGT ACTGAAGTTAGATAAGTGAATTCAAAATTTTAGCAAATTTAGTTAACGCT TACCTCTAGCAAAAGTGCAATTTCTAAACGTGTATGAAACAAACAAAAAA TTATGGGTTTTATAAACACATGTTGAAAAGTAACATATTTCTAAAATCAA ATAAATATTGTCTTGCATTCTGGTTATTTTATTTTTCACTTTCCTTGATT GAATCAAGCAATACGTGATCGCTTATTGAATAAAAAAGACAATATTAAAG TTATAATAATAGTTGTTCCTTTTTAGTTATTTTCTTTTTTACTAATTATC ATCTTTATATAATAGCACCATTCTTAATAATAATTAAATTAGAACTACTT TACGCATATAAATACATAAATAATTTGTCGATTTTTAAACACAAACTACT TTTTTTTGCTCTGTTTCTTTGATTTGGTAGGGAATATCTTGAAGAATGTC TGTTGTTGTAGATTTTTTGTCTTAAAATTAGTAATTTTGATACGATATAT GTTTCGATGTCATATGTATCTTGCTTAAAAATAATACAAGTGTTGCGAGT TCTTCAGTGAGTTACCACAAATTTGCTTAGAATGCCTTGATTGCTTCATC TACACAAGTTTATAGATCTTCATATAACTGATCAAGTTATTGACTGGTAT GAGATTAATCGAAAGTGCTCCTGAAGGAAGTGGATCTGTAAGCAACGAAG AAAGGTAACCGAAAATAAGAAATCGTATAAAGCAATTAAGTTTCTGCTGC TGTCTAGTCACAAATACAGTCATTTTAGGTAATTCTTGACTATATTTTTG CTGAACATAGATCTTTTTATAGCATAAAGAAGCTGAAACATCCACCTTGC TTTGTGTACGGCACCAGGTCAGATGAACAGTCGAAACCTTCATCCTTTCC TTCACTTATGTAGAGAATTACCAGGATAACCATTTCCTTTAACTCCCTCT AACAAAAGTCTCAGTGGACAAGGTTTTGCAAAGCTAAAGGATATCTTCCT ATTCTCTTATAGTCTATAGTTCAGAGATGGATAATTGAGGTCCTTGATAT CACAACGTAATAATGACTAAGCCTAAAGATTAGTTTAATCCAACACTGAA ATATGGACCAATGCTACTAATGACCAAAGTTTGCCCTTTGAATGAAAATT CTTAATCTGAGTAAACCTACTTGAAACCAAAATATGACAACTTATACAGT ACGTAGTAAAATTTGACATACATATGGTATGTACTAGTAGTTTTATCTGT ATACCGGGTACACTTCGTTTTTGCTACATAAATCAAGGTTTTAGGGAATC CAATAAAATTGTTCTGGTCAAATTTAGGAAAATAAAATAAAAATAGATCT TTCTAAGTGCCTTAGAAGCTGGGAAATGTCAATTGAATGTGACCAACACA TTTCGGTCCGTGTACTTTTGGACGCTGGCAAGAAACCAACAGAGATTACA AACCAGTTGGGGATCTCCAGGCTAATCATCTATGCAATTATGAAGTCGGA GACGGTGAATAGGAAGCTCKGGTTGGGTGGGAAAATGAAATTGAATCTGA AAGAAGTCAAGGAGGCTGCTCAGGCCTACCCTTTGAAGTCGATGCGGGAG ACCGCCAAGGACTTTGGTTTTTCGGACTGAAGCGTCTACAGGACCATCAA AAAGGCTGGAAGCAAGAGCCTTGCGAGAGTAGAGAGGCCCCTCATAATKC CAGCCATGAAAGAGACACATCCCAAACGTTGCAAGGCTCTTTTGAATGAC CTCAAGAAGGCCAAGGCCAGTCTGGTTGTGATCTTCAGTGATGAGAAGAC ATGGACAATGGACCCCGTGCCAAACCGACAAAATGAAAGGGATATTTGTC CCTGGGGGAGATTAATGAGTCTCTACAGACTCTCACTACCGCAATGCCCC CTGCATCTGTCATGCCCCTAAGCTTTGTGGCCTTAGATGGCAAGGCTATT CCCCTCTTCTGGTTCTTGGTCGGGTACAGGCTCACKGGGGCCGACAATAT GCAGGCCTTGGAGGAGAAATTGTTACAATTTTACATGAACGTGGTGTTCC AGCAGAATGGTAGGCCTGCACACACGTCCAAAAAGGCCCAGAAGGGATTG GAGGACAACTTTTTCAGGCCAAAAAAAATGTGGGCCCTCTATTCAAAAGT TGACTACTGACTACTGGAAGCCATACTGACTACACTAATGTTCGATGTAG CCCCCTTGACAGCAAAGACATCATATCAGTTATTTTTATCTTATTGACAT ACGCTATAATAAATGATTGCTGAAATACATCTTCATAAAGTTCTTGATTG AAAGTGTAAAGATTGTTTCGTCGCACCCAGTATATGGTCAATGGATGATA TTGCAGAACTGTAGAAAKCGCTGCTTCATTTTGACGGTGATCTATAATTT GAGAGGGGGGGGGGGGTGGAGGGACTGCAACACTCTAAATATGGTTTTTT TCTTGTTAGAATATAAATTCAATATTTACGTTCTAAATTTATATTATATT AAAAGTATAATTAATAATAACAAAAGAAGAAAGGTTTTCCTTTTTCTATT GTCTGTACTGAAATTGAATAAACAGTCTAGGCGATCACGTATTGCTCTTT ACAATCAAGGATATTAAAGTTACAAAAAAATTATAAAACATCATAATCTT TTTCTTTTTTTTTTCATAGAAATATTTTATTGTAGAATATATTTTTAATT TTTATACTTTATATGTGTTTAGAAACTGCAATTGTGCTAGAAGTAAACGT AAACCAAATTTGCTAAAATTTTGTATTTCCGTATMKTATARSAAGTTATT GTACCAAAATTAGGCTCCGCTGATTTTGACAAGGATTTATAARTTCGAGG TAACTGCATTACCCTAATGTATATATATACAATTCAATACTTAGTAGACA TATTTTGACCAATTATGGGNNNNNNNNNNTTTTAAATTTATATAATGAAA TAAGATACACAAAATTTAACTATAGGTAAAAACTTTAATTTGATTTATTT TATTTATTCTTATTTCTTTTCCTATAATAAGTGCAATTTGCTATATCTTC AAATTGTAAATGAAATTAATTTTTGAAAGAAATTGACGATTATTTCGTCG AAATTACAAATTTAATTTATACTCAATTTTGAGAAAAATCATAACTAGTT TTTTTTGTTGACAGTTCACATATTTCTTTGCATTTTTAAATGATTTAAAA AAAAAAAGGATTAATAAAAAAAATTAATTCAATATTTTGTAATGGTTAAA TAGTTAATATKGTATTTGAAAAAAAAAACTTTTATGTAAAATGTTTGTGT TCAATAAATCATAATACAAATTAGCATTTAAATTATTTACTTTGAGGAAG TTTATCATGGTAATAAATTGCTTTTTCATTTCTACAGAAGTATATTGTTT TTTCCTTTTAAAATGTCAAATATATGTAAATTACATTATCTTAAGAATAT TATCTTTTTATAGGAAAATTACAGTGGAGTTGCCAAGACTCGTCTGCGTT TTATTCCAAATATTTTAGATGATGGACGTTACTTGACTTGTCGAGCAGAG AATCCAGCTTTGATGAATACTGCCATCGAGGATCAATGGGCCATCAAAGT TCACTGTAAGGGATTTTATTTACTAAACCTATGAGCGTTGTTTTTCCTTG TTCATTATTACTTATTTCGTTAAATAATAGAATCAATTTTAAAACTAAGT AAAGATGTACGTAATATATTGCATTGAAATGAAATTATTAATATTTTTTC CTAGATATTTGCAATGCGTTTAATACATATATTATATATATAATATGGCT TMATAAAAYATCGACATTTTTTATAGAATATTCCAAAAGACCGACAATTG AGGACCGAAACTCAAAAGGATCGGTTCCGCAGACTAGACTGGATGAAATA AATAAGGACATACATAAGACCAATATTGACAGCAAATTATTCTTCAAATG GTCAAGGTTACCATGTCAATTTTCAGTTTTTGTTTTTGTTTTCAAAATAC TGATAGTTCATATGATTAACAACTCTAAATATTCCTACGTATAAATTTTT TATTTTGATTAAGAGTAAAATTTTTTTTTTTTTTGGCACAAGTTGTGAAA TGAAAGATTATGGAAGGAAATTTTTTTTTTCAAATGCATTTTAGTTATGA AGGAATTGAATGAATTGGGTAGTCTTTTTCTCATCCAATCGTAGCTCAAT TTAAAATATTTTTATATATGTTTTACATGCATTGTGAATTTTTAATTTTA CCTAAAAACATTAGTTTGTCTCCTTAACAGAAATAAATTGCCTTTGAACG AGGTTTTCAGGTATTGAGTTGGATAACAGAAAGAACCAGGGACTTTTATG AGTTCAATAAGAACTATGTATACATTATTATTTTGACACAAATCTATTAG ACTTAATTTTTTTTAATAGCTTTATAACATACTAAAAAAATTAATTCATA CAAAAAACATTACGGTCAATCCCAGAAGGGTAAGTGGGGAGATAAATAAA CAATTATATTTATCTGAAAAAGTTTTTTTTTTGTTTTTTTCAAAGGATAA CTAACGAGGTAACTAAACCGTGGTTTAGTTTAAATTTTGTGTTTATATTA CGCGTTAATGTACTTATAGCATATATTTATTGTAATTGATATACAGTTAA CAACATCCAAAAAGCCATGACGATTCATCATACTAATTATTTCCAAACTT AAACTATATATATACCAACATGTATTCTAGGTGTAGTCCTAATTCTGTTA ATCATTAATGATAACATTACTTTGAGACCTTTTTTTTTTATATATCTTCT ATTACAAATAACGGTCACTTGATATAAAAAGTGTTTATCTAAAAAACATT ATACATATTTGAGTCAATTATAGAATTTGTGTTCAAATTTCTTGGATTAT TTAAAATATTCAAGGTAAACATAGAATAGATCCATATAGTTTTGGATTTT TAAATGTAGGTATTCCTCTAAATTTTGTATACCAAACTTTCAGATCCAGA TCTGAAATGAAAATTACAAAGTATTTTGTAATAGAATAAGTTTTTTAAGA TCCGTAAAAGTTCGAGTACCCTAAGTCTCTTCGGATCCCAAATAATAAAA ATTTACCTATACCGTATCCGAGTATTTCAGATTCGGAGCCATGACCTTTC CTATCTTTATTATACAATGCTTTAAAAATTTTGAGATCTGAAAAATCCTT GAGATCTTTTTTTAAGATCTCGTATCCTTTGGGATACTTGTTTATTTATA CCGTACCTGATCTAAGCCCAAAACCCGTCCTATCTCTAATCCAAGAACGT TAACTATAATGTATAGCTATAATTTGATTTATGAGACTTAATGTGACTTC GATATGGTCTATTAATCACATCTATCAATTTCTTATTATTTCATTGTGTC AATGAATTTTTGGCTACATTAAGTGTAATTTGCAAGTCCTCCAAAGGATT TATGAGAATAATTAGAGGGAAAAAATATTGATAGTTTGTTGAATAATATA AATGTAACCCANACTCCATTTTGAGAAAAATATTCCTTGATTGTTTTTGT CTTAACGGGCTAGAGATTTTGGTATGTTGGTAAATTATATAACTAAAACT TTTATAAAAAAACTTTAATTATTTTTCACAGTCACAGTCAAGAACCAAAA ACATTAATACGTCGAATGATGCTTAAAATTTAATTTATTTAATTAATTTA TCTTAAGTTATGATATTAAAAAAATAAACAAAACAATGCATTTCGAGCTT TGAAGAGCAATTAAGCTTATGTTCTAATAAAGTTTTGCACATTAAAAAAT ATAATTATGTATATAATAAATGCAAACATTAAAAAAATATTCAAATAGTA GAGTATTAATGTTGCATTTATGTCGTGTTGAATATTTTTCTACCTAATTG CATACAATCAAAGTATAGATTTGAGTAAATAAAATTAATAATTTATTGAA TGTATTTATAAATTTTTTCATAACATATGTTTGATAAAAAAGAAGAAAAA ATTTGATGTAAATTGATCCATTTTCTGTAATGCAATTTACAAAATAGTCA AAGTAAAATTTTAGATAATCGCATTTGATTCAAAAGCAAGAATGTCTAAC GCCCACTATATAATTGCGTAGTCAGAAGTTTCATATTTTTATAAATTAGA AACTTTTGTTCTTTTCTAAGCACAGAAATTTATTTTTATTTTAAACCTGT TAAAATTGAAGATATTTTATATTTTTTATTTAGGAATTGAATTTTTTTAA CATTTGGCTACTTTTACAAATGTTTATATATAAAATGATATAACTTTCTC TGAAATTAGCTTAAAATTTTAGTTTGAGTCCTCTTTTCAAAACTGGACAA AATAGCTTATATATTTCAAGAATAGATAACTAGACTTTCAAAGTGTTAAA TTGTTTACTTCAATTTATTATATCACATTATACCAAATGGTTGATAAAAG ACGGTAAATACATAACAAAATTTTAAAAAAAATTGCTTGGAGGTTCAAAT AGATGTTTTTTATCCAACCAAGCGACACACAGACTCATAAATATAATTCA TTACACGGTTTCACGGTTTCTTTTGGAAAATAGGAAGGAAACAATGTCAT ACGCCAGTCAAGTGGATAATGTTCTCAATAATTGAACAATTTTTGCACGC ACTTATTTTGCAGATTCTCTGAATTTTTTTAGAACTGCAAAAATTAAATT GATGAGGCCGAAATGAAAGAAAAAGTTGAGTCTTTTAAACATTGGACATT TTTTGGAAAAGTGTGGCCGACTACACAAATTACAGACAAGAGGAAGAATT GTATCGATATTGAAAAAAGTACATGGGACAAACTATAGCCATTGGAGACC AATTACTGTTCTCAATTAGTCATATAGGATTCTCTCTAGAGTATTGGCTA AACAGATGCAACCAATTTTCAACAAAAAAAAATTAGGATTGAATATAAAG GATTTTTAAAGAATAAGAAAATTTCCGATGTTTCACGCAATATTGACACA GTGAAAAGTAGGAAGAAGTTTGGAGCAATAATAGCAATAGACTTTTGCAA AGCTTTCGATTCTATTTCAATTAGACGAATTCTTAGATTTGTAAAAATGT TTCTTCTGCAAAGTTTTTTTAACCCCGTGCGTGCCGCTATATAACGGCAT ATAAAAATATATATAAAATACTCCTCAGCTCCACTTCTTTTCATTGCTGT ACTCAAAGAACTCGTTTTAGGAGGTACAAAGAGGTACAAAGGCTTAGCTT AATTAGCTATAGGGATCTCAACATATTATTGATTTATATGCAGATGATGT AACTTTAACCTTAGAAGCGAATTCTGAGTCTCAGGTAATTGCCAGAATAA AAGTCATACTGAATTATTTTCGGAAGTTTCAAGAAAAAACAGGAATGGCT GTGAATAAAAGTAAGACCTTTATTTTTTCTTTAGGTTCTTGGAATTATGT GTATAAAATGGAAAAGCAGTGTTATTCATGAAGATAACTGCAACGAAATT AGGACCTCCGTCCAAAAAAAAGTTATTTTTGAAAAAAATTCAACCTCCAA AAAAGAGTTTGTTAATACCTTTAATTTTATAAAAGGCTACAGCAAGTCCG CAACTAGGTAAAAAAGCTATTTTAGAAGAAGACAAATGGCTTAATGATTT GTTTTATAAGAATTATATCGAAGCCATGAAAAGACCTAAATCCCATACAG GTGGTGGAGTGGCTCAACTATCTCGTATCGTCACAAAAATTTACTCCAAA ATTTTTGTGGGTATTTCAATAAATTCAGTAGTAGAAAGGAGAAGAAGTAT AACGAACCGAGAACTCTACATTTGATTTATGATGGGGACTAATCTGCCCA ACAAAATTACATCTTTGATCTCTTTAGTTTGGGGCTTAGCTCCGAGAATA ATTTGGATGCTCACCACTGCATATAGAAATGACTCAACCATTGATATAAT TCGGCAAAATATAAATAAGGTTTTTTTTATAAATTTAAAGAACCCCTCAA TTTTAGAAGAACACGCAATCAAACGAGATATTTTAGCTATTCATAATTTA AATTGGGAATCATTGTTCAACAAGGGTAGAATAAAATTTAACTGTGAGTG GACTCTGGGAGCTGCATAGTAAGCGTTTGGGCCTCCCTATGTGTTGTAAA AGAAAATTAGTGTCTTCTCTGAGGAGAATAAATGATGACAAAAAGTTTAC TGTGCAGTTGCAAATCTCCACAAATTGTATTAAATATACTAGGCCCTGCA AGGACTGTGGAAAACTATATAATAACACACTTCATGCGTTTGTGGACTGC CCTGAAATCTATATCCTGAAATTTTTGTATCCATAAATCTAAAAGGGGTA ACGAATGCGGAAGAAAAATATGTTAAAGGTCTTGTTCTTTTTGGAATTTT AAAGAAGAAGGGTGAAACTTTTGATATAACAAGGGATTGACTTTGCAATT CTTAATTGTAAAGCTCTCGTCGCCGGCCGACTAACTAACTATCAGCCTAT TCAGGAGAATGAGTTGAGAGGCATCTTGGCAGCTTTAGCTCGCTATGTCT CTCTCACAATGAATATTTATAAAGCAGGATGTTAGTTATGGAATTTTACA GGGGAAGAAATCTGGTACCTTCCATCAACTTCACAGAATACCGAAGTATT TTAAAAAGGTTGTTAAGAAATTTAAAAAAATAATTATCATAATTTCTAAT TTGCATGTTTACTGTTTTTTTTAATGATTGATTTTTAGAATATTAGTTGA AATTCTACGTCGGGGCATTAAGTATAAACTATAAGGTTTATTTAAGTACT TTTTATGCAATTGTTATGTTCTATTTATATATATTTATGTTCTATATAAT ATATATAAACCAAATAAAGAATGTTCAAAAAAAACCCAACGAATTTCAGT TTCAATTGAAGTAATTAAAAATTGACTACATTGTTACAAAAATATTTGTT CTCCAAAAAAGTACATTTGTCTAACAATATCAGTTTTTACTCAAGATATT TTGAAGAAAAGTTGAAAAACTATGTTCGTTTTTTTCACAATAGTCTATAT TTGACTATTATGTAAATTTTGTGGTGATTGAGAAGAGGGGATGCTACAAC TCCCTCCAGTCTTATTCATTTAAAAAAAAATGATTTGTCACTTTTTGTTG AAGATTTTTAAGAATCAATATAAAGAGCAAAACATGATATCTGTCTTATT TTTACTAATAATATGTAAAAGTACATACAAATAAAAGCATCAGACTTTTG TAAAAATAGAAAATAGTTCGTACAACATGCATTTCTTTTTGGTATTGAAT TATATTTGAGAGTACTATTGATTTTCCTGGTAGAATAAAAAACTATTGAA AAAAATAAACTTATATTTACAAAAAAAACATCCTATTGTAATATGTACGA TGATTTGAGTGTAGTATGCGTGAACCAGATCCCAATCTGAATTTATTGCT ATAGAAAAAATGTATATGTACATTCTATGAATGTACATATTATTTGATGA TGACAAGAAATCCCTTCTTTTATCAGGGAATCAAATCACCACATAGAATG TATAATACCTCTATGGTTTTGACAATGATCCAAGGTTATACTTTTTATCC ATGCATAGATGTATGACTCCAGACAAGAGGAAGGGATAAAATGGGAACAG GCAAATGAATCAGTTTATAAGCCCATGTAGATCCAGTGGAGAAACGTTTC CTCTCCATTAATCTCCTTTGATGGATTTTTATAATTTATCAAATATATTT ACCTATGTATAATATATATTGCTATATGCTATAGGTACAAACTTATCATT ATATACCTTTTTTCCACAAAAAAATTATAATTATTTATTCCTTCTTAATC AATAACAACACATGATTCAATTTTGCTTATAGTTTCTACAGATAATCCTG ATTCATCAGGTACAAAAAATCCAAATCATTTACCTTTATTACTGTTTTAT TATGGACTTGGTAATGTATTGTATGTACTTTGAAATTGATTTATTCAATC GTGTACATATGTTGTATCCTTATAGGTAGTTATTTGTACAAACAAATTTA TGGTTTTGTTGCAAATCTTCTTCAACTCTAGATTCTTCATAAGATATTGT AATATATCAGCTAAATACATTATTCTTGGTTGCCATGTTTTTATGTACAA TTTTTGTAAATAGTGAAAGCACATCAATTTCACGGTATTACTATGGCTCT CAAAAATGAATTCTTGATACCCAGTCATTTCGAATGGACTGTTTTGATAT ATACAAAAAAACATTTTATGTGAAGTATTTATAATTTTGCTACATAAGGT TATTTTAACTGGGGTTTCTAAAAATATATTCAGAAAAGAAGTTTCCTTTT GAAAAACTCTAAAAACAAATGTCCGAGAAGTCAAAAAAAACAAAAAACAA GCTAGAATGATTTTTCTCAAAAATGAATTGGATTACAATTGTATTTTTCG ACAAATTATTGTCAATATATTTCAACTAATTATGGTTTGATTAATCCTTA AAGATGCCAAAAATTTCACAAAAACTATCAAAAATTAATGAAATTATTAG AAATTGATAGATTATGAATTAAATTTATGTTTTTTTCAAATCAAATGCAG GTTTTAAAATAAAGTTAAAGTTCTTAGATATGTTAACTTATGGCATGAAT TTGAATACAAATCCTATATTTGGCAGATGTATATCTGTGAAACATTGGCC TATATTTATAAATGTTATATCAAATAAAAGAATGAGTATGGAATTACTTA TTTTTGATTTCGTGTAAGATTGTTTTTGTGTTAAATCACAACATATAGCT ATAATCCGTTTAGTTTAGACAATATTTCTCTGGATATTATTACAATAAGA TTTTTATTTACAATCTCTTTTTGGAATAAATCCACAATTTACATAAATAC AGAATGTAAATGTTACTTTGTATATTGTATTGACATTCTCCAACCGTCCA ATATATTTGCAAAGATAATTACTTGGATGGTGGGGATTATTACTGTACAA ATGTAAAACGGAAAATTATTTAATCACGCCTAAAATTTTAATTTCTTTTA TTCTTAAACAATCTAAAATCTAGTTTCTGTTTATTTATGACCAAAAACAT TCAAAGTACAAAAAAAAAGGCTACTCTTGTTTAGATAAATTTTATATATT ATCTTCACCCTAATGTTGATATTTACAAACATACACCAACATACGTATAT TGTAAATTAATTAAATGAATATCTTCAAACTTTGGATTTTGAAGCTACGA CAACAACACCAAACCATATTATTCAAATATTTACTTTGACTCTGTTTGCC TCTCACAACATTATTAAATATACTTTTTTTTGGGTCTCTACGTATGTAAA CTAAATATATATATTTTTTTAAATTATTGAACTAAATATAATTATTTGTT TATTCCTACAAATTGATATAAATTGCATCAAATACTTTAATCATTCTTTG AAATCGCTTTGAATAACAAAGTAACTAACAATTTAAATATTATTTTAAAT AAAGAATTAATGTACAACCAATTAGTTTTGTGTTAACTTGAGAAAAACTA TGACTAGTCGTTAATGTTCGATTTGAGTTACTTGCCTACTTATTATTATA TCAAATACTCTAAGAAAGAAGTGATAACCGTTTTAATGTAAAAAATATAC AAGGTTGGGATTTTAAATCCAGAACAAGTTTAGACCTCAATATCTAAGCA ACTGTAAGATGAAAACTCATGAAAGTTTTCTCATGAGATTAAAGTGACAA AACTGTATAAAAAAGTTACAAAATTTTTGAAAGGTCTTCGAAATACGAAC GAATACATGCGGCCATTAGTGTATYCCTATGTTCAGGGGGCACGCCCAAG GACGTAAATGACTCCATAGATAATTATGCTAGGGAACTTAAACTGATGTT AACAAATTAGGTATTTTGCTAGAATTTTGTATTGGTACAGTTAGTCCAAA TGTGTTCATTGGAACCCTATTTATTCCCAAAAAAAATATATTTAAGATCT TTATGATTAGAGTAAAGGAAATTGGCATCATAGCTTTCCGAATCGGAACC AATTGGACTACTATGTGGTGGATGTCTAGGGGAGAAATTCCAATAAACCT GCACATAACAATGTTGACTCCTAGTTGGCTTTCATTCATGAGGCAGTTGC CAGCATGAACAATAATTTTCTTATTGAGGCCTGCACCAGGCTCAGTCCAA GTTAGACGCTTGTAGTTGAAGCTATGGTGGGTTTGAGTGACTATGGACAA TTAGTTTGTTTCCTCAGAGATATAAAGATCCTCATTAGAAAGTTGTCATT GTTTAGAAAATGATTTAGGGACATAAGTACCACGAAACTCAAAACATTTG TTGATATTTAGTGATAAAAACATTACCAACTCAATAACTTATTATCAAGT CAAGTCGTTTTTATTTTTAATTTGGTAGTCAACTCACCACTATGTTGAAT CGAGATTGAAGTTGATTCAATAAATGTTCGAGTCGATACAACACTACAAC CATTTTATTTTAAAAGAAAATTATTAAGTATGGCTTTTACGTATATGACA GCATTTATTGACTTTAAGAGAGAAAAAAAGAGAGGATTTCAAATATATAT TTGCTGCATTATTGACTTTTTCCTAATAATATTCTTGCAGGCTTTTCTAC CTGCAGGAACCACAAATAACTTTCTTTCATGTTGTTAAGAAATAAAAAAC CAAACAAAATTCATTTATTTTTGATTAACATCAGCAGACTTGTTCACTTA AAAGAACTAATAGACTGTCTTTTTATTGTAATATATTAAATTATATAATT AGAAAAAAACTTTATTTTATTTCCCACTTTATTATACAATTTTGTTTGTT ATACAAGTGTTTGTTAGACACATAATCATACAACTATGTAAACGTTCAAA CCATGCATCATTTTGTTGATAAAAAAGTCTTTAAAAAAAATTAAGAACAT AATAAATATCCAATTTTTATTTAAATTGGATAAATATAAATACAGCCCAA TACTTCTAGACATAATCCTGTCAGTTACAGACTTTATATTCAAACTTTTG GGACAAGTTGAGCCACTTAAAAAATGTAAGCTGTTGTTTGAAGTCTTCAT TTGATTAATGAGATTAAATTTGATTCCAATATGTCCTTTTAGATCAATTT TTATGACAGTAAGTTTTTGTTTCTTTGAGTNNGATAAAAAAGTCTTTAAA AAAAATTAAGAACATAATAAATATCCAATTTTTATTTAAATTGGATAAAT ATAAATACAGCCCAATACTTCTAGACATAATCCTGTCAGTTACAGACTTT ATATTCAAACTTTTGGGACAAGTTGAGCCACTTAAAAAATGTAAGCTGTT GTTTGAAGTCTTCATTTGATTAATGAGATTAAATTTGATTCCAATATGTC CTTTTAGATCAATTTTTATGACAGTAAGTTTTTGTTTCTTTGAGTACAAT TTGCGGCATCTCCAAAGGAATATTCTGAATTTCCCCGGAACCTACAATTT ATTAATTCTATATCAATACATAAATTACATAAAACAATTAATATAATAAT AAATATATTTAGAAAATTAATATTTGTATAATATAAATAAATAATATAGG TGTGTTAACACTCCCTACGATAAATTAGGTTTTTTTTTTCTTTTCTTGCA TATTTGTTTTCTTAACATCACAGTTATGACAACAACAATAAAAAATAAAC AGAGATTATACGAAKWTATAYGAACAAGTTTTCTGTGTATATCATATATC CCTAATCTGTAATTAATAAATATTATTTTCTAGCAAAGACTTACCCGACA TTGCTCGGCAAAAATAGGGTGCGGGAAATCACATTGGCAATGGTGATTTA TTTCTTCTAAATGTTAGACCCTTTCGGTCTAATAATATTTGTATTATTTT GAATTAAAACAAAACATATTGTTTTGATAACTTAAAATATTATTCTTTTT ATACACGTATAAAAAAATTGTATAGATGAGAAGTGATTTTTTTATTTTTG TCAAAAAATTGCCAAATCATAATTTCCAAAGAAAATTGCAAAAAAATATT TGGAATTAATTTTTGCAAAAAAGAAGGAGTAAATGGCATTAATTGTAATT GTAAAGAGGAATACAAACATACCAATTTGTTTTTTGTTTTTTGTACTTGC AAAAGCAAAAAAAGTTATGGATAATAATGTCGTCGAAAAATAACCCTCAG TAATTGATTCATTTGTGCAAATATTGCAAAAATTATTTTAAAAAATGTTT CAGAAATTGAAAATTCATAATTTTATTTTTGAAATTAAAATTATATGTCC AAAATGCATGGTTTTGTGGCATTTCTATTCAAAAATTGAGAATTGACGTT TAATGAAAAAATATAAAATATATACAGACCAAATATTTTTTCATCTAATG TTAATTAACATTAACCCCCTAGTTATATATGTTAATAAATTGCAAACGAA CAAAACTGAATGTTGTAAGTCCAATAAAGTCACACGTTTAAATTGAGTTA AATTCTTTAAAATGGATAATTCTATAGTCTTTTGAAAATAACTAATTTTA ACAACAGCAAAAACGGGCATTTTTTATAATATAAAATTTGACCAAGGAAT ATTCATTGCATGAAATGTGCAATATTTATTNNNNNNNNNNNNNNNNNNNN NNTACGAACTAAAAGCTATTTTTTTATCTATTAATTTTAAATTATCAGTA TAATAGTTAATAAATATAATTATTTTAAATCCTAAAGATAATTACAAAAG AATTATTTTAATTCAATTATCTCGTTAACTTTATAACTATTTCACCATTT CCGGATGGTCCTCTAAAATCTGAGCACCTACTTATTCAATAATTAATTAA GGTTGAGGGATTGAGATGAATTTATATTCTGATTTATTAAAGCATAAATA ATAAGTTACAGTACCAAATAAAACTGAGCTCTCTAGCTTACGTACATGTC GAGAAAATTAAACTTGAACGTGATCGTCGAATTTCCATTTGCTCACTTTT TTAAAGCGGAAAAAATCTGACGGAAGTCTCCAGGTATTTGGGCATCTCCA GGACCACTGTCTTGGCTGTCAACAAGTTCGAAATATTAAAGATGAAAAAA GGTTCTGTCAAAAGTCCAGACTCTCGCTTTGTGGCAAGGAATCCTCTCTG GTGTTGTTCTCAATCGGATACAGACCCACAGGGTGAAACTATGTGACTGT CTTGAAGAATAACCTATTGCCGTTGGTGCCGGTAAACTATCCTGACGGAA GTATAGTTTTCCAGCAGGATAGTACACCTGCACTCACCCCAAAAAAGGCA CAGGAATTGTTGGCAAACAGTATTCCCTTCTAGAACAAATACTTTCTAGA ATCCCCCTACTGCCATGATATCAACCTCTTCCACTACACCTTTTGAGTTC ATCTCGACAGGGTCAGTCATCCAAACACATCCTATAAGCCACTGTCAGCC AGCACGGGGGCGCCATGACAGAGAACTACATCTACAGCGTGTCACAGGCC TTCCACACCTGGAAGCCATCATTGTTGCTAAGGGTGCTACAAAGTTATTC ATTTTAATAATAATATACCTTATTGAAGTTTAAGTTCAAAGTTTTCAGTT TTTAATGGACCWCCAGGTAGAGGGGNGATGTAATTGAAAAAAATTGATAT AAATTTTATTAGATCTATTTTTACATAAATTTTCCCTGATTTATAAGCCA AAATCGTATTTTTAGTATTTTTAAATACAAAAAAATGGGTGAAAAGATTT TTTTTATTCAATCCCTGAATAAGAATCTCAAAAAAAAAACTCAACAATTT GACATACTTTTGACGAATTTTTGAATTCAATATTACTATTTCATTGTGAA GGAACACGTGGGTATAATGAATACAAAGTAACTTAAAGCAAGCTATTCTA ATTTACATTATAAGTTCTTTTTTTTAATGAAAGAATAGGAAAAATAGGTA AATATATATTTATAAAGAGATAAAAATGAATTCCCTTAGCCGTCTCCATT CAAAAAAAATTTAAATATATCCTAGAGACTCAGCAGCTCTTTGTGATACT TTATCTACATAATAAGGTGAAAATTTAATAGAATTATGATAATAAATATA AATTACAAAAAAAAACTACAAAAAAAATTATAATTCATGCCTCATTTGAG AACTAAAAAAATGCCAAATAAAGGATCTAATATTTCTTATGGAAGGTGAG TTATTAAAATAGAACAAGGATTTGTAAAATTAGTGTTGGATTGATATATT ACCTTAAACTCGAATAAAAACTCAACTTTNNNNNNTTTTGAATATTTCTT GGAAAATTCCTCTGTACCAATGACAACAAATACAACAGATGCTAGTTTCT TTCGACAAGAAGAGTTGATGTATTAAAAAGTAGATACTACATAAATATTT CGTCCAAAATTCTCAAAAATCGAATTCGACAGAGCTCAAAATTAGTTATA GTTTTTGTTACACGAACTCAATTCGACTCATAGCTAAAAAGTCGAACTCA ATAGAACTCAAAAATATTAAATCGAATCTAACTTAACTGGTCTGTAAATA AAGTATTGTACCACCTTGTATCTATTTACTTAATTTCAATTTTAATGAAG TCAGATGAACTCGTAGAGCGTAGATATAAAGGAAATATTTATTATTTATT GAATATATATTCAGGAACATTATTTTTGAACTTGGTTGCCATAGGTGGTG AATGACAGCGTCTAATTAGGGCCGGAAGGGTCACACATATGTGAGATGTA GCTACAACTAATCCTCCACCACTTCTTATTTATAGAGGACTGGAAGTCGG CAATGTTGTAACATTGGACTGGGCAGGCTTTAAACGCCACACGCCATCAG ATGTTGCAGTCGAGTGGGTTGAGGTCAGGGACCTGGGATGACGAGAAGTT GAATAAAAAGTGATTGAAATCAAAATTGTTTATTCTTTTAAGTCAAGAAT AGCCTCTTCTCGAACCTCTTTGGCATTCCTCGAGTAGCCTTGCCCAATTT TTACTCGGTAGACCACTATAGGACTTCTTTTTTTTTTTTGTTAAATCGGT AATAAATATGGATGGGMTGGCCTCAAAAGTGTACTTGGCAGCTTTGGTGG TTTGGTTGACTGGMCTACCGCTTCAAGAATGATTTTTGAGACAGGACCAA TCTTCCATCTGCTTGCAAAGGCGGCAGATGTGGCGGTTAACCCTAAGATT ATTTAGGATATCCAAAGTGTCTTAGACGATGCAAATTAATATTGCAATCT CCAACTGGTTTTTATCCTTTACCAGAAATGAGCTATATTAGTCCACAATA AATCGTTTGAAAGATAATAAGAGCGGTTTTTTATTAAGGCGAACAATTTT ATGATTGAAATCATGAACTGATTGTCCTCAAAATTAAAATAACTTTATTA TTCAATTACAATTATCATTAAATCTCTCAACAATTTTTCCAAAAAAAAAA GAAGCACCAAATTAAATAGGCTCAGTTATTTTACTCTATCTCTAAAACAT CACCAAATCTTTTGTTCGTTTTATATCAACTTTCTTCTTCCTCTAATAAT TGTTCTGAATTTGATTGGTTCAATTCAAATTATCCCGTGTTACCCTTTTT CCTGGAGTTGGAAATTGTAATCATTTAATCAAGGGTAAAAAAAATTATTT TCCAAAGCTGTTATCACTATTATTTCATTCTTGGTAAGAAAACATCTAAA TATATAGTTACAACTTGAGTTATATGTATGTACGCAGAATATAGGGAATT GACGATCGACATTAGAGTAATACCTGACAATGTCTTTTGTTGGATATAGA ATGAGATTTTGACCTATTTTCTGCCTCAAATGGGTTCTTGTTGTAGTCTA ATAACAAGAAAGCTAAGTTGCTGCCCTCCAAAACATTTTTTTAATTGTCA GAGTTACTATAACATTTTCATGCTTCTTTTTTACAGTCATTAATATTTAC AACTCTATGTATAAGGAATTCAAGACTGTAAAATAGAAAGTATTGCTATA ATTAAGATTAAGAATTAGCTATATACGAAAAGATTTTGTACGTTCTTTTC TTTCTTTTAGAAGAGAAGGTTAAAAGTGAGCTAATTAATTACGACTTTAA TGATACGGATAGGTTTATTGGTTAACAAAAGCTCATTCAAGTTCAATAAT CGAAACATTGAACACAAGTAGACAAATGGGCAGCAGAGATATTGATATTT CAGAGATATTACTCTGGATATACTAAGGCATATTTGTATTTTTCCCGAGA GCCTTCCATTATGTTATTAGAACAAAGAGGGAATCTGGAAATGTAATATA GAATATACTAGATCAGAAATGTATATAGGTATACAGACTAGGATACATAT TACCTATATAGTAGATACATATATTAAAAAAAACATGATGAACAGATAAA CTTGTGATTTGTTTACTATGTACATATATATATAAAAAAGTTTTTTTTAG AATTTAATTTGTCGGTTGATTGAATTGAAAGATACAACTTTCATAATTTT TTTTAATTTCATAGATGCTCCAAGAGTCTCACTTCGATTAGGACAGAACC TCAACGCTGAAAACATTCGTACCAATCATGATGTGTACTTTGAATGCGAC GTACAAGCTAATCCAACTCCTCTTCGGCTTGAATGGCTTCATAATGTAAG TTTTTATTTTTACAGAATGTGACTCAAAAATGTACGGTCGTATTTGATAA GAAAAATAAATCAAAATATTTGTTGCATCTGTTATTTTATCCCTTTTTAA AAAGAAAAAAGATTATTTTTCGAAGGTTTGACCAAAATTTGACGAAAAAA TCTAGATCTCGTTCATTTACATTTGGGTAACAAAACATTATTAAATTGTT AAAGTGTCTCTTCCGTCTGTTGGGTACATAGAATAAGCTAAAATGATGGA TTAGGAATTTAATGGGTCTAAGGATTTACAAAATACTAAATTATTTGGCT TAAAATATACTAATTTGCCTCTTAAACTCAGAGCTTTAAGACTTTTAAGT TTAAGTAATTAAATGGTCATTTTTGCTTACATAATTTGTATATATTAACA TGTAACAGAAAAATAGTTAAGTAAGAAAAAAAATGATTTAACACTTTTAT TAAATATTTAAAATCTCTAAAACTAATATTTATTAAAAACTAATTTTTTC GTAGAAAGGAAGGGAAAATAGGAATGAATTTTGTGAAATTATTCTACAAA GTTCATCAAAATAAAACTTTGTTAATTAAAAATATATTTTTTTCTAAAAA AAAATGTTTAAAAAAACTTTGTTATTGAAGGAGGTCTTTATTTTATTTTT ATTTTTATGACAAAAATATTTTGGGTTTTTGGCCTATGTATGTAATAAAA TAGGTTATTAACAACAATGGCATATAAGGAAGAAAAAAAACACTTATTTT TCTGTTGTATTTATAGCAAATTGGATATTAACATCCAAACATCATCATTT ATATATGTTGGTAATATACCTTGTTTCAAAATTAAATATAGGAAAACAAT ACCTACAATTTCTCACTTTCTTTTCCATCTAACTTCTACAGCTTACATAC CTAGTGTAATAATTAAAATACTTGTATCAATGAATGTACTACTTACAACC ACTATCAAACGGTTTTAGCTATAATGAGATTAATAATTTTTGAATACTCC ATAGGGGGAAATCCTAAAGCAAAATTCGGATGCAGGGATCATTATGAGCA CTCGAAGCCTCGTACTTCAACAAGTGGATCGCTCTGCTGTTGGAGATTAC ACCTGTCGCGCTATCAACTCTGAGGGAACGGGTGAAAGCAATAAAGTCCC GTTGAAAATTATGTGTAAGTGCTGCTTTTTTATGCGGAAATTTTGGCAAA ATCCTTTTTTTAAATCTTCTTTTAATTGGTCGGATGGAGTTACACTGATT TAGTCTAAGTAAACATCATTGTATTACAATTACTCTATCTGATCTAGGAA TCTTTTTTAAAGTCCATATAAATAAAGTATATTTCCTTCTCTAGGAGGCA CGAATCTACGCACATTGAGTTCAAGAGAATAATTTCTTCTGTGTGCATTG TCCCTTGAGCTACGTCTTTCCATTTTCGTTAAAGAACATTTCTCAGAAAT GAAATTTGACCAAAAGGGAATTTCAACAAAAAATTATTAAATATATTGAC ATTAGAGAATATAAACATTTATATTATTAGTAACATTATATTTAGGTAAA ATACAACCAAATTCAGGTCTTGTTTTGCCTGTTTACTAAAATTTACATTT ATTTGTGTATAATACGAAAATGATAATGAAATATTCTTTATGGCTTATTT ATAAATACGTCATAAGAAAATTAAAACATAATCAAAAAAAATCAATCACA ATCAAACTTTTCTTTTACGGCAAATACTTTGAAGTTTCACTATGACATGA ATCAAAAATAAGCAACCAATAATTTCAATTTGTCAAATGTATATATATAT ATAATTCTGATGTCATCTCTGCTGCAGGATAATATTTTTAAAATATTCCT CTGCTGGATAATTTGCTTGAAGGAGCTTTTTTTTAGAATAAAAATCCTTT AAAAAAATTACTCCACTTTTGCTTCAAATTTTGTCATCCTCACTAATTTT TTCCATAATAAAAAGCAAATATTCCTTCATTTGGGGGAGGCTACAGCCAC TCCCCCTGCAGACGCTCTTAGTCCGCTCCTGATTGACGTGGAGTTGGCTC CTGTCGTTCACTTCAAAGAGCCGGCTCATAGAGCCACTACGTTTGCAAAC GACACATCACTAGTAAAAACACAGCTCGACCCAAGGTTTTGACGGTCTAA AAGCCAGTCCATTCATCATTACTACATATACATACAAAAAGTTTGAGTTA CAATAAGTAAACAACAGTTCAATGTTTAAGAAACCATTACATATGAGTCT TTATATTGTATCAACGAGCTAATTTTTGTTGTAACTCAAGGTTAAAAGAA CCAACAAGCTTTTCAATTACACTAAAAGAAGTTATTTCTTTAGTTTGATA TCAACATTTCCGGGACATTGAGATGATGGTCTAAAAAGTAAACCAAAATT AAGATGATTTTTTTTATTTGGCATATAATATATACACATATATTGCATGC TATTTTTACTTTAGTAAAATATAAACCCGTCAAAACGTCAGAAATATGTT GAAAAAAAAAGTATTCGAAATGATTTTTGGAATATTTATTTCTTATCCAT TCATCATTTTTGTATATAACGTAAGAACATGCATGTAAAAAATATAAGCA TAGTTTGACTTGATTTTGACGTTTTAGAGTATGTTTATTGATAGAGCCTT TTGRAAAATTTGATTGAAGGTGCATCATTCATTTTTTTAAATCATTTTAC ATATGACTAATGTAAAAAGTTATTTCATAGATATATCACAACGAGATTTC CAAACTATTAAACCCTCATAGGTATTTTTTGTCGCCTGTTTATTTGTATA CTACTCTCACATCTTCTTTTCTTTTTTCGTGATTTGTTGAACTCAAATTA AGCAGTAACANATCCTTMYGAAGGAAWARTTTWTKYAWAWAAWAAWCCCC NTTTCTTTTTTTTTTTTTTTCGTTTTTTTTGTTTTTTTTTGTTTTTTTTT TGCACAATGAAGGGTTATTTTCTAATAGTAGAATTCTGATGAAATGAAAG AAAGAATTGAACTATAACAATCTTTTAATGAATGAATAAAGGAACTTTTT CTTTTTAGGTTTTTCTATTAATTTTCTATCAACTGAATAATAATTAATAT ATAACGGTATCTTCAATCCTGTATACATTCGTTACACTATTGTTCTGATT TAATATCCTATTTTATTTCGTAATATTCTAATTATAAAAAGATAACTTAT CGTTGTTCAAAAAAAGGATCGAGAAAACAAAATGCACATTCCATGTATAG AGTATTGCTTACATTAAATTTTTGAAATAAAGAATAATCCAGGAGTGTGG GATATTGGCAAAATTGGCTTACTACCAATGTATCATGAAACATTGTAACA TGAAATATAACCTCTTCCTTCTCATCTTTGTTTTCTTATTTAAGTAACTT CAAACTTATTTCGTAGCAAATTTTCTATTTAATTTATAAGTTTCTTAACA GACACGCTGATCTAAATGTGTATTATATTATTTATATGGTATTTACGTAA GAAGATATTGATGTTTATTATTGTTGGATCGGTCTAAAAAAACTTAAAGA CTGCAGTACTATTACTTCAGTACTAATAAAATTTGTAAGTTATAAAATCG GTCCTTATTGGTCTCTTATGACCAATAAGCTCTTACAACAGCTGAAATGG CACAAATGCCTTTATGTAATTTCAGCTATTCACTCTAACCTCTTTCAAAG TGATAAGATAACTGAAGTTTAATAGGTATGTAGCTTGAACATAAATATTC GTATTATACGTGATAGTTATGATTCTTCTGGCCTAGCTAGGAGTAATCAA AACAAAAAGATAGCTAAGACCTAGAACAGATTACCTGACAAATTGGTTCT TGGTAAAAAGATCAGACGGATAAAAAAAAAAAGAACAGAAAAGGGGAGGG GGGACAAACAAGAAAATCAGTCCTAGCACCGATCCAACACTAATATTTAA ACATTCAATTTCGGACTAGATCTTATCAACACATGTTTATTATGAATTTT ATTTAATAAAGTGAATTAAAAATTTCATTATTGAAAAAAAATACATTCTT ATTAAGGATTACACATTAACTACATACTTTGTGAAACTCGTTGTACACCA ACTCTCTCATGGTGGTATGTGAAGAATTAACTTACAAAGGAAAATTATTA AAATACATATTTCTAGTTAAATTATGAGAGATCAAGGGTCACACAAAACG TTAAAAAACCATAATCGACGATAACATTTTATCAAAAAGAGTTAAACAAC TCAAATGGTTGTCAACTTTTAAAGGGAAAAATTTAAAGCGGAAATTTTCC CTTTAATGAGTGACTATTCGAGTATATGCCTTTTTTAGGAAAGGTTGAGA GGTACAATGCATAATTTTATTTATTTTTGACTTACACTTTAACAAATAAT AAATATTTTTATATATTTCAGACTCCCCTGTGTGTCAAAGCGAAATGGTG GACCAATTAATTGGAGTGACAGCAGAGGAAAGCATTTCGATCAATTGTCG AGTAAGTACTCCCATACTATGTTGAGTATTATTGTACAAAAGCCNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTAA ACAATGATAGTATAAATAAGGCGTAACTCAAACATTTACTTCCCTTTAAA TAATTGTTTCTTCATCACAAGATTTTAACCCTATTTTGTATGCTAATGAT AAAATATAAGAGAAAATCAATATTATTTTGGAATTGAAAAGCAAAGATAG AGAGAACGAGATTCATCTCATATGCATAATTGATTTTTTTTTTAAATTTA ATATTACTAAAAATATTTTCGAATAAATTATCTTCAACACTTGGTGGTGT TCCTTACAAAAAAATTTATATGGAAAAAGAAAACAAATGCATCGTCTTAA CTTCTATATTCACTAAGCATTTTTTTCTCGTGCACAAATACCTTTCTTGC TGAGGACAACCTAAAAAAAAACCTGTTAGTACTTGGTTCATTTATTTATT GGTATATTTTGTATTACTAAAAATATTATAGACCTTTTTCTTATAAGATA AGACAAAAATGTGTTTTTTGATTTGCAGTTCCTACATTTTATCCGTTGTT TTTTTTTTTGTTTTTTTTTTTGTATATGAAATTAAATAATAATTATAACA GCCTAGAAAAATATACCAACATTGCTCAGATTGTCAGTAATAAAAAGTAC TTCGAATGCGGTTGAGATCATATTTTCTACAACTTTAATAATATGTTAAA AATGTAATATACTTCTTTTCCCCTGAAAATAACTGGGGAATAAATAAGAA AAGGAAGCAAATCTTTGGATTACTTATTTATTTAATGCTCTTCCGTTTTG CTTAAAATTAACTTCCTATTTTCACGTAAATACTTATATCTACTTATAAA TAACATTTAGAGGCATGACGATACTCATATTAAAGAGGGTTATTTGATTT TTCCTTTCATTGATAAGTAATGAAATGTTTTCTTTTCCTTTTCGTTCCAA AAGATTCTCAAGCATAGGCAAAGAAGGAAAAGATMCCACTTACATATCAA CAAACCATAAAAATTGTTTTTCTCCTCTTCCCTTGCCATATTTTTAGTAA GGAGAATTGTAAAATTAAAAAAAGATATGAAATCTCTCCAGGTATAATAA AAAATAGACCAATAAAATTGGAAACCCTGAGAGACAGATTATGATGTTTT AGACCTAAAAAAAAACAAAGAAGTATCTTTCGATATTTCGCAATTTATTG TCTTTTTATCTTATTATTAATAAGTGGCAAGTATTTTAGGTTTTTGAAAT TAAATCCTGTCCTTTTACAAATTTGTTTCTGTGGCTCAAAACCTAGTCGA CTGTGAAGATCTTCATGTATCAGAAGATTTTCACAGTCGACGGATGACTC TTCAAGTAATTAAGGACTTTTTTTACATCGTTCATGCCTTAAGGCCTTCA TCCCGTCGGTGAAGAGATATTTTGGAGTTTTGATAAAGCCCTCAAGGCCG ATTTTATCATGAAAAGTCATCTTGATATTGATTTCGTCCACGTTGAACTC GTCACCCATGTAGTACATTGATGTTGTTGAATCTCCTTGATCTTGACCTC CAGGGATTTGAGAAATTTTTCATTTCGCTTCAAACCATTTCATCCACTTC CTGCCTTCCTTTTTGACTCATTTCCCATTCTCTTCGGCTACCCTGATRTT CTGGACTGTCATCACGATTACACCGACAATGTGTGAAATTCTTTTTAGAT CGACATTTGCGTCGAGAATATCCGAAACCCTCTGCCTTTTTTATTTCTGT TCACTCATTTTTTGTCCAGTTTTGATTAAATTAAAACAATGCGGAAGAAA AACAACACATGTATCGAACATTGCTTGAGATCTCATGTGAAACCTTAATT ACTGCAACAAAAACAAAAAAATAATTATGACACGAAAAATTTCCCTGTCG CACTCTGTAATAAATGCTTTAGCCAAATCTGATATTAATGAATATTCATC CGACTTCTGCTTCTTTTGTTACAAAATGATTTAATTTGGTTATGAATCAA AAAGAACTCTATTATTTCCTTATTCCTCTTCATCTTAATGTTATAATATC AAGACTTTGATTGTGAGTATTTGAGTATAAAATAAATATTCTTAGGGGCT CATCCGTCAAAGTCTACTTAGAAGCTAAAAAAAACTAAGAATAAAAATAT ATATTTCCGTAGTAGCTCAAAAATAATGTAATGGACTTAAATAATTTAGA GTTAACTTTTTCATCTTGAATTTTTAACATCCTTAATATTATTATCATTA TTGATAGGATAGAATGTGATATTTCTACTTTCATTAAGTTTTTTGGAATA TCTAAGATGACAATAAAAATGTATGGTATGTAAATGAAATGTTTGACAGG AGAGCAGCTTAGCAGCCAAAATGTTTTATTAGAATAGCTACATGGAGCTA TGAGAAAGCAAGAAAGGTAAACAAAAGTCCCGGATCGTATATTGCATGGA CAAAGAACAAAAATACATCTAATGTAGATCCTAAATTTTACTCTTTGCCT AATAAACACTTATATCTCCCTCGAACAAATCTTTAGTTTTACTCTACAGC ATTCATGTGTACAGTCATGAATTCCATCAGTGTATCAGTAATTTGGAAGG AAATACAATTTTAAAATTAAAACTAAAGAAAATTATACACATTCGACTTC TTTTGTCTAATGAGTGTATTATAATTTTGGTACACCGCTAAAAAAATTAT ATATATATATTTATTTTTTTTCTGCAATGATATATGATATCTTCATCTAA ATACCCATACCTTCATTTTGATGCTGAAGTTAATTATGTTTAAGCTTAAC CTTTTTTGTGGAATATGTTCCTGATTAAAATTGAAATTTATTTATATTTA AACAAATGAATTTCATTTTCTGATGTTAGCTCCGTTTGATTCCACATTAG AAATAGTGATTTTTTCAGGTTACTAATTTTAAATAGGAAAAATCCTATTA GTTTATCTAATTATATTGTTTACTTGATTGAATGATTTCATATAAAAAGT TTTACCTAATGTTTTTTTAGAGTGACATGAATTTTATTTCGGCTGGTTTT GTCTGTTKAGATATTTTAAAGAATTTATTGCCACAAACACATACGATAAC TAATAAATATGTTTAATGAAGCTTGATATCCCGAATTATGGCTACATTTA AGTATTTACTAGAAAATTTTAAAAGGGCTAAGTAATATCCCTAGTTGTAA AGAAGTAGAGGTGATCTTCCAGGCATGTCGTAGCGATGCCTGTTCGAAAG AGTTTAGGAGCATATCCCCTTCCTCTTTTTGGCGTCCAACATTACCTAGA GATTCTAGCTTCAAGAGAACTTTCCGGAAAATTATCTCCATTTTTGAGAT ACCTAAAGCTCCTACGTGATCCTCCTTCATATGAACTTTTCCCCTTCCTA GCACACTTTGTGACAATGAAAGTCAATCTCKGGGAGCAGAATCCCCTCCA TCCAATGGCTCTCATAGGATTACAGCTTGAAAATAATTAGGTTGTTTTTC CAATCTCCTCAGTTCCTTTCAAAGTCGCTTCTCAACCTGTTGTTCAATAT TATTCCAATGGAAAAAGAGTATATCAAAAAGGAGTTTAATGACGTCTGTA TCAAGCCTGATATTACTCTTGGAGATTCTGCGGCTATGACAATTCTTTTA AATGCGTTAGAAACTCCCGTCAGCCTTAAGAAACGAAATTACAATTGACA TTTAGCTTCTGAACAAATATTTTTTTTTTTTTTTTGAAGAAGAATAGTTA TGAACCTAAAACTGAAGTGCATCTATTTGACCTCTTTTTAATTCATTATA GTTTAATAGTTTTTTTAGAAATGTAGAAAAGTTACTTTCATGACAGTAGA AAAAGGTAATACTTAAGGTGTGTTGCTGTTCTCCGATAGAATGTCTATTT TATTTTTGTTATTCAAAAGTTATTTCAATAAAAGTAGTAACACATGAATA TATCTTAACTTTTAATAGGATGGAAATAACTTTTTGCAACTTTTTTTAAC TTTGCTTTCATTACTTTAGCTATTTGAAAACTTTTTTTTCTTTTTCATAA TATATTACTATAAAAGAAATCACTAGATGGATTCTACTTAAGAAAAATAA CTAATGTACTCAGTTTTAAGAACTTTTAAACAATGTATATATTATATACA TAGATATGTTTAGTAACAACCATTTTTTTAATGCGTGAGTAAAGAATATA AAAGGAATTGAATGAATTTAAGGATATAATTGGCAAATAAAATTATCAAT TAAAGCTAAAAGCATAGTAAAATATCTGTATTTATAATTCCTGACAAATT TTTGCATAACTGAATTAATATCTGACTCCAAAATCAAATAATCTTTCCGA AGTAAATGATTTTTGCTACGGGCTGAACGATCAAAAAACGACATGAACAA AATTTAAATTACAACTGTATTGTGGTGGAAAAAATAAAAATAATTATCGA ATTTTCTTTGATATATTGAATAAAAACTGATTTTGATAATTAAGAATCAT AACTTTAGGATCAATATTTGTGTAATAAAATTGTCAGTCTTTCATTGTTT TTCCCTTAACTTATATAAAATAAATTATTCATTATTTTGCTATCAATTAG CATAACTTTATCCAAATTCAAAATACATTCATTCAAGATCAATTTAAGAT ATTATAACGGTAAGTACAAAGGAGAAGGTGATGTCTTTGGTCTCGTATTG TAGTATGGGCGTCAAAGACGTGATCAAACATCGTCAACTTGATAATAATT TATTTATTTATCAAATATTTTCCCTTATTTATAATATTTTTTATCTAAAA CATAAAATCAAAAATCTTTTAAAAAACGAGATAAAGAGTTTTTTTTTTAA ATAACTGTCTCTTTTCTTACTTTTGAATAAAAATCATATATATTATCTCA CTGCCATTTATTTTGTGTTTGGTACAACATTAATTCGATATTTAGAAAAT CAAAAAAGTTACTAGATGAGATGATTTGCTATGGCAATTAAGGCTTTTTG ATTATGTATTAATATTTTTTACTTAACTATTCAAATAATAAGGCCATCGA TTAATCAAGACTTTGTATCTCTAAATAATCAGTATTATCATAATTATCCT ATATGGTTATATACCAGATTAAGCGTGCAAATTAGGTATATATTATTTTT TATTAATTTATTTTCTTTGGTCCTTTCAGTTAGTTTTTAATATAAATTTA TAATTGTACTTACCTATTTTGTTAAAGTAAGGAATGTGTTAATACATTAT TCTATTTGAAATATCATCAGCTCAGTTTTCATCTTTTAAGAGATAAATAT ACATGGTATTAGTATAATATAGATAAACTTAAAAAAATAACGTCGAATTT ACATGGAAGTATTTTTGTTCATGATAACTTTCAAATAATTGAAGAGTAGT GAAAGATAATGTACTTCAAATTATAAATACATATACAGGGTGGTGTTCTA GAATTAAAGTCTCGTTAAGTTCAACATCTTTTAATTAAGAATATTATTTG TAGATATTTTGTTCCCCAAGGGACAAATATTCCGACAGCGTTTTATCAGA AAATATAATACAATTTAGGTGCAATAATGGCGAAAAACAAAACAATTTTG ATATTAGCATATAACTCACAATCTTATACATCAACATGATAACTAACAGT ATATTAGCTTATATAATTACTTATTATTAGACTTGCAAACATCTGTAATT ATTTTTGGCTACTGTATTGATCCAGACCATCGTAAAATCATCAATGATAA TAATGTTTACTTGACTAACATTAAATGGTTTTTCAATTCGAAATATAATT TAATATTTTAAATTGACATTAATACGTGAGCCTGGAATAAAGTGTTACAA ATGGCATTTAGTAAACCATCGTCTTAATGTATGAAAAAGTGTTTTTATAT ATCATATTTGACATACTTCTAACATATAGGTTTGGGTAATTAAAATGTTG GAAATTTAATATTAGAAGTATATCAAATGTGATATATAAAAACACTGTTT CTTATATTAAAATAGAGAATTACAAAATGTCACTTGTAACCCTTTTTTTC AGGCCCACGAATAGCAAGAGTACAAATTTAACAAGGAAAAAGGGAATAAT GAATAATTTACTTTAATCTCTACGCAAATTATATTTATATTTATACTAAA TGTACATATTATTCTTAGATTAAAGGAATTTAAAAAAATCCTTTTCGAAT CATTTCTAAGCTCCGTTCCACCATCAAAACGATCTTGAATGATGAAGAGC CAATTATAATGTGTTTGTATATATTTTTTTTCTTTTATTTTTCTGCTAAT AGGTGGATGCATATCCTCCACTTGTGGCCTTTACCTGGTTCTTCAACAAC AGTGATCATCATGAAGAGTTGGAGCAGGATAGATTCAGTAGCGACGGGCT AATAAGTACACTCAACTTCACACCAACAAATAATCAAGACTACGGAACAC TATTTTGCCAAGGAGAGAACACTATTGGGCATCAAATAGAGCCTTGCACA TTTCAAATCGTGCCAACAGGTAGATAAATTAAAAATAATGTTTCACCATC TTCATCAGTGATTACCTTACTTTGGTACCAACATAAGCACATGTTAGAAA TTTGCCAAAACACAAAGTAAAAAGATTGAGAACCACTGATCACTGACATG CTAATATAACGAATCGCCTATAAACCAAAAATAACATTTAGTTGGAAAAT GTTTAAGAAAAGCCAAGTACGATTATTGTGGTTTATTTAGAAATATCTTT ATTTCGTATTTTAATAAAAAATAGCTGTTAATAAGTTACTTTGTAAAAAC ATAATAAATATATTATAAGATAANNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNTTTTGACACGTCCAATGTTGCAATCGTGTGTACTGTC TCGAAAAGATGGTTTTCTAAAAATTAATAAGCTAATTTTGGAGGTGTTAT TGAAATTAAATTATTTTTTATAAAGATAAACGTTTAATCAGGCACGTTCA ATAAATTAAAAAATCAATTTTTTACCCAAAACACACAAAATGGTCGCTTT TTACTTGCTTTTAACGAAAAGTTCTTACAAATTAAAAAGTTTGTTTTTAA AAAATTAAGAGGGTAAAGTCAAAAATAAAAAATATTTGTTGTATGGGTTT ATTAATGTGATGCAGTAGTATTTTATAGGAAGTTAATAAAAAAATCTTTG GTTACCAATGTGCAAACTTTGAATTATATTTTTAGTTTAAAAAATATTTC TAATAAGGAATGGATTCATGAATTCATTTTACATATTTTTTGAAAAATAT ACTAACTTATAGTCTATGTACACAACTGTATCAGCTCAATATATGTTATG TATACAAGTACTTACTGGAGGGCAACTTGAAAGCTTCATATTTTGAAAGA TGATACAAATTTGGATTCTTAAAAGGTTTTTTAGTATGAGAAAATGAGTT ACTCTTAGAATATTTATTCTTTTAAAAAGGCCAATAAATCATGCTGGTGG ATTTATGCTACAATTTTGATGAAGTTAAAGTCGTTTTGATCTGATGGAAT AACTTAAATTATCTAGTGAGTAGGTTTTTATATTGAAATGAAACATTATG TAATATAATTTTATGTTAAAAATTTAAAATACTACGTATAATCATATTAC GGATATTCTATAGAATGTTTATGTTCGTTTGTGCTGGGTTTTGGTTTGAA AGTTCTAGACCGGTCTGATACCATAATAGTTTTAACTGATTCACTATCTT TGCAATGAGACAACTTTGTAATTTTATTGCAGTTCCTCTCAAAGACTATT TCGAAAGAACAAAATAGTGGCTTTCTAATCATTCTTGTAATACTTCATTA CTCGGGATCCTTCACAGCCGACTTACAAATAAGCATAATAATCATTATAA AAAAAATACATTCGGTTAAACTTTGGTCTGGACCAAAGAGGAAAAAAAAT TGCATAATTATTCTTCGACGAATACAAACGTAATCCAGACTTTTTTTTAA TAAAAATAATTCTAGCTTAATTTTGTGTTGATTTGTCGCGTATGTTTAAA GAAATAATGACTTATAATTGTGATTGAATTAATAGGTCGACCTGCACCTT TAAGCGAATGTAAGGTGATTAATCAAAGTTTGCCCATTGTGAAAATCGGT TGTCGTGAAGGATTTGATGGAGGACTTCCTCAAACTTTTATGTTGGAACT CTACGAAAAAAAAGGAAACAAAATCCCGGATGATGGCAGTAAAACTGAGA ATGAGGCTTCAGGAAGTGAAGAACTTCGAGATATGATACTCAAGACACAG GTCACAAATCAATTTCCACAATTTGAGCTTACTAACATTGATAGTGGCAT ACCTGTTAAGCTTTTTGTATATGCTCAGAACTCCAAGGGTTCCTCGGAGC CATTTATTATACAAGAAACTTTTGTCAAGCAACGGAAACATGCAGTTGAA GGTAATTGTCATTTAATTATTTTATTTCTTCATTCTTTTGTAGTTACCTC ATTGTCAAATAAATAATAAAACTTCATTAAGAGCATATACATTGTTAAGA TTATATTTAGATATTTAAAAACATTTTATTTTCAAACACTATGATGATGC TAATGCATTGCAAGGTTAAAATTTTTAAACTTTTTTTTTCAATATGTTTT TTTTAATTAAATGTGCTCTACTTTTAAAGTAATATACAAATGAAAAATTA GTTTCCAATTGAGTGGGAATGAAAGTGCCAAAACAAAATATTTTTAACAT AAATAGAATATCTTTTTTAAGTAGTGCAAACAAATAAAAAGCAATAGACG CATCATAAATGTATGGTAACTTACGTTTGAAATTGTTTTGTTGAGTTACT CTAGTAAAAGTTCAGGTTACATAATTCCAAACTAAGAACTGTTGAATAGT TTCTTTTAATTTATATATTTTGGGAAATAGATATGGGATACTCTTTTCCC CTCTTTATATTTGAAAAAGGAAAGTGGCAGSTCAACAGAGGCATTTTCCA ATCAATTTGATATAGTTAATGCTGTTATAATGATATGACCACAATATTTT GTGTGCTCTCAACGTATATTTCTTGAACTTGAATAAAATAACATAAAGCA GTAAATATTTCATTATAATTAAGGATAGAAAATGAGCTTGTAAACTCAGT TTGAAGAACGGATAAAAGATATAATGAAGATCACATTGAGTCTACAAATA TGAATAATCAAAATATAACTTTGTTAGCTGTTGATTTTTATGCTCCTTTA GTGTTCTGAACAATGATTTGTAGAAATTGAAATATTTATTGGAAAGAAGT AAACATATTCCTACTAAAGCTGTAAACCAAAAGGGGAAAAGCCCCTATTA GCTTGAGTAAATTCCTTGAAACGTTAAATGGTTCATCCCCTTCACAAGAT GACGCATTTTATGATACAAAATATAACGATATTTTATTATTTTCCCATCT TCTTAATATTCAATTAATAGGGTGATTTCATTTGAATTTGCAAAGTTCGC TATATAGAAGAAATTCATGACAATTTCAACGATTCCAAAGGACAAATAGG TTGTTGTGTAAATCAATACTATGGAAAAAATATTGATGATGTGGTATTTG TTTTGCCACATAGATACTTTGGATTCTTACCAATAAATAAAGAATCTTCC AATAGTTAGAGAAAATGAAGTCATTCACAAATTACTAGTTCAGTTCGGTT ATTTTTGTAGAAAGTTTGAGAGAAACCAAAAAAGATTGTTGTGGTGTACC CTTAGAAAAGTTGGATCTGAAGATAAATAATCATAAGTCAATTTTTTGTA ATTATATCATAAATTTGTAATCTGCAGAAAACGTAAACCTTTTCAAACGA ATTTCAACTGAGATTATTACAAAATGTCTCAAAAGGAATTATCCATAACG AAGTTCGAACATGTAATTATTCTTTTTTATTAATAATAATTTAGAAATAT TGATAGGTAAGAAAAGGCTGTTGATTGATTAAGGTATCTTGTTTTGTTTT TGTTATCAACCGATAACATTTCTTTGTCCCACACACTTTTAAGAACCAAC TATCTAACAAATCAAAATAAAACTACATATTATCTATAAAAATATGTAAA AACTATATTTTATTTTGATGGTTGACAATTTGAACATATAATTCTTCTTA TTTTATAAAAGACAATATAAAAATATTGATAGGTAAAAAAAGGTTCTTGA TTGATTAAGGTATCTAACCAATCAACCAATAACCTTACTTTGTTCCATAT GCTTTTAAGAACCAACTATATAACAAATAAATATAGAACTACATATTCCC ATATATTATCTATAAAAAAATATGTAAAAACTACATTTTATTTTGATGGT TGACAATTTATTTTAAAAGAGGCAATCTTTACATTTGCAGGAACTTTAAC TTTCCTAAAAAATGCTACATTATATTATTGAAAAGTGCAAAATTATAATG CAAAATTTTAATTAATGGAATTAGAAAACACATAAACACAAAAATCAAGA AATATATAAAATGACCCATAAATATATATATTAATATTATATTTATTCAC ACAACTCAACGTTTCGTTTACATGCTTTGATACATTTAAAGGTATTGTAT TCTAATTTCCAGGATGAGTTGAAATACCCAATATTTTAAACTATTCTTTA AAATTTTCTTTTGATTGATGATAGTTAATTCGTTCCTAATTTGGTATTAT TCAAACAAAATATATCAATTTCGAATTATTTTATAGCGTCAATTATTTTT TAGAGCATTAAGTACAATTTTGTGGCGTTTCCAGAGTAAAACTCATATGA GCTTGTTGATAGAAATAAACGATAATTATTTGTCGAAGAATTCAAACTAC CCTTTGAGAAAAATCATTCTAGCTTGTTTTTGTGTTGACAATCCACATGT GTCATTTTTATTTACCGAAGTCGTAAAAAGTAGAAAGCGCGGAAAAAATG TCTAAAAATATATTGCTGTGATACTTTTTTGTAATCCATTTACATACTAA AGAAGATTGGTCAAGGCTCATAAGATGATTTTCTAGATCATGGGCGAACT TATTACTTTATCATTATGATTATATGTTTTATGAATTTTTGAACTGCAGT AACGTATGATGAATTTTTTTTTACTTATAATTGAAATTAGAATATAAATT TAGTTTCTAGTTAATTTTTTACTGATAGGTCATATATATCACGTGATAGA AAAGAAAAAATTGAGAAAAAAAGTATTTTTTTTTCTATATTTCATTAGGA AGGATCATATTATTTTTACAGACCATTATGTACTTTTAATCAGTAAAATA TTATTTGTTGGTGTGGGGTCATTATAGGTAAGGTTTTGAGTTTTTTCATG TTGTTACTCATTAAAAATTTAAGGCCTCAGAAAATTACGGTTTTTTTAAA TCAAAACCAATCTATTTGTATGTTTAAAAAAGTATATCAAATTTTTGTCA CACGTTATAGAGCAGTTAAAAAAGATGGCTTCCACCCAACTAATCAAAAA TAATTAAGTATATAATTTTAAGAACATAACTTCATCGATGATTTTGGCCA ACGGATTGTCAGAAGAAACATTTCAGCCCGTTTTATTTTGAAACTTCACA AATCTGACTCATATAAGAGATAAAGAAATATTTGAAGAAATGGTTTTACA TCATTATTATTAGTAGTAGTAGATACTTGAAGTATGTCGCCAACTTAGGT TGGTACTTTTACTTTCACTAGTATAAATAAAAGTACACGGAGAAAATAAC GATTAAATAGATAAATTATAGTTGGAATACTTTTTTCATTCGTCTATTAA AGTTTTTTATACCATTACAGTAAGTAAATAAAAAGATAAAATTTTATAGA TTTTTTTTTTTTAGAGGGATCCTTCAAATGAGAAAAATGTCATAAAGGGT TCTCTGCCAGGTAGAGAGTTTGTGTGAGAGAGAAAAAAATTACATACAAA AATGATGAACTAAAAGCTTCATGATAAAGATAAATTAGTTTTATTTTTTC CTTCTTTTTAAGCCCTGTAAAAAAACGACTAAAAATACTTGATTTATTTA TTTATTTTGCACTAACTTCCAGAAAATGAATGGGAACCTAGTTCTTTTGT TTTCCTGCAGGCTTTGTATTTGTCTTGATATGTACATAAAGCATACTTAC GGGAGTACCAGGCAGTGCTTGGAGAGCTTCGATCTATATTATAGGCATAG ATAACTTGTACCTCTTTTTTGTGTCAGACACGTTCGTTACAATATCGTTA TTTATTTTATACAGTAACCATGCAGTATTAATATATTAAGAGCACACTCA AATGGGAGATGTACACAGACAGACTAACTTTGCTACTTTTAACATAGATG AACGAACATATTTAAATAAGTAATAAATATATTATATTTACATAGAGCAT TTCCTTGAGAAACAAAGGTTCTTTTGTCTGTCATTTTGAAAAAAAGGCTA AAATAATCCAATTTAATAGAATTCCAACCCTTGCTCTATTTTGATTTAGG AAAATGGTGAAACATTATTACTTATTCAGTTCCAGAATTTAAGATGATAA TTGACTAAACAATTTTTGAATACTGGTCTTTCTAAATTTATTACATTCGA TCTATGGAAATGGAATTTAATGTTTCGAATAAAATATTGAGACTAAAGAA GAAAAATATTCTTCTAAAGTGATTTTTTACCAATACCACTAAAAAAATAT GTCATATTTTCATATGTTTTATTTAGAATCCAACTTTTGTTAATAATTAT GTCATTTATGTGTCGGCAGAAAATACTTACTATAATTCTCTTACATTCTG TTTCAATGCAAATTATTCTTTTATAGGCATTTCACATTACATATTTTTAG AGGTTAGTCAAACATGGATCAATGGGAGGAATTAAAATGAAAGATGAAAT CTTTTTTTTGTTGCTACTATTTTGTTCGGCACAAAGATAAAAAGAAGGCT TTAATATGTTCCGACATCAAATTAGCGGAAAATAATTTTCTTAATAAAAT TTAGCCCCAAGTGTATTTTCTTCATAAAATTATTTAAAGTAGACGGGTTA TTCGAAAAATAATCAATTATCGTGTGAGAAAACTTTAAAGTTTGCACTGT GTAATCATTCAAAAGTTTTCTAGTAATTGAACATATCTAGTCAGAATAGT ACAAAAGAAAATTATGCATTTTGTAAAAAAAAGAAATTATACTTTAACCG TCTATGAAAAATCTGACTCCGTATTTAATATGTAAATACATATTTGGTGC GTCAACAAAAAAAAATTAAAGAAAAGGAGTAATCTCAATTTATATAAATA TATTTTTTTTTGGGGTCTTTTTTTTATTAACTATTACATTTTGCTACCAT TGATAATTAAATAAAAATTCTGGAGGAATTGGAAAGTAAAAATATAAATA AACATTTTAGTTTGAAATTAGACCTCAAGAGATAGACCAATACTTTCGTT CTTTTTCCTTATGTCTCCATTTCAAAAATTCTATAAAAGGATAAAGTTTT CAATTTAAAATATTGGAAACAAAAATAAAAATGAAAAGAGTTCAAAAATA TTGAAAAAATGGACACGAATACTAAGAAAACGTTCAAAGTTATAATAAAA TTACAGTTATAAAAATTGCCACAACTATTACTTATCCGAGGGACGATGGT GCTTCCAAAAAATATTAACAAAATACGTTTTAAATTTTTCAGGTGACGTT CTAATTCAGAGGGTATGAACCTTACTAAGTCAGAGGCAAAGTACCATAAC TTTTCATAGACTTTAGGTATTTACAAAGTAAACAACCTATCTCCCTGGGG TATCCATTCATATGCCTCTAAAAGCTTATAATATGATCGGCTCTCCCAAT GTGAGTTTTTCTAGAAATATATACTGGGGAATTTCAATTTTCATAATACA GAGCCTTGGTTTTAGGAGGCAAATTCCTTCTCACAGATAATCCAGAAATA TTAATGACCGATTGGTAGCTTGATTTTGCATATATGAGACCCTTTATATT TAGAAATACAAATAGTGTCCGTATATCCAGACAAGGGCACTCAGCTAATA CGTGGATAACTGAGTAACATATTTTCTCACAGTCTTTAGACAGTTCATAA AAGGAAATATTTCCTGCTGAGATCTGTAACTGAGTTGTAAATTTACGACC GTCCAAGATTCCTCATGGGGATCTTAGTATTCGTTTGATACAGATTTGTG TGAGTTTTAGTTGTCTTATATATTCTTTGGCCGTCTTAACTAGTTCGTCT AATGTAATTTCTCCATTGTTAAGTTTCACAGGAGAAGGTACGGGGGCTCG ATTGTATTTGGAGCTTCTTATTAGYGGATATAGTAACTTCCACTTTGAGA AACTATTGTCCAAAAAAGCGTCATGAACAGATTTTTTTCCACCGCTTCTC ACTCAAAAACTGCTGCATCTTCCTGTTGCTTGAAGAAAGACTTATTTTTT AATTTCGGTGGATGATGTCGACTGTGGCACTCGAGTCAAACTGGAGAACC TCTCCACAGAATTATCCAAGCTATAGACAATGATTATGATATACCACTAA TAGGATTGTTTGATAAAGTTATACCAAACAAAATCCACTTAATCCCTCCT GTTTAAGCTATATATCCTTTCCATTCAGCAATTTGACTTTTTGTGAGATC AATGAAAATATTTTTAAACATTTTTATAACGACTTTTTCGAAAAAAGCTA AGCCACCTCCTAGGTACTTCATCTGTTGTTTGAGAGCAGGGATATATCTA AGATGAAAAAAATTTCTTCATTTATAATTAATTCCCTCAATTTTAGATTT GATACAAACTATTTTTTTACTTCATAAATACATACAACTCAATATTTTAT AGTCAAGTTTGTGTCAATTATAGGCTTTGTATTCAAATTTGTGTAATGAT TTAAGATATCCCAGAATCTTTATTTTATTTAAAAAGAATAAAATTGTCCC CAAAATCTTTCAATTTATCATTTTCTTAATTATCAATCATTTATGGGTAC AATAAGTGCAATTTTAAAATTGATGATTCGTTGAAGAATAAAAATGTGNA TCCAAATTCAATCTAAAAAAAAAATTCTAAAAAATACTTGACTTCACTTA ATTAAGTTGATATAACAATATATAAAAACTTAGCACTTATCCCTTTATAT TTTTGTTTCCTTTTTTTAAATAATATAATTAATTATCAAGGAGTTTTATA AATTACAACACTTAACCACGAGCAATTTCTGCATAATAAAATTTAATCAC AGATTAGTTTAGCGAGCTTTGAACCCACCAAAAACATTTTTTTGTTATTT TTCTAACCTTATTTTGCAGCTCCATTGCCGAAGGGAAAGTAATAGTAAAA TAGACATAATCGACTGTTTTCGACTATATCGAGATAATCGACTGAAGTTA TTGGGATCTTTTGAAAACAATAAAAACTCCATTACATAGGAATTTTCACC AGAAATAATATAGTTGAGCTTCATTTACGTGCTTTTGCTTATCTTGGAGA TAAATTTGGTGCCTCTAAAATAGTGGTTCTTAGCCTAAGGGGAGTTTGTA ACGATATATAAAACGCCATTTATGTAAAAATATATNNNNNNNNNATTTAT GATACAGAAAGGTTATGATGCTATTATATTGTATACAGAAACCTTTAGAA CTCAAATGCAAACAATACACAAATTAAACCCCTACTAAGTATTTTTTTCA TATCATTTACAATAAAAACATTTTTTCTTCAAAAGAAAAAATTAATAGTT CATTGAATAAATATTTAAATAAGTTGGTTAAAAGTCTATAATTAAAATAT ATATATCAAATGTTTACAAAATCAAATTCTTTTTTCATGTGTGTTTTATA TATAAGTATGTGMTTCTKCCAGCCAATGTATACATACGTTTACAAAGTCG TAAAATTAAAGTGCGCACCAAGGGATAATGATTTATACCTTCTTTTTCTT TTAAGGTAATTTAGAAAAAAAAATCTTGAAATATTTTTTGTTATTAACTT ATATTATTTATAAGGTAAAGAAGTATAATTAAAGTTGTTTTAAATATGAC CTACCGGTATGTAAAAATAAAATAAAACATAAATGAACGTGAGAATTCAA AAAATTTAAAGAATGCTTAGTAGAAGACCTGCTGCGCTACAATTGTCTTT TATTTGATCAAATGTACGCAGTCATGAGATGAAGAAATTAACAATTGTCC CACTCAGTATATAACAAGGACATACAAGCTAGAAATACGCAGATGTATAT CATCTATTATACTCTGAGTTTAACAAGGACTTACAACTATAAAACCAAGC AAACCATCGTTTTTATTCTCTGTCATTTATAAAATAACGCACTATTGATT ACTTAATGRATAGATATTCTCTCTTCAAGATATAAATAATAACGATAAAA CCTTTGAAAAATAAGAAACACTCTTCAGATGATAAACTAAAAAACAATAT TCCACAGGAAAATAAATATATTTCAGTCTCAATTGTTTACATATGACCAA TTTAACTCATACTTTAGAATCCTTCAAAATAGCTGAGKCAGCCATTGTTT TAGGAAATCCAATTTTTTATTGAGAAATGGAAGTATTGAAAATATATAAA GAAAAAATGAAAATGTCCATCACTCAATTCAAATTATACAAGGTAGACTC GCCAATTTAAAGCAAATTAAATATTGGAACATGGTTGTCATTCCAAGAGG GAGCCATATTCTGAGATGTGAGGCCTATAAAAACCCATTGTCAACTATAG ACCCACTTCACACTTATATTAACAATGCTTACCCTTCATCGAGAATAGAT AAAGTAGCTCCCAAAGAGTTAGATTAACTAGAATAAAGACAGTAAATTAT TTTTTTAACTTGTTGATTACATTGTTTTTATTCTATTTTTTTTTATGTGG AGAATTTGTAATTGTTATCGATGCCGTTATAACGTATTTCTTCATTATTA TATTGGATAAAATGTAGGAATGTTTCTTTATAAATTTATATAAATTGTAT ATATTCAAAAAGGGGAAGTAAAATAATAGTAGCATGAAAATTCAATTTAA CATTTCTTTCCTATATTATATATTAATAATTATATTTTTGGCATGTTTTC TTCTCAAGGGTTTTTAAGCCTATTACATGAATTTTATCAACTCTTATGAT TCAAAAGTTATTTTTAGAGGAATAAATAGATATATATTTGGTATAATGAT AAAAGCTTTGAAAAAAAAGAAACACTCTCCAGATTACCAAATAAACAAAA AATCTCACTAAGGTTAAGCTTATATATTGTACAAATTGATATAAAGTAGT ACTGGTGTTTCAAAACTTTTAAAACATTATCATAGTTAATTCATATAAAA GAAGTTCTTTTTGGTTCTATGTCTTCATAAAGAAATGGTTATACCATGGC GTAACCCCTCAAAGTTATAAGCTAAAAAAGAGTACTTCATATAACAAAGA ATGTTATAAAATTGTATTTTATAACGTCTTCAAATCTATAAGCTATCCCG AACAAAAAACCTATGGATGCTTTTTTAAGATTTTGTAAATTTTTCTTAAG TACTTCGAACCAGAGAAATTTTTGATCTGTTTAGTTCATATATTTAATAA TTAAGTGTTATTTAAATTGATATGTATATTTTTTTCTTATTTATGAGACA TGAAAAAAAGATCAAACTAATGAGAAAGTTGAGCAAACATTTCTTATATA AAAAGGGGTGTTTTATTAGATGTTTCGACTTTTTGTTTTATAATGTTTAT ATAATATATTATATGTTTTATGCATAATTATCAAAATATATCAAAATTAT AATACTAACTTTGATACCAGAACAAAAATATTGGTACAACAATAAAAGGA AGTTACTATTAAATGAAAAAAGTATGTATAATGTGTATCCCACAACAAGG ACATACCTACATATGTATATACAATATACATACTTTAGACAAGAGGGAAT GATAAATGAATTTTCTAGCAAAAAGGATATTTTTTCCTTTCCTTTTTCCT TTCATAAGTAAAAAGTTGTAGTAGGATGTGATTTAATGTTTATAAAAGAG GGGAAGAAATATTTAAAAAATGAATCTGATGTAGGCTTAAGATCCTTGAG GATTTTAGAGAGAAGGGGAGATGAAGGATTTACTTGAAGATAGTGTATAA CAATCACATTGGGAGTCTACACACATATACATTTAATAGAGTTGTAGCAG TCTTCTATAATAGGACTAAAATTCTGTCCTGCCCCAGTTATTTGTCCTTG AAAACCCCACAAATTATAAAGCACCCTCTACAATTAATCATCTATAATAA ATAGCTAAATAAAAATTTCAATATCTTTCATATATAAAAATAGATTGGAG TTATTATTAATTTAGAGTCGTGGTTCTTAGCCTTTTTACCTCCATTAGTC AATTTCAAAAGCTCTACAAAAATATTCCCTTCCTGTTTTTTCGACCAGAA AATCTTGTGGCCTTATTTAACTTAGATTTATAGAAACAACTATTCCAATA AATCATTTATTTTTAATAAGGACCCTTTTTTACATAAATACCTTCATTCT CCACCAGAACGATCCGAATCCCCCTCTTCATGTAATGTTAAAAACTTACT GCCTTAGGTCTAATTAAAGTGTTTATTTTTCTTATGAACTTTATTAATGA TTAAGTTATTGCCTGATACTTATGATTTCCTCATYTAATAAATATTGTTC TATGGGACGGCATTTACGTCCGATTCCGACTTCTTATTAGGATTTAGGAC AAAAAATCAAAATGTTAGGGATCGCTACATCTTTGATATTTGATCCTCTA AACAGATCCACCAAAAAAAAGTTAATTTCACTCATTAAAATATTCCTTGC ACGATTGTTTTATTTCATTTTTCTACAAAAATAAAGAAAGAAAAAAAAAC TAAATTGGTCAAAAAATGGATAGGAAAAAATCAGTATGCGTTCCATATAT GGCGCATTCTTTGATGAAATTTATTTTCACACTCTTAAACAAACCATTGT CTTGTTAAAGGTAAGTATAGGTTCATGGTCCAATGAATTTCATATTATGC ATATTTTACATGAAGAAAATATACTTCTACCAACAGCTGGTTAAAATGTT GTTATTACATATATAAAAAGAAAATCAGTAGAAAAGATAAAATTCTTTGT TTAGAGCCCCTCTACTAAATGTATAAGAATTCCTCATTTGTCATTTCTAA TTCCTTATTATTAATGTCACTGCAATGCATTCATTTTCTCCCCCTCCAAC GTAAGACACTAGAAATCTATCTTTCCCAGTAACAGTAAATACCCCACATT TTTTTATGTGTGCCTACGTCGACATTAAAGAAAAGTATGTAAATATAAAT TATATTATATTCCTTCATTAGTATGCATAAATATATTCAGGATTATTTTA CTTTTTTAATCTCATAAATTASTATTACCAATCTGTTTTCTCATGGACCA CCATAATCAAAAAAAAAAACTCTGTTTTTTATGTATTTTAAAACACCGTC TATAAAAAAAGAGCCGTCAACTGTAAAAGTATAAAAAATAAGCACGGGCC ATAGAATGAGATAATCACGTAGAGTTAGGGGTTAAAATCTTATGTACATG CCATAAATTCGGTTTGGCAAAGGGATAATAGATATATTTGTAACTTCCAC TATTTTCTTTGAAATTTTGGTGTTGGATTTGTAAAATAAATTTTTATCTT AATTGAGACGTCAAATTTACGTCCTGATATATTTTATTGGATAAATGCTT ACAGTTTTTTAAAGTGTTGAAATGACTAACCGTGATAAATATATACAGCA AAAAAGCTTATTGTTTTAGTTATATTCAAATAGAAATAGGTAAATATTAA ACATTGTGACGTCATCCATTGAGAATCCCAAATTAAGTTTTGCTTCAACT CGGTTTGACACGACTCAATTTGTGAGTCTTTTTTCAAATTCAAAGTCGAT TTCAAATTTTGTTGAGTCGTACTGATATTTATCACTAAGTCTCATTGAAT ATTTGAACTTTGTGACACTGTTCCTAAATGATATTTTAATCAATTACAAT TTCTAATATGGTCCTTCCAATCGCTGAGAAGACAGATCAGACATATGGGA CGATTTTGTAATGAATAACACGATCTCGCAATTTCTCAAAAATAATAAAA AAAATTACTCATTCGCTGTCATAGAGAAAAAATAATGGACGTATTAGTGC ATAAAAAGTACATAATTAATACAAAACATCCTGGATGGAAACGCTATTGA TGTCCAATTTTCGCAAATCCATATCAACCCGGAAAAATAGTTGTGAGTGA TCACTATCAGCAGTGTAGGACAAAACAACAGAACCAGTTTTTTGTTGCAA TTCATGTCGAATCGACAGAACTCACGGACAACACGCAAGAGAAAAATTTT TCTCTTGAACTTAGTATGCGTAGGTTTGCACCCAGGTTGTTACTAGAAAA GGAAATATACTTTATGTATTTGGATTTGAATGAAGATTCTCAGGTGGGAT TGAGGAAATGTAATACTATAATGGTTACTTATACTTACTCAMTTCAKCRC CTCWAACKAATWAAAGYAACNAATATACTTTATGTATTTGGATTTGAATG AAGATTCTCAGGTGGGATTGAGGAAATGTAATACTATAATGGTTACTTAT ACTTACTCAGTTCAACTCCTCTAACCAATTAAAGGAACATTTAAAAAAAT CATGTCCTGCAACAGTCATAGAGGGTAGCCATTGCCACTAGAATTTGTGC CGGAATGATAAGAAGTGATAATTCACTTTTCAATAACCTCACCGTAAAAT ACTTTCCACGATTCTACCATAATTTCATAGAGTCCGGGGTTGTTGACGCT AACTTTGACATCAAGGGGAAGATTGTAAAACGCCAACAAAACGCCCACAA TGAGTAGCTGGTCGACACCATCCAAGACCTCATGAATGAAGACCCTATGA AAGATTGCAAAAGAGGAAGGAGTCTCTTACACTTATCTGAAAAAAATAGT AATGGATTACTTTTGCTACAAGAGTTGCCAGCCAATGACGTCAAGAAGGT AATTCGTTAAGTTTGTTGTACATATTTAAATAAACTTAAAAAAAAAAATT AGGGTCAATTACGCATCGTCGGACGTTCCAAATTGTCGTACACTTAACGG TAAAGTCATAACAATTCTTTAGTAATTCAACCTAAAATATCAAAAGAAAC TGTTATATAATTTTCACAAATTTCTAAATAATCCTGTAAAATTTCAAAAT CAATTGATAATATTTTTTTTGAGAAACAAAAGATTAAAGTTCGAGGTTCT CATAATTTGCAGTTAAAATTCAGCACTTCTATATTTTCTGGTGTGTGATA ATATGAATATGGTTATGGTCTTCATTTGGTTATGTTAGAACAAAATTGCC ATGTTCGAGTTCAATATGATTTTCGACATAAGTATTATATTTATTTGCGG TATTTTTATCATATTTTTTGCAAAATAATCGCTGTCTGATAATATGAACC AAATAATTGACAAATTAATATTATCAGACATTGTCTTCAATTTAATAAAA TAACAAATAGCTGACTAAATATCCAAATAAATAGCTAGTTACCTAAGAGA AAATCTTTCAAATAGCTGTGGATGAGGAAGAAGAAATGGAGGAACAGACT CAAGGTATAAAAAATAGGGGGAAAAAATCCCTCCGAAATTAAGAAACATG ATACGAATAACGTCCAAAATTAAAAATTATAATTTGAAACTTGTCCGACT CCATGAATTTTAGGCATTTTGTCATTTAGCTTTTAAATCATCAATAATTC TTCCTAGTTCTATGTTTCAATTATAATATTCTAATACAAACTTCTTACTG ACATATTTTTTAATATGTTTATTTTTTTTTAAATCTCAAATATAACACAC AATGTCTACGTATATAATGTCCATGAACGTAAACGCCTCTTCGATGTGCC CGACGATTCGTAACTTATTCTATATATCTTTATTTTTAACCAAGACTTGA GAGTTCTTGTAATACATGATTTTTCGGCATCAATGACGTTTCCACCCAGT AGAGTCTGAAATTACTTTATTAAATATAAATTAACAAATGGGTACTGGGA ATGTGTAGTTAATTATTTTTTTTCATTTTTTACCGTTTCTAAATTATCAA CTTGAGTTGATCCCTAATGACGCATTTCGACTTAATGGACTCAAGTCCAC AGAACACTATTAGTATAAGTTAACATTTCCCCCTTTGTATCTTTGAAATC AACGGGACAATCGTAGAGACAAGCATATTTTTGTAAGAAAGAATTGAAAA TTGTCAGCTCTTCAAGGAATAAGAATTATACATAAATGTATTGTATATTC ATAGAATAATGTTATATTCTTGTAGGGAGGGAGGAAGAAAGAAAGTCAAG GTATTATTATATACATAGGTAAAAAGAGAGAACTCAAAAAAACTTCTTTT ATGCTTTTTTGTCTTATTAATCTTGTTATTTTTTAGCCTTGTTTGATACA TACATAACATAAACAAAATATAATTTGTTGATAGTCGATATAGGTATGTA CATATATTTGTATTAATAAACATACTTTTTTTTTGCTGTAGGTTTAATTC CACCATAAACAAAGAAAGATTGTGCTTCTTATAATATATATTAATTTCCT TTCAACGGTCTTGTTATTAATTCTTGTTTCTTTCATTTTTTCCATATGTG TATAAACAAAAACTCTGTATATATTAACTCTTTCACAATGAATGCATTTC AGCATATGTTTCCTTTCATTGGTAATATCAATAATCGGTATTATTTGCTT ACAGAAATATGCACAAATATCTATTATTATTGATGACCTGATCAATGTAA TCAATATATGTATATATTGCTCTGGAATAAAAGGGTTTTCAAATGATATT TTTAAAGGTATTTTACGTACACCTCTATTTATATTTTTTTTTTCAGTTAT ACTTATTGTAAGGAATGGTAATTTTGTAGAGCACCAAGGAGAAAGAAAAA GTACTTAAGGACACAGGATCCTGCTATCATAGTAAAAAAGAGGAATAATG TGTAACTTATGTAGAGTAGATATCATATTTATCTAATAAAAAGACAATTC CGTAGAGTGAAACAGGATAACACAAAATTAAAACCAGCAAACAATTAGGG ACACGGCCTACAACTTAGGCTAGACGTATCAGTTTATCTTTCAATCTCGA AATTGTGGACAACGAATAAGTAAAGTGGAAATTCAATTATTGCAACATAT TAATAATAAGGAAAGGACTTCACTTAATACCATGAGAAACAAATTGGATC TTCTTCACGGACGGGCTCATTTCTCCGTTTACGGATGTACTCTGAGACTT GATCCCCTCCTGATACTCCATAAGAGACAGAATTACACATTTCTCTACAT AATGAGACCTTCTAGTTACTTTTAAGATCCTCTGTAGTGTTAATTTATCA AATAACTCGAAAAAGTTGAGATACCGCTCCTCCTACTCTAATGATATATT ATTAGTCTTTTTTTAGGCAGGTATTCCATAACTATTACCACTAGAACTGC CAGGGAAGTCAAATTGGTATACTTCCTTTCTTTAATACCAAATAAATAAA AAACAATTTTTTTAAATGCAGTTGTAATTGTATAACTTTGCATATTTTCC CAATTAGAATCAAAATTATATATAGGAAACTGCTATTTTTCAGATGAATG CTCTTTTTTCTTGTACAACAGTACACTTATATTTCAGCAGAAATATAATT TTCTCAATAAAAACTTCAATTATCTTAAATACTATTCTTATTTCCTATCA AATATGCTGAATTTTAGATACAATAATATTTACATTTCCACCCCAAAGTC AATATACATAAAACAAAAATCTTTTGGTATTAAAATGAAGTTGAATTTGG AAAAAAAAATCCAAGTTATGTAGTTCCATTTATTACTCATTGTTTTATAC TAAAATAGAAATTTGGTGGAATAAGGAAACTGCTATTTTACAAACGTAAA GTTAATTATATCCTAAGCATATTAAGTAAACCAACATTGTTAGATACTTA TGTAAATAAGCAATTTTGGAACTCCCATTTAAAGGCAAACATTGTTTAAT TAGATCCTGTTTATGACAAATCATCAAGGATTCCTAGCTTACCTTTCAGC TAAATGGTTTTTGAGGGCTACTCATTATATGTACCCACATTATTTGTAAA AGAATGTGAAATTGATTTGATAAGAAGTATACAGAAAAAAAGTTGGTTGC AGCTTACGATTTGTACCTATAAAAAAAGGAAAAATTATCAAGGGGAATTC CTATGAGGTTGATCCCAAAAAAAGGATGAAAAATTAGACTTGAAATTTAT TCTTTACTTTATGTTTCTTCTATGAGAAGTTTTTTATGTATTTAAAAATT GTAGTCGATGTTCAATTTACTATCAGCGTATTTTTAATCTATTCGAATGT TTGATATCCAGACTTGGCTGTACTTTAATTTTAACAAATAAAAAATATGT AGGTTTATAAATAACGGCACAATTTCACACCTAGAAAGGACGTGGATGTC ATTTTGTAGGGCTGATGTCAAAATAAAATAAAATGGCCATCAAAGTGGTA TGCATCCGTGGGCGTTCTACTGTTTAAAGATTGAGATCCCTCTCTACAAT TTTGAGATAAAAATATAAATTATGAAGTCTGGGAAATTTTTTACAGTATA TCCCAGTTATGTCTAAAATATTATTTGAATGTATGAGTTTAATTCATACT GTGGGTGATGTAAGGAGAGATAGAGAAAAAACAGAGAAAACAACAATTAA CATAAAGAATTAGCAGACATTACTATACATAATTTGTAACTTAGAATATA CTAATAATGTAAATAGACAAGTAAATGGAAAAGTTGAACATTGTACATAA TTGAATTGTTCAGAAATTATACACTTTTGAATGCGTAATTTGAAATTATT TGAACTATTACATTTTTGTTATATTCCTTCCAAAAAAAATCATCATTTTC TGGTACATTAGCATATTGAATCATCGCCATGTAAAATATATAATGTGTAT GAAGTTGTAGAGATATGATGTAACTCGGAAAAAACATGATTTGTTATGTT CCTGACTTTTTTTATAGTAGGAAAATATGAAAAAGTTTTTGAACAAGTCG TTAATTTAAATTGAATCTTGTAATCTTTTTTTTTTTCAAAAAGTTAAGAA AAAAAACCCTAAAATCACTTAATTGTAAGGATGCTCTAATTCTTTCATAA TCGGTAAGGGGCAAATACTATTTTTTGTGATTTAATTTAGAACAGAGAAC AGCATTCAAAATAAATGTAAGTAAATACTCTTCACAAAGATAGTGCGAGT GAAGGGCAAGGCAGCATATGAACTAGTTAATGACATGTATCCTCCTCTTC GGACGGCTAGAATGTAATTAAATGAGACTCTGCTAGGCTAGGACAGATCT CCTCCTGATATTTTACAGTATTATAAGTATTACTGCCTTAAATTTGGGTT GCTTTCACTATATTGACTTAAAGAATTTGTCCGATTAACTACTTTCGATT AATTGGTCATCGGCCTAATTGATGCATTATTAGTTGGCTTTTAGATAGCT TAACAAGAGCTAATTCGACTGATCAACTTACAGGAAAAGAAAAGGAGAAA AATATACAACTACATTGTAAATGTTTATGTTGGTGAGGTAACGATATTTT TTTTAAAGTCATTAATATAACTATGAATCTTCATTGCATTTATCTTCCTT TTCTTTTTTCTTTTTTTTTTAATGGAATGAAAAAAGACAATAAATTAACT GATGATTAGCCAATTCCGCAATTATCTCGAACTGTAAGACTATTCTTTAC TTAATCGTAAGAATAATCATGGTTTAACAAAAAATAATTTGAATTAATCA AAACATTATTAAGACCCATGATCTGCTCAAAGAAATTGGAAATAAAATAT ATCTGCCTTGAAGTCCAATTTTTTAGCTTGTAAAGACAAGATACTCCCTT TTGAAGTAAGCATTGTGTACACCAACTGAACAAAATTTCGTTTATTTTCT GTGTACTAGTTTGTGTACAACTTTCATCACTCTAGGACATGAAATAATGG AGAAAATTAAGTTTACGTGCAAACGAGAGAAATACAGGTGTGCTGTAACT ATGATTTTAATCAATGCCAATTTTTAAATGGAGAATCGAACTCTTTCTGA CATGATAAAAGTCGAGATTCGAACTGTTAAAAATATTAGGAAGACCCTAC TTAAAACCATCACTGGATCTCTACCAACAATAAATTCGTCCCCAGGGTCA TAAATAACAAATTTCCGATCATTGTGATGATCTTTGGAGTTGTTTTTAGC AAGGGGGATGTCATGCCCTATAACATCTACACGAAGGGACTCAAATTTGA TACATCAACTTTCCTTGGGGTGTTGAAGGACGCAGTGATCCCCTGGTCTA AAAAGGTATGCGTGAATATGCCCTGGTCTGGCAACATTACTAGGCTCAAG CTTACAAGTACAAGACAAATCAAGAATCGTTCCAATACCATTTTAAGCTT TGTCCTCTTCACCTATTGGTCTCCCAACTCGCAAGAAAGCCCTTCTTTAT TTTGTGTGGAGTTATGTAGGGAACTTGACCAGTAGGACCCCCGACAACAC AAATGATTCCTTTTAGTAGCTATCAAGGTGTGGTTCAGCAACTTAGACAC GTTGCTCATGAAAAACCCTGCACTAGGTTTTGAACCCGTAACCCTTACGA CGGCTACAATAAANCAATATATGTTCTTGATTTTTTTTTAAATAACGRAG TGATTACATTTTTTTGGCCAGAAAATTTGACTTGAACACCTGTATATATT TTAAGCTAACACAAAAAAAAAAATTGAATAAAAGTCAAGAAATGGAAAAA TGTCCAATTAATTTTTTAATTCCATATTTATATACAGTTCAGTAATTCAT ATACCTATTTAGGTCAATTACAGGCTTTATATTCCAAAATTCTACGATAA CTTGAAATACCAAAGAAGGTTCACTATATTTTAAAACCATTTGACTTATT TTAAATAAAATCTATCCAGTTCTAATTCTTTCAATGTGACGATTAATTTT TGATACTTCAAGTGCAATTTACAGTGTCTCAAAAGGATTAATAAAAATAA TTGGTTGAAAGGAATTGACGATAATTTGTCAAGAATACAAATGTAATCCA ACTAAATTTGGAGAAAAATAATTATAGCTTGCTTTACTATTGACGAGCTA CATATTGTAGACATCAAAAAGTATGACTATTATTTTTGATTATCCATATA CTCAATAAAAATAATGTGTACTACATGATTTGGTAATAAAATTTAGTATG ATCCAATAATTATCACCCATGAGAATTAAAATGATAACCATTATATTTTA TACTTCTAATTAGAKCTTTAATTATGGTCATTAATATGCATCTATAAATG TATTTTTCATACAAATGTATAAAATAATGAAGTACTAATAGTAAAAATCT TGTTGCTGCCTTATTGCGTAATCAGTTTCTTAACCCTGTGCCTTCAATTG AATTAATTAGTTGTCCAAATTTATTATAGGGATTTATGAAAATTAAGATT CTCATCTATTTATAATTTTTTTTTTTCAAATCGATCTAAATTGAGAAAAA AATAGAGTTTTTTGAGTTTTTGGTTCAAAATAGAGATTTTCTTAAAACTC AAAGTAACTGACATACTTTTTTTTGCTCATATTTATAGTAAAATGAGTGA TTTTCTTCGTATAACAACTTCAAAAATTAGATTTATAATTTTTCTAAATA CACGTGGTTTTAGAACTTTTTTGATGATGCAATACGTTTGCAGCACTAGA AAGTCATGAGTAAGAAATTAACATTTTTCTTCTATGGAATAGTCCATTGA TGAATTTTTATAATTGCATCTATTATTACGTTTTTGAGTCAAAAAATTGT CCAACTGTGCAAATCAAGGATTAAAAAACTCCTGGATTAAATAAGATACG TATGGCATTGTAGGGTTCAGTGGAATTTAAAGAAACATTCATGTTCGGTG TTGCAGGATCTTTTGAGAAGTTAAAATAGTGCATTTTTTTGCTTGTACAA GAATTACAACTTGTATCAGATCTATAAACCTAGTGGCGCTATTACGATCA TATGATTGATATAATTACAAAAGTAGTGGTTGTAATTAATCTTTTTTTGG CTGTGTGGGGGGTTAAGTATACTGGAATATTACTCTATAAATTACTATGT AGCCTCCATGAATTCATCCTTTGAACTTAATTTACATGTTGATTCTGCAA AGGGAAGTACAGGTTGCATACATCATATGGGGAAATGACAGAATATCATA GAGTGATGTCATCTGTAGTAGTTTTATAAGAATTGTATTTTCGCAATGTG TGCATTTTCACTTCTGTGTGTGGTTATGCTTTTGCAATAAAATGTCAGCA CTTTTTTTTATCTACAAACTTTCACAATTGAACCAATCAATTAATATTTT ATTATCATTGATAAAATATAAATACTCGCTGATTCATGTGTATGTAAATG TGTTTTTTTTAAAAGAACAATTACCAATATTCGATCCTTTTAAAATAAAA AGTCTAACTAAAATTATAGGGCTTTCCGATTGTTAGAAAAAATTTGTCTA AATAAAGTTATTTAATAATTGTCGATTATTTAACATTTGTTTATTAAGCA TTAATTTAACCAATCTCTTTTAATCGAATTTACTTATTAAAATTTAATAA TTTTCAAAGGATGTCATTTTAATTTACGTCATAATTAAATAATATAAATA GAATTTCGATTCAAGAAGTGACAAAAATTATTACTATATTGACATTTTAA CAATTTAAACTGTGATCTAGAAAATATTAATATTAACTTTATTAGTAATT CAACCACAAAAAAAAGAGCTAATAATGAAGTATTTTTGATTTGTTTTCTT CTTTTTTTCTACCCCTGTAATAAACATTGAACTATATTCAGGACTGAACC TGGTCGGATTGAGACTAAACTGGACGGGTCTGCAGTTTTTGTAGCCTACA ATTTTGATTTTAACATTGTTGGTGAAAGGGGCACAAAATTAATGTTAAAC AAAAATTTAAGCAATGGAGTTGTTGTTGGATTTAAGTTGTTCGATTTTTT ATTTTCTATACATATTTGATTAGTATATTTCAATTAATTTTTACGTTTTT ATTCAAATTTAGACGATGATAGCAAATACTGAAAAATAATATTCACAATA TTGTACAACCTTTATTTAATTAATGATACTTTATTTGACCCGGATATAGA CCTTTTCAAATATAATGTATATTATTGTCTTTCTTTAATTTTTAAAACCT TTAATTGTCATTCGCAGTGACTCCAAAGGATTAATCAGCACATTTTTTCA AATAAATAAAAAACTATAACTTAAAAAATACAAATTCAATCCAGAATTAA TTTCGGGGATTTAATTAAAGCTTATTTTCGAGTTGACGCGTCACATATTT GAATTTAAATGTAAGGTTAAAACTTGCGAATTCCTTTTATTCAAATTTAA ATTTGGTTCTTATTTAAAAGTAAAGAGAACGGTCTCGTCCATTTCAGGCT TGTTCCGGTTATGTTAAATCCTACACATCAGTTCTACAACAGATAAAGTT AAGTCCTTGAGGACGTTACTGAACTTCATTTCTTTCTTTTTAACTTGAAA GTCCGAAGGAACCACTGACTTAAGATCATTGTCTATGGGACTGATCAGAA CGGTCCTAAGATGGACTGGACTAAAAATAATAAAAAAGGACTGACACATC ACTAATTTAAAATATGAGGCTACATTTTACGTGTTGATAATATTTCACTC TCATTTGGAAAGTTGAAAGTTTTTTATTTGCATCTATATATTTATTTAAA AAAATGAATTTCAGTATTCATGATTTTTTTATATCTCTGTGCGATATTTC TCTTTCCTTAGGATCATAAAAAATATCATAAAGTGAGCTTATTTTTTAAA ATATGATTTACATTAGAAAAAGTTATATTTTTTGCAAAACGAACTCATCA TCATTTGTCTTTCTTTCTTTCCTCCTTCTTTTTATTAATGAGAACTTAAT GACATTCACATATTTTTTTTTTTTCTAGAAATAAAGATGTGGCAGTTTGT TAATTGCGTTTTCATTCCTTGTTTACAAATAAGACAAACTTCATTTTTAA ATACATACATAAATGTTGTACMCAGCCACTTCATAAAAAYATCATTTGAA TATATTTAACCCTAACAAAGAAGTTTTTGTCAAAAACATTTTTTCCATTT TATTAATTTGAAAAAAATTTCTTAGGAATTGCACTGATAACTATTAATAG AAAGGGGAAAATAGCATTCGAAAGCAAAACGTATGTATATCCACATATTT TGTTGTAGGAGATTGTTACACTTAGTGGTGTGCCAGTCATTATTTATTTG GTCAAGAACAATCTGAGGACCTATCCTATCAGTCTTTTGGTGATTTGTTC TTAAGACCGTCAGTCTTTTATACTGTCAGTATTGAACATAATTTTTTTTT TTTTTTTAAGTAAATAAAGCTGAGTAACATCGTCAAGGACAGACTTTATA AGTTTGATGACTATATTCAGGACTGAGCTTGGTCCAGACTAAGACTAAAC TAGACGGGTCTGCAGTTTTTGTGGCCTCCGATTTTGATTTTAACATTGTT GATGATCTTTTTTTTTGAAAACAAAGAAACTTCTTTATGACTTCGTAGAG ACCGTTAGGGAATCGCTAATGGATCAATATTGAAGTGCGCCTGATTTTCA AAAATACTTAGGTCATAAGAAAAGTGTACAATATATACTTGAGATTTGAT CGAAAAGGCCACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNGGGGGGTGACCTTGAATTAAGTTATGTTCCAAGGATACCAATAATT TTATATCATGAACAATAAAATTCATCATCTATCACTGGTTATAATGTATA ATAAAACAGGCTGGMATAACTCTTCCTGTATGYGATTTAGCCGTATGACC TAAGTATTTTTGAAAATCGGGGACATTGAATTTATATTTTATAAAAGCAC AATTTTATGCCAGAGACGTTAGATTATGATTTTCAAACTATACAGTATTT GTTTACTTAATGCCCTATTATAGATAACGTCGTAATTTATAAGTAATGTA TGACTTTTCAATCTTATTTTGTGAAAACCATATCTCTGATATACCTAGGA ACGTGAATATCAACTATATAGGTATAATTGTACATTTTTAAGAGTAAAAA TAAAATTGATTTTATTAAATATTTTATTTTATATTGAAATTTCTGACATA TCGGCAAGAAATCAGTACTATAGCTAATAGTAATCTATATAAGCAGATAT GTCGTCTGTCAAAGTTACCTTATTTTTATGACATTTTCACATTCTGGGTT TTTACACACACAGTAATTTAGCTAATATCAACATCCCTCTATATACATTA TTGCTTTAACAAAATTGTATTTTTCCCGAGAAAAAAAAATAGTATTGTAT ATTTACTATCCAATTGTTTCGTGTCGTATACAAGGAAAAAATATATGTAA AGTATCTTTACATTAACTTGATTATATTTTAGTATTAGAAGATTTTTGCT GAATTTGAACTCACGAACAAAATATATTTTTGTTATTTGTTTTATTATTT ATACCCATTTTTTGTACAGTTACACATATGTATAAATGAACTTTATAACA ATTATTTTGATAAACTTCTAAATATATAATATATTAGTATTATAAGCTTT CCTATCTTCATGTTCAATTCAAAAAGACAAAATATGTTTTATAGACTATA ATTATATGTATATTATACATATATATAAGCTAACTTATTCAAGAATAATG TTACAAAAATCTTGCCAATTATACATTGAAAAAAAATTATATGAAAAGCT TGGCAACTCGGTTGATTGAAATTTTTTGCTTATCAAAAGGATATTTAAAT TTACGAAAAAATGTATAAATCACTAAATAATATACATTAAAGGGCCTTGT ATTTTGCTTTCTAAAAAAAGAAACCCGAGGATTTGTAACAATGTTCTGGA AAAAAAAAAACTCCCAATTTTTTTTTTTTTTTTAATTCGTAATTGAATCA AAATTTTTCAAAAAAGGAAAGATAAAGGTCAACTCACATTAAAGCAAGCC GTGGCTACAAAGTCCTATTATATCTCCAGTAGAAAGAGGTTTAATTAATA TCATTTCGACAAAAAAATGCATAAATATTTTAAAGTTACTTTCTAGTTAA TTCTTTAATGAATTATTTGTCTAGTCCATTTTCAAGTCGTAAATCTTCAC GAATTACTTATATGTATAAATGGTTATAGGTCTATATAGAGATATTGCCA TGTCAAAAAACGTAGCAGTATAATTAAATAATTTTTTTTTTTAAGTAAAG CAAATAAGATATTGCGGAATAAAGACTTTCTATTTAAATTAATTAATTTT TTGAGCAGTGCGTAATTTTTTGTCAGCTATCGAATATATTCATAGTGTTT TGATTGTTTATTTGCTGAATTTGAATCATATCTCATTAATTATGGAACAT AGATATGTTCCATAGATGTGGGAACTTGGACTTGACTTGATCAGACAATC AAAGATTGAAAGACTTCACCTGGGCTCCAATGTTTAAAGTCACGATTCTA AGTATGGGATTCATTTTTTTTACTCGATATAAAGTATGAAGTGTGTTGTT TTTTTTTAATTCTTCTCTCCATTCTTATAAATAGAGAAATCAAGTTTACA TTAATTTTATTTCATATTTCCGTTTAAAACTGTCTTTTAAATAATATTAT ATATTAATTGAGGATAATTCATATCAAACCATGTTTTTTTTAAATTTAAA AACACTTATTATAAAAGAAATAATAATCTAACTGTTCTCATATAATTCAT TTTTTCGCTAATTTCAGATTGAAAATAGAAATAAAAACCTTAATAAAATT TAGATTTTTAAATTTTTTTTTAAGCGTAAGATCATTTAGTAATAGTGCAT TTTTAAACTTTTTATTTTATAAACATTTCTCAAACATTGAGTTTATGTAG ACATATTGTAGCTTAAACTTTTTTTTTAAGCCACTAAAAAATCAAAGATA TAACATAAAATATCGCTTTACTTAAAAACGGGGCATGTTTTTGTTTTTTT TAACTCTCAAAATCTATAAATGTATAGTACATCAAAGAATATCTAACATC TTTTAAAAGTCTTGGGAACGATTTCCATAAAAAAATCATACTTCTACATA GGTGAATTTTAAAAAAATGGCAAATTGCTTATTCCAAATTTGTCCTCAAT GAGTGAATTTTTATTTTTTGATAGCTAATATTCATTAATATAAAAATATT TTAAACTATATAAGTTATATATAAAATATTGAAAATCTGACAATAATAAT GTTTCTTCTCAAAAAATGACTTTTATAACTCAAAACTCAGTTTTTATTCA ATTAATATATCAAAGAAAAATATTTATTTAATCATAAACTCCATAATATT ACAATGTTTACAATTATTCTGTAAATTTTATGGATGTATAAAATTGAAGT GTAATTTTTGTTCCTATAGATTTTTAGATATGTTGCGCGTTAACAGAAAA GCAGGCTAAAGCAGGTTTTCTAATAATTAAGCATAGACTTCATTTTTCGA AGAATCATCGTCAATTTCTATCGAAAGATTATTCTTACTAAACCTTTGGG CGCTTTGCAAATTGTTCTAATACTAGTCAAAATTGAATGTCACAATAAAA GAATAATAAATTGATAAATTTTATCTGAAACGCCTAATAAGGGATCAAAT AAAGTTTCATAAATCAAATAAAGGTTCTAAATTATAGCCAAAATTCTTGA GTATTTTAACTCATTCTAGTTAGAATAAAAAGGCAATAATTGGCTCAAAT ATTTAAAAGAAATATTGTGCTTTATGAATGGAAGAGTATATATGAAGTAA AAAAAAAATATTGGGATTATCCAGAGATGCATATAAGCCTTAGTAAAATA AAATAGTACATCCATTTAAAAAGCTTTTTTCTTTGACATAAATGCCCCCA AAATACTCTGTAGCAACTGTCTCCATTCTCTTCCCATACATAATTTTTAA CCAATAATATTTCTCTTTAAGAAAGAAAAGGTTGAGAGATGCGTATGTAC ACACAAAGAATGAAGATTGTCTTCTGTTTGAGTGAGCCCTCTCTTAACAA TTAATTTTTCACAGAAAAGTATAAAAGACAACAAAATATGAAATTTTATA CAAAACCATTATATGTTGCAATTGAGTTAGAATTATCTCTTACTTTAATT CTAAAGAACTGAATAAAATAACATTCTATCAATATACATATATATATTAT TAGTCAATGTAATGTAGCAAATATAATGTGTTAAAAGGTTTTGAGTCTAT TTATATATGTAGGAAAATCAAATTTTCTACATAATTGTTTACTCAATKTT GTATACTGATTAAATTATTCTTTCATTTTACNNNNNNNAAATGTAGGTTT GTATATAAGGTTCAATAGATATAATTTTAAAACACTATTATCATCCTTCA TATACATAAATAGGGGAGACTGGGTGAGTTGCAACACTTTTTTTTTTTTT GCTCAATTACTCTGTTTAGGTATGATAGGGCCTACCCAAATCTTAGCACA ATATACTATCATATTGTGGGGGGAATAATCATTTGATCTCTTATTAATTT ATTAGTTTGGCCACTGATAAACGTTTTTTTATTTATAAGGTTTCAAAAAA GCTGGGCCTGACAGACTTGCCTCTTTGTTTTCCCCAAATTTACGGGATGA GTATTAAAAAAAATTGTTTTGTTTTACAAATTATCAATAAAATTATCGTA TGTACCAAAAATCTGGAGTAATGCACATGTAATTTTTCTACCAAAGCCTG CTAAGATTGACTACAATGTTTCAAAAAGCTATAGACTAATCACAACACTG ATACTATATATAGAGGAATTGAGAAGGGGATTTATTGGCATATAGAGTCC CTGAAGTTGACGGGTTCTATAATAAATAAATTCGGATTTCGTAAGAAAGT TTGCAGACTCGGTATTGGGAAAAGTGGTAAATAAGGCTGAAAGTGCGGTA GTTTGTAAAAAAAAACATGCAAGAATACTGTTTTTTACATATAAGGAGCT TTTGATAATCTTCCATTTAAAACCATAGAAGCAGCTTTTGTCATGTTTGG AATGACGATTGTACAAACAAACGGTACATGTACTTTTTGAAAAATAGAAG AGTTGAATAGAATTAACAAAGATGTAAAGTATCATTTACTCCAACAAAAG GATSTCCACAAGTTGGAATTTTCTTCCCATTCGTGTAGAATTGTTCTATT CAACATATAATTTCAAAACCAGGCTATTATTGACAGTTGGAATTGCAGAT TATATAACCGAGATAATTACTGAAATAGATCCATCATCCTATCATACCAT GCAAAAATAGGTAAATGAACTGAACAGGCCTTTGGATAAGATTGGTCCTA AGTTTAGTAAAATAAAACCAAAACAATATTATGTGCTTGGTCTGACAAAG TGAATACACCGATACTGCATATGAACGGACAAATTATAGCATGGGTAAAA TAATACAAGTATCTTGGGTTAGTCGCCGATAGAAGATTCAGCTAGAAAAC GGATTTGGATTACATTATCAAAAAGGGTAAAAGGACTTTATTCTTTACTT GTAAAATAGTTGGGTCTCTGAAGAGTTTGAGACCACTATATGCTAAATGG ATAAGTGAAGCCTATAGCGAATCGATTTTGACTTACAGAGGAAGAATATG GGCATTGCTTATAATAACAAAAGAATTTATGATTGAGAAGTTGAGAGGAA TAAACAGGTTAGCATGTTTACTATTTTGTAATGTGATTTAATCTGCATCA ACTACAGCTATGGAAATCTTTCTCATAGTACAACCCATGCATCTAAGCAT AAAATGAAGATCAATAGCAACCTGTAGGAGAATAGAAAAAGATTTAGTAT AACCTGGATCCTTACAAATAAATCTTAAGGAGAGCCTTGGCTGATGCAAA AAGATTTTAAATCAATTTTAAATATGTTTGAAACACCAATTGAGATTACT TAAAAAAAAACTTGGGATAATCTTTCACTTCAAATAGAAAAGCAAGGAGG AAAAATTATTTCAAATTTTCTCAACGTTTATATAGATGGATTAAAATGGT ACAACACTTTTTTTCAAACAGGATCGGAGGGTTTTTTAAAGGAATTACGT GCTCTTCATCATATGGAAAAAAAAATTCAAATACCGATCAAAATATTCCG GGACATTGAAGCGGATATTTGTTCAATAGCCAAAAATTAAGGCTTTTTTA CGGGTAAATATGTTAGAGTGATAAAATAAATAAAGACTTTTAATAGGAAG GTGACAATAACTGGGATAAATGGTAATGAGGAATATACAGAAAATGAATA TCCTTGCCAAGAATGGCGGAACTGTGCTTAAAGAATCTGAAGTGGAAGTT CCCAAAAGTACAGTATTATTTGAGATTGATAAGAACATAAGGAATACATG TGAACAGGAATGGATTGAAAACACAATGTTTCGACAAGCAAAATCTTTTT TGGGACCTAGTTCGGAATGGAAACTTTTTAAAAATAGACGAACATCTGCA AAAAATTTAATTGGGTTAATTACAGAGCATATTCCCATAAGGATGCATTT AAAGACCATGGAATTGATGGAAAATGCATAATACAGACTCTGTGGAGATA TAACGAAAACTCCCATTCATTTATAGATAGCGTATGATGTACTAAAGAGT ATCAGGAATGTAATATGAAAAACTCGCCTGAATAAAATTAAAATTTTKCT CTTCATTGAAGCCATTAAAAAGACTGGCTATTTAAATGACATTTTTTTAA ATCGTTATTGTAATTTTTATAAACTCTTTTAGATTTTTGTTTTGCTAAAT AAATTATTGTTGTAACAAATGTAATTTTATTAAATAAAAATATATCCCAG ACTTAGGGGTATATGTTACATGGGTGGCGGTATTTAATTGGAGTTACCAT GGTTTTAGAGGGCGGTCCCATAATACATGTATTAAAAAATAAGATTTTTT ATAGTATTGAGGTATAGAGACTTCTAGACCACTCCATAATCTTAAAGTGT TTCTTCTTTAGCCACTCCTTTGTTGCCATTGGCCGTTTGTTTGAGCTGTT GTCGTGCTGGYTGATATATTACACGACCCATTTTAAGTGCATCTATCTGT CTTCGGTTTTTTAGAGGAGGTTCAAATTTTGGTACAGGAATTTCATCAAA ACGACTGATTGGTTTTGTTGCTGCACTCATATTTGAATACACAATATGAC TTTTACGATTATACGATTATTTTTAATTGCAGACACAACTTAATTTAACT TATAACTTTGAAAATGAGGACTTGTGTTTTTATGAAACGAAAATATGAAA ACTCTTCCAATATTGTCTCCAAGATTAAGAACCAAAAGCAGAACCAAAAA AGGAAGATCATTTAACTTTATCATCATCTCAAGAGATGCTCTAATTCGGA ACTCCGTATTCTATGAGCTACGAGTGAAAAATACTAGTCTTCATCAGATA GCAAAATCGACTCCTTCCTCGCAACAACGAAGTGATGCATTAACTATGAG TTGGAATTTCAATTTTCAAATAGAATAAGAAATTACTTTATTTAAATTTT CAAGACGCACGGTATTATATTGACATTTTGATATTAATCATTAGTATTTA TTAGAGAGCATGACATCATTATTGTTATGTTGAAATTGTAATTGAGATAA TGTTGGATATTTGCAGGTAAACACCCATAAAAAAATTATACAAAATCGAA CCAAAATCATTGGATATACATATTTATACATCTTTTTTTAAACAAAAAAA GGAATATTTATCAATAATTTTCTTATAACTATGAATGATGAATAAGTAAT AAAGGCCTAAAGAAGAGTGTCATTTTTCAACATTTTTCATCTTAAAAATG GAAATATGTCTAGTTCAAAACAAAATAATGAATCAATAAAAACATTTATA TAAAAAGAAAAATGTCTTTTACATCAGTTTTATTAATCGCATATCAATTT GATGATTGTTTTGTTGATAATAAATTGACTCTCAACTATAATAGCCCCAA ATTACCATAATCAAAAATATTTATGAAATTTGACAACCCAGAAAAAAACT GAGATAAGTTATGGATTTTGAGCTTAAATAGATATACTTGGCTTCATTTC ATTGGTAGAAATGTCGTGCTCTCACAGTGAAATTCAAACAATATATGGTA CAAGAAAAAATAATGAAAAATTGACTGCCTATTACAACAGTATTTTCTTT AAAAAAAAGTTATTTTATATTGCACAACCCGTTTTTATCCAACATTTTAA AGAAAAATTGATGAAATTATTTTAGTATATTATGAAATTGTGATATAAAA TTAATGACTGTAGATTTTTTCATGCTCAAGAAAAAGTTACTTTTACAATA GCCAATAGTCTCCACTACTTAAAAAAAACTATCTTCATACTTCATATTCC ATAAAAATACTAAAGATGGTAAAGAAATGCCATTTATTTCATTAACCTTT TTATTGATGAGTTCATTACTTTTGCGCAGACATATTTTATAAACTTATAT TTTTTCTTATTTCATATCATTTCAAAGACTTGTATGAGGGGAAAAAAATA AAAATCATTAATTATAAATTTTCAATTAAGATTTTTTTTTTCACACTTTA TTTCCCCATACTTTTTTAATCAAGACCTTTTTCACAATGATTTTCTTTCT TTTTTTATACAAGGAATATTATTTTTTCTTTATTCAAACAAAATAAATCT AAATCTATGACAAAAAAATCTTTTTTTATATATAATAAAATGATTAAGCA TTAAATTAACTTTTTTACTCTTTTTATATGTTTTTTTATGAAAAAAAGAT AGATACATAAATAAGGTATTTGTCAAATAAAATGAGTATGTCAATCATTT AGTTATCTACGGGTGCGACTGACTATTAATGCACTCTCCTCGCTCCTTAA CCAAAATTTTATTAATGATTGTGATTCCCCTCATATTTAAAAAATACACC ATCAAATTACTTTGTGGAATAATGAAATAAGGCGTTATAAGATATTTAAT TTGTGGGTTCAAAAACGTAATCCATATAATTCGTGAGAGGGTATTTACTT TATTAATTTGAGGCAATGATATATTTAAAAAGAAATAGATCCCTGGGAGA AAATTACAATTATTATTCTTATTTAAAAACAAACACTTATTTAAGAGCAA GAAAAAGACCATTCAAATCTTCAACAAAAATTGGTTTGGTGTTTTTAGAT TACTTACAGAAAAAACAAATTTTTATGTTATAATTGCGATTCAGAACCAT ATTTTGAATGTCAAATTTATGGTTCTTTCACATCGAAGTATGTGTAAACC CTAGCCTCAATGTTAGAATTTTGTTACACGGTTAAATAAAACTTTTTAGG GAAAAGATATGGTTCATAAAATAAAAGTTAATCAGAATAATCAGAGTAAA TATTGGATTTTTATACTTCCAAGATCAGTGAGATAGATTGATGATAACGG TACTGACAGATATCTTTGATGATGTAATTGGGATAAACTTTTCTAAGAGA TAGTTTTGACATCTGATTAAGATTTTTCCTTAGGACGAAACAGCAAAATT TTGCAACCGATCCATACCTACCAAAAAAGGGAGTTTTGCATCATATAGTT TACTATCATTGTTTTTTTGTTTTTTTAGTAGAACTTTTCAAGTTTAATTA ACTTAAGTATGGGGAAATTGCCCCGCTATTTGAGTGGTAATGGTAAAAAT TAGTACCTAATGTACTATAAAAGATAAGTAAACATTGTTGCATATAAGAA CCAATCAACATAGATTAAGTTAGTAAGTTCTCGATACCAATTATTTATGA AGAAGTAATAACAATAAATCAATTTTTTTTTATTGTTTCCTAAATTAACA TTAGAAAAACCAGATATCAAATCAAAAATNCGTGTGACTCCAACCACTGA ATAATTATTTTTTCATCAAAAAAACAGAGAAACTCGGCTTCCAAAAAATT TCGGTGGKCTTATAATTTTTTTCGAAATACTTAGATCATGAATAAAATTA AACAGATCACTAAAAAAGTCATGAAAATTATAATATTTAAAAGTTATATC ACAGACGACAAATTGGTACATTAATTAATAATTATGGCTCAAGAAGGCAA AAAGAAACTTTCAAAAAGGACAGCTCCAACCACATTTAAATTGCAAGTTG TAATATTTTTTTATTAATATACATAAAATCGACGGTAAAANCATAGTATA TTAATTATTKTCCTCTGTAGTCAAAAAAAAAAAAAGGGGGATATATAAGT CATTCTGATGTTCCTCGAAATAAAAGCAATTAAAAGCAGACCACTTTAAT TCAAGGGAAAACAAATTGGGCTCTACTACCTACAACAAAACATTCATATC ATCAAAAATTATTAACTTGTTACCCATTTAATGATCAAATTAACAATATA ATTGAATCAGCATTTATATAATAAATAAGTTGATTCATCATTAAAAAAAT ATTTATGTATATGGTATATATATAAGTTTTTTTTTTNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNAAGACAAAAAGAACAAAATCAATGTAATAAATCATACAT AAGGACCTGTAAGTAAAAAAAAAAGATCTGACTAATCGAATTTATATATA TGTTTATATCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN 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AGTGGAAAAAGTGCATAAATTTAACGTGTGTATGTTTGTGAATGAAAGAC GATAGAATATCTAACAAACGATTTGTTGAATAGTTATTGATTTAAGTCCT TGTTAGACTTAAAGTAGATTTGAGGATTGACATTGGAGTAATTCCTCCCT ATGTTCTTGCTAGATCCTTCCTTCTCCTATTATAGGTTTTGTACCTCATT TATTAAATTGTCATCTGAAGTAAAATTATTCTCTTTAAATCTCTGGGCGT GTGTTTGACTTCTAGTTGTAGCTCCGACAGAATTAAAAATACAAATAAAT TAGTTATAGTAGTGAAATGACTACTTTTATGGAATCCGTACAACTCCATT TGACCTATTAGGTGGAGGGGGGGGGGCATAAAAAAATTACATCACTGTTA AGCTTTTCATCTTCAAAATATTCTTTCAATTGTAATGGTTACCATTTCAT TTTTAGATTTCTTTTATTTTTTACATAGCGAAAGTGCTTAGAATTTATGA TTACACGTATACATAAATTACAAATTAATTGTTATGAGTGTTGTGTGTAT GTGGTTAAATAGATTGTGTTTATATCAAATTTCCGGCCAAGCACTACCAA AATTAAGAACGCCATAAAATCTTTGTTTATATACTATATTTCATAAAAAG TTGGTTTAAATGTTTATTATGATATACATTTGGAGATTGGCTTTAAATCT CAACGCGAGTATTTCCTTTAAGTGCTTAGCCAACTCAAATAAAAAGGGAT TTGTTTGTAATATAAAACTTTAATAACACAGCATATGCAACAGTACTTTC CCCCCCCCCCCGTTTGAAACACACTGTAGAACATGAAATTAACCCTTAAA AATATCAAACAACATAGACTAGACCTACCGAGCTTTTTTTATTAATCATT TTAAGTACAGGATGCAGGGCCGTATCTTGACCTAATTTAATACTAATTAT TTTTTTTTATTTTTTTACAATTGCATCTATTATTGCTTTAACTATTGAAT AAACCTTATACTACAACTTAAAAAGATTAGCTTTTAATAAAATGGTTGAT TTTAATTAATTTTTTTAGTTTAACTTTTACTTTTTTTTTTATGAATAAGA AATGAAAGGTATAAAGCATTGATCTTTTATATGCTACAATGTTTTTATTA ATTGATTTTAACTTTTATCAATCTGTCACGTCGAAATACAGCTCTAAATC GAAATTATACACTTAAAACTTTTTTTTAACGACCAAACGTATGTCGGTTG AAGATTTTAATGGTCATTTTGGCGTTGTACGGCTTAAATAACTATAATAA ATGTGGGGTTCAGCCGATATCCGGTCCAAGATCTTAATTTTRTTACATGA TATAATTAGTGATCACATTGAATACTTTTTTACCATAATATGTTATAGCT GTGAATTATTCATCCAAAAAATGAGTCAGAAAAATAATATTTTGCATGTA AGATGGAAACAAATAATTTCTTTCTGAATTAATATATTAATAGAGTAGGT TTTTCTGGTGTTGCCCAAGACATTAAGAAGTGGTGCCGACCGTTGAACTG TCTTTCGCTCAATTTTCATATTATTGTCAAAATTATTTTGGCTTAATATT TCTTCTTATTTTTCATCTAAAAACCTTATATGATTATTTAAAATTTTTTT GCAAAGACACATTCCAACATACAATGAGAATACTTCATAGAATTTTAAGG TGAAGCTCTTTATTTTTTTTTAAATTTGTTATGAGAAAACGTTTTCTTCA TCTCCATTCTGTCTGAGAACCCTTGATGCACATGAGAGCCTTTTTAATTA TTTGAATAATTTTTTAAAGGTTCTTGGTCAACGTGCAGTTAAGAATACTA AAATTAATGATAATAAAAATTTTCTCTGCAGCGTACCTACGAATCTACCA TATTTGTGAAGACGAACATTTGATCTAAGCACCCTGTAGAAATATGTACG AAAAGATAGAAAAGTCGTTCTTTATAAATCATTAATAACAAAAAAATTGT TATCAATAGGGGTATAAATCATTTTGTGCATTGTAAAGTATATGGGATAA ATGGTACATATACATTTAATCATTAGTTTTATGTAAAATATATACTAACA ATCCATATTAGGGGTAAAAAATAATTTGAAAATTTGGGGAAATTCGTAGT GCATCAACATAAAAACGATTTTGAACAAAAACTAATAAAATACAAATTTA TTTTTAACTTCAGAGGTATATAAATTCAAACAAATATTTGATAAACTTAA TCAAATTTGTGGTATTAGGTAAGATACTTTATAATTTAACTAGAGTTTAG ATTTTTTATTTGATCTAAAAGACTTAAAAAAGCTCCGTAACGCATTTTAA ATAGAATCTATCAATGGGTCATTGTTTGATTGTGACAATAAATTTTGAGT TCAATTTGCGGCGCCTCTAAAGGGTTAATAGGAACATTTTTTTAATCCAA ATTTAGAATAATTTTCAAAAAATACAATAATAATCTGCAATTAATTTATT TTTTTAAATCATTCCGGCTAGTTTTTCTGTTGAGAAGCCACAGATGTACA AAATTGAGCTTGGAAATGATTGTGTAGTTTGTATTTAAATAGTACAAATA TGTACACTGCATTTACATGTATATTAAAAAGTTTGATTTGGTATTGTATT GAAAAGAGAGAGTAGGGTTTCTAATTTTCTTGGAAATTGTCCTTTCGAGA GATCCTTGGATCTATTTTTTTTTTTTTAATGGAGATACGAGCAAATTTTG GGATGAAACAGTACATAAAAAAATGTTAAATTTAAGTAATACAATATGAA GTGTGTTAATAACTATTATTCAAGATATTGAATATTTTTTTTGTATTACA TGTAATTCAATAAATTACAATTAATATAGTTTGAACTGAGAAGAAATTTC TCATGTGTGAACTTAGTACCTCAATCTAAATGAAAAAATAGTACATTTAA TAACCTATTATTTTAAATATAAATTTGGAACTAATTTTACAAGTACTATA TATATTCGAGAAAAGGTCCGAAATTAATTTATGTTTCCTGCATTAAATAT TGTTTTGTAGCTTTGTGTACAAATTAGTGTTAGGTATTTTGTTGTTGTTG ATGATGCACAGAGTGCATTATTTGCACTTTATAAATAATTAAAAATTTAA TGTCTAATGAAACTTTAATACGTGTTCGTAACTTTTTATTTAATAAACTA CCTAAAGAGAACTTATAGACTACAAGTTTTAATAAAAGTTTAATTAAATT TGATATTGTGTAGTCATAAAACTTTGAGAAATCCTGAGAAAACAGGATCT AGAGCTTCTGGATTTCTTAATGATGAAATAATGGTAAATAAATTTTCTGG GTAAAATTAACTGTTTCCCTTTAGAGGAGATCAGAAAACTCTGGTGCTCT CGTCCTCCAATTATACAAAATTGTTCAATAGTTTTACCATATCCGATCAT TGTTCAATCTTAATTTCCACCACTACATAATTTCCAGCTCTAGAGGATAC TTCTATGTATTTTACCAGAGTACCAGAGTGTCAATCTCTTAATGAATAAA TACATCGAACAATAGACTGAGTCGGCTATTTTAAATATTCCAGTCCCTCA AACAATGTTGAGACTGCCTAAACAGTAATAAAACTAAGTGTATATGCTTG TTAGTAGCTACATTCCATGGCTAGTCCATAAGATTACGTGTAATAAAGAA GATAAGGAAATTAAACGAATTTTATCTCAAAAGCGACGTTTTCCATGTCA AAATAATMTCCTTAGCTACAAAAAATTTGAAAAAAAATGTGCAACTTATT CGACACAATAATATTAAAAATAAGATTGAGTAAGTCTCAAAGCTTTGTCA CTCTCATATGAAACATTTGTACTCATATATCAGGGAAAAAAGAGTAGGTT TTGGTAAGAATGGAATTAGTTCGATCCGAACTAGTACTCATTTAAAATGA TGTTGGCATAGATTCTTGCTGTAACATGTATTTTGCATCGGAATCAAGAG CATGTGGGTCTTGATTGATACAATTCCTGTTACTCCGTCACCTCAGAATG TTTATTTTGTACTGAAAAAGTTTATAGTGGAATTGTATATATCCGTTGCT TTTTCTCCATTGAATAGACAGAATTAGCACATTCTTCTTGCAGAAAGTTG CTAATACTGTTGCTTCCCGTCTATATATACCCTTTTATCTTTCTATTCAA AGTGATTATGTGCCAAATGATTGGAAAATCGGCAATGTAGTTCCCATTTT TAAGAAGAGAGATCCTTTTGATCTTTCTAATTACACACCTATATCCCTTA ATAGCCATGTCGGGAAAATAATTGAGTGGATCGTTAATCAAAAACTCCAA CCATTTCTTCATAGCTATAAACTTATTTATAGTAGACAATACGGATTCCG TCCTAATATACTGTATAATTGGAATATAATTTATCTCTGGGATGTGATCG TCGAGGTTATAACCGATATCTTAATTGTGTTATAATTAAGTTTTACTTCA GTAATGCCTTCGATAAAGTCCCGCACAGGAAACTCCTCTTTATATTGTCC AACATAAGTATAAAGGGTCGGTTGTTATAAATAGTGGTTTAGTACCTGGT TGACGGAATCGATACAGAGTGTAGTGATTGATTCCACTTTTTTTTTAACC TTGCGACGTTACTTCATCTTTACAACAAGGCAGTGAGTGTAATTGGACCC ACGCGCTCTTTGATTATTCTATTTTATTAATAACACTATTAATAGTGTTT GAAGACAAAGAGTAGCTTCTGGACAAATTGGAGGGGCAAACAAAAATACA AAGCCAATCACAAAAAAGAACAGTAAAAAACTAATGACACTCCATCCTGA TTAAAAGAAGAGTTGTCGTAGGGCACATTAAAAAAGTTTTCTCGCACGAC ATACTTTATCTTTCTATCCCAAAATTGGAGAAAGCAGAAAGTTGAAATTC AATTATTGTAACCTTTTCATAATAAAGGAAATAACTGGAAGAGCTATTGA GTTTTTTCTCTTATAGAGTATTCTGGGGGGGGGGGKGGGGGGAGAGGGAT TTGTAGTCGATCTGTGGAMTGAGGAATGAGACCAACATACAAGAAAAAGT GTGATCTCCTCCGGCCTCATTCCCCTCCCCAGATTCCCCCTTAAGATACA ACTAAAAACCAACTTCTACAGATAATGAGACTTTTAGTTTACTTTTATGG TTCTCCAAAGCATTATTTGTTTGAATATCTCGAAAAAGTCGCGATCCCTC TCATTTTGCTTCTATCAATTATTCTTTACTTCGCTTCATGTAGCGAACTT ATTTCCATGTTATTAAAAGATTACGATAATTGAATCTCGACTTTCAGGTT ACACGGTCTCCAACTTGGAGATAAAAATGGAAATTATGACGTGTGGGCAA ACAAATAAAGTGTACTTTTGATATATTTGTAATGAAAAACTACATTACAA ACGTGGAAGTTCTCTAACGCCAACCGAACTCGAAAATGTTTCTCAATCCA ACACTACTTTATAACTATTCAATAAAAATAGGTATACTTTATTCTGTCAA ATATATTTTATAGGTTGAAAATAAATTGAAAAATATATTTAATTCAAATA TGATTGCTATAAAGCATTTATATGTTGAATATAAAGGGATTCAGATCCAA TAAAGAATCCACAGAGATGATAATCTCTGAAAATAAATTGATAAATAAAG TTTAAAAAAATAATAACTATGAATTATCATAATTCAAGAGGGAATTTGAA AATTTGTTTTTGTTTATATATTTACATTTATGTATAAGTCTATATTTCAA TTGTGTTTTTATGTTTACATATTATATGTATAAATATATATGTACTCTCT GTATATGGATGTCAATTTATGATTATGAAACGTAGAAATTTGTAGAATGG AAATAAAAAAATCAATGAAGTATATATGAATATAATATAAAAAGATATTA TTTTCTTAAGGGATTTTAAATCCCTTTTATTCACAATAAAAGTTAAAAAA CACTCTTATTTATATATATATATATATATGTATACATGAGTTGAATGTAA AGGCATTGGATGATGATAATATGTGTGCTTAATATGGGTGAGAATGTTTT TTTGTTACATATATCTCCATACAATAAAGGCATATGTGCATTAGGGTGAG TCAATGCAAAGAGACGAAATAGTAAGGAAGTTTGATTATAATCATTTATC AATGTGTACCTTCTATACATCCATACCTATCATTCACACATTATATCTAT GAAATTATTCTAACGAAAGCCTTCCACTTTTCAATGGGCCCAACTATTGG GCCTAATAAGTAGTTTAATATATCAGAAGCATTTTTTTTATATAAAAAAA AAAAACGAACCTAACATGGTAACCCTTAACATTTGAAGAATGTTTACTTT ACACCGTAAAGTAATTATTACTTTGATCGATGTGGGCTTATATAAAAAAT AAATTGTTTCAAAATTTATCAGATATCTCTCTGTAAAGAAGATCGTGTAC ATGATGAATTACTATGTTGAGCTGGTCCATGAGGTTAGTAGGCTAATTAA CTGCAAGAGATTCTATCTTCGAAAACATGATGTGGAGGACACAAAAAGAT TGTCGCTGAAGACTTCTTGATCGATATGGCTTTTGAAATTGAAGCCTCAC CAACGACAAGCAAGAGGGCGTGGGTCAAGTACCTCAACTTCAGCGAGGGC ACTATCAGGAAATCCAGTCAAGAAGCCGGGACCTACTCTTATATCAGTAG AAGGTGCAAACTTCATTCTGAAAAGACCAGGGTGGCCTGGGATAAGACGC TGAGTAATTGGTTGTAGAAAAATAAACAGTGCACTGTCCTGATTATCTTC GACAAGATCGGAGTCTGTCCTATTCAGTCGAAGATGTTCCCATGATCAAT GAAATCAAACACTTGGGACTCTGTCATTATTTTGGGTGTTGTGGCCAGTG ACAGAATGCGAATTCCCCTCTCCTGGTCCTCCAAAGGGCTCAGGGTGGAT GTCAAGGAGTACCAGAAAAAGGTGAAATGGTTGTGATGCCCTGGTTGGAT GCTAACTACCCTGAAGGGGATTACTGTTGGCAACAAGGCTCAGCMCCTCG TCATAAGGTCATTACGCTTGGTGCAAGGAAAATCYCTCTAATTTCTAGCC GCCTACAWAAAAAAATTGTNNNNTCATAACTGGACTCTTTCTTCTGTACT AATGATTTTTGGATTCATGTACGGCAAGGCTGGCAAATTTCCCTATTGTT ATGTTGATTCCCTGCAGGCCTCCGTTAAGAAGGAGTGGGCTGATTTGTAC ATTGACCACATCATCTAGGTGTACAAGGCCTTCAGCCCCAGACTGGAGAC CATGGTGGCTGCAGAAAAAGGGCATTTTGAGAAATAATAATTAATATTAT AAGGTAAAATTATAATAATAAAATACTTCTGAGGCTATAAACATCTTGTT CTTGATCAAGTTGATTTCAATCCTACTGTCAAAAATTGTAATATTAATAA ATACCAGCTATGTATCTATGAAATGAGAACTTTTAAAAAAATGGAACGTT TAAATCGCTAGCCACACATTTTTCCTATCTTTCAGGCAATTTATGAATGC CTTTTCAAAAAAAGTTCTTCTTCATTAGCTGCATACCAGCCATCGACCCA TTTTTTGGCTTCAACGTGAGAATCGAAGCATAAATCATTGAGTGTGTGGC CCATCTATACAACAAGTAATAATCGGAAGGCACCATGTCTGGTGAGTAAT CTGTATGAGCAAGAGGTTCCCAGTTGTACGATTCAACAAGCTGGGGTGGC TATAGAGCGATGCAGTAGTGCGTTGTCAACAAGAAAAATTACCTTGTGTT ACCTGGCTTGATATTTTGGGCGTTTTTTGGCGTATAGCATGGTTCAAATC GTTCAATTGTTGTTGGTAGCGATCACCATTAACGGTTTGACTGGGTTGTA TAACGTCATTCCATCTTCAAACTTTGTCAGTGGCCGGCTGCACTCTTTAT TTCTCACGTCAAAATCCCCACTATGGAATTTATCAAACCACCTAAACCGC TATTCTCTGCATAGAGCATGTCCATCTTAAGCTTCCACGATCGGCTTGAG AAGCGGTTTTRTTCAATTGGTAACAGAAAGTCAATGATGTCRGCATATCG TGGTTTGTAAACATAAAATTAGACATTTTTACGGGCGAAAAAAGTGCATT GTTGAATGAAACTATACAAACAATTAATTATTAATGTTGACACATGTCAA AATACGCATTTAGATTTTTGGACTGGCGACACCTAGGGACCAATAGCCGA AAGTCTCATTTGATAGGCGCATACCTTGTATGGCAACTGCTTTTTCATCA ATAACGATTTTTTTAATAGGTTACTAAAATTTTATATACATCACCTATTT ATTAAAAAAAGGATATTACTTTTCATCAAAAAGATTATGTTAGAAAAATA TACTAATTTACTACTTAAGTACAACTATTATAAAAAATGTGTATTACAAG GAATGAATTATCCTTAAAGTTCAGTGTACTTTAAGTTTAAGGGGATATCT TGTAAATGGATTAAGTAACAGCTTCATTTATTAATATATTAATAAGAATA TACTCGTATTAATTTACATATACTTAGTTAGTTACCAAGGAGACTCATAT ATTCTTATGTACCCAGTAATCCTTTTGTCTACAACTGTGAATTAAAGCTG GAAGACAAAATGATGAAACGATTCTGTAAGCTTAAGTGGATTCCTTTTCA TAATAGTAGTTGCTCCTCCTGAGTCTCAATTAAGTCAGACGTGATAAATT ACTTAAAAACATTTATTAAGCACACAATGACAGATATTATTTATGAAGTT GACCTCCATTGCTCTCAATGACGCCCTTCAAAGCCACGACTTGCCACCAT ATAGAGTAATGCAAAGTCTCTATAGTAAGTAAGTTCCTGGTCAATCTTTG CCACAAGTCATGGTAAATCACTTTGTGATGTAATTGTTGGAACTATGACA ATATTGGTAGCATGAGCTAGTCTCCAGCGACCATTAGAAGATGAAATACT TGGCACAATTTTCCTCTTCAACTTCTGTCGAGATGTTATAGTAGGTATCA TGTCGCTTATTTTGATAAAAGTGATGCAGATCAAATGCGAGAAAAACATG CAGAAGGGGTATGAAGATACAAGGAATTTTCAATATTTCCAGCCAATCTC TGCTAGCAAGAGACTTACAGAAGAATCTTATTACTTTATTAACCTTGATT TTACTTGTCCATCTCCAGTGTAGCTGTAAAAATATTGCAATTTGCTACTT AGACTTACAACAAGATTGTCTGGATGTCTTGGTTACAAATTAAGATGATG AAAGCAAAGACATAAATATAAAGTTTTCCCATCCTTATATTCCATCTCCT TCTTATCTCGCCTCCTAGACATAATATTAGTTGGGCTCACAATACCCATG TTATATGTATGATCAGGAGCGATGCTAGCTTTCATCATTTAAAGAAACCG AAAAGTTATGGAATACAGACAATATNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAGGGATTTAGGAAC ACTTGGGGAGCTTTAAACTCCTAAAAAGGGGTTATCGACRCCATTGTGAT AAAAAMCAGCAACAAGAGCGAAAGGACAACAGTTCAAAGTCTAAAAAAAG AATGAACAAACTATTTTAACGTTATGCCCAACTTTGTAAAGAAGTGATAT ACTATAAACTACTCATATATTGTTTTTAAATTTGTTAACTTTTAATCAAT AATATGAATAACTGTAGTTTAGTTTTCTTTTTTCAGTCTATATAAATCAT AAAATAAGTTTAAAATATAAAAACGTAAGWAAAATTGATTAAATTTCGAG AGAAAAKTAACCATAACTTTGAGATTCCACTCTAGGAGCAATGATAAAAA AGCAAACACGATTTTTGGCACAGTGATACCCCTATTTATGTATAACAATT CCCAAAAGTTTYATWTTCATAARAGTTTGGCATTTTTTTTTTTTTTTTTT GTTGTANAGTTTGGTCATTTTTTTTTTTTTTTTTGTTTGATKAAGTACTT GCTAGYGTWTTTCAGATTTTTTTTTTAATCAAAATTTAAATTATAAYAAA TTTAAATATTCTAATTTTGACTTCATTTTTGGAATCCTCACACTTCAAAA TATTTAAGTACCAAATTTCAAGAGATTAGCTCAATTGGATCAAAAATATA CTAGAAAAAGTATCGTCCGGTAAAAAAAATTTAAAGTGACTTTGAAAATT TCGGTCTGGGATAAGTATCTATACCTCAGAAACGACTCAGAATTATGTGT TGAAATTTGGCACACTTAATTAACTCATAAATATGTGTTTGCGTGCCAAA AATCCTCCAAATCTGTTACCATATAGGTAATTATTAGTTTTTTTATCCTC GTTTTAACACTACCAAGTAGAATGTATATCAATATACAAGCTTTCAAATG GTAAGTTAAATAACGTCGATTTTTTTTTTTTTTTTTTGTTATCCTTTAAC CATCTTGATATGTTGAGGGCTATTATAAAACAATTTAAAAAATAAATATT TATAGCCTATTCATTTTTAAACTCTATATTCGTACAGTTCAACATTTCAT AAACATATTACTGTCAATTATAGGCTTTGTATCCAGCTTTTGGGATAAGT TAAGACACCCAATACTCTTAGCTACAGTATAAATCTATATTAAATTTAGA AAACTTAACTTGTCTCCAACTTTGGCTCACTTCAAATAGAAACTATGAAA TTATATTTTTTTCAATTGCTTCTTTAATTGCAAATTGCGGGTCTCTTAAG GATTCATCAGTATAATTTGTTGATATGTATGGACGACAAAATCTAATCCA GCCCCAATTGGTAGACAAATATTTCTAGATTACTTTTAAGTTAACAGGGA ACACATGCATTTGATTTTTTTTAAAGGATAAATAAAATTACATAAGAATA TCCTATAGGTGGAAGAATATATGAAGAAAAAAATCCTGTCCCTTGGAACA ATTCCAAATAAAAGTGTAGTAACATTTATAAATAAAAAAAACTAAATTTA AAAGTCAATTTCATTGGAATTATATGTTTTAAGAAATTTAATAAAAATTT AAACATGTGATTAGTCAATATAAAACAACCAATCTATTTATATGTTTAAT ATGGTAAAATTAATTTTAGTCACACTTAATAAAGCAGTTGAAAATTTAAT AAAAAAATGTAAATATGATTTAACGAACAGAATTTCAACGATTTATTTAG CTAAATCTTTAATTTTGATAGAAACTATTCCAGCCTGATTTATGTTTACA TGACAAATATGATGTTGCCCTTAATTCTCATTTGATAGATTCACTGGATT AACTTTTTTTTGTGTCTCATTATAATTATTATTGTTCTTTCATTTTTGGA AACTTTTAATGGGAACACTATTATTCTTTTCTGAAGCAATATTATGTAAA TTGTCTATAAAAGAAACACAGATGTTTTTTTTTATTTATTATTTATTTAT TTTTATTTAGTTTTGTATTATTATGTAAACCATAAAGTAGTAGCAAAGAA ATTTTTTCTTGTTTTAAATAACAAGAAACAACATTTGATATTATTATTTA TATATAACTGTGAGTTAATAAATGAAAAGTCATTAAAAGTCTTCTTTTTT TTTCAATCTATTCAAACCATAAAGAAAAAAAAAAGTTATTCCAATGGATA TTATATTATTACTATTAAAAAATGTATCAAAACAACTTTTTTGTAGGTCC ATTGCCATTAGATTTTATATACAGCTATACAAACCATTTATGTTTTTTAG CTCAACTAACATGCAAAAATAAATTGAGTATACTACTAACATGAGAGATT ACAATCTATTTGCCTATCAACTGTCGATTTGCATAATTTACAAGGGCTCC TACAAAACACGGTTTCAAACACTGTGGGTTTTGCATAACAAGATATTTGG AATTATTCTGACTCCCCCTATATTGTGGTATAATTCCCACATATGTGTTT TGTAAATTTATGATAATAAATTTACAAAACTATTTATTGAATTGTATTAA TTGTTGAAGAATTTGTTCATGTTATACGTATATTTTCATATAATAGAAGT TTATTAATTTTTCATAGGGAAAAGGAGAGAATATCATGTAATTGATTTAA AACAGTTATACTTAAAGTGGTTTTTTTATTACACAAACTTGTAATTAAAA TAGTTGCTAAAAAAATATTGGTTAAGTTCCAATTATTTATATTTTACAGT ATCTAAATGACCATATTAAAAATCAAGTAAATACCCGACTAAGATTAAAT TTTATAACTATTTTAGGAGAATCTTGTCCGGTATACATTATTTTAAATAA TTTATCATCAATCAAATGTTTTTATTATCCTAACCAAACTAAAAATCAAA ATAAAAAAGTAAAAATTGGACATTTTTAAAAAATCCCCTATTTTACGGGT TTTAGTACTGATTTTTTTTTTTTCATACAACACGGATTTTTCCTGTTCCC AATAGTTTGCAATAAGCGTGACGACTTTACGTATGTTTTCTTGCCACTGA CTTGTGTTTTGAACAATGCTAATTGTTTAACACTAGAACGACACAAGTAT AGGGTCTTCTTTTGCAGTTTGCTTTTATCAAAAATGATTTTATTTGTTTT TGAGTAATGCAAATTAATCATTGTGTCTACGAGATTACTGATTAAAAAAA TATGATTAAAATTCTAAATTTATTTTTACCAATTAATATTAGGTGGTGGT AAAAGAAATTTCGTATTTCCCAGCCTTTTTTTTATGTAAGTATTGTTCAT TATTAGTCAATTGCATCATACGATAAAGACGTAAGTGTTTACTATAAACC CTTTTTGGAAAACTTTGCACTTGGACAGTTCAGTTGCAAATTATTGTGCG TCGAGTATGGAGATCTCAAAGAAATAATTTTGCCATATTTCACATTTTTA CTACTTGAAAGGGAAAAAAGCGTTATATACAGGCCCAATACTCATTCTGT TCGTGTTACACAACAGTGGGACCACATAGTTTTTTTGTTTGTTTTTTTGT TCGACTATGCCCTCTACTATGAGCCAATTCCTACAGTCCGGACCAGGCGC CAAGTGACTACAACCTATTCCTGTCTATGGCCAACGCGTTTGGAGMACAA AGTTGGCCTGAATAGAGGCCTTTAAAAATTGGTTGTCCGAGTTTTTTTGC TAATAGGGAGAAGGGATTCTACGAGAAGGGTTATCCAGTTGAATTCTCGT TGACAACAGCTTATTGAACAGAATGCGGCATACATGGCATAAACCAGATG ATTTTAACACTTCCTATAAGGCATTGCAATAAAACGAAAAATATAAAATT ACTTGTTCACCAACCTAATTTTAAATACACCCTAGAACGAGGCACGGTGA ATGCTTGTACCAAAAATGATCTCAAAACTATGCTGACCAACAAAATAAAT ATTTTTGGGTCTGTTTTGACTAATATAGTTACTATACCTAAATTGAATTA CTGCTCAAAATCGAAAGTATGTCTGAGTACATGTTTGAAAAAGTAAACAT CAATAGGTACAAAAATGATTCCACACCGTCTGAAGTAGGATAATTAAAGA AAAATATCTAATTTTTTCTACTGGAATAGTTAATTTATTGTTTGATATAT AAATAAGACCAAATAACGATCTAATTACATATTTTTAATACATATGAGAA TCTGATACACAGGATACAGCAACATAACTCCCATTTTCTAAGGTCAATAA AACAAGGCTATAAATTTTTATTTTTGTTTGATAATGTTGGTACACATTTA AAGCTTTGTTTCAGACAGTTTTGAACATCATCAGATGGTTTATAGTCCAT ACGCTTAATAAATCAAACTTTGGTATTGTAATACCCTGTTATTTTTTCAT TTTTTTGTTCTCATATATGACATTTCAGTAAGATGTTTTAGAGGGATAGT TTGTTTTTTTACAAAAAGATTCAAAATTTAATTGGCAACATATTTTATTT TATTCTATAGATTATTTTCAAGTGACGTTATCTTTCTAAAAGCTTAAATT ACTTTAATACTGATAATTATCCAAGATTTTTTGGAAGCAATTTCATACTC ATTATAAAAAATTATTATTATTAAATATACTCATTGCTCAGTATTTGAGA CACTAATAAGGGACAAGAGAAGTAGAGAATTGACAACTAACAATAAATAG GTATTATTGTCCTATTAAATAAAATGGACAAATTTTATAAGAAAAAAGTC TTGAAGAAACTGTATTTAATGGCGTTTTTTTAGATTAATTTCGACGACAA TTTTGTGGGAAATTATTACTTGACCCTGAACAAGTTTATTGTTGACAAAA AAAAAGAATATTTTATTAATATTTATTAAAAAATTAAAAAAGAAAATGTT TTAATCAATATATCATCCCTTCTGCGKCCATCGCCTACTCAAATTGGTTC TGAAGCTAACATAGACGTAGTGGACGTATTTTGAAGGCTTGTATACTAAA ACCATCTTAACAGTACATCTTGCTGTGAACAATTCCCAACATTATTTATA AAATAATAATTTCATAATTAGAAAGAATTGGNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNCAAGATACAATAAATGTGTTGAAGTAAGTGTGAT AATTATATTTTTAACATGACTTCACTTTCATATTTGTAAAGTAATTTGTA ACGTCAGTGAAAGTGCGCTTTATATTCAATGATTCAATATATTTTCTTAA TCTTTTTTTGGAAAACAAGGGAGTTATACATAAATACAAGACTTTAGCTC AGCTACATACAAATTTACAATATACATATTTCCTTATCCCCTGTCAATTT TTGAATTGTTTTCCCTTTATAAGTGTTAATGAGCTTGATTGGTTGAATTA AATTTCCTTCTTGTTAAGCAACTGTGAAAACTTTCCATTAATTAATGAAA AATAATTAATTTTATAGTTGTGAAAAATTGGCAAAATAGTAATTATCAAC TGAGTTTGAACTTTATTTCTATTTTTTTTTTTAAGGAAAGATTATGAAGT AGAAAAAAAAATAGATAAATACGTGTAGGGGGAAATCCTTTAAATATATA AATGAATATTGAACATTATATATATTTGTATATTTAAATTGGTTGCTGCA ACAGAAAGACGGAGAGGAAAATGAGAGTATGTAAGTATATTATGCATACA ACATTAGGGTGGGTCGTTTTGGTGGAGTTTGATCAACTTTTTCGAATTTG GAAGCTAGGTGTCCGGGAAACAGTTCTTACAGTTTATTTATTCATTATAA ATACTCATACTAAAGGGACAATACTTATCCCTTAAATAAAGACTCCTCCA TCTAAAATACAACATTTTTTGAAAATTACATAATTAGTGCAGAACTTTGC ACAGTAGGTCTTTACAAAGCTCAGCTCTAGAATAGCTCAAGCAATGATGA TAGTGGCCTTCAGTAGGTTCTTTGTAGTGTATCAATCTCCCAAAAGTTCC TTTTGAGATGCCCAAAAACACCAAAGTCCAGGGGATAACAGTCGAACTGG GGGTAGGCCAAGAGTCGTACTTTTCAACCTTGTTGAGGAGGACTTTGCAC CTGGAAACACACTTCACTCGATCCTAAGGTTTGAAACCCCCTAACAAGGA GTTCTCTTGTAGACATTAAGTTTATGCTTTTTTTCACAAAACGTTACATG GGGATCTTGCTACTATCAAATTCATCAGCAAGGCCATTGACGGTCAACTT GACTCTTCTGCATTCAATGGTGCATTTCACTACCTCAACCAATTATTTTG GCCTATTTGATCTTTATATGGACCTTGTGGAAGCTTTTGTTGTTCATCTT ACGGTCAACAGGMACAGAGTAGAGCGGTTACAGTTCATCATTTTAGATAT CTCTGATGGTTACTTTCCACACACGTATAGCTCCAGAATTGCCACTCTAC GTTGCTCCATATTTTTGGTTATGACACTCTGATTTCTTAGTTGAATTTGC ATATTTTTGTTTATAGTTATTGTAAACAATTATATAAAATAAGTTATTAG GATAGAACAGCAAAATAGAACAAATGTGGGCCATCCAAAAAGTTTTTAAA CTTTGGACGGAGGTGCTCGTGTTATGAAATGTTCCAAATATATACATATT TGTATGGAAAAAAAGTAGAAAATCGAAAGCTTATAAAAAATACAGTTTAA TAAATTAAATGTCCGTGGGATGCTAACAATATGTCTATCAAGTATTCATC AGTATAATTTGTTGATAATTATTGAAAAGAAATATTTCTATATCGCATTT AATTTAACGGGCAACAAATGCATGTGATTTTATTAAAAGGATAAAAAATG TATTTAAGAATATCGTATAGGTAGAAGTATATTCAAAGAAAAAAAATTCA AGCTCTTGGGTAGTTTTGAGGGGAGTTTGATGAACTTTTTCGAATTAAGT GGTCTGAGTATCACCGGGAAAAGGTATGTACTAGTATAAACATAATTTTT GTAAAATATGAAGTCGAGTATGTGAGTTTCAGAAGTTCCTCAACACAAGT AGGTATATTTTTAAATTTTGTATTTTTTCACATAATTGATTTCTTTTCTG AGTATTCACTCTATTGAAAAGGGAAAATCCCACTAATTATTTTTGTTAGG ATTTGTTGATTAATTATTACTAATTATTTATTATGTTAGAAAAATTGAAA TATCATTATTTTGCATATTCAGGTGAAAAATCAGACAATAATTAGTAGAA AATAGAAAATTTTGTTTTTTATAACCTATAACTTTTTTCTTAATATGAAA AAAAAAACTTAAACCAATTAATTAGTAAAGGCTAAAATACAGTTAAGTTT ACCCAGGAATAAAATTACTGACCATTTAGTAATACTAGATTTTTCTTTTT TTCAAATGCACTAAATATATATATATATGTTAAATTTCAACATGATTAAG GAACCTCCAAAATACGTTTAATCAATCTGAAATTTGGAATGGAATAGTTT TTTAGTACTACAAATTTCAACATACTTTCCATCATCAATTTCTAAAATTT TAATTTCCGACCCACTCTAATATATATATATATGTAAATAAATAGCCTGG ATAATCTTCTTTTGGCTATGTAGTATGTATGTATATTTTGAGTCACAAAA GATAAGTCAGTACCTATTTTTTTCCATATGAAAATGAAAATTTTCCTTTT TTTGTCAACTCTTTTGATTCTTACATAATGCACTATTTAATTAATGATAA TAACTACTATTATGTTCTAAATGGAATGTCAAAATCATTTGGAATATGCA AATAAACTATTCGTAGATTTGTATGCCTGCCTATCTGTCTAGCAAATATA TATATATATAAATAAAGCAAACATTTGTACGTGGATACCTGAATTTTGAG TGTGCACTTGACATCTTAGAACTGCATCACTACTTTAACTAAGAAATCAC AATGTGTCAATGAGTTTGTGAAACACAAAGAGCATCGTATTCCAAAAAAA ATGACAAAGTAATCATGGTCAGTTATACTTGGATGCTAATAACAAAAAAA CTCTGAGTGATGCAAGGTACAATGATAGTAATACATATAAAAATGATAAA CTATGTACTTGAAAATGAGAGTAACTTTTTCCAGTTAGCAATCTGAGAAG GGTTTTATATATTCAAAGGTGTTTTCATTATTATTTAATTCTTGAGAAGG AAAGATTAAGTATATAAAAGAATAAGTAGTGTGTCTGCTCATGAGAGAGG CAGACTAACAATGAGGGTTTGCTCTGGAGTTATAAGTGTAGATCCTTGTG GACTCGGAGCAGAATTGAAGATCGACATTGGAGTAATTCCAGCCTATATG TCCTTGCTATATACAGAGTAGGATTTGTGTTGATTTATTTTTTGTCACGG ATGTTTGCAGCTGATTTAATAAAACGTCAAGACAACTAAGCTGTTCTCCT CACAGACATTTTGCAAACTGTCAAGGTGAATTTTCGGTTTCTTTTATTTT TACAAATCGACTATACATATTTTACCATTCACTGACGATAAGTATACTTA AATATAGTCAAAGATAATGCATCATTTTTTTTAAGATAAATAATTAGAGG AGACAGTAGAATGTTGTAACAGAGCCATTTCTACAAATATCAAAATAGCT ACAACCATTTTTTTCTTCAATATTTTGGATAGGAGTGGTTTTTAGGAGCA TTACTTCGCTAACACAAAAGTATATAGTGAGTGTATTTTGATAAAAACTG TGGAATTTTTTGCTTCTGTTCTACGAATCAGTATTCTGAACGTTTATTGG TTCATTTAAAAATTGGGTCTGATTAAGCTGTGAGCAATTGCAAGTGAAAG ATCGAAACAAGGAAAAAATATATCCATGTCATACATTATTCGTCATAAAA TCCCCTTTTCCTTTCTATAACTTAATCTGTTTTCTCCCTTGAGTATACTA TGAATGTATTAGTTAATATATTCACATAAGCTCCACTCGAATCTCAAAGA GAGAGATATGGATAAAGGCCATCAAAAAAGTTAGGCGCAATTTTACTTAT CCTTTAAGTACAAAGAAACTTCTAATGCTGGACCCTTAAAATATGTAATA GACATTTCCAACGTCAGAAATGAAAGGTAGGCATAGTAGTTTCATTTGTA AGCAAATTATATCAAGAAATTGGGAAAAACAAGATCCTCTGAAAATTAAG GGTTATATATAAATTTAAGAATCAATCCATCTTAATTTGCTGCTATAACC ACTCACCAAATGGATCTYTAATACTTAATAAATATCAATGTCAAAGAAGA ATGCGAAAATATAAATTTAGTAATAGTTTCTCTAATAAAGCAAGCATCAT CGCTGCAAAAATTTTGTTGTCTGTATTCATGAGAAATTTTGTAAGAGAAA AGAGGGATCATGTTTTGCAAATTTATAACTGAAAAAACTTTGCTTAGAAA GATTCTTCGACTGATCAAAGAAAAATATCAAAATTTAATGGTCCATTGTA AATATTTATTACTTATTTGTACATATATAAAAGATAAGTCTAATATTAGT TAATAAAATATTTTCTATTTATGTTATCTACCAAGTTTTTTAGTGAATTA TATTCCTTTATATATTATAAATTATTATTGACCTTATTATTATTTGCATT TACAAAAAAAAAGTCCTAAGTTTATCCAAAATTGACCTGAAAAAAATCTG TGATGTATTTAATAATCGAAGCTGTGTTTTTATGATGACTAATGAATCCG GTTTTTTTAATTGTTACATACATTTGTCAATGTATTATTATTATTTTTCT TTTTTTCTTTTTTGGGGAAGCAATATTTTTGTTATTTCATTGATTTTTTT TAATTTATATACATTGAATTATTAATAATTTTGCTAATAGTCAATATAAT TTGATCAAAACCTCATTGATGATAAAATTTCGAAACTATAACACTCAGAA CAAAGAGGTTAGTTGGATAGGTGTTGCAATTTTCTACGTATTTTTATTAT TCTTTTTCCTTTTGCTTCAGAGAAAGCAAATCTTTTAGACTGAGCAGGGT TCTGAAAAGAGTTGTGAGTGAGATTTTATCTTATCTATAATATATATCAG CCTGTAAATCTTTGATGTATTTGTTATTTTTCATACTGTAAAGTTGTGAT GTTAAATTCAACTGATTTACTACATATATCCATTAGAACGATTAGATACT AGAACATAGAGCAAATAGAAATGGACAAATATTTATCAATTTCTTGTAGC AATCATAAAGTAATTAATAAACTTAGTTTTTGCTATACCTCTCCAGTATG CAGACCTTCTGATATAGATAATTATCTAAATTGGAATATATCCTTGTATA CTCTAAATAAAATTTAGTGAATTATGATATAACTTTTTACAAATATTTCA AGAAATAAAGATAATAAAAGCTTCTTTTTTTTGCCTCTAAAAGATTAATA AATTGTTATTAAATAGACAGAGAATATTTAAAAAATGTAATCCATACATG TTATAATTTGGGTACATAAGCTTTTATTTATGAGAAAAGAATAAATGTCA ATTTTTAGATCGTAAATATGAACTTTCTATGAGATAATGACACACTTAGT AGAACTCGGGTCCAAATTAACTTCTACTGATAGATTACATTTACGTCTGC AATGTTGAACTCATTGAAGTTCAATGTTATATTTCTCAATGGGTTATATG TTCAACTTTTTCCTTTATTATAACGATGGTAGATTAATAATATGGATGTA GGTCAAGTAAAAAAAACTTTCTGCATTGGAAATAATTATCTAACGACGTA GAGGAAATATGTAAAAAGTTTTAGGTATATATGAATGGATGGTAAACGAC CCAAGTAAATTTATGCTAACACAAAAAATATTATCAAATCAATTTTTTTT TCAAATAAAAATAAAGGAGAGCGGTATCATTACAAATAAAAACAAATCAC TTCCATCTCTCGTTTGTAATTATACTCCTAGAAGAAACATAACAAAGCAG AGCGGCATCGTTACAAACTAACAACAAGGAGTTGGTAATTATAATATTGG AAAAAGGAACTACGAGGAGGAGGTAATAGACCTCGTTCCTCTCAGATTAA AGAAGTCCTAGAGAACACTCTCCGGTAGAAATACTGGCTTCAAAGGAACT GTTGACACGTCGTCTATCTTGGATCCAAAAACTAAAGAGMGTCGTATGTC AGAGGTAAATTTAAAGATAAATGAAAATGCTCGAGCTTGTCTTGGAGTCC ATGATGGAATCTTGACAAATAGGGTTGTTGTTAGCATTTTATGGTCAGTA TAAACCGTGAAAGGATATCTTTTAACCGCCCACTAAAAATGTTTAATTGC TTTTGAACTGCAGTGAGCTATCGATCAAATGTACAGTATTTACACTGAGT CTGGGAAAAAACTTTTGACCAAAATGTTAGGGGTTCCCAGCCTTTTCCTG GTTTGAACTGCTCGAATACGCGCCGATATTAACAGCGTCTGTAGTGAGAG CAAGAGTTATTTTGGGATCTCTAAAAATTAATAGTAGTTTTTCGGTGAGT GATGGTCTTACCTTAATGAAAGCCTCTGTATGAATTTCAGTCCATCTGAA ATCGACGTCTTTTTTAGTAAATCTTTTAACTGATGAATATAAGTTGCAAG ATTTCTAATGAATCTAGAGTAATATTGAGCTAATACTAAGAACTTTTGTA AAGGCTTGAAAGATGGAGGGAACTGAGTATTTTGAAGAGTCTTAATACGA TCCTAAAAATTTAATTTGCTTCACAAAAAACTCACACTTTTCCGTAGAGT GGACCAAGTCATTTTCTTGTAATTTACGGAATATTATATCCACGCGTTCG TGATGTATTTCAATACCTTCTGAAGCTACAAGAATAGCATCTAAATAGAC AAAAACTCCTACAATATTGCCTAAGACACTGTCAATGAACCATTGAAATA TCTGGGTGGAGTTTTTAAGACCGAAGGCTATTCGTACAGGCCCACTGGTG CAATTATTCCAGTTTTGTAAATGGAATCGTTCTCCATGAGATTTGGTGAT GTGCTCTAGACAGATCTAGCTTAGAGAAAATTTTTGCAACAAACAAATTC GACGTAAACCCCCTCAAGTTAGGAAGAAGATAACGATTCAGCTCTGACAT GTAGTTTAGAACATGATAGTCTCCACATAGTCTATGCCCTCCATTGGATT TTTGAACTATGTGGATGGGTGAGAAAATGTTGAGTTTGAGGGCTAAATTA TTCCGAGACTTTGAAGTTTCATAACTCCATCCTAGAGAAATACTATCTGC TCTAAGTAAAAGACTATTTAAATGGCATTAATTTCCTGGTTGATTCAGGA GCTCAAGTAATCAATTACGGATGACAAATTTGAAAAAAAATTGAATTATT TAAATATGACTTTCCAGTGTTGCATGCGTATTGCCTCATCGAAAAGTGTT TTTTTGATACATTACATAATTTAGTGGATCGATATAGCTCAACGGACAAC ACGATTGGAAGAAAATATTGTCTTGAACTCAATGTGCGTAGATATCAACA CTCCATTGATGCAAGAAAAGGAAGTATATATTATCTATATGGACTTCAAA GACAATTCTTAAATCATATGGATTAAAGTAATACTATAATGTTAACTTAT TTATTCAGTGCAACTCTATCTAATTAATTAAAGGAACTTTTTGTAAATAT CTAATTTTGGGGTATTAAAATGAAAAAAAAACTTTCATTTGATACTTGAA ATATCAGTCAAAAAAAGTCAGAAAGTTACTTTGAGTATTAAAAAAAATAT CCATTTCTAACCTAAAACATAAATATTTTGCTAGCTATAAAAATAAAAAA TCTTTAATTTTCACCAATTTATAAAAAACAATTACCTATAAAAATGAACA AGAATTATATTTTTTGAAACGTCAAATTATAACTTCCATTAACCTAGTGG GTGCAATAGGGTTAAATTTTCAAAGGATAAGCTTTTTCCCATATACCGCA CCGTTGTGATAATCTCAGGTGGTTTTGTACTAGAGAGGTTTTTTCTTAAG AGATATTTTTAAAAGGTTTAAAACAAAGAAATGCTGTGTTATAAAAGTAT TCATTTCATTATTTCTGTCTAAAAATGAAGAAGTTATAAAATTGAACAAA ATGCATAAAAAAATTTATTGTCATTGGACTACATCCATTTTAGAGTAGTT TTAGTGCATGCATGACTCTTGTTTTGAAAATTAAATGAATTATAAAAATA ATAATTCTTGTTTATGTCTTTTTTACTATTGATACTTCATTTTATTTTAT GTAGCTTCTAAATTTGTTAATTAATTTATCTCATAAATAAGAAACTAAAG AAAAAAAAATTAACTTCTTGGCTTAAAGAGGGAAATTTATTTGTTTGTTT TTTTCATGTGAATGGTTTTAAAAGAGGAATATAAATTCATATAATATCAA ATAAACTATATACAGTCTAGCAGTGGACATACTGGTTCATATAATTGAGC AAATTTTTTAAGGAAAAGTTACAGTTTGTCACATTTTTTTTATGGAATTG TTTATTAAACAGATTAAAAGTGTTGGATATTTTATTACCTATTAACATAA GTGAAACATAAAATGACGGTTTTCAAAGATAATTTACTTTTTGCAATTTT GTACTCTAAGCCCCTTAAAGGTAAGTTACTACATCCAAAATAAAGTTTTG GACAACAAAACGTGTACTCGAGAGTTTTCTAGGCTTGATGACCTTTGTCA GAAGGTTACGTGTGATTCTCGTCTAAGTGGGCAATCCCAAATCGTGTGCT GTTTGATCTCCTCAATCTTCTACTCCAAGCTGGACAGGAACTCGGGATTC GAATTAAATTGTGTTTTCACATTCTTCTTATCGGAAGTGGTTTTCTTCAT ATTGAAAACCTTGTAAACAAGGCTCTTGGAGCATTTCACAATGTCTATAA TCCTCGTCACCTCAACTTCGGAATCTAGGAGATCTGAGATGCGCTGCTTT TTGGTTTTTTGCTCATTCATGATGACGATATGACAAAATGTTTATTATAG TTTGATTGTGCACAAAGAATAGGTAAAGCAGAAAGTTCAAATATAATCCC TAAAATTTCCAATATTAATGGGAAAAATTAACATTAATTAACTGTCCACA TTTTTTGCCCTACTCCGTACATAAGGGAAAGTTATATCACATCATTTTAA TACATAAGTGTATGTGACGTAATGAATATAAATCTTAGAAACGTAGAAAA GGAGCAGTATGTAGAAATTAGATACATAGTTTGTAATAAAAAATAATCCT TCTTATTTATACGTGACAAAAAAATCAAGCATTTGAAAATTCATATATCA AATATGAAACACATGGTTTTATAGGCCTAACTTCCAAACGATTTTTTTTT TTTTGGGGGGGGGGGAGTGGTTGTCATTGCTATTTTTTTAGCAAAAGTAG AAAAAGGTTGAGAGATACAATAAAGAACTATCTCATAGTGAGCTAAATAT ATCTGTTGTTATAAAATTTTATTGAGTGACTATGTATGAACATTGAACAA GCATTTTCAATTTTAAAAAGTTATAAAATAAAGCTTCTTTTTTTTTTATC ATTGATTTGATGAATTGATAACTATTCTTTCAGCAAAAAAAAATCATTAA AAGCTGTCATTTGAAGGGGGGGGGGGGAAAGAWAGAAKTTTTTTAATATA TAATATTTTCCGATAGTTTTTACATACATAATATGTCTAAGAAATTTTGT CTTAAATAAGTTTCAGAGTTTTTTATGATTTTTTTGTAGAAGAGGCAAAG CATACAGCAGAATGTTTTATTAGTAAAATTTATCTGACTGATGACAATTT TTTCTTTTATATACATATATATAAAGCCTAAGTGTACGTGAGCCTTAATG ACCGATAAAGCTGACTCGACAATTGAACCCTTATATATATATAATATGTA TGTACATATATAAACCATTGAATATATAGAGAAAATCCGATTAACCGACT ATTATTATCAAAATAATAGAGTAATGAAAAATACATTTATTCATTCATAT AAAAATATGCACAAAGAAATATCAAAGTATTCCATTTACAATTTAAAAGT ACTTAAGTAAATAAATATATAAGCCAATCTATCAATTTTCCCATAGTATT GTCGAAAAGAGAAAATTCAATATATAATATAATTGCGTTAGTTTTTGTCA TACAAATATCCTATGATATTTCATGTTACATACCATTAGATACATGCGTC ATTTTAAGCATTTATTCGAGTGTCCATATCTATTAGATGGGTATATATTT GTACTGAAATTCTGCTTGAAAAAAGTAGCCGTCTAGTTGTTTATAGTAAG ACATCATAGACCCAAATAAATCAAAATATATTTCATCTAATAATTTTAGA TCAGCGTTATGAGTAATAATATAAGAAACATTCCTAATTTGTTTTACATT TAAAATGTTTTTCGATATTTTAATACAATAATTTCTAACCATCTTATATA CAGTTAATTGTGCAATCAGTGAGTATGATAAATCAATTGATAAAAATCAT CGTCAGAAGAGAGTGGTCCCTTCTAATTTATACTCAAACATAAAATGTAA AACAATACCTAAATTTAAAAAAAATACTTCATAATTCATCGAATCATCAG TAATTATGTCCGATTGTAGAAACAGTGCGTTTTCACAAGACGTCAATATT ACAGGGGCCTAAGCAACAAAGTTTTATAATAATGAAACCCCTTTTTTCAT TAATATTAAGGAATATAGTCAACTATTGAATATGAAAATGGGACCAATAA ATAAAAGACCTTAAGCCGTACTGTCTATCAAAAATGTATTCATCTATTGC CTAGTTTTATTATATATATGATACCAAAGTTTATTAAAATACATTATTAA ATTTGTTATAGAATCTTATTTCCGTTTATAGATAAAAATTAACTATTTCA ATTGTAAAAGTAATTATACAAATTTTGACACTTTATAGGGATTTTCAATA ACTATTACTTTGATTTAGTTCAAATATCCGTCTTTATACGTGGATCAAGT AATATTCAATGCAGATGTGAAGTCTTTTTTTATTCTTAGATCCCTTTGAT GGAGCTTAATTGAGATTTATTGAAATTTAGTTAATTTTCAGTAGTAAGGG TATCAATTTTGATGCAATTTATGAAGCCAATGAAACTTTTCTATATGTAT TTTGTAGAACTCAATGAGTAAAATTATTATTATTACCAATGTTAAAAATA AGATGTTAAATTATATAATTTTGAGGAAAAAATAATCAGATTATATAGTA ATATCCGAATAAAATAGATGGTTATAAAAACTGACAGATGTCAAGGCATC TATATCGAAGGATGGAGAATGCACGCCTTTCAGAACTATTACATGCATTA CACGGGGGGAACAATTAGTTTTTAAGAATTATGCATATAAATACATATGT TAATGAAAGCAGAAGAATATTCGAATACTGGTGTATCTAAATTTATTATT TTTGATTTTTAGATATGGAATGGAATATTTTGACTAACTTTTTTTTAAGT ATTTGAAAAAGTATATATTTAAAATAATAAATGTATTTTCTCAAAAAAAG ATAATAAAAATATTATATTTAATAAAAAAACTGTCATGTGAAACAATAAC AGGACTATGATTAATTTGAAAATATTGAAATTATGCTCAACAAAACATGA AAATTTACGATGCAGGATTTCTTTGTATTTTCTCAACATTAATTCTAATT ATAATCCACAAACCACAGCAATTTACATTTTCAAAATTAATAGATTATGT AATCTGAAATGTTTTTTAGTAGAAAAACAAATACCACAAGCAAATAAATT TCTCAACACGTTAGTAATTTTTGTGATTTATATGCTTAATTTAAAGCTAC ATTTTCACTCAAACTTAACATGAAATATTTTGAATAACAGAAAATTATGC TTTTTAAGTTATGTTAAGAGTTTTTTTTTGTTTTTTTTTATAAATAAATC AAGTGGCGAAACACTGACCACGTATATAGTTTTTTGCCAAAAATTTGTTT GCTACGATAATACTTTTATGTCCTCTAGTGGCACTGAAAATGTCATTAAC TCTTTTACATGTAATGAACTATACCTTCACGAACTCTCCCTTTTAATTGA ACTAACAAAGTCAACTGTGTAAGCATAAAAAAGGGTATAGGTCACGAGGA AAAATGATAAATTAACGTCATCTCTGATATCTTAAAAGTTTCAAAATGGT ACGTGTTTTGTACTTTTTATAGCTTTTGGTTCACTAAACGGGATATATGT CATATTTCGATTTTAAGTAGATAAATAGGATATCGTTAGTAATTTATCAA ATAGACAAATTAAATAGACTGTATATATTTGCCTCCGGTCTACCCAAAAT ATTCGTTCAATTGTAAATAAAATTATTAATTTTGCAGTAAAAGAGGGATT ATGTCGTTTTTATTAGTTGTATACATATGCAGTTAAATATATGTATGTAC TTAATGGCAAATTTGATATTTGCCATATAATTTTATAAAAAGTTGTTAAA AAAGAATGAGTCAAAAACGTCAACTAAATGTCATTCTTCATTCTTTTTTG TTTGATTGAGTTGTTAAATTAATTATCTATATTATATTCAATGTCTGTTT GGCTTTTGATATAAAGTTTTTTCATGGGAAAATAAATTAGAGATTATTCA TTTAATATGAAAGGCATTATTAATTATTATAAATATAAATTTATAAAGAA AAGGTTGTCAGTCTATTTTTTTTATTTTTTTATCTGTGTCGGATGATAAC TCCTTTTTAACAACAAGCTCATTTAAAAAATGAAACAAAAGGGAAATACA TAATTATAAAATAATTAATCTGACTTTAGATGAGGTTTAGGAACAAGGGT GTGTAGGTAAAGCACAGTCACTGAGCATTTCAGAGACTGAAGTACTCCAG GTTCCACCACTACTTAATAATAAGATAACATATATTAAATTACATTAACT TTATGATTCTATGTAACGTCATCCATTTAGCATCCTTTGAACATTATATT CTTTTTTAAATCAAATCAATGGCTTATTCTTGGGTGAACTGTGCTGTTTC CTTGTGTTTTTCTTTCTTCAACGGCTTTTTTCATACATGAGTTTTGGGAT CTTCAATTTGAGAAATTTGAAAAAAAATTATACCAAAAACTTGGTGAATA TAATTTAAAATGAATGGATCATTCTAAAAAAATGCAAATTACTTGTTTAT GACCTTCAAGTGTTACAAACTTATCAAAAAAGTGCTATAAACAAGTGGTT ATTATTTATTTTTTTAATTACAAAACTAACTTTAGAGTTATTCTAAAAGA AAAATCATTCTTTCATTTTTTTTAACATAGTTTAAAACATTCCTTCTGTT ACATTGAATTAATATCAAATAACTATTGTATGTGTTCTACTTGACTTAAA TAGTGTGTTGATTTTCCAATTTAAAAAAAACTGTCGACCCGTGTCAACTT CATATTTTTGTTGAGTCAACTTGATTTTTATAACTTAGCTTTAGCGAATA TTCTTTGCGCTGTTTCAATGTGATTTTCCAAAAAAAAAATCAAAAATTAG AAAATAAAGACCATGCATGAACCAAGCGGCCTTTATTGGGTTGAATTAGA AATTTATATCAATACTAAATTAGCCAAAAAAAGTATAATTATACTTGAAA GGTGTATAATAAATTTTATTAGTAAAAGACATCTATTTTAAAAGTGTATA ATATATTTTATAATGTGTTAAGGTGGGTGAGTGAATTAAATTAAGAACAT CAATTATGTAAAATTAAGTTATCAAGACCCAAAATATAAAGTACCCATGT AAAACATTTATGAAGTAGTAAATTCTTATTATTAGATACTATGAAGTTAG TTAGGTCAGTGGTTCTTAAACTTAGTGGTTTGTACACCTCTAACATAACA CTTCAACATTTTCTGCCTATTTACTTTCTAAAAAATTGGATATTTGAATG TTGCGTTTTTAGTGATCTCACATTGCATAATAACCCGATAGTCGCACCAT GTTAGTTGATTTTTTCAAAGAATTATTTTTGGTCTTTCTGATGTTTTACA AAAATGTTTCCTCTTGTTCTTTTTAATATAATAAAGAAAGTAGGGAATTT TTTTCGACACCCACAGCTTTAGCTCCACGCCCCTTTCATGGGACTCGCCT TACCGTTTGATAAGCGTTAGGTAATACATCCATGCTACAAACAGTCCTAA GTCTGAATAATGGGGGATGAGCTTTGTTGACTCATAATAGTTTGTAGACA AAGTAGCACATAGGGGCGCCGTCTTGTACAAAATAGTACAACTTTCTCAA TGATATTATTATTTGATGTAAAAGATAGGTGTAGGTTGCCCTCATACAGA GTACTGAGAAAATTATTCGGTGCATGTGTCATTTTTTTTTAAACAACAAC CTACAGACTGTCACACCTCCTACCAAATAGTATATTTTTTACTTTATTTA TGTACAATTGGCTGTATAGATATACCGTACTTTTTGAATCCAAATTGTTT GAGACTATGAGTAATTGGGTTGTATTGGTCCTTTATATGATAATCAAAAT TGGCCTAACTTATTCCTTTCCGTACTATCGATCGTTTAAGAAGTCCCAAA TTTTAGAATGCCCAGTCAAATGCATTCTTTTTACTTATATTACTGTTAAA TCCTAGCTAGGTTTACTAATTGAATTAGTTAAGTAAAACTTTAAGTATCT CCTTGCCAGAGAMCAATTAATTATTATATTGGCCTAATTAAAGTTTCTTG TCGAATTAGTGAAGATTTATTGATGATCCCGTTATGGACTGACATCTATA TATGCAGACATCATTTAGCAATGATTAATCTATGGGATGGCTTTTGAGTA CGATTCGGACGCTTCCTTAATATTTAGAACGGTACCTTAGGATATTTTTT AATTTGGTACCTTTCCATCTTTATCAGTACCAACGACTAATATTTTACTA TTTTTACATTACAAATGGGGATTTTAGAATATTAGGGTACCGAAATGAAA AACTGTACTTTAGCTATATTTAACAATGTAATTTCTTAAGAAAAGACGCA ATTAATATATGAATATAGTAATTAGTTTAATTAACTTGCTTTTTGTTACT ATTTAATTGAATTGCAGAATAAATCATTAATTATTACAGTTNAAATAATT ATTGTAATTAAAACGTATACTACATTTATCAAAACAAAATCAAATGACTG TAGAGACAACAAAGAGAGTAGAAGATTTGAWACATATGTAACAAAGTTTC GTATTTAATGGTTTCTAGACCTGTAATGCTTAATATATAACCGAATTATG TAATTTTAAATAAAATAATTTGTAATATTAATTATCTTAGTTGGTTATAG GTAGGTAAAATTTATTTCTTACCCAAAACCAATGTTCATATATATATTTA TATAAATTGGGGAGGGGGGGAGGAACGAAGATTGAGTTTTTATGTTATTT ATATACACATATGTGAGTAATTTCTCTTTTTTCTACTAAAGGACGTAGAT AATAAAATCCAGGATAAATTCGTTTTATTTATTACTATTATCAAATAATA TATATTACCTCTTATGTTAAAGTGGGAAAAGAGATATAAATTCCTGCTAC AAGCATTAGGAGTTTGAAGGACAGTAACATATACATTAAAAAAACAAAAA TAAATTAGAAAGTATAAGCTTTAAAATCCTTTGTTTATGAATACAGATTC AAGTGTGAGAGTCATATTTATTTTTCTTAATGACAATATCATTTATTTAT TTTTCTAATTTATCGGGAACCCTTTTAAATTTATTAAAAGGTTTTTTTTA TCATTATTTATTATTTCCTATAAATATCAATTTATACCTAATGTAGAAAG ATTTTAAATAATAAATTTGAATTAGTGTTGAATAATAAACATTTGAATAA CCTGATTTTACTGGTATATACCAGTAAATAGGTATAACTATTTAGAGCAA AGTTATTGCTAAAGTTGTAAAAATATGATCTGCCGGTATACTAAAAAGAA AACGAAAAACAACATAGTACAGACAATTTGAAGAATGTTAGAGAGGAAGT AGCTTATCTGTCATGACGTTTCGTAAGATTATCTGGGAGTAGCTAGAAAA TCAAGGTAATAAACAATGAGACCCACTATGTGCCTTACAAACCCACATAT CGACCCTCAATTCTACTTAGGGGTGATAACTTTATACTTAAAGCTTACCT TTTCAATTATAATGATACAAACTTTGGAGTAAAAATATCACTGTTCGGGT TGAACTAAAAAAAGACTTGCTCTCATCCAATTTCATATTTTAACAAATTT AGTCATATCTAAGGACCCATTTTAAATCTGGAGGTAGTTTTTAATCATTA ATAAGAGAATTTATTCCGTGTCTCTATTACCGCTCCTTCAAAAAGTATCA AATTCAAAAATGTCCTTTATCCTCACTTGATCTTATCTAGACTATAGTAA AGTACTTCAATTAACTAGTTGACTTTTTTAAATTAAAATTCAAGTATTTT TAAATGTTATACCAACGTATTAAGATACCAAAATGCACTATAATAGAAAG TCATAAATCAATTTTAAGGATAAAAATAGAAACATACGATATTTAATAAG AGGTGATCATTGTTGTGTCTCTCAACTTTTCCTCCAAGAAGTTTAAGAAA CTAGGATCAATTTGGATGTGGATAGGATGTGGAAATAAATTATCATGAGC TAATTAGATGATGACTATTGGAGGAAAGACAAAGGCAGTAATTTCTCCGA TGTCTATTCTCAATTCTACGCCGAGTCCAACAAGTGTTTAAACTAACCAC TGTGTAGTAACAAATTGACTTAAGACAAATGCGATACTTTTTGTAGTCGC GAACTAAACAGCGTTTTATGTATTTTTTCAAAGGCTGTTATTTTTTTTTT ATTCTTGAAGAGAGGACATTTAAATATAGTGTAATCATTACTTTATGAAA GATGAATAGTAACACTGAGGAAATTTTTGCAGAGTTATTAGTCTACAGGG TGAGTTAGAAAATTAGGAAAGCCAATTTCACTAATACATATTTTCTATTT TATGCCATTTTTATGGCAAACTTTAGGAGCAAAAGTTAGTAATTTAACAA ATTTCTAAACTTTTTATTCAATACATCCCACTCCATTCTGTTCAATGGCT TCAATACGGAGACGAACAGAAGCAAAACTGACTTTGGTGAAGTTTGAGAA CAAGTTCTTCCACTCCTCCGTGATCACAGCCTTCAAATCATCGTCATTCG GGGGGGGGGGGGATTCGTGTTCGTCTTGTCCTCCAAGACACCCCAAAAAG CGAATGTCTAGAAGGTGTACATTGGGTGAGGATGAAGGCCAGAATTATAC CGCCTAGAAGGCCGCCATGATCTCAATGAAGAAATGCAAGCCTCTTGGAY GTGTGTGCCGGGGCGCCATCTTGGGTAAACACATAGTTGTACTAGGGGAA CGTGATATTCAACCATAACAAGACATGTTACCTGACGACCTTTTAGTAGA CTTCTGCGTTGACCTTTCTAGTTGGTACTAAAGAAGTAAGGAGGTATCTT ACTGCAGTCGGACGCCACGACACCGAGGACCATAACCTAAGCTGGATGTT TTGTCCTGAAGGTKCCCTCGACCTGAGCTCTTGATTTAGCTAAGAAGTGA TCATTTCTCCTGTTCAGAACAGTCCACTGTAAAGATCTACTTGTTGGAGG ATGACTTGAGTGTGGAGGAGAACCCACCCCTCTGCCGCTTTGCTTGTCGC TCGTACATTTTTGTTTGCAGAAAAACAAAAGAAACATCACATTGTAGTTT TTTGTCAGTTCTTTAGAATGGCTCAAGCAAAAAATTGTCAGACTTTTAGA AAGTCTCGAAGCGGATTCTAATTTTTACTTCCTCACCCTCTAAGTCCTTG TTGGACTACGAATATAACTTAGAATCAATTTCCTGCCTGTATATGTTCTA GCTAGATACGGAGAGGGATTTTTATTAATTCCCTTCCTCTCATAGCTGTA CGTAGATAATCTATTATAACGTCATGACAACTAAGCTACTCTCCTCCAAA ACATTCTACTAACTGTCAGAGTTGCCGTATCAATTTTCAGTTGGTTTTTT TAGTCTAGCAGCAGAACATTCCTTTTTACTCTACAAATGATTACATTATT GGCGTATTTATGATTTTGCACCCAATTTGTAATCATACGTAATACAATGG TTTCACTGACGTCACAAAATGCACAGACAGCGACAATGAAATGGAGAGTG TATATTAAAATTTATCACTAAAAAACTTTCACTTAGATAACGCTTTTATT CTTTATGACATCTCATGAAACCACTGAATATTTAGAATCAAATTTAAGGG CCAATGTATCCCTATGACTTACCCATTTTTGTCGCATACAAAATGCAATT ACTTTTATAACAAAAACTAATTATGTTTGTTTTATTTATCCCCCATTTTC TTAGCGAATTTCATTTTTTAATATATTAATACAAATTTATACTTGATTTT TAAATCATACTGCAGAGATATAAATCTTGATCCCTCCTTACCTCTTATCC TTGCTTATCTACGTACATAAATTTATATAATATGTACAATGTACATACTA ACGTTTGTATATGAACATATATTAATTTTATTTCAAAAGTAATGGATTAA AAAGTAATACAAAGTAATTCGTTCTCTAATTACAATAAATGAAGAAGAAT AATATTCTCATAAATGGATTTGTTAAATAAAATCATTATCATTTTTTATG TCAATAAAAAAAGTTATGCAATTTATTCAATGACCTAAAACCTTTACACT AAAAGTCACTGTTTTTATAATGCATTTTATAATTGACAAAGAAAGAGAAT TCAATTTGAATTTATAATTAACCGAGAAACAGTTGTAATTCTTTGCTTTT TGGTCCAATTACTAGGAGCCAGTATGACTCCTACTCACAAAAATATGTCA CTACATGCCAACAAATATATATATATATTAGTTATTGTTTAAACATACTT AAAGGTTGTATACTTTTAATAGTAATCCACTAATTACTTTTGAATACAAC TACTCAAATGTTGCAACTGTCCCCGTAGCTAGGTACCCATTGCAACAGTT GAAAAATATCAAAATTGAGTTAAAAATTAAGAAAATTAGAATAAATAAAA AAATATGTATCCGGCGTTCAAAAAGTTTGGAATATTATTAGCATGATAAT TTAAGAGAGATCCTTTTTTTTTAACATCCGGTTCAAACTTTTTGGTGTGA TAGTTTTAGAAGTGATGTCAACTGCTTAGGCAAATTAAATACTTTAATAG ATAGGCCTTTAAATCTAATATTTCAATGAAAACAACTGTGCTGGCCAAGA AAAAATCAATTGCCAAGTCTACATACAGTGTCTAGAGCTTTAAAAGTTCC TGGTGTTCATCTCATAAATCTTCAGAAACGACCTTCAGTTCGTTGAACAA AAAAAAACACTCTTGTGCAGCGTTTGTAAGAGAATCTTGAAAACAAGATC GCAATTGAGATCACATAATATTTTAAGTAATTTCTCAACAAAACTTCTTT AGAAGGAAAAAAAAGGCAGCATAAAACTACATACAAATCCTCCTTTCTTG AGTGATACGACACAGTACACAAAGACTAAATATTACTTGAAACTGTCAAG TAATGAATATTCAAGTTCAAGTAATGTCAAATTTTCAAAAAAAATATTTC GTACTAGATTGAGTAATAGTCCAACAACTGTTGGCAATAGGAAAGTCGAG TTTTTTTTAGTTCTAGTAATACTCAAATTCAACACTAACAATTATGAATG TAGAGAAAAAGAGCTGAATAATTTTCGAAAAAAATGGAAGAAGGTGGAAT ATGTCATTATATTTACCTTGTTCTGAGACATTGATCAACATCAAGCAAAA TAAAAGGTCAAGAATTAGTGCAAAGGATTTTCTGGCTTCATTTAATCTCA ATTTAATGTGTTTCATAATTACATACATATGTGATAAATTACATAAAAAC AATCTTGAATAAAAATAAAGAAAAGTATAATTATCCTAATATTCCATACA GCCCAATATTTTGGTACTAGGAAAAATGCCATTTAGGAAAATTGCACGTA TATTGTTCAAACTTCATGATGAATAATAACACATCATAAATTATAAATCT CCTTTCAGTGTGAGTAATATTATTGCTCTACATTTTCCTTGCAATTCTGT ATATTCCATCCATTCTTCTAACAAATGGATCGAGACGACGATTAGTAAGG AGGGGGAGGGGGAAATAAATAGCTTAGTCCCTCTTAAAATATGGTTGAAT MCCCTCCACCCTTGGACTTGGAGGTMCCCCTGGATCCTTAAAAACCACCA CCAATACGTCCAATGAACTCTTTTAATACGAAAAATTAGTTTAAGCCAAA ACTATGTCCCCTGGGACACTGGCCAATCCAAGAGCGGAGAGTATTCAMCC ATMCTTTAAGAGCCTCTAAGCCATTTATTTCAGCCCCTCCCCCCTCCTAT ATGGCAATAATATTACTCACACTTGAAGGTACTATCTTGGGAGATGGAAC AAACAAATATGTTTATATATTTGTCATAAATAATATTAAGCGAATTTAAA ATATGTATTTATTATAAATGTAGTTTAAACAAAATACAGGCAATTTTACT CCATGGCATTTTTTGCAGGGCAATTTTCCCCATGGCAGTTTTCCGTGCAC ACAATATTTCATAGACATATTTTATATATTATCTCTTGTTCTGCTAGTTT GAAAATTACCTACTATTAAATAAAGAATAGCCAAACAGTTTGAAAAAAAC TAGAAACTAATTTTGGGCCGATATTTATCTCTCACTCACTCTGTTTTGAA AGAAAAAAGGTTGAAGGCTTCAGAAAAGATAACATTCTCTGTTATTTCAT TTTCTCTTCGTGACAATTTCCACATATAAACAAGCACCTTTTTCCTTGTA AATTGTATTGTGTACGAGTGATAAAATAATCTACCTAACTTTATGGTTGA TATTAATATTCAGAGAATGGATAAAAATATCAAAATGCAATAGGGTTTTT CACATAAATGAAAATAGGGATATATGTATATGGGATTGCGTCCTTAGACA TATTTTAAAACAGGAAATTGAAGGACTATAAATGGTTTTTTATTTTTATT TTATATCCATAAATGCCCATTTAATAGTTTTAGATTGAAGAAGTACTTTA TGGACTTCTCGTAGTATCCATTTGCTTTTTTATATACGTTTTTTAAGCAA AACCCTATTTTGTGCGCTATTATGTACTATTGACGAAAAAAATATGTAAG TTGTTAATATATAAAACATTTTATAGGTGTGACAGATTCAAAAGCTGTCA CTGGAAAGGATTCCAAAAAGGATACGAGTACAACGAGTGGACTTGTGATT ATTACAACCGGAATTCTAACTGGAGCTCTTCTTACTATTCTAGTTGTCTC TTTGATTTTTTCGTGTCGCAAAAGGGTAAGTTTGTTTTGTTGTTGAAAAT ATGTATATTTTTTCTTAACCTTTTTAATAAGTTAAATCACGTTTTGATCA TAACTATACCTGGTTCAATGAAATATATCCAAAATTTAAAAAAAATGAAT ATTGAGAACAAATTTTATCATTGAAGTAAAAATAAATATAATAAGAGAAC AGGGGGAAAAAATATTTTTAGGATTTATTTTCTAACAAAAATGTCATTCA TATCAAAAAATTCAAAAAATCCCCTCCCAAAAAATATATTTATACATTTT GGATGTTATTATAACTTATAAAAGTTTTTTGAAAAGTGTAATTGGGAGTA TGATCTCTTATTGGGAAAATTCAGAGTTACCAAATTAGATTTTAAGATGT AGAGGTGGTCATAGATTTAAATCATTATAAAGGTTGATGTTGTCAAAAGT TTCATAACTTTAACATAGTGGTCGACATTCCCTAGGCCATTAGAGGTTTT TATTTCATCCTTGAACATAAAATTGGATCTTAAACTATACAACAAATACT TTATACATGGTCATGCATTCTTTTCCCCTTCCTTATTTTTTTAAACAATG TAAGGCTATTTCTATTAATAACGGGACAACTGTTATTATTTACACATTTT AAGACACAAAATATTAAAGTCCATGACATGATCCAGGGGGAATTATAAAA CTAGTTTATTAATTATTATTTGAAACCAAAAGAACATGTTTTAATCAACG TATCCGCCCTCAGAATAGATGGTGAGCTCCAGGCGGTGGCAGAAGATAAA TGAATATATATTTTTAATTTATGTAGGACATACATTACACGATGGTTTTA ATTCAATTATCTCTTTCATTTAATGGCTATAAGACAGAATAAAAGATAGC TCTTAGTTGGTCAAAAAAAAAAAGTTAGAATAGACTGTACATATGTTCCA TATAAAGAGTATTTCGTAATTATACCGTCCAATTTGATTCTATTTGAAAT AAATAGTACTAAGTTTACTTCAATTTACGGGATACCCTTGTCGTTCTAGA GTTAAAATGTTACTTTGACTTGATAAGTATATTGAGGAAAACTGTACTCT AAAATAAAAAAAATATTTTATCCATTAAAACATTGAGTTAATTCCTCGAA GAATTTTGTCATTCTTCGAGGAATAAAACACTAATACAAAGTTTTTGTTT CAAATTTTATGTCAATTCCCTATTTTATATTAGTTATTAGTGTTCTAAAA GTTGATTTGTGAAACTTAACTAAAATTATGGTTAACACTGAGCATATTCC AACTATTAGTTAATATCAAATAGTGGAACAGTTGGGAGAAATAGGACTTT GTCTTGCAACCAAATAATCTGGGTCTTTTTACATACATTATATGAGAAAA GGTTACTACATACAATCAAAAATAAAAGTACCTCTACCTTTGTGGGCCAA ATATAATCCAAGAGAGGATTACATCAAGTAATTCCACAATATAAGATTTG GTTAATTCTCTATATGGCATTAAGCCGTCATAATGCGATAAGTTTCTATT TTTCACAGGGTAGTTTAAGTTCAATAAAATGTTATTGTACATGTAACATT AGTTAAAAAAATCAATTTTTCACTTTTGAAATTAAATGCCGGGCCCTAAT TGTTTTTACCTCAGGTTGTCCTATATAAAACGAAATTTCTACTTTTGTGG TCCATAAAGTGTCTTTTTGAAAAATGTATTTTTTAGCGTTTATTTGACTT ATTTTTTGTCTTATTTTTAACATTGAAAAGATCTAAGAAAAAGAAACAAT ATCAAAAATATTGTTTGTAGGTACGTGTTTTCAGATATTAAAAATATTTA ATTATTTATTTATCTTTTTCTAAATCGGGTAAAACGTTGCATATGTAGAA AACAATCACACAAAACTAACACTTTCTTTAATTTTTTCATTTTTGATAAT AAAGATAAAAATCAAAGTTTGTTGTAAAGTACATACATCTTCATCAAAAA GAGAACACATTAAAATAATTAATATTCTAAAAGTTATTTAATATTTATTT CTTGAATAAATTTTTGTATATATATTAAACTATCAGGGATTATTGATAAT ATATGAAATGTTGATGTCTGTAGGGAACGAAAGCAGAAACTTTGAGTTAA ATATGCATTCAGCATTTATACAGTAACACTTTACTTTATATTGTTTGTAA CTGTCAAACTTTTAATCGGAATGAACAAATCTTATCGTTTGTATTTACAT AATGTGTTGGATTACTTATTTATTTTCAATATTGCTAATTTTTATTTCAA AGAAAAAATACTATATTTTTACGTAACATATGAGAACAGAAGATAATGCA ATGGCACTACTTTTACCAGAAAAAAATAAATACTGTCAAGTATTTTTCTT CATATGTATCTAGATCTAAAAAAAAAGCTGAGTTTGGTATGTTCTTTTTT ATTCATTTCACTTTTCATATATTTTACGAGTTTATATAAAATCTTGAATC CTTGATTTTTGGCTCAAAAACTTGATCGATACAATTACAAATATTTAATC AATGGATAATTAAATATAAAAATATTCTAATTTCTTACTTGTGACCTTTT AGTGATGTAAAAGTGTTGCCTCATCAAAAATGTGATAAAACCTCGTATTT TTCGAAAAATTACAAAATCTAATTTTAGAGGTGTTACAGGAGATAAATCA CTAGTTTTGATACAAATCAGCAAGAATCTTCTAATTTTTTACTTTGAATA AATAAAAATTTATCAATTTTCTAACTAAAAACAACAAAAGTTTAATTTTG ACCGATTTTCCATAATAGAAAAAAATCATTTTTAGAAACGGAAAAGGCTT CTAATTTTAAAAAAAATCAGAAATTAGAAGTTATATGGTTAATGGTTTTT TCTTGTTAGTATTAAGACAAATTTTATTGTAATAGTTTTTTTGATTGATA AGGAATACTTTTCAATTCTCTGTTCCATGTCTGTATATAGTAGATACATA GAACCAAGACTGTTCTGCTAAAGAGACCCAACTCATACATCATTCTTATA AATAAATAAAAATGGACATTTCTTCTTAAGCAAATACTCTCTGGTGCAGA TAAGAATTCTGTTTGTCCAGAGTATGTAAAGATTTTTTTATTTTACTATG GAGTAACAGATGCTACACACATTATCTATTTTTGCCTGGTTCTGTATATT TATAAACATAATGTGTCGACATCGACACATTATTCAGATACAATTCTTAT ATAGTGTGAAAACAGAAAAACTACACAATTCAAAATTCTGTGGTTGAACA AGGTTAGTTATTTTGTGCTTCCAAAATTTAATTTGTATTTCAATTTCACT CCAACAAACAAAGTATATTTTAAATTACAGAACTTTTTTATTTCTAAAGG GATAGTTGTTGAGGTTTGAAGATAATAATTTGACAAAATTCTTGTGTATT GGTCCGTTTCAAAATTAAAAACGTTTACAGGAATGAATGATGTAATCAGT CACCTTAAGTGACTGATTTTAAACTTTCTCGTACTTCATTGAAATATCAG CTGTCAGCAAACTTTTATTATTTTTCAATGAAGCGAAGCGTGAAACCAGA GTGGGACACATGCCTTAAGGCCACAACTTTTATTTGTACGGGTCACTGTC CAACTGAGATTTCAACGCTAATTGGATTGGCCAGGGAGACTGTTTATAAT GTAATTTATGATTATATGAAATCTTCCAGTAAGTTGGAGCTCCTAAACTA ACACCTAAAATCACCCAATTACTCTTGGCTAAAAATATCAATTGATAGGG GGAGTCAAAKTAGCCRCTACCCTATAGACCAAATAAATTGCATCAGGACC AAAGGAAACAATGGTTATTCCTTTAAATTTAGTCTCTCTTAAAAAAAATT AACTATAAAATTAAAAAAAAAAAATTGCCTCTTCTAAAAAAACACTTTTT TGACAAATTTGGCATTTATAAAAAAAGGTTCCTTCAAAATGGTCAAAAAA TGACAATGGTCCCTTATTATATGGTTTGCCCCCCCCCCCCCCAACTTCCA AATACATTCTGGTGCTGGTGCCAGATGCTAATCCTTTTTATTATTCCTTC TGGTTGAGATGTAGAAAACGTCCTACAAGTGTGGAATGAATTTAGACAGT CGTTAACCAGACGTATATCAAAGGGGATTCAGACTACATTTGAAAGTACA GCGTCTCTTTCTTTAAGATCATTACTGTCATAGTAACAGTCTATAGTAGC AGAACTGAATAGAGTAATACCTGAGATGTTTGAGATATTTTCGTATSAAA TCATAATTTTGTAAAATATATTATAACATTAAAGAATAGTTTGAAAACTG TGTAAATAATTAGTTTTAACCCAGTATCTAATAAATGAATAAATAAAAAT TACAGTTCTATAAAAAATGAACAATGAGGAATGTCATTGATAGGTTTTAG AGAGAGAAAATGAACGAAGAATTAATTGATTTTTTCCCCTCTTCTCAATT TTGATTATTCTTCCTTTTCCTTTTCAATTCTAATTCCCCTCTATATAAAG GTATATTCTATTTAGTTTATCTATCTGATTTTCTATTCTATTTTATTATA TTTTTTGCAAGCAAATCGATTTCTACACGAAACCATATACATATCGTCAC AATTTGAATAAATGATTACCTATATATATATATCATACATCAATCTTATG AAACTCTAAACTGTTACTACCTTTACTTCCTCATGGGTATGAGTATAGTT GTATAAAATATGACTTACCGGTCTGTAAAAAAAAGGAGCCTAAAAATGAC AAGGTAACCCTCACGATTTGAAAAATGTTTGAAGAGAACTTTTCTATAAT GAGGTATCATTATATTAGTTACACGCACCAATGAAGTAAACAAAAATTCA ATTCCGTATCTAGCAAGGACACGGAAAAGAGTTACTCCAATTTGGAACCT CAATTCTACTCTGAGACCAACAAGGGCTTACATTTATAACTACCCAAGCA ATCATCAGGGTTATTCTTGATTATTTTATGAACAAACAAATAATTAAGTA TTTTATACTTTAATGTTCTCTCACCAACAATTCAAGAAAAAAGATAACAG TATTGACGAAAAAAAAAAAATCTTCAGATTTTCAGTAATAAAAAAGTCAC AGTGTATTAGGGACATTTTTTATACAACTTTACAAATAAATATAAAGTAG TAATCATTTGTGTGTGTACTCATGAAAGACAGAGAGTAACCATTTGTCGA GGGGTTACACATGTAAGTTATTATTGGACTCAGGGTTTAATGAAGGATCG GCATCGGAGTATTTCTGACTATGGCATTACTACTAAAATACGGAGTGGGA TTTATGTTTATTTCCTTCCACCCATAGCGGCTTKTWGCTAATCTAATAAR GCGCCMTGACGTCTAAGCCGCTTTTTTTCCAAAATGTTCTTTAAATTTTG AGGATTAACAAGTCAACTTATAGTTTTTTTTACTTAGCGAATGTGTTTAA AATTTACAACTTTATGCATGCTGTTATGATTCAAGTGGGATTTATTTTAT ATTCAAAATATTTAGCCCTGCAAATGGGCCAAGTCTAATTTTTTTTTATG AAAATCGGTCAAAATAGAAGGTTATCAATTATGACTGATTTTTTAAATAA TTCGATTTGTAATCGTGATTTTTTAGCTGTTGGTTATAAATCGAAAGATT TATTATTATTCAAAGTAATGACTGTTTTTGCTGTTGTTTATAAGAAAAGT AAGGATTTTTTCGATATATATTATTGCCCTAAATCTGTATTTTATCAAAA AAAAAACCAGGGTTTTAGCACATTTTTGATGAGGCAAAGCGTTTGCAACA CTTAAATGTCATAATTAAAATGTTTTTTTCTTTGTTCGTTTAATGAACCA TTGATTACACCCATGATTTTTTTAAGTCACAAAATTGTCAAACTATCCAA ATCTACAGTTCAAATATTATATATTATGTGTGAAGTTATATGGTTAATAT ATTTTTGGAAAAAGTAAAACATACATTTATTTTTTTTCATTTTAGAAACT TTTTTGTCAGGACTTGTTTCTGAGTCATGATCATATTCTTTATCCTTTGA TTTTGATTTTAAACAATATCTATTAAATATTCTACATAAAAACTATAAGT AATTTGTAGCTACGACAAATAGAAATTGATTTATGATTTTTTATTTTTTT TTTCGATTAAATACGTCTTGAAACATAGAATATAAGACAAAAATTATTTT TCCACTTGAATTACTCTTTTTTGTGAGTATTATATGTACGTAAAGCATTA ATCAAATGATGTTTTACAAAAACACTTATAAAACACTACTTAACAAAAAA AAAGAAAGACTATTATAACATATGAAAAATATTTATAGTTTTATTTTTCG ATAGCTACCAAAAAKAAAAAATATCACAAGAAAATGTTGATCTTTCCTTT CAAAAAATGTAAAAATAAAAGGGTGCGCATTATACGCGAATCATCAGATT TTGCTTACATTTTTCTATTTTTTTGCTCCATAAGACAATTTTTGAAGCTA AAAAAATTTTATAGGTTGGGAAAATTTCCCTCAAAATAGTTAAATGTAAA ATAACTAAAAATAACTTCATAGTGTATAGAAAAGGAAAGAGTTTTTGCCT TTTTCTTAATTTGATCGAGATGTGCTTCCTAAAGATGACCTTGTAAGACA ATGCAATTTTGCATAGGTTATTTTCATACCATATCACAACTTTTTTGGAC AAGCTGTAATCGAAATTCGAAAAAATTAGGAAAAAATCAATGAACATATT GTTGGAAAATAAATTATTTAATTAACTAAACTACAATAGAAAAAAATACT TTGACTTTTTATTATACCTCAAATAATTCCCAACCGTTTGAATTTTCTAA CTGATTATTTTATGATAGTGTACTTTTAGTAAAGGCAAATATAGCTTACG AATATGTAACTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNTAAATTTAGGGAAGTTTSTTTTTGAGTAGTAATAT CTATGCATGAATTAATTTAATAAGCATAAAATTTAATTTTTGGAATGAAT ATGCTTTATACATGGTACATACAAAATTTTAAAAAAATTGTATAAAACTT GAGCGACTTATTGATTTTGAGTAAGAGTCTAGTCCAACTTCGGTCACATT TTTTAAAGAGAATATATTAAATGAATGTCTTGTAGTTGGACAGCTTTTTG TGAAAGACGGAGTACAAAAAAGAAGTAAGGGTAAGGGACACTCCTTCGTA CGTACATAAAAAGTAAAAAAAAAGTAAACGTATGTCAATAATATAGTTCG ATTTAAATGGACTTTAATTGTTTTATAACTTTAAATGTTCATTAGAGAGT AATAATACAAAATTACATTTTCCACCCATACTTTTGAAATAAAAATACCA ATTGATCTTAAAATTTTAGAACTTTTATAACTTAGTAGTATGTTCCTTCT TTTAAAAAAAATCTGAGATATGGGATTAAATTTTTTTTAAATTTTGAACG TTTTCAAAAGTTCTCCAGTGCAGAGAATTAAGAAAATAAGATTTTATATT TACAATCATTTATCAAGGGAAGTTTATTTGTTATTTCTTTATTTTACCTG TTTTCATATCATTATTTAATTTGGGTTTTTTTTCTTTACATTAGAATAAT AAATAATTTTTTTAATAATAGAGTTTTAAGCATAACATGCGCTGCTATAT AGTAGTGTACATACATGTGTCTATATAAATCTTGGTGGACATAAAAAATA AAAACAAAAACATGTTTACATGAGAAAATTAAAAGGGAAAATTTATCATT TTTTTCCAGGCCTAATATTATATATTGTATAAAAACCACAGACAACCATA ATACATTTTTCTTTGACTAACAAAATCTTTTATTATTAACTCTATAACAC TGTAAATAACATATTTAATACATGAGTTGAGCTGTGTGACATTTTATTTT AATGTGTATCTAATTGTTCAGCTGCAATTGCACCTATTAAGTATAAGTAA ATATTATAGTGTTGAAATTACTCAATTTAATCTAGGAATTTTCTTTGAAG TCAATTTACGAGTAAATATTACATTTCCTTCCCTAGGAGAAACGGTGAAT CAAACCTATGGTCATTGAATTCTCCTGAGTGCGTTGTCCACTGAGCTTTG TCGCTCCATGACAATTTGTTCTCTCAAAAACTTCTTGAATGTGATTGTGC GTATAAAATCAATGGATTATTAAAAGAAAAAAAGCTAATTTCTTACTTAT GACCTTCCGATGTTGCAAACGCGTATTATTACCTTATCGAAAAAGGGATT AAAGCCACGTGTGTTTTGAAAAATTAAAATCTATTATAAATGCTGTATTG AGAAAATTATTCAGCAAAAATTGTCAATCAGTTTCTTTGAATTTAACAAA TTCTCAATTTCGCGTCAAAAACTCAAAAATCTTGATTTAAAAAATAGTTT TAAAAGCGGAYATGTATTTCAATTTTGAAAAAACTATAAAACATGGATCA TATATTAACCTAGTAAGCGTTAAGGCATAAATATGTTGGGCAATTTATAT GTGTTTAATGATTTCCGGTTCCCCAACTTTATCAAACTTAACATAAGAAA ATTTAACCCTATTTGGAGTGATAGTTGTTCAATAAAGGAGGAGGATTATC TTTGATAAAACATGGAAACCTTAAATCATTAAGAATAACTTAGACTTCTT AAGTTAATAAAACAAGGTACAAAATATTTTTTTATTAAAAAAATAAAATG GCTTATATCACGACAAAAAAGACCTATAATGTCCCATGATCAAAGACAAT TTTTTATTGTCCTCAGCATAAAAGATATATGTGAAAGAGGGGATATGAGT ATTAACCCAAAAAAGCGGCCTTCTAAAACAGAAATATGTACATACATTTT CATTCTACTAATCAAATTATTAACCCATATGTTTGACCATTCCAGAGACT CTCCGGATCTTCCTCTTCATCCTCATCTTCCTCGTCAATGTCAACAATTG GAAAACCAGGAAATAATCATCCCTCTCCTACAACGCTTACATCTATTGCT GCGTCTGCTAAAAAAACAAGCGGGAGTGCTCTTTGCTCCAATCCAGAAGC CCGTCAGCTTCTACTGAGGCCTGTAGATACAAATAATCCGGATATTATTC ATTCG
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