EMLSAG00000006645, EMLSAG00000006645-689411 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006645
Unique NameEMLSAG00000006645-689411
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000006645 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: 418.698 bits (1075), Expect = 3.499e-131
Identity = 233/625 (37.28%), Postives = 336/625 (53.76%), Query Frame = 0
Query:    3 KIKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCV-KDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAK--------SRPEHQL--LINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
            K K +  VEG  V LPC IT P   D+VY+VLW+R ++G P+YS+D R    +      E+P  WS P  FG RA F   S PATL   ++ R D G Y CRVDFR S T      L +I+ P+QP+I+D  GR++ GT  +GP +EGD + + C V GG P P V W ++ +L+D+  +      ++N L    ++R    S+  C A N  + +PKE    L M   P  VKI  P     + R Y +SC   GS P A I WY+G + L       S N T         S + ++P        + CR  N  + G   ++E   +L + Y P V L LG  + P D++EGDDVYF C++ +NP   KL W HNG  +  + +  +I +NQSLVLQ+I +  AG+Y+C A N EG+ VS+ + + + Y P+C   D+  + G S+ ET  + C++ A P   +F W FN S   +++    F+  GS S+L YTP T  DYGT+ CWA N VG Q  PC++ V+ A+ P+   NC+V N+T  S+++ C  G+  GL Q F +E+F  +        S  E  L  L N+   T  +V     +  +L LR+Y+ N KGRS
Sbjct:   53 KTKDIDAVEGKSVSLPCPITEPL--DNVYMVLWFRDNAGIPLYSFDVRDKESR------EQPRHWSAPEVFGSRAKFHFDSQPATL---EIKRHDQGIYRCRVDFRTSQTQSFRFNLSVIILPEQPIIMDRWGRQLNGTQ-LGPKQEGDDIVITCRVVGGRPQPQVRWLVNGLLVDNQNEHNSGDVIENRLLWPSVQRNDLNSVFTCQALNTQLDKPKEKSFILDMHLKPLVVKILEPPSSMIADRRYEVSCESSGSRPNAIITWYKGKRQLRRTKDDISKNST--------RSELSFVPTTDDDGKSITCRAENPNVNG--LYLETMWKLNVVYPPLVTLRLGSTLTPDDIKEGDDVYFECHVQSNPQWRKLLWLHNGIHLEHNTSARVIRSNQSLVLQKITKHYAGNYACSAINDEGETVSNQLPLRVKYTPMCKHADRVILIGASKDETVEVVCEIQADPPPRTFRWKFNNSGETLDVGSERFSVNGSRSILKYTPVTDQDYGTLSCWASNEVGTQQHPCLFQVVLAALPNAVSNCTVFNRTELSVDIQCIPGYDGGLPQIFVLEMFSTRTGITRFNLSNAEEALFSLENLDTLTSMMVQ----ENNSLRLRIYSYNQKGRS 651          
BLAST of EMLSAG00000006645 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: 411.379 bits (1056), Expect = 2.178e-127
Identity = 223/619 (36.03%), Postives = 339/619 (54.77%), Query Frame = 0
Query:   17 LPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTF--QQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSG-GMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            LPC++T P   D V LV+WY+    TPIYS D+R +          +   WS+ + + +R  F V     TL++      D G Y CRVDF++SPT    + L +I+PP+  +ILD +G  ++    +GP+ EG  + + C   GG P P V W   + +  +    Q   E  V N L++ +LER++    L C A NNN+T P  S V L M   P  VK+QG  +  ++G  Y +SCVV G+ P   I W++G        P+ + ++  T  GN++ S + + P    +   L CR   ++ M  +  +ED  +L+I++ P V L LG       L EG DV+F CNI +NP  Y+++WRHNG+ +T +  +GI ++NQSLVLQ   R ++G Y+C  SN EGD  S+PV + I + PVC   Q+  Y    HET  ++C++DA P   ++ W FN + G  +++P +        S+  YTP T+ DYGT+LCWA N +G Q  PC+Y + PA +PDP  NC+V+NQT    +++C  GF+ GL+Q+F MEV+   +    ++     +K P     GL  G    + + A+N+KGRS ++    YTLK   K 
Sbjct:   70 LPCNVTPPIYEDRVALVIWYKVGLKTPIYSVDTRDSNFA-------QGTHWSDET-YRERLSFHVEGRAGTLTIKSTTEDDTGEYRCRVDFQKSPTRNSKVNLTVIIPPESVIILDSKGVTIEDHT-LGPYNEGSGINITCVAIGGRPQPRVTWLHGNTVYKNASVGQPLSERRVGNTLSLARLERRNLHMQLTCRAENNNLTTPIISSVVLDMNLRPLIVKLQGENRALSAGNSYQLSCVVIGARPAPTITWWKG------STPMKNTHEIATPDGNLTTSVLTFTPTIDDRGKFLSCRA--EQSMIPESGMEDGWKLDIYHIPVVSLELGTNSLNSTLREGIDVFFECNIKSNPWIYEVSWRHNGKILTNNPAEGIAVSNQSLVLQNASRARSGIYTCVGSNREGDGESNPVQLDIRFAPVCRPRQRLSYSSGRHETVKVACEIDANPAEATYVWKFNATQGETVDIPASQVAVDRGRSIAHYTPMTENDYGTLLCWATNEIGDQSEPCVYTIFPAGEPDPLLNCTVLNQTSTGFQIECIEGFNGGLQQDFIMEVYMNGTTRHPKIS---KSKRPYFEVSGLVPGMGYNVFLIANNSKGRSNATILQVYTLKDPEKQ 668          
BLAST of EMLSAG00000006645 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: 301.982 bits (772), Expect = 1.260e-88
Identity = 209/656 (31.86%), Postives = 301/656 (45.88%), Query Frame = 0
Query:   12 GGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNP--ATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDV-LMDDTFQQTYEGT--VKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTV---THSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDL---EEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVK--DQKTIYGVSEHETAHISCKVDAXP-QAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVF-------------------------------------RAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
            G  V+LPCD+T P   DSV L+LW++  +G P+YS DSR    K+        DL       G R  F +  NP  + L + DV   D G Y CRVDF  SPT      L ++VPP++P I D +G+E+  +   GPFREG  L L C V GG P P V W+ DD  L+  +     EG   + N L I    R      + C A    +  P    V ++++  P  VKI  P +  T+G+   I C  WGS P A I W      L D  P+ +   TV      GN++ S +       +    L CR +N    G    +ED   + + Y P V + L    +P  L    EG +V F C  DA P     +W  NG  ++ +       + + + L ++ R+ AG+YSC A+N EG+  SS + + + + P C    +Q +I  VS H +  + C+VDA P  +  FSW++N +     +  +   + G  S ++Y PQT  +  T+ CWA N VG Q  PC+ H++PA+ P+ P+ C + N T   LEV C AG   GL Q F +EV                                      +A S P    +  +   +P+     L  G+     VYA NAKGRS
Sbjct:  105 GKTVELPCDLTPPTSQDSVKLLLWFKDTTGIPLYSLDSRGGNVKLAPHAAIASDL-------GQRLFFSIGDNPKDSRLQINDVKPEDGGVYRCRVDFFNSPTRNFRHNLTLVVPPEEPRIFDAQGKEI--SQMAGPFREGYELFLCCQVRGGRPPPKVTWWRDDTELIGTSHTSVEEGATVMVNQLLIGTTTRDFYGIRIECRAQGTRLVDPVRKDVTVQVYLKPVRVKIATPNELLTAGQPMPIRCESWGSYPAAKITW------LLDGEPIRNAEVTVHSDKEDGNITTSILTLKVTSENDNAELTCRATNPWFSGGA--IEDKRIIRVAYPPTVSVHLANE-DPSRLVTRAEGQNVTFKCRADARPPVTSYSWFKNGMRMSGE-------STEIMHLTQLERESAGAYSCGATNTEGETRSSSLTLKVQFSPRCKSGTEQTSIGAVSLH-SILVKCEVDADPPDSVRFSWTYNNTRNVSPVLNSRIQSNGLASTVTYLPQTDSELITLACWASNAVGRQTTPCLVHILPANTPEAPKACELRNDT--VLEVVCVAGSDGGLSQYFMLEVVGGDPLYSGDPGGSAGQGRGQFSEAIGLGDNEISTLNDQATSAP----IFRMQENSPQFRLNNLEPGREYQFLVYAVNAKGRS 728          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:sns "sticks and stones" species:7227 "Drosophila melanogaster" [GO:0007155 "cell adhesion" evidence=ISS] [GO:0005886 "plasma membrane" evidence=ISS;IDA] [GO:0007520 "myoblast fusion" evidence=IMP;TAS] [GO:0007523 "larval visceral muscle development" evidence=IMP] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IDA;IMP] [GO:0030036 "actin cytoskeleton organization" evidence=IMP] [GO:0036059 "nephrocyte diaphragm assembly" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0005917 "nephrocyte diaphragm" evidence=IDA] [GO:0097206 "nephrocyte filtration" evidence=IMP] [GO:0007156 "homophilic cell adhesion" evidence=IGI] [GO:0061321 "garland nephrocyte differentiation" evidence=IMP] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:0007286 "spermatid development" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0007286 GO:GO:0030036 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007520 GO:GO:0007157 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 InterPro:IPR013162 Pfam:PF08205 GO:GO:0001745 GO:GO:0007523 ChiTaRS:sns GeneTree:ENSGT00550000074545 GO:GO:0061321 UniGene:Dm.14097 GeneID:44097 KEGG:dme:Dmel_CG33141 CTD:44097 FlyBase:FBgn0024189 GenomeRNAi:44097 NextBio:836750 GO:GO:0005917 GO:GO:0036059 GO:GO:0097206 RefSeq:NP_001036532.1 ProteinModelPortal:Q0E9F2 SMR:Q0E9F2 IntAct:Q0E9F2 PRIDE:Q0E9F2 EnsemblMetazoa:FBtr0111043 UCSC:CG33141-RB OMA:EGYSAGE Bgee:Q0E9F2 Uniprot:Q0E9F2)

HSP 1 Score: 105.916 bits (263), Expect = 3.958e-22
Identity = 109/415 (26.27%), Postives = 163/415 (39.28%), Query Frame = 0
Query:  118 TLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHS---GNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLE----EGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEH------ETAHISCKVDAXPQAES-FSWSFNTSSGGMNLPRNSFTNKGSG-SLLSYTPQTQMDYGTVLCWAENMV 517
            T++++ PP  PLI         G M       G    L C   GG PL ++ WY +D  ++   +   + +V   +TI        ++  RC ASN+    P      L + F P+ VKI+   +    G    I C    SNPPA + W++      D +P+   N T       G VS    +          +  C+ +N+ L   Q+   +   L++ Y P       + V P        EG+ +  S    ANP      W  +G  + QD +  I     SL   R+ RD AG YSC ASN +G         + +   V V+   TI  VSE+      E A +SC V+  P  E    W       G ++   + T   +G S L      + D G   C A+N V
Sbjct:  473 TINVLYPPAPPLI--------SGYMEGQIIPAGSVQKLLCVSSGGNPLATLTWYKNDKRINSVIRAA-DKSVSAEITILA-NVSDNQAQYRCEASNSATEIPLFQSTTLSVHFAPETVKIRIEPEELRPGMEATIICDSSSSNPPAKLSWWK------DGIPIEGINNTSKPGLWGGTVSTLEFRVNVTQEMNGQVYTCQSANEAL---QRSAHEAVSLDVLYRP-------KFVPPPSSTAVGVEGESLQVSLQTRANPTPVTYKWTKDGTTIPQDGDHRIFADGGSLNFTRLHRDDAGIYSCSASNSQGG--------ATLNITVVVEYGTTIKSVSENIVVNPGEDAMLSCTVEGKPLTEEHVKW----ERVGYDMTVKTSTTFANGTSYLHIKDAKREDVGNFRCVADNRV 849          

HSP 2 Score: 91.2781 bits (225), Expect = 1.353e-17
Identity = 97/385 (25.19%), Postives = 156/385 (40.52%), Query Frame = 0
Query:   97 DAGTYTCRVDFRQ-SPTIYHHIT--LDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSC-NIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSL-----VLQRIRRDQAGSYSCEASNVEGD-EVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSW 471
            D   YTC+   +  SP +    T  L ++ PP  P I      E          R G ++ L C   GG P   ++WY +   +   ++ +  G +   +     E    ++  RC ASN     P ++ V+L + F P  V + GP +    G +  ++C    SNPPA IKW  G + + +    +S        G  + S I  +  P+ +  ++IC G N +L    + V   H + + Y P   L  G M   + +  G      C +   NP A  LTW  N +     IN  I  A++S+     +L  +  +QA  Y CEASN   +  +     +S+ + P  VK +     +     A I C   +       SW
Sbjct:  252 DYTEYTCQARHKALSPDMPMRATVQLSVLYPPGPPYIEGYSAGET--------LRRGQTVELMCRSRGGNPPAQLIWYKNGSQIRMAYRTS--GRLSENIYTFTAEAGDNKARFRCEASNVMSQNPLKAEVELSVLFAPTHVTVMGPTEARV-GDIVPLTCTTAPSNPPAEIKWMVGGRQVRN---ATSKTIVSPEGGWTTTSNITAVVEPNKRSLVVICHGLNMQLT---ENVVSTHTINVLYPPAPPLISGYMEG-QIIPAGSVQKLLCVSSGGNPLA-TLTWYKNDKR----INSVIRAADKSVSAEITILANVSDNQA-QYRCEASNSATEIPLFQSTTLSVHFAPETVKIRIEPEELRPGMEATIICDSSSSNPPAKLSW 612          

HSP 3 Score: 74.7146 bits (182), Expect = 2.060e-12
Identity = 103/543 (18.97%), Postives = 196/543 (36.10%), Query Frame = 0
Query:   94 HRLDAGTYTCRVDFRQSPTIYHHI---TLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLE------RKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLI--CRGSNQELMGHQQFVEDFHRLEIFYAPNVM-LTLGRMVNPKDLEEGDDVYFSCNIDANPAAYK-LTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVS-EHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQ------TQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
            +R +A      +   QS T+  H    T+ I + P++                    R G   T+ C      P   + W+ D + ++     +  G    G T+  LE      ++    +  C ++N  + R     V L + + P+ V           G    +S     +  P   KW +        +P    ++     G+++ + +       H+ D  I  C  SN +             + + Y   +  ++   +VNP     G+D   SC ++  P   + + W   G ++T   +         L ++  +R+  G++ C A N   +  +  + + + + P   K    +   S   E   + C+    P+ + F W  +     +N        +     L+Y            DYG   C A N +G  +      +   SQPDPP + +++N THD++ +    GF  GLK  + +  +R   R +++  I+    + KL   GL         V + N  G+S
Sbjct:  552 YRCEASNSATEIPLFQSTTLSVHFAPETVKIRIEPEE-------------------LRPGMEATIICDSSSSNPPAKLSWWKDGIPIEGINNTSKPGLW--GGTVSTLEFRVNVTQEMNGQVYTCQSANEALQRSAHEAVSLDVLYRPKFVPPPSSTAVGVEGESLQVSLQTRANPTPVTYKWTKD----GTTIPQDGDHRIFADGGSLNFTRL-------HRDDAGIYSCSASNSQGGATLNIT-----VVVEYGTTIKSVSENIVVNP-----GEDAMLSCTVEGKPLTEEHVKWERVGYDMTVKTSTTFANGTSYLHIKDAKREDVGNFRCVADNRVDNPTNRDILLIVKFAPEIAKTPTLLRAASGTGERGRLPCRAQGSPKPQ-FIWRQDKKDLPINRTYKYEVEERKIDSLTYESTLIVDKVAPADYGAYECVARNELGEAVETVRLEI--TSQPDPPLSLNILNVTHDTVTLAWTPGFDGGLKASYRVR-YRMADREQYK-YIDGLPNSHKLTIGGLRMNTLYLFSVMSWNELGQS 1047          

HSP 4 Score: 63.929 bits (154), Expect = 4.083e-9
Identity = 91/393 (23.16%), Postives = 153/393 (38.93%), Query Frame = 0
Query:   71 SAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVD-FRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDV-----LMDDTFQQTYEGTVKNGLTIRKLERK------HTESLLRCLASNNNIT--RPKESHVQLKMFFPPQGVKIQG--PLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNID-ANPAAYKLTWRHNGEEVTQDINKGII--------IANQSLVLQRIRRDQAGSYSCEASNVEGDE-VSSPVAISIMYRPV 437
            S  GDR     +     L +++    D   Y C+V   R +  I  +  L +I PP     ++ +G      + +   RE   L L+C V   +P   ++WY  +V       +DT +   E T K   T   L+ K      +TE    C A +  ++   P  + VQL + +PP    I+G    +    G+   + C   G NPPA + WY+           S        SG +S +   +       +    C  SN  +M       +   L + +AP  +  +G    P +   GD V  +C    +NP A ++ W   G +V    +K I+         +N + V++  +R       C   N++  E V S   I+++Y P 
Sbjct:  124 SVLGDRKQGIYN-----LRISNASINDDADYQCQVGPARLNSAIRANAKLTVISPPAS---IEIKGYSHNSKVEV---RENQDLQLKCIVANAKPAAQIVWYRGNVEYKPEKREDTVE---ESTAKRFTTTSSLKLKPGPDDDYTE--YTCQARHKALSPDMPMRATVQLSVLYPPGPPYIEGYSAGETLRRGQTVELMCRSRGGNPPAQLIWYKN---------GSQIRMAYRTSGRLSENIYTFTAEAGDNKARFRCEASN--VMSQNPLKAEVE-LSVLFAPTHVTVMG----PTEARVGDIVPLTCTTAPSNPPA-EIKWMVGGRQVRNATSKTIVSPEGGWTTTSNITAVVEPNKRSLV--VICHGLNMQLTENVVSTHTINVLYPPA 481          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:hbs "hibris" species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=ISS] [GO:0061330 "Malpighian tubule stellate cell differentiation" evidence=IEP;IMP] [GO:0016202 "regulation of striated muscle tissue development" evidence=IGI;IMP] [GO:0007520 "myoblast fusion" evidence=IGI;TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IDA] [GO:0007156 "homophilic cell adhesion" evidence=IGI] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:0007220 "Notch receptor processing" evidence=IMP] [GO:0005768 "endosome" evidence=IDA] [GO:0042067 "establishment of ommatidial planar polarity" evidence=IMP] [GO:0010950 "positive regulation of endopeptidase activity" evidence=IMP] [GO:0016324 "apical plasma membrane" evidence=IDA] [GO:0001751 "compound eye photoreceptor cell differentiation" evidence=IMP] [GO:0070765 "gamma-secretase complex" evidence=IPI] [GO:0045747 "positive regulation of Notch signaling pathway" evidence=IMP] [GO:0005913 "cell-cell adherens junction" evidence=IDA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003006 PROSITE:PS00290 GO:GO:0016324 GO:GO:0042067 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0045747 GO:GO:0005913 GO:GO:0007220 GO:GO:0007520 GO:GO:0007157 GO:GO:0010950 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0001751 InterPro:IPR013162 Pfam:PF08205 GO:GO:0016202 GeneTree:ENSGT00550000074545 eggNOG:NOG251936 OrthoDB:EOG7RBZ7J GO:GO:0061330 RefSeq:NP_788355.1 UniGene:Dm.1858 ProteinModelPortal:A1Z9X4 SMR:A1Z9X4 PaxDb:A1Z9X4 PRIDE:A1Z9X4 EnsemblMetazoa:FBtr0087414 GeneID:44129 KEGG:dme:Dmel_CG7449 UCSC:CG7449-RB CTD:44129 FlyBase:FBgn0029082 InParanoid:A1Z9X4 OMA:VHETISL GenomeRNAi:44129 NextBio:836838 Bgee:A1Z9X4 Uniprot:A1Z9X4)

HSP 1 Score: 90.5077 bits (223), Expect = 1.958e-17
Identity = 110/459 (23.97%), Postives = 191/459 (41.61%), Query Frame = 0
Query:  118 TLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVP---LSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLE----EGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKG--IIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSE------HETAHISCKVDAXP-QAESFSWSFNTSSGGMNLPRNSFTNKGSG-SLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFS 559
            T++++ PP  PL+      ++           G  L L+C   GG P P++ WY +D +++    +  +  + + L++  +      ++ +C   N  I  P  +   L + FPP+ VKI    +    G    + C    SNPPA I W++      D +P   L+  N+     G+VS +   Y+ +      ++    S+ E++  Q+ V +   L+I Y P       +   P+       EG   +       NP     TW  +G  ++ +   G  +I     L + R+ R+ AG Y CEA N +G  +   + +++ Y P       TI  VSE       E A ++C + A P +A    WS +    G +L   + ++  +G +LL      + D G   C  +N  G           PA+Q     N  +V QT  + E+D   GF+
Sbjct:  439 TVNVLYPPSPPLLTGYNDGDI--------LISGSILKLQCSSAGGNPPPTLQWYKNDKIINAP-SKLVDSKITSELSLL-VNASDNNAIYKCKVQNAAIDIPLFATKTLGVHFPPETVKISVVPKNLVPGIRAKLICDSSSSNPPAKISWWK------DGIPVEGLNLANRPGLWGGSVS-TLEMYVNITQDLDGIVYTCQSHNEVL--QRSVHETISLDILYPP-------KFETPQSTTFVGVEGAPFHVELLASGNPMVITYTWTKDGLPISSNSLSGQRLISDGPRLNISRLSRNDAGVYICEALNSQGTALLE-IQVAVEYAP-------TITAVSEGRSFVAGEPAVLACHIQARPLEAAHVRWSRD----GYDLATRTISSFENGTALLQIASVERSDIGNFTCIVDNQRGA----------PAAQ-----NVLLVVQT--APEIDHSPGFT 842          

HSP 2 Score: 66.2402 bits (160), Expect = 8.252e-10
Identity = 75/309 (24.27%), Postives = 121/309 (39.16%), Query Frame = 0
Query:   84 NPATLSVTDVHRLDAGTYTCRVD-FRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDD----TFQQTYEGTVKNGLTIRKLERKHTE-SLLRCLASNNNI--TRPKESHVQLKMFFPPQGVKIQGPLQPYT--SGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSC-NIDANPAAYKLTWRHNG 381
            N   L + +    D   Y C+V     +P I  +  L I+  P   ++++   R  +  +      E  +LTL C      P   ++W+  +V +      T  QT         T+    R   +     C A +  +    P  + VQL + +PP     +G  Q  T   G+   I+C   G NPPA + WYR      + V +SS  +T   SG +S +  K+          L+C   N  L+       + + L + YAP  +   G        + GD V  SC    +NP A +++W  NG
Sbjct:   99 NAYNLQIKNATLEDDAEYQCQVGPAAGNPAIRANAKLSIVAAPSS-IVIEGYARNARVEV-----EERQNLTLHCIAENANPAAEIVWFQGEVPVSTAPIVTVNQTAPKRFTTSSTLHLQPRAEDDYKEFSCEARHKALPPDVPMRAQVQLSVLYPPGAPFFEGYSQGETLHRGQEVQIACRSRGGNPPAQLTWYR------NGVAISSPQRT---SGRLSENVYKFTAAAEDNGANLVCEAKN--LLATTPLRAELN-LTVLYAPKDVYLSGA----NQAKVGDSVQLSCVTAPSNPQA-RISWSING 384          

HSP 3 Score: 54.6842 bits (130), Expect = 2.647e-6
Identity = 99/489 (20.25%), Postives = 176/489 (35.99%), Query Frame = 0
Query:  155 LECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESL----LRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRD---LLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANP-AAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRP-VCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFT---------NKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFR--------AKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSR 617
            L C      P   + W+ D + ++        G     ++  ++    T+ L      C + N  + R     + L + +PP+    Q        G  +++  +  G+       W +      D +P+SS     + SG   +S    L +    R+   + IC   N +     +      ++ + YAP    T+  +   +    G+    +C+I A P  A  + W  +G ++              L +  + R   G+++C   N  G   +  V + +   P +      T Y       A + C+  A PQ  SF W  +     M   RN F          N  S  L+  T  +  DYG   C   N +G Q    +    P S+PD P    V N +   ++++   GF  G++  F + + +          ++P HQ   NI+         GL  G   +  V A+N  G S+
Sbjct:  563 LICDSSSSNPPAKISWWKDGIPVEGLNLANRPGLWGGSVSTLEMYVNITQDLDGIVYTCQSHNEVLQRSVHETISLDILYPPKFETPQSTTFVGVEGAPFHVELLASGNPMVITYTWTK------DGLPISSN----SLSGQRLISDGPRLNISRLSRNDAGVYICEALNSQGTALLEI-----QVAVEYAP----TITAVSEGRSFVAGEPAVLACHIQARPLEAAHVRWSRDGYDLATRTISSFENGTALLQIASVERSDIGNFTCIVDNQRGAPAAQNVLLVVQTAPEIDHSPGFTRYAARLGVRAQLICRSLASPQ-PSFIWRRHGKDLKMQR-RNKFKSVERQVDALNFESALLIENT--SPDDYGQYECVVRNSLG-QASTTLEFSKP-SRPDAPLQLRVGNVSDTGVDLNWTPGFDGGMQTYFRLRLKQHGEDKYKYVDAKPGHQ---NISLD-------GLKPGATYYFSVMAANEAGGSK 1016          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:nphs1 "nephrosis 1, congenital, Finnish type (nephrin)" species:7955 "Danio rerio" [GO:0048741 "skeletal muscle fiber development" evidence=IMP] [GO:0003094 "glomerular filtration" evidence=IMP] [GO:0016020 "membrane" evidence=IEA] [GO:0001822 "kidney development" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 ZFIN:ZDB-GENE-051102-1 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 GO:GO:0001822 GO:GO:0048741 InterPro:IPR013098 Pfam:PF07679 GO:GO:0003094 InterPro:IPR013162 Pfam:PF08205 CTD:4868 eggNOG:NOG251936 HOGENOM:HOG000113844 HOVERGEN:HBG031752 EMBL:DQ466904 RefSeq:NP_001035777.1 UniGene:Dr.67450 ProteinModelPortal:Q1KMS5 STRING:7955.ENSDARP00000080406 GeneID:692352 KEGG:dre:692352 NextBio:20902512 Uniprot:Q1KMS5)

HSP 1 Score: 90.5077 bits (223), Expect = 2.121e-17
Identity = 89/375 (23.73%), Postives = 156/375 (41.60%), Query Frame = 0
Query:  150 GDSLTLECHVPGGEPLPSVLWYMDD-VLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRG---IKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLE--EGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAES-FSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMV 517
            G +L L C   GG P   + W  ++ V++  + Q + E  V   L +  L      +  RC  S+N   +   +  + ++ FP   VKI    +    G+   + C+   SNP ANI W  G   +KG+ D  P  +    ++ +  +SL+       P H R  + C+  +  L    + V +F+ L++ + P           P +++  E +       + ANP      W   GE++ ++ +     ++ +L +  + R   G Y  E SN EG    + + + + Y P        ++ V+  +TA + C  DA P   S FSW +        L   S  + G+G L  Y   T+   G   C A+N +
Sbjct:  448 GSTLRLVCFSSGGNPTGQLTWLKNNKVVLTASKQVSSERGVSRELLL-TLHPSDNLATYRC-DSSNKAKKVLSAQTKFRVLFPAVSVKIVAKQKELRRGQTLDLDCLAGSSNPTANISWSLGPVILKGV-DQAPKRAEFGGMSRTSKLSLTL-----EPHHWRKRITCQAFSNVL---SEGVNNFYSLDVLFPPEFSAE-----QPDEVQVIEDETATLPAKVSANPDEITCEWIFQGEKLVKERDPRYTFSDWTLEIVNVSRRDGGDYIIECSNAEGSN-RTKLRLDVQYSPTVRMKSDPVF-VNIGDTADLLCVADANPITSSMFSWKWMGEGERDELGEES-EDDGTGVLTIYE-VTRDRAGVYQCTADNGI 802          

HSP 2 Score: 78.1814 bits (191), Expect = 1.514e-13
Identity = 96/445 (21.57%), Postives = 165/445 (37.08%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ----TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDL--LICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGE-------EVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKD---QKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGS-----LLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHM 568
             R G +L L+C      P  ++ W +  V++    Q      + G  +       LE  H    + C A +N ++    +   L + FPP+    Q             +   V  +      +W ++G K + +  P  +++       NVS            +RD    I   SN E     +      RL++ Y+P V +      +P  +  GD     C  DANP    + +W+  GE       E ++D   G+      L +  + RD+AG Y C A N      S    + + + P   K    +K          A++ C+    P+ + F W+ N     +  PR   T + +G+     L        +DY    C A N +G   L     ++  + PDPP +  ++     S+ ++   GF  GL Q F +
Sbjct:  541 LRRGQTLDLDCLAGSSNPTANISWSLGPVILKGVDQAPKRAEFGGMSRTSKLSLTLEPHHWRKRITCQAFSNVLSEGVNNFYSLDVLFPPEFSAEQPDEVQVIEDETATLPAKVSANPDEITCEWIFQGEKLVKERDPRYTFSDWTLEIVNVS------------RRDGGDYIIECSNAEGSNRTKL-----RLDVQYSPTVRMK----SDPVFVNIGDTADLLCVADANPITSSMFSWKWMGEGERDELGEESEDDGTGV------LTIYEVTRDRAGVYQCTADNGISPTGSVEGQLIVRFAPDLQKGPQWRKVASRGDGSNDANVVCQAQGVPRVQ-FRWAKNGFPLDLGNPRYEETTESTGTIHTSILTVINVSAALDYAIFTCTAHNSMGEDSLDI--QLLSTNHPDPPSDLKLLRVDQTSVTLEWMPGFDGGLTQIFRV 955          

HSP 3 Score: 71.633 bits (174), Expect = 1.446e-11
Identity = 82/391 (20.97%), Postives = 145/391 (37.08%), Query Frame = 0
Query:   97 DAGTYTCRVDFRQSP-TIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRD---LLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQR-IRR---------DQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSF 473
            D    TCR     SP  +   +T+ +  PPQ P+I+     EVK          G  L + C   GG PL ++ W  +  ++  ++   +     + +   +++ +   ++L+C + N     P      L + F P  V + G  +    G    +SC    SNPP +I+W+ G K       L+    T     N  +  +  L     + D    L C   N+   G +        L ++Y P  +       N   L  G  +   C         +LTW  N        NK ++ A++ +  +R + R         D   +Y C++SN     +S+     +++  V VK       +   +T  + C   +     + SWS 
Sbjct:  204 DTRRLTCRAKNPASPRALETGMTMKVYFPPQAPMIMGLENEEVKA---------GSFLKVVCMSYGGNPLATLHWTKNGEVLSTSWDVDFVSRRASSVLKMEVKPEDNHAVLQCQSINQVTRSPMSLTRTLTVPFEPAEVTLLGSFEA-VEGEEINLSCSTSSSNPPVHIRWWLGFK------ELNRTEVTFAEGDNGGMMTVSNLTHKVSREDNGLSLQCEAFNK---GTRFSSVRAAELIVYYPPQKVWLDAPPPNVF-LHSGSTLRLVCFSSGGNPTGQLTWLKN--------NKVVLTASKQVSSERGVSRELLLTLHPSDNLATYRCDSSNKAKKVLSAQTKFRVLFPAVSVKIVAKQKELRRGQTLDLDCLAGSSNPTANISWSL 566          

HSP 4 Score: 54.6842 bits (130), Expect = 2.742e-6
Identity = 75/347 (21.61%), Postives = 135/347 (38.90%), Query Frame = 0
Query:  144 IGPFR--EGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTI----RKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYT---SGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINK-------GIIIANQSLVLQRIRRDQAGSYSCEA-SNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSF 473
            +G F   EG+ + L C      P   + W++    ++ T     EG     +T+     K+ R+     L+C A N           +L +++PPQ V +  P  P     SG    + C   G NP   + W +  K     V L++  Q  +  G VS   +  L  PS       C  SN+     ++ +    +  + + P V + +  +   K+L  G  +   C   ++     ++W   G  + + +++       G +     L L           +C+A SNV  + V++  ++ +++ P    +Q     V E ETA +  KV A P   +  W F
Sbjct:  337 LGSFEAVEGEEINLSCSTSSSNPPVHIRWWLGFKELNRTEVTFAEGDNGGMMTVSNLTHKVSREDNGLSLQCEAFNKGTRFSSVRAAELIVYYPPQKVWLDAP-PPNVFLHSGSTLRLVCFSSGGNPTGQLTWLKNNK-----VVLTASKQVSSERG-VSRELLLTLH-PSDNLATYRCDSSNKA----KKVLSAQTKFRVLF-PAVSVKI--VAKQKELRRGQTLDLDCLAGSSNPTANISWSL-GPVILKGVDQAPKRAEFGGMSRTSKLSLTLEPHHWRKRITCQAFSNVLSEGVNNFYSLDVLFPPEFSAEQPDEVQVIEDETATLPAKVSANPDEITCEWIF 667          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:Nphs1 "Nephrin" species:10116 "Rattus norvegicus" [GO:0003094 "glomerular filtration" evidence=IC] [GO:0005515 "protein binding" evidence=IPI] [GO:0005886 "plasma membrane" evidence=IDA;TAS] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007254 "JNK cascade" evidence=IEA] [GO:0007519 "skeletal muscle tissue development" evidence=IEA] [GO:0007520 "myoblast fusion" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0017022 "myosin binding" evidence=IEA] [GO:0030838 "positive regulation of actin filament polymerization" evidence=IEA] [GO:0032836 "glomerular basement membrane development" evidence=IEA] [GO:0036057 "slit diaphragm" evidence=IDA] [GO:0042995 "cell projection" evidence=IEA] [GO:0044062 "regulation of excretion" evidence=IEA] [GO:0072015 "glomerular visceral epithelial cell development" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:620460 GO:GO:0016021 GO:GO:0005886 GO:GO:0043234 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0045121 GO:GO:0007254 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 GO:GO:0042995 Reactome:REACT_197471 GO:GO:0007520 GO:GO:0030838 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GO:GO:0003094 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0007519 GO:GO:0032836 GeneTree:ENSGT00550000074545 GO:GO:0036057 GO:GO:0044062 CTD:4868 eggNOG:NOG251936 HOGENOM:HOG000113844 HOVERGEN:HBG031752 OrthoDB:EOG7RBZ7J EMBL:AF172255 EMBL:AF161715 EMBL:AF125521 RefSeq:NP_072150.1 UniGene:Rn.48745 ProteinModelPortal:Q9R044 BioGrid:249144 IntAct:Q9R044 MINT:MINT-8384233 PhosphoSite:Q9R044 PaxDb:Q9R044 PRIDE:Q9R044 Ensembl:ENSRNOT00000045212 GeneID:64563 KEGG:rno:64563 UCSC:RGD:620460 InParanoid:Q9JIX2 NextBio:613494 PRO:PR:Q9R044 Genevestigator:Q9R044 Uniprot:Q9R044)

HSP 1 Score: 87.8113 bits (216), Expect = 1.372e-16
Identity = 109/480 (22.71%), Postives = 177/480 (36.88%), Query Frame = 0
Query:   93 VHRLDAGT-YTCRV--DFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPK------ESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDIN-KGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWS-FNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMV---GMQLLPCIYHVIP-ASQPDPPRNCSVVNQTHDSLEVDCEA 556
            V R D G   TC    D     T    +TL++  P Q+  I        +G       R G  + L C   GG P PS++W+ D   + +  Q      V+ G ++ K     +  L+  +   +N  +         +  QL + FPP  + I         G    ++CV   SNPP N+ W +  + L D   +++  Q+    G+ +   +            + CR  ++ L   ++ V  F+R  + Y P     LG  V    + E   V    ++ ANPA     W   G  ++     +  I++  +L L  + R   G Y     N EG    + + + + Y P  ++  +    V+   +  I C VDA P   E FSW         +NL      +KGS   L          G   C  +N V      L+  +    P   QP P    +    +  S  + C A
Sbjct:  420 VRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWI--------EGPPEGQYIRTGTRVRLVCLAIGGNPDPSLIWFKDSRPVSEPRQPQEPRRVQLG-SVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLED---VAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRAHSEAL---RETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNWTFRGYRLSPAGGPRHRILSGGALQLWNVTRADDGFYQLHCQNSEG-TAEALLKLDVHYAPT-IRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRA 879          

HSP 2 Score: 76.2554 bits (186), Expect = 6.374e-13
Identity = 110/494 (22.27%), Postives = 188/494 (38.06%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKL-----ERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQ--GVKIQGPLQPYTSGRVYYISCVVWGSNP-PANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGEEVTQ----DINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQ-----KTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSG----SLLSYTP-QTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
             R GD+L L C      P  ++ W  +   ++D   +      K     R +      R H + +  C A +  +     S  +  + +PP+  G +++  +     G+V     V   +NP P    W +RG +    L P       +   G + L  +       +Q   L C+ S       +   E   +L++ YAP    T+  + +P ++  G  V   C +DANP   ++ +W   GEE       D+ K    +   L +++ +  QAG+Y C   N         V + + + P    DQ     K         +A + C+    P  + F+W+ N     +  PR +      G    SLL+        DY    C A N +G         ++  S+PDPP    VV+ +  S+ ++ + GF  GL Q F +  + A   P    +  +  +       GL       + + ASNA G S
Sbjct:  571 LRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVT-CRAHSEALRETVSSFYRFNVLYPPEFLGEQVRA-VTVVEQGQVLLPVSV--SANPAPEAFNWTFRGYR----LSPAGGPRHRILSGGALQLWNVTRADDGFYQ---LHCQNS-------EGTAEALLKLDVHYAP----TIRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQV--DQPTPLTKVAAAGDSTSSATLHCRARGVPNID-FTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDH--TNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDS 1036          

HSP 3 Score: 56.6102 bits (135), Expect = 6.373e-7
Identity = 42/189 (22.22%), Postives = 83/189 (43.92%), Query Frame = 0
Query:  113 IYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYL 301
            I    T++I+ PP  P+I D  G      +  G  R G++L L C   GG P  ++ W  +   +   +   +   V + + +  +  +   + L C + N+     +E  + L++ FPP  + I G +   +  +   + C+   S P   ++W+ G +    L+P         H G++S+S + +L
Sbjct:  242 IKASFTMNILFPPGPPVI-DWPG------LNEGHVRAGENLELPCTARGGNPPATLQWLKNGKPVSTAWGTEHAQAVAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITILGSVS-QSENKNVTLCCLTKSSRPRVLLRWWLGGR---QLLPTDETVMDGLHGGHISMSNLTFL 419          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:Nphs1 "nephrosis 1, congenital, Finnish type (nephrin)" species:10116 "Rattus norvegicus" [GO:0000165 "MAPK cascade" evidence=ISO] [GO:0003094 "glomerular filtration" evidence=IC] [GO:0005515 "protein binding" evidence=IPI] [GO:0005622 "intracellular" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISO;IDA;TAS] [GO:0007155 "cell adhesion" evidence=IEA;ISO] [GO:0007254 "JNK cascade" evidence=IEA;ISO] [GO:0007519 "skeletal muscle tissue development" evidence=IEA;ISO] [GO:0007520 "myoblast fusion" evidence=IEA;ISO] [GO:0016020 "membrane" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0017022 "myosin binding" evidence=IEA;ISO] [GO:0019904 "protein domain specific binding" evidence=IPI] [GO:0030507 "spectrin binding" evidence=IPI] [GO:0030838 "positive regulation of actin filament polymerization" evidence=IEA;ISO] [GO:0032836 "glomerular basement membrane development" evidence=IEA;ISO] [GO:0036057 "slit diaphragm" evidence=IDA] [GO:0042995 "cell projection" evidence=IEA;ISO] [GO:0043234 "protein complex" evidence=IDA] [GO:0044062 "regulation of excretion" evidence=IEA;ISO] [GO:0045121 "membrane raft" evidence=IDA] [GO:0051393 "alpha-actinin binding" evidence=IPI] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] [GO:0072015 "glomerular visceral epithelial cell development" evidence=IEA;ISO] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:620460 GO:GO:0016021 GO:GO:0005886 GO:GO:0043234 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0045121 GO:GO:0007254 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 GO:GO:0042995 Reactome:REACT_197471 GO:GO:0007520 GO:GO:0030838 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GO:GO:0003094 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0007519 GO:GO:0032836 GeneTree:ENSGT00550000074545 GO:GO:0036057 GO:GO:0044062 CTD:4868 eggNOG:NOG251936 HOGENOM:HOG000113844 HOVERGEN:HBG031752 OrthoDB:EOG7RBZ7J EMBL:AF172255 EMBL:AF161715 EMBL:AF125521 RefSeq:NP_072150.1 UniGene:Rn.48745 ProteinModelPortal:Q9R044 BioGrid:249144 IntAct:Q9R044 MINT:MINT-8384233 PhosphoSite:Q9R044 PaxDb:Q9R044 PRIDE:Q9R044 Ensembl:ENSRNOT00000045212 GeneID:64563 KEGG:rno:64563 UCSC:RGD:620460 InParanoid:Q9JIX2 NextBio:613494 PRO:PR:Q9R044 Genevestigator:Q9R044 Uniprot:Q9R044)

HSP 1 Score: 87.8113 bits (216), Expect = 1.372e-16
Identity = 109/480 (22.71%), Postives = 177/480 (36.88%), Query Frame = 0
Query:   93 VHRLDAGT-YTCRV--DFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPK------ESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDIN-KGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWS-FNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMV---GMQLLPCIYHVIP-ASQPDPPRNCSVVNQTHDSLEVDCEA 556
            V R D G   TC    D     T    +TL++  P Q+  I        +G       R G  + L C   GG P PS++W+ D   + +  Q      V+ G ++ K     +  L+  +   +N  +         +  QL + FPP  + I         G    ++CV   SNPP N+ W +  + L D   +++  Q+    G+ +   +            + CR  ++ L   ++ V  F+R  + Y P     LG  V    + E   V    ++ ANPA     W   G  ++     +  I++  +L L  + R   G Y     N EG    + + + + Y P  ++  +    V+   +  I C VDA P   E FSW         +NL      +KGS   L          G   C  +N V      L+  +    P   QP P    +    +  S  + C A
Sbjct:  420 VRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWI--------EGPPEGQYIRTGTRVRLVCLAIGGNPDPSLIWFKDSRPVSEPRQPQEPRRVQLG-SVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLED---VAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRAHSEAL---RETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNWTFRGYRLSPAGGPRHRILSGGALQLWNVTRADDGFYQLHCQNSEG-TAEALLKLDVHYAPT-IRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRA 879          

HSP 2 Score: 76.2554 bits (186), Expect = 6.374e-13
Identity = 110/494 (22.27%), Postives = 188/494 (38.06%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKL-----ERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQ--GVKIQGPLQPYTSGRVYYISCVVWGSNP-PANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGEEVTQ----DINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQ-----KTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSG----SLLSYTP-QTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
             R GD+L L C      P  ++ W  +   ++D   +      K     R +      R H + +  C A +  +     S  +  + +PP+  G +++  +     G+V     V   +NP P    W +RG +    L P       +   G + L  +       +Q   L C+ S       +   E   +L++ YAP    T+  + +P ++  G  V   C +DANP   ++ +W   GEE       D+ K    +   L +++ +  QAG+Y C   N         V + + + P    DQ     K         +A + C+    P  + F+W+ N     +  PR +      G    SLL+        DY    C A N +G         ++  S+PDPP    VV+ +  S+ ++ + GF  GL Q F +  + A   P    +  +  +       GL       + + ASNA G S
Sbjct:  571 LRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVT-CRAHSEALRETVSSFYRFNVLYPPEFLGEQVRA-VTVVEQGQVLLPVSV--SANPAPEAFNWTFRGYR----LSPAGGPRHRILSGGALQLWNVTRADDGFYQ---LHCQNS-------EGTAEALLKLDVHYAP----TIRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQV--DQPTPLTKVAAAGDSTSSATLHCRARGVPNID-FTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDH--TNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDS 1036          

HSP 3 Score: 56.6102 bits (135), Expect = 6.373e-7
Identity = 42/189 (22.22%), Postives = 83/189 (43.92%), Query Frame = 0
Query:  113 IYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYL 301
            I    T++I+ PP  P+I D  G      +  G  R G++L L C   GG P  ++ W  +   +   +   +   V + + +  +  +   + L C + N+     +E  + L++ FPP  + I G +   +  +   + C+   S P   ++W+ G +    L+P         H G++S+S + +L
Sbjct:  242 IKASFTMNILFPPGPPVI-DWPG------LNEGHVRAGENLELPCTARGGNPPATLQWLKNGKPVSTAWGTEHAQAVAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITILGSVS-QSENKNVTLCCLTKSSRPRVLLRWWLGGR---QLLPTDETVMDGLHGGHISMSNLTFL 419          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:Nphs1 "Nephrin" species:10116 "Rattus norvegicus" [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:620460 GO:GO:0016021 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 EMBL:AABR06004284 EMBL:AABR06004285 EMBL:AABR06004286 ProteinModelPortal:D4A8H0 Ensembl:ENSRNOT00000028358 NextBio:35573359 ArrayExpress:D4A8H0 Uniprot:D4A8H0)

HSP 1 Score: 87.8113 bits (216), Expect = 1.597e-16
Identity = 112/481 (23.28%), Postives = 181/481 (37.63%), Query Frame = 0
Query:   93 VHRLDAGT-YTCRV--DFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPK------ESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQR-DLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDIN-KGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWS-FNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMV---GMQLLPCIYHVIP-ASQPDPPRNCSVVNQTHDSLEVDCEA 556
            V R D G   TC    D     T    +TL++  P Q+  I        +G       R G  + L C   GG P PS++W+ D   + +  Q      V+ G ++ K     +  L+  +   +N  +         +  QL + FPP  + I         G    ++CV   SNPP N+ W +  + L D   +++  Q+    G+ + S   +L + S      + CR  ++ L   ++ V  F+R  + Y P     LG  V    + E   V    ++ ANPA     W   G  ++     +  I++  +L L  + R   G Y     N EG    + + + + Y P  ++  +    V+   +  I C VDA P   E FSW         +NL      +KGS   L          G   C  +N V      L+  +    P   QP P    +    +  S  + C A
Sbjct:  420 VRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWI--------EGPPEGQYIRTGTRVRLVCLAIGGNPDPSLIWFKDSRPVSEPRQPQEPRRVQLG-SVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLED---VAAKPQSAPFKGSAA-SRSVFLRVSSRDHGQRVTCRAHSEAL---RETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNWTFRGYRLSPAGGPRHRILSGGALQLWNVTRADDGFYQLHCQNSEG-TAEALLKLDVHYAPT-IRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRA 879          

HSP 2 Score: 76.2554 bits (186), Expect = 5.962e-13
Identity = 113/495 (22.83%), Postives = 191/495 (38.59%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKL-----ERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQ--GVKIQGPLQPYTSGRVYYISCVVWGSNP-PANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGEEVTQDINKGII--IANQSLVLQRIRR---DQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQ-----KTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSG----SLLSYTP-QTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
             R GD+L L C      P  ++ W  +   ++D   +      K     R +      R H + +  C A +  +     S  +  + +PP+  G +++  +     G+V     V   +NP P    W +RG +    L P       +   G + L  +       +Q   L C+ S       +   E   +L++ YAP    T+  + +P ++  G  V   C +DANP   ++ +W   GEE  +D+N   +  ++  S    RIR+    QAG+Y C   N         V + + + P    DQ     K         +A + C+    P  + F+W+ N     +  PR +      G    SLL+        DY    C A N +G         ++  S+PDPP    VV+ +  S+ ++ + GF  GL Q F +  + A   P    +  +  +       GL       + + ASNA G S
Sbjct:  571 LRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRV-TCRAHSEALRETVSSFYRFNVLYPPEFLGEQVRA-VTVVEQGQVLLPVSV--SANPAPEAFNWTFRGYR----LSPAGGPRHRILSGGALQLWNVTRADDGFYQ---LHCQNS-------EGTAEALLKLDVHYAP----TIRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEE-EEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQV--DQPTPLTKVAAAGDSTSSATLHCRARGVPNID-FTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDH--TNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDS 1036          

HSP 3 Score: 56.6102 bits (135), Expect = 6.952e-7
Identity = 42/189 (22.22%), Postives = 83/189 (43.92%), Query Frame = 0
Query:  113 IYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYL 301
            I    T++I+ PP  P+I D  G      +  G  R G++L L C   GG P  ++ W  +   +   +   +   V + + +  +  +   + L C + N+     +E  + L++ FPP  + I G +   +  +   + C+   S P   ++W+ G +    L+P         H G++S+S + +L
Sbjct:  242 IKASFTMNILFPPGPPVI-DWPG------LNEGHVRAGENLELPCTARGGNPPATLQWLKNGKPVSTAWGTEHAQAVAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITILGSVS-QSENKNVTLCCLTKSSRPRVLLRWWLGGR---QLLPTDETVMDGLHGGHISMSNLTFL 419          
BLAST of EMLSAG00000006645 vs. GO
Match: - (symbol:nrm "neuromusculin" species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=ISS;IDA] [GO:0007155 "cell adhesion" evidence=NAS] [GO:0003674 "molecular_function" evidence=ND] [GO:0008039 "synaptic target recognition" evidence=IMP] InterPro:IPR007110 PROSITE:PS50835 GO:GO:0005886 EMBL:AE014296 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 GO:GO:0008039 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 CTD:11270 RefSeq:NP_001246890.1 UniGene:Dm.2496 GeneID:40515 KEGG:dme:Dmel_CG43079 FlyBase:FBgn0262509 OMA:DSQRSHV PhylomeDB:M9NE05 Uniprot:M9NE05)

HSP 1 Score: 86.6557 bits (213), Expect = 4.264e-16
Identity = 96/454 (21.15%), Postives = 180/454 (39.65%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDF---RQSPTIY--HHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLE------RKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGI----KGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQEL-MGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAY-KLTWRHNGEEVTQDIN-----KGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVS-SPVAISIMYRPV 437
            ++  E   V LPC +     G  ++ + W++ D              ++I   +    ++ S    F +R    V  NP  L + D+   D   Y C   F    ++   +  + I L ++VPP + +ILD +G  +K    +GP +E  SL   C V    P P V W+     +  T+  T++  + +GL    LE      R+     + C   +  I     +   + +   P  + I G       G    ++C + G+ P  N+ WY        G +++  + S +   +     + S + +         +  C   N  L +  ++ +     LE+ Y P V ++   +         + V  +C   ANPA+  ++ W  N  ++  ++N     KG    N +LV++   ++  G+YSC+ SN  G   S   + + + Y P 
Sbjct:   49 ISQQESQSVVLPCPVDAEKCG-KLHSLNWFKGD--------------DRIAAMLLGDSNVTSVNKEFDERV--TVEQNPYRLVIKDLKIADEDIYLCDTTFFIPEETCDNFNGYRIELRVLVPPTEVVILDAKGDRIKNGSVVGPMQERQSLKATCTVRNTRPQPEVSWFRGTKRL-TTYSPTHD--LVDGLYTSTLELDWTLSREDLAQDIECRVKSAAIQNVTVTKFSVDLQVRPTSIDINGVKHHTVQGSKVVLTCDIHGARPAVNLTWYNTTTIISSGENEITEVRSKSLEKSDGTFHTQSELIFNATRFENDRVFRCEAENIVLQINREKPISSALTLEVLYPPVVKVSPSAIT----ANTSEIVLLNCEYFANPASLTQVEWYRN--DILVNVNDTTHYKGGNSENVALVIKSTEKEDIGNYSCQLSNNIGKGTSDQKINLDVQYAPT 476          

HSP 2 Score: 50.8322 bits (120), Expect = 4.137e-5
Identity = 82/358 (22.91%), Postives = 142/358 (39.66%), Query Frame = 0
Query:  149 EGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKN-----------GLTIRKLERKHTESLLRCLASNN----NITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPA--NIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDL--LICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDD--VYFSCNI-DANPAAY-KLTWRHNG---------EEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEG-DEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVD--AXPQAESFSW 471
            +G  + L C + G  P  ++ WY    ++     +  E   K+              I    R   + + RC A N     N  +P  S + L++ +PP  VK+        +  +  ++C  + +NP +   ++WYR     +D+  L + N T  + G  S + +  +   + + D+    C+ SN    G     +    L++ YAP V +    M+    ++E D+  V   CN+ DANP+   K+ W  N          EE  +D+     I    L+L+ I R    +YSCE  N  G    S    + + Y P             + ++   SC VD    P++  F W
Sbjct:  279 QGSKVVLTCDIHGARPAVNLTWYNTTTIISSGENEITEVRSKSLEKSDGTFHTQSELIFNATRFENDRVFRCEAENIVLQINREKPISSALTLEVLYPPV-VKVSPSAITANTSEIVLLNCEYF-ANPASLTQVEWYR-----NDI--LVNVNDTTHYKGGNSEN-VALVIKSTEKEDIGNYSCQLSNNIGKGTS---DQKINLDVQYAPTVEIL---MIPEGPVKESDESNVTLFCNVLDANPSVLTKVRWYANSTLLKELPDCEETREDL---CHIDPSKLLLESIGRGFFYNYSCEGFNAAGWGPRSEDKELLVHYEPGPAALSHFPLVAVKKKSVTFSCSVDDPGFPESNRFRW 617          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592814012|gb|GAXK01140556.1| (TSA: Calanus finmarchicus comp476270_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 641.343 bits (1653), Expect = 0.000e+0
Identity = 306/614 (49.84%), Postives = 415/614 (67.59%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSD-LVPLS----SYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGR 615
            V+TVEGG+  LPCDIT+    DSVYLVLWYRKDSGTPIYSYDSR          P    LWSEP AFGDRA+FRV  +PA LS++++ R D G YTCRVD+ +SPT+YH++ LD+IVPP  P I+DDRG++V     +GPF+EGD LT++C   GGEP PSVLWY ++ ++D T+    +G V+N LTI++L+R+      RC+ASNNN+T PKES V L + FPP G KI    QP  +GR Y++ CV WGS PPA I WYR     S  ++P++        +V+   N++ SWI++ P P H + ++ CR +N +L G    +ED   L++F+AP+V L LG  VNP+DLEEGDDVYF C+I A+P AYK+TWRH  +E+      G II+NQSLVLQ++ ++  G+Y+C+A NVEG   S P  + IMYRP C+ +QK IYGVSE ETAHISC VD+ P+A+SF W+ NT++G   +P    T+    SLLSY P +Q++YGT+ C+  N+VG Q  PC++H+IPA+ P+ P +C + NQT   L V C++GF  GL+Q FHMEV    S  ++ +  N++   P   A  LP G+ +++RVYASN KGR
Sbjct: 1438 VSTVEGGQAQLPCDITSGPGRDSVYLVLWYRKDSGTPIYSYDSRTGD-------PGNKGLWSEPEAFGDRAYFRVGESPAVLSISNLTREDGGVYTCRVDYTESPTMYHNVKLDVIVPPSIPRIVDDRGKQVSSLKPVGPFKEGDPLTIQCVATGGEPPPSVLWYRENEIIDKTYIANEKGAVQNTLTIQRLDREDMGPRYRCVASNNNMTIPKESWVSLDIMFPPLGAKIITEDQPLVAGREYHLGCVSWGSLPPAEISWYRRQSSNSKGIIPMNINPEDTETSVSKDNNITESWIQFTPTPLHHQQIITCRATNYKLQGTNNVMEDHRVLDVFFAPHVELNLGPAVNPRDLEEGDDVYFECHIQAHPPAYKVTWRHKNQEIYPRPGDGKIISNQSLVLQKVGKEDGGNYTCQAFNVEGQMESQPKFLDIMYRPSCLTEQKMIYGVSEKETAHISCTVDSNPKADSFFWTLNTTAGHSEIPGAMSTDMAGASLLSYKPMSQLEYGTIFCFGSNIVGRQEQPCVFHIIPATVPETPHHCHIANQTLIGLRVVCDSGFDGGLEQTFHMEVL---SLSDNVIYANVSRDVPSFWATSLPPGEKVYIRVYASNNKGR 3249          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592848096|gb|GAXK01109448.1| (TSA: Calanus finmarchicus comp950840_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 564.303 bits (1453), Expect = 0.000e+0
Identity = 292/643 (45.41%), Postives = 401/643 (62.36%), Query Frame = 0
Query:    6 RVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFR--VSSNPATLSVTDVHRL-DAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLL--PCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAK-----------------SRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTL 626
             V  V+GG  +LPCD+     GDSVYLVLWY+KD  TPIYSYDSR ++          PDLWSEPS FGDRA FR    + PA L+V+ V +  D G YTCRVDFRQSPT YH + L +IVPPQ+P+I+D  G++V+G + +GP  +G ++TL+CHV GG+PLPSV WY ++ ++DD+  +T++ TVKN + +  L+R+   S  RCLA NNN+T P E+ +++ + FPP  VKI     P+  G+ Y++ C+ WGSNPPA + W R     S +  L   N+T     N + S + Y P P H   +L C   N  +   ++  ED  +LEIF+ P V L +G+ +N  DLEEGDDVYF C+I ANP AYK+TW HNG+E+ Q  +  + I+NQSLVLQ++ R QAG+YSC ASNVEGD  S+PV+++IMY PVC + Q  +YGVSE+E+  +SC V++ P A++F+WSFN S     LP +SFT+    S+++YTP + MD+GT+LCW  NMVG Q    PC++H+IP   PD PR C   NQT  +L + C  G+S GL Q  H+EV+  +                 S P  + L    AK        LP  +   + +YASN KGRS     + +TL
Sbjct:  342 EVEAVQGGLANLPCDLIPSQPGDSVYLVLWYKKDDKTPIYSYDSRASSMG-----GGAPDLWSEPSVFGDRAIFRDFKGTQPAVLTVSAVTKFRDEGEYTCRVDFRQSPTKYHRVRLSVIVPPQKPIIMDQTGQKVEGEV-LGPLNQGQAVTLDCHVTGGDPLPSVYWYRNEKIIDDSDMKTFDKTVKNRIVLSNLKREDLGSRYRCLAINNNLTEPTEASLKIDILFPPLAVKISTDGSPFAVGKDYFVRCITWGSNPPATLSWSRTNGRRSTMKHLKVVNETTLW--NFTESVLLYHPRPGHHGHMLTCSAVNNHIK-IEETKEDRIKLEIFFPPTVGLHIGKALNLNDLEEGDDVYFECSIVANPPAYKVTWLHNGKEIVQKPDMQMFISNQSLVLQKVTRKQAGNYSCHASNVEGDAESAPVSLTIMYVPVCDETQDVVYGVSENESVSVSCSVNSYPPADAFTWSFNNSLTSTLLPTSSFTSSPGRSVINYTPHSHMDFGTLLCWGTNMVGNQKTNRPCVFHIIPTGPPDAPRKCFTQNQTATTLSIQCTPGYSGGLSQRVHVEVYTRQGVCIANLTDHNDGREDNSAPRTEQLEE--AKEIYFSVDKLPPEEHFKIVLYASNIKGRSVEKYLEAHTL 2237          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592814011|gb|GAXK01140557.1| (TSA: Calanus finmarchicus comp476270_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 535.798 bits (1379), Expect = 0.000e+0
Identity = 257/505 (50.89%), Postives = 344/505 (68.12%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSD-LVPLS----SYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDY 506
            V+TVEGG+  LPCDIT+    DSVYLVLWYRKDSGTPIYSYDSR          P    LWSEP AFGDRA+FRV  +PA LS++++ R D G YTCRVD+ +SPT+YH++ LD+IVPP  P I+DDRG++V     +GPF+EGD LT++C   GGEP PSVLWY ++ ++D T+    +G V+N LTI++L+R+      RC+ASNNN+T PKES V L + FPP G KI    QP  +GR Y++ CV WGS PPA I WYR     S  ++P++        +V+   N++ SWI++ P P H + ++ CR +N +L G    +ED   L++F+AP+V L LG  VNP+DLEEGDDVYF C+I A+P AYK+TWRH  +E+      G II+NQSLVLQ++ ++  G+Y+C+A NVEG   S P  + IMYRP C+ +QK IYGVSE ETAHISC VD+ P+A+SF W+ NT++G   +P    T+    SLLSY P +Q+ +
Sbjct:  177 VSTVEGGQAQLPCDITSGPGRDSVYLVLWYRKDSGTPIYSYDSRTGD-------PGNKGLWSEPEAFGDRAYFRVGESPAVLSISNLTREDGGVYTCRVDYTESPTMYHNVKLDVIVPPSIPRIVDDRGKQVSSLKPVGPFKEGDPLTIQCVATGGEPPPSVLWYRENEIIDKTYIANEKGAVQNTLTIQRLDREDMGPRYRCVASNNNMTIPKESWVSLDIMFPPLGAKIITEDQPLVAGREYHLGCVSWGSLPPAEISWYRRQSSNSKGIIPMNINPEDTETSVSKDNNITESWIQFTPTPLHHQQIITCRATNYKLQGTNNVMEDHRVLDVFFAPHVELNLGPAVNPRDLEEGDDVYFECHIQAHPPAYKVTWRHKNQEIYPRPGDGKIISNQSLVLQKVGKEDGGNYTCQAFNVEGQMESQPKFLDIMYRPSCLTEQKMIYGVSEKETAHISCTVDSNPKADSFFWTLNTTAGHSEIPGAMSTDMAGASLLSYKPMSQVSF 1670          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592761831|gb|GAXK01192582.1| (TSA: Calanus finmarchicus comp472909_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 472.241 bits (1214), Expect = 2.833e-146
Identity = 236/628 (37.58%), Postives = 367/628 (58.44%), Query Frame = 0
Query:    5 KRVTTVEGGRVDLPCDITTPA-IGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHS---GNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQ-AESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLK 627
            K VT VEGG  +LPC  T P  + D + LVLW++ +S  PIY++D+R       +DV E    WS+      RA F+    P  L++ ++   D G+Y CRVDF ++PT    + L +IVPP++P I D RG+EV+  + +GP++ GDS  ++C   GG P P + W+ +  L+D +++ +    + N + I  L+R    S+L C ASNNNI+ P  + V++ M F P  V +    +  ++G+ +   C V G+ PP  + W+RG   + D +         TH+   GNV+LS + ++P        L CR ++Q+    +  +ED  +L I Y P  +L+LG  +N  +++EGDDVYF CN+ +NP  YK+TWR N + +  ++ +G+I++N SLVLQR+ + Q+G Y+C A N EGD VS+P+ +++ Y P C  DQ  +YGV+ +E   ISC V + P  + SF W FNTS   + +   +    G+ S++ YTP+T++DYG +LCW EN +G+Q  PC YH+IPA +PDP  NCSV NQT  S++V C +GF  GL+Q F +E+  A++      + NI+    + + +GL  G    + VY+ N KG S   T   +T+K
Sbjct:  510 KHVTAVEGGSAELPCLTTPPNNMRDRMKLVLWFKNESAIPIYTFDTRD------KDVTEARH-WSDAHTIAGRAFFKEHEEPPHLALENIMATDVGSYKCRVDFYKAPTQISEVVLGVIVPPEKPKIFDMRGQEVR--LKLGPYKIGDSAIIKCETWGGSPSPQLNWWREHALLDGSYESSEPHKIINTILIENLQRSDLHSILTCQASNNNISNPVSTSVKIDMHFGPLSVTLINGRESMSAGKRFEAKCQVVGARPPPKVTWWRGAAQIRDNI--------TTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQT--GEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSNMSLVLQRVSKSQSGIYTCVAHNSEGDGVSNPITLNVRYVPYCRPDQVLVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKLELRDARTS---HPVSNISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMK 2327          

HSP 2 Score: 472.241 bits (1214), Expect = 2.833e-146
Identity = 236/628 (37.58%), Postives = 367/628 (58.44%), Query Frame = 0
Query:    5 KRVTTVEGGRVDLPCDITTPA-IGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHS---GNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQ-AESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLK 627
            K VT VEGG  +LPC  T P  + D + LVLW++ +S  PIY++D+R       +DV E    WS+      RA F+    P  L++ ++   D G+Y CRVDF ++PT    + L +IVPP++P I D RG+EV+  + +GP++ GDS  ++C   GG P P + W+ +  L+D +++ +    + N + I  L+R    S+L C ASNNNI+ P  + V++ M F P  V +    +  ++G+ +   C V G+ PP  + W+RG   + D +         TH+   GNV+LS + ++P        L CR ++Q+    +  +ED  +L I Y P  +L+LG  +N  +++EGDDVYF CN+ +NP  YK+TWR N + +  ++ +G+I++N SLVLQR+ + Q+G Y+C A N EGD VS+P+ +++ Y P C  DQ  +YGV+ +E   ISC V + P  + SF W FNTS   + +   +    G+ S++ YTP+T++DYG +LCW EN +G+Q  PC YH+IPA +PDP  NCSV NQT  S++V C +GF  GL+Q F +E+  A++      + NI+    + + +GL  G    + VY+ N KG S   T   +T+K
Sbjct: 4235 KHVTAVEGGSAELPCLTTPPNNMRDRMKLVLWFKNESAIPIYTFDTRD------KDVTEARH-WSDAHTIAGRAFFKEHEEPPHLALENIMATDVGSYKCRVDFYKAPTQISEVVLGVIVPPEKPKIFDMRGQEVR--LKLGPYKIGDSAIIKCETWGGSPSPQLNWWREHALLDGSYESSEPHKIINTILIENLQRSDLHSILTCQASNNNISNPVSTSVKIDMHFGPLSVTLINGRESMSAGKRFEAKCQVVGARPPPKVTWWRGAAQIRDNI--------TTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQT--GEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSNMSLVLQRVSKSQSGIYTCVAHNSEGDGVSNPITLNVRYVPYCRPDQVLVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKLELRDARTS---HPVSNISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMK 6052          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592772121|gb|GAXK01182447.1| (TSA: Calanus finmarchicus comp346567_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 456.833 bits (1174), Expect = 1.469e-145
Identity = 234/624 (37.50%), Postives = 361/624 (57.85%), Query Frame = 0
Query:    6 RVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTH-SGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLK 627
            +V++V    V+LPC++T+P + D V LVLW++ DS  PIY+YD+R    K   D       WS+ +    RA FR  +NP  L + +++  D G Y CRVDF+ +PT   +I LD+IVPP++P I D+   EV+  + +GP+R G ++++ C V GG P PSV W+ D  L+D+TF    +  V N +TI+ ++R    S+  C ASNNN++ P  + V+L + F P  V++ G  Q  ++G+ + + C   G+ P   I W++G K +     L  + +  T   GNV++S +   P      +++ C+     L   Q  V++   L++ Y P V L  G  +   +++EG+DVYF C + ++P  YK+TW+ NG  +  DI+ GIII+NQSLV+Q + R  +G Y+C   N EG+ VS+ V +++ Y PVC K QK  +GV+  E   + C V + P +   F W F+     +++ ++     G+ S+L Y P+T+MDYG +LCWA N VG Q+ PC++HVIPA +PDP  NC+V NQTH S  V C  GF  GL Q F ++V  +    EH  LIN+T+K PK    GL   +A  + V++SN +G+S       +T K
Sbjct:  390 QVSSVARSSVELPCNLTSPILDDEVRLVLWFKNDSAKPIYTYDTRG---KSYLDARH----WSDDNILEGRAFFRGDNNPGRLVLDNINPYDQGIYKCRVDFKTAPTRISNIVLDVIVPPEKPRIHDENNEEVR--LKLGPYRIGQTVSITCEVLGGRPSPSVTWWRDHHLVDETFNTDTQYKVTNQMTIKNVQRADLHSIFTCQASNNNVSVPVSTSVKLDITFGPTSVRLLGVKQSLSAGQPHEVRCEALGARPIPKITWWKGEKKI-----LKGHTKPQTSPDGNVTVSTLWITPEVEDDGEVITCKAGIPNL--QQSTVQNSWNLQVNYKPKVRLAFGSQLEASNIKEGNDVYFECKVKSHPRYYKITWKRNGIPLQHDISSGIIISNQSLVVQSVTRSDSGHYTCHVFNTEGEGVSNEVGLAVKYAPVCKKQQKEAFGVARQELVSVLCDVLSDPVENLKFEWIFSKGDEKLDMQQSQIRVNGTNSVLEYIPRTEMDYGNLLCWATNSVGKQVEPCVFHVIPAGKPDPVSNCTVSNQTHSSFIVSCIPGFDGGLTQLFGLKVINS----EHT-LINMTSKVPKFQVAGLQSEKAFTVTVHSSNLRGQSEKVILQAFTTK 2198          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592838823|gb|GAXK01118721.1| (TSA: Calanus finmarchicus comp1091110_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 449.899 bits (1156), Expect = 5.764e-143
Identity = 232/623 (37.24%), Postives = 350/623 (56.18%), Query Frame = 0
Query:   10 VEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKG---IIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMA 629
            V G R  LPCD+T P   + VYLVLWY+ D G PIYSYD+R  T  +          WS+   FG RA+F++SS+PA L V ++   +AG Y CRVDF+ +PT    + L ++VPP    I+D  G+E+K    +GP++      L C   GG P P V W+ ++ L+D++++ T+   ++N L I  L R    ++L C +SNNNI+ P  + +++ M F P  V I    QP ++G  Y I C   GS P   I W+ G   L         NQ V   GN+S S +++ P P   + +L CR  N ++      ++D  +L ++Y P V L LG  +    ++EG DVYF C I ANP  YK+ W HNGE + Q  + G   +I++ QSLVLQ+++R+QAG+++C  SN+EGD  S+ V + I+Y P C++++K  +G +      + C VD+ P   SFSW FN S   + +  + +    S S L Y+  +   +G + CWA N +G+   PCI+++IPA  P  P NC V+NQT D L+V+CE GF  GL Q F +EV    +     +L N+++  P     GL  G+ L L ++A N  G+S+ +  +G+T K+A
Sbjct:  804 VSGYRAFLPCDLTPPNPSEVVYLVLWYKGDEGEPIYSYDARHGTWNLGAR-------WSDDHQFGTRAYFQLSSSPAELRVENIKENEAGLYRCRVDFKSAPTRNSLVNLTVLVPPSSLNIIDSNGQEIKNL--VGPYQVASITRLRCVSSGGNPSPEVTWWKENRLIDNSYEMTFTNVIQNTLEIGPLARSDLGTVLTCQSSNNNISIPLSNKLEIDMVFAPVDVSITSLGQPLSAGTEYSIECEAAGSRPDPVITWWLGDTFLG------HNNQVVEKIGNISKSILQFTPKPKDDQKVLTCRAENTDI--KDGAIQDSWKLTVYYPPIVSLRLGLELGSDAIDEGKDVYFECKIKANPEIYKIRWTHNGEHIDQKSSNGESGLIMSGQSLVLQKVKREQAGNFTCLVSNLEGDTESNSVLLKILYAPRCIQNEKQTHGANIGSNLEVKCTVDSYPLPTSFSWGFNNSKDAIKISDDLYDMNDSVSTLKYSTLSDHHFGHLYCWARNSMGVMSEPCIFNIIPARPPTSPSNCVVLNQTTDVLQVECEPGFDGGLDQFFLLEVVDVVTT---MMLANVSSSRPVFTITGLNPGRDLRLAIFAVNKNGKSQPTILEGFTTKVA 2612          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592867955|gb|GAXK01089607.1| (TSA: Calanus finmarchicus comp421018_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 407.527 bits (1046), Expect = 2.891e-128
Identity = 228/612 (37.25%), Postives = 333/612 (54.41%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSN-PATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLI-NITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
            ++ V G    LPCDI+ P   +   L+LW++++ G PI+S +    TE  +     RP  WS PS FG+RA FR      + L+V D+   ++G Y CRVDFR + T    + L +IV P    I D+  +E + T  +GP+ E D++ L C   GG+P PSV+W  +  ++D  F +    TV+N LT+  L R+   S   C  SNNNI+ P  + V L M FPP  + I         G    I C  +GS PPA+I WY       D + L   ++T +  GNV+ S +++ P   H   +L C+ SN  L+  +    D+  L I YAPNV L LG+ ++   + EG D YF C ++++P   ++ W HNG  ++     G+I  N SLVLQ+I + +AGSY CE+SN  G   S  + + + Y PVC   +  IYGVS+ E   I C+V+A P    F W+FN S+  + +P     ++GS S LSYTPQT MDYGT+LC A N VG Q  PC++H+I A  P+P  NCSV+N++ ++  + C  GF  G+ Q FH+ V   K R  + +   N +   P+++   L  G A  + V A N KG S
Sbjct:  327 ISVVSGNTATLPCDISPPTQREKASLILWFKEEEGKPIFSVEVGGLTELSLA----RP--WSSPSHFGERAQFRTKDRFTSLLTVKDIKGNESGLYRCRVDFRDAQTSNSFVNLRVIVLPSPVAIYDEHWKE-RNTF-VGPYYEKDTINLVCQAVGGDPKPSVVWKRNGTIVDSDFIELSNSTVRNVLTVTSLSREDLHSEYSCSVSNNNISSPITNTVHLDMNFPPTSITIDNRDSQLVVGTKVDIVCHSFGSRPPAHITWY------IDNIRLEGSHETSSVDGNVTESILQFTPRMKHIGKVLRCKASN-PLVEKKDIFSDW-PLNISYAPNVELVLGKSISADSIYEGGDAYFDCRVNSSPPPDRVNWYHNGLPLSHSAENGVIFTNYSLVLQKINQARAGSYMCESSNQVGKGRSEEIILDVKYVPVCANPEPEIYGVSKAELVDIVCRVEANPSEVQFRWTFNNSAELIRVPNVRAVSEGSRSTLSYTPQTSMDYGTLLCSASNTVGEQRKPCVFHIILAVSPEPVENCSVINKSSETFHLQCVPGFDGGMNQTFHILV---KDRITNSVKYDNASLDRPEVLIEHLEAGSAYSVTVIAINKKGAS 2105          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592769134|gb|GAXK01185434.1| (TSA: Calanus finmarchicus comp321731_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 410.223 bits (1053), Expect = 4.422e-127
Identity = 229/628 (36.46%), Postives = 339/628 (53.98%), Query Frame = 0
Query:    2 DKIKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRG---IKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAE-SFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYT 625
            D    ++T+ G    LPC++T+   GDSV LVLW++     PIY+ D+R  T        E    WS+      RA FR S +P  L +  V   D GTY CRVDF+  PT   H+ L +  PP++P I DD G+EV+  + +GP++ G+S+ ++C V GG+P P+V W+ D  ++DD+F QT +  V N LTI  L R    S+L C A NNN + P  + V+L M F P+ V+I G   P ++G+ Y I C   GS P   I W+ G   +  L   +  SS N       NV+ S I  L         L C+ +   L+     VE    L I Y     L+LG  +    ++ GDD+Y  C + ANP  +K+ W  +G  + QD++ GII++N +LVLQRI    +G+Y C+A N EG   S+ + + I Y P+C + Q+  Y V  ++ A I C+V + P  + +F W FNTS   +++ ++     G+ S++ Y P+T MDYG++LCWAEN VG Q  PC++ ++PA +P P +NCS+ +    S EVDC AG   GL Q F +E+   ++     L+ N T++ PK    GL   Q + L V++ N  G S   T    T
Sbjct: 1267 DSTSHISTMAGSSASLPCNLTSSVPGDSVRLVLWFKGMEEKPIYTLDARDKTL-------EEARHWSDDKVLEGRAFFRSSLSPGRLMIDSVKLYDDGTYKCRVDFKIQPTTISHVNLTVNTPPEKPTIYDDTGKEVR--LKLGPYQIGESVMIKCLVLGGQPSPAVTWWRDHQIVDDSFDQTSQFKVTNLLTIPALRRSDLHSILTCQAKNNNESVPVSTSVKLDMTFGPETVRIVGLNYPMSAGQRYNIQCEAVGSRPVPTITWWIGDTQVNVLQTQLETSSDN-------NVTTSTISLLASAEQAGKTLTCKAAIPNLV--NSGVETTQTLNIQYISAAKLSLGSSMEISHVKRGDDIYLECGVQANPRPHKVIWEKDGVPIKQDVSGGIILSNLTLVLQRIAPSGSGNYKCKAYNKEGSVTSNSLPLHIKYEPICAQGQEASYRVPLNKRAEIVCQVMSDPDNDLTFHWLFNTSREIIDIQQSQTRVNGTRSIVDYIPRTDMDYGSLLCWAENSVGKQTEPCVFQLLPAKRPGPVKNCSISDIGIASFEVDCIAGNDGGLNQTFFLEIRHLET---GILVANQTSEMPKFSVIGLQPHQEVNLTVHSFNTVGPSEKVTLKAVT 3087          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592867956|gb|GAXK01089606.1| (TSA: Calanus finmarchicus comp421018_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 407.527 bits (1046), Expect = 5.742e-126
Identity = 228/612 (37.25%), Postives = 333/612 (54.41%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSN-PATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLI-NITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
            ++ V G    LPCDI+ P   +   L+LW++++ G PI+S +    TE  +     RP  WS PS FG+RA FR      + L+V D+   ++G Y CRVDFR + T    + L +IV P    I D+  +E + T  +GP+ E D++ L C   GG+P PSV+W  +  ++D  F +    TV+N LT+  L R+   S   C  SNNNI+ P  + V L M FPP  + I         G    I C  +GS PPA+I WY       D + L   ++T +  GNV+ S +++ P   H   +L C+ SN  L+  +    D+  L I YAPNV L LG+ ++   + EG D YF C ++++P   ++ W HNG  ++     G+I  N SLVLQ+I + +AGSY CE+SN  G   S  + + + Y PVC   +  IYGVS+ E   I C+V+A P    F W+FN S+  + +P     ++GS S LSYTPQT MDYGT+LC A N VG Q  PC++H+I A  P+P  NCSV+N++ ++  + C  GF  G+ Q FH+ V   K R  + +   N +   P+++   L  G A  + V A N KG S
Sbjct:  860 ISVVSGNTATLPCDISPPTQREKASLILWFKEEEGKPIFSVEVGGLTELSLA----RP--WSSPSHFGERAQFRTKDRFTSLLTVKDIKGNESGLYRCRVDFRDAQTSNSFVNLRVIVLPSPVAIYDEHWKE-RNTF-VGPYYEKDTINLVCQAVGGDPKPSVVWKRNGTIVDSDFIELSNSTVRNVLTVTSLSREDLHSEYSCSVSNNNISSPITNTVHLDMNFPPTSITIDNRDSQLVVGTKVDIVCHSFGSRPPAHITWY------IDNIRLEGSHETSSVDGNVTESILQFTPRMKHIGKVLRCKASN-PLVEKKDIFSDW-PLNISYAPNVELVLGKSISADSIYEGGDAYFDCRVNSSPPPDRVNWYHNGLPLSHSAENGVIFTNYSLVLQKINQARAGSYMCESSNQVGKGRSEEIILDVKYVPVCANPEPEIYGVSKAELVDIVCRVEANPSEVQFRWTFNNSAELIRVPNVRAVSEGSRSTLSYTPQTSMDYGTLLCSASNTVGEQRKPCVFHIILAVSPEPVENCSVINKSSETFHLQCVPGFDGGMNQTFHILV---KDRITNSVKYDNASLDRPEVLIEHLEAGSAYSVTVIAINKKGAS 2638          
BLAST of EMLSAG00000006645 vs. C. finmarchicus
Match: gi|592900557|gb|GAXK01057818.1| (TSA: Calanus finmarchicus comp517891_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 405.986 bits (1042), Expect = 7.711e-126
Identity = 222/633 (35.07%), Postives = 343/633 (54.19%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGD--RAHFRVSSNP-ATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKI-QGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITA-KTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631
            + +V TV G   +LPC+IT    GD V +VLWY+   G PIYS+D R        D PE   L       GD  RA   V S P A LS+  V   D G Y CRVDF++SPT +  + L +IVPP   ++LD++G EV+G   +GP+  G +L L C + GG P   V W+ D  ++DDT+++   G  +N + +  L R    + L C  SNNN T+P  + + + +  PP  V+I Q    P ++   Y   C   G+ PPA + W+      S    L + +  V+   N ++S +KY P        L CR  N  L G    +E+   LE+ Y P + L LG+ +    ++EGDDVYF C + ANP  +KL W+H+GE +    + G I+   +L++Q ++R   G YSC A+N EG   S+ V++ + Y PVC+   + + GV++ E + + C+VD+ P   +F W FNTS+   N+P ++  N  + S+  Y P T++DYG++LCW  N +G Q  PC++ ++PA +PDP  NCSV N+T+ ++ V C+ G+  G+ Q+F +E+  +   P   +   I +   P+     LP G    + VYA N KG S  +    +T+++A +
Sbjct:  444 MMKVETVSGMLTNLPCNITPSVPGDRVLIVLWYKDGYGKPIYSFDLRD-------DSPESEGLLWANEDGGDIPRAQLNVKSQPTAFLSLLGVEERDGGIYRCRVDFKKSPTRFWKVDLTVIVPPTISVLLDEKGTEVEGK--VGPYNVGSTLVLTCDILGGWPSSEVTWWRDGAVIDDTWEEISPGKSRNTMKLEHLSRTDLNTELECQGSNNNNTQPVITSLYILINLPPLDVQIFQAEPGPLSADSSYTFHCHSHGARPPAALSWFD-----SHGNRLIAASSEVSDDRNATVSTLKYAPSVRENEKSLRCRAENPVLAG--SVIENIITLEVSYFPQLWLRLGQNLVQDKIKEGDDVYFDCEVSANPRIHKLIWKHDGEIIKSSPDNGYIMNEGNLIIQSVKRGSTGLYSCHATNSEGSGNSNVVSLIVQYAPVCLSQGQAV-GVAKGEESRVVCQVDSNPPPTNFKWQFNTSTELRNIPASNVFNDDTQSVAQYVPMTELDYGSLLCWGINELGKQEEPCVFAILPAGKPDPVSNCSVDNRTYTAVLVSCQPGYDGGVAQQFVLEIIPSAFFPTLDIQNKIESIHYPQFRIENLPAGTEFKVVVYAKNEKGVSEKTEVRFWTMRIATE 2291          
BLAST of EMLSAG00000006645 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: 1320.06 bits (3415), Expect = 0.000e+0
Identity = 633/633 (100.00%), Postives = 633/633 (100.00%), Query Frame = 0
Query:    1 MDKIKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKHP 633
            MDKIKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKHP
Sbjct:    1 MDKIKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKHP 633          
BLAST of EMLSAG00000006645 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: 464.151 bits (1193), Expect = 2.208e-153
Identity = 240/630 (38.10%), Postives = 357/630 (56.67%), Query Frame = 0
Query:    6 RVTTVEGGRVDLPCDITTPAIGD----SVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVT-HSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSR-SSTFDGYTLKMA 629
            +V  VEGG   LPCDI  P   +    S +++L         IYSYDSR +++   +        WS+   FG RA+F + + PA L + DV R +  +Y CRVDF+ +PT    I L +IVPP  P IL++ G ++      GP+  G ++ L+C   GG P P V W+ D  L+D ++++++  TVKN LT+  +++       RC ASNNN++ P  + + L + F P  V+I  P +P ++ +VY I C+  GS P A I W+R    L          +T T   GN + S   Y P P+     L CR  N +L G    +ED  +L I+Y P ++L  G  +NP ++ EG+DVYF CNI +NP  YK+ WRHN + V  + +KGIII+  SLVLQ ++R+  GSYSC ASN EGD +S+ + + +MY+PVC      I G+ +   A++SC V + P  + F W+FN +   +++ + +F+   + S L YTP   +DYG + CWA+N +G    PCI+ +IPA  P+PP NCSVVNQT +SLEV C++GF  G KQ F + V   ++    + L N +   P+    GL  G+ L + +Y+SN  GRS      +G+TLK+A
Sbjct:   15 KVIAVEGGIAYLPCDIRPPNSEEQKKYSHFILL--------QIYSYDSRSSSKLTGRR-------WSDDRGFGARAYFDIDTYPALLKIEDVRREETQSYRCRVDFKSAPTRNSLINLTVIVPPSTPTILNENGEDIN--FIAGPYEVGSTVILKCVTNGGRPSPEVTWWRDHSLIDSSYEKSFSQTVKNTLTLLAIKKDDLGRKFRCQASNNNVSLPASTSITLDLLFRPTSVRIVTPKEPLSTSKVYKIKCMSLGSRPSATITWWRNNDFLG---------RTETWEEGNKTYSSFTYTPKPNDNGKRLTCRAENTKLKGSA--IEDVWKLTIYYIPEIILNFGANLNPNNIAEGNDVYFECNISSNPPVYKIVWRHNNKIVNHNKSKGIIISGTSLVLQEVKRNATGSYSCTASNTEGDIISNTITLRVMYKPVCSNINIQITGIGKDRLANVSCNVHSHPLPQEFFWTFNNTDKSIDISKYNFSQNSTHSNLLYTPPEDIDYGKLYCWAQNKLGKMESPCIFQIIPAGPPEPPTNCSVVNQTTESLEVRCQSGFDGGSKQHFLLCVTDIET---GKTLANSSNIVPEFQISGLNSGRGLLITIYSSNTNGRSNVPVVIEGFTLKVA 613          
BLAST of EMLSAG00000006645 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: 422.165 bits (1084), Expect = 4.068e-135
Identity = 238/642 (37.07%), Postives = 343/642 (53.43%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNP-ATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFN-TSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEV-----FRAKSRPEHQLLINITAKT-------PKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631
            +  V +V G   +LPC+IT     D V LVLWY+   G P++S+D R  T      +    D  ++ S    RA     S P A LS+  V   DAGTY CRVDF+ SPT Y  + L +IVPP   LILD++G  V          E  +L L C V GG P   V W+ +  L+DDT+++   G  +N + +  L+R+   +   CL +NNN T+P  + V L +   P  VK+   + P +S   Y ++C   G+ P A+I W+     L+  + L S++  V+  GNV+LS +K+ P       +L CR  N  L      + D   L ++Y+P V L+LG  +NP +++EGDDVYF C + A P A K+ W+ +G  +  D  KGIII   SLV+QR+ R   G Y C A+N EG   S+PV + + Y PVC +  + I G+  +E A + C VD  P   SF W FN TSS   +LP+ S    GS S+ +Y P+ +MDYGT++CW +N +G Q+ PC++H+IPA +PD    C+V N+T  ++ V+C+ G+  GL+Q F +E+     F     P    L  +T  T       P+     LPQG    L VYA N+KG S       YTLK A +
Sbjct:   29 VTSVQSVAGMLTNLPCNITPTIPNDKVNLVLWYKDGFGKPLFSFDLRDETPDSDGKIWANADDGNQDSY---RAQLHTRSAPTAVLSLLGVTDEDAGTYRCRVDFKHSPTRYWKVNLSVIVPPISSLILDEKGVVVXXXXXX---XELSTLVLTCDVFGGWPTSKVTWWRNGELLDDTYEEIAPGKSRNTMKVEFLKREDISAEFTCLGNNNNATQPVTTTVSLTLNLRPLDVKLLWDVDPMSSNSEYELNCKTIGAQPSAHISWW-----LNGDISLKSFDNKVSDDGNVTLSTLKFKPSMQDHGRILSCRAENTLL--SDSSITDERELIVYYSPEVELSLGSSLNPNEIKEGDDVYFECKVKAFPRATKIDWQKDGVTLLADTKKGIIINQHSLVIQRVDRKSRGEYVCMATNDEGIGGSNPVELDVHYIPVCSRQGQGI-GIGRNEEARVVCHVDGNPDPHSFHWQFNSTSSDAEDLPKESIIIDGSLSVATYVPRGEMDYGTLMCWGKNALGRQVNPCVFHIIPAGKPDGVEGCAVTNKTFTTIRVECKQGYDGGLRQTFVLELYPQNAFEGSLSP--AALAGLTPMTKIENRHFPQFSLEKLPQGTGFSLLVYARNSKGESEKCILRAYTLKNAER 654          
BLAST of EMLSAG00000006645 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: 320.087 bits (819), Expect = 9.917e-98
Identity = 217/635 (34.17%), Postives = 311/635 (48.98%), Query Frame = 0
Query:    5 KRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSS-NPATLS---VTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQ-QTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKD-LEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVC--VKDQKTIY----GVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLI--NITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYT 625
            K + TV G    LPC+I+ P   D   LVLWYR     PIYS+D+R +T K           WSE  +FG RA FR +S  P  LS   +++V   D G Y CRVDFR+S T    + L II  P  P I++  G  + G   IGPF  G++L L C V  G P P+V W+ +  L DD     T++   +N L I  L+R H  +   C+A NNN+T             P           P TS   Y + C   G+ P  NI W+      S L+ +S  +  VTH  N++ S + + P       +L C   N+  +G      +   L I + P V L    M+N K+ + EG+D+   C+I A P  +++ W HNG+EV  + ++ +I    +L+L+ + ++++G Y C A+NVEGD  S  V IS+ Y+PVC   +  K+I     G  E  T  + C VDA P+ + + W  N+S         S  N  + S    T   +   G VLCWA N +G Q  PCI+HV+P   P PP NC + N T  ++ V C  GF+ GL Q F MEV+   ++   Q+LI  N T  + +L+ RGL       L + + N +G S      G T
Sbjct:   90 KEIYTVVGASAHLPCNISAPD-DDGALLVLWYRNFDAQPIYSFDNRFSTTK----------HWSEDQSFGPRALFRDNSIYPGILSELIISNVQFEDGGYYKCRVDFRRSQTRSETLHLRIIEEPDIPSIVNQNGTALMGE--IGPFALGEALILLCTVDRGNPRPAVSWWRNGELWDDEPDPNTFDEVQQNTLVIASLDRSHHGNEFSCVARNNNVTGSPS--------LP----------NPVTSDTSYEVLCQATGAQPLPNITWFLD----STLIQVSQVDVRVTHRENLTTSSLYFTPKMKDHGRILTCIAENE--LGKANATRE---LSIHFVPIVSL---EMMNEKEYVLEGEDLVLECHIKARPRVWRVIWYHNGKEVQPNGDRVVIPEEGTLLLRNVTKERSGDYLCSATNVEGDGFSKIVKISVYYKPVCRDARIAKSIDYINDGRDEVTTISLGCGVDAKPEVKRYRWLVNSSDSESVFEIPSAENSMTFSNYKSTTGAKTR-GQVLCWASNEIGEQGAPCIFHVVPIGAPHPPTNCKIRNHTASTIVVSCSPGFNGGLTQHFIMEVYET-AQNNSQILIATNWTDSSDRLIVRGLTPESNYILSIKSVNERGESSPVYLGGKT 679          
BLAST of EMLSAG00000006645 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: 297.36 bits (760), Expect = 1.105e-93
Identity = 155/429 (36.13%), Postives = 243/429 (56.64%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVT---HSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISI 432
            V+ ++G  VDLPC+I+ P  GD V LVLW++ DS  PIY+YD+R  +        E    WS+      RA FR   +P  L V +VH  D G Y CRVD++ +PT   ++ L +IVPP++P +  + G E +  + +GP+R GD++ L+C   GG P P V W+    L+D +++      V N +T+  L+R+   ++L C A+NNNI+ P  + V+L M F P  V +    +P ++G+ Y I C   G+ P  +I+                 N  +T   H GN+++S + Y+P  +     ++CR     L    +  ED  +L+I Y P   L+LG  +N  +++EGDDVYF CN+ ++P  YK++WRHNG E++ +I K +II+N+SLVLQ++ R  +G Y+C A N EGD  S+ + + I
Sbjct:    6 VSAIQGSSVDLPCNISAPKQGDKVRLVLWFKNDSSLPIYTYDTRGKSY-------EEASHWSDDKVLMGRAFFRGDHHPGRLVVDNVHGDDEGLYKCRVDYKIAPTKITNVHLKVIVPPEKPKVTTESGDE-EIRLKLGPYRVGDNVVLKCSSLGGRPSPRVTWWRXHSLLDSSYESVTPLKVVNEITLHNLKREDLHTILTCQATNNNISVPVSTSVKLDMNFGPLSVSLLNGREPLSAGKRYEIQCQSIGARPQPSIR-----------------NGVITKHSHDGNITVSSLSYVPSVTDAGFPMVCRAGVPGLSDSTK--EDSWKLDIHYIPTSALSLGSSLNASNIKEGDDVYFECNVKSSPRPYKISWRHNGRELSHNIQKKVIISNKSLVLQKVTRADSGIYTCTAHNAEGDGESNNLQLXI 407          
BLAST of EMLSAG00000006645 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: 292.738 bits (748), Expect = 2.934e-91
Identity = 162/481 (33.68%), Postives = 257/481 (53.43%), Query Frame = 0
Query:   67 WSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQ-QTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQT 546
            WS    FG+RA+FRV ++P  L +  +   D G Y CRVD+R SPT    + L ++VPP  P +   RG++V G +  GP+ +GD L L C V GG P PSV W+M+  L+D TF+ +    +V N L    + R+   +L  C ASNNN+T+     +++++   P  V++    + + +   Y + C+  GS P A I W +  + + +     ++  T T  G  + S   Y+P        + CR  N   +     +ED  ++ + Y P++ L LGR +N +D++EG DVYF C+I++NP+   L   HN       ++ G+I++N SLV+QRI R +AG Y C ASN  G           M RPVC     T++GV +     + C++ + P    F W FN+S   +N+    + + GS S++   P + +DYGT+ C   N +G Q+ PC + + P S+P+ P NC++ NQT
Sbjct:    5 WSAKHPFGNRAYFRVGNDPTFLLIDAIRLEDEGVYRCRVDYRNSPTRNIKLNLTVVVPPDAPRLTGPRGKDVNGAVA-GPYNQGDELQLICDVVGGRPRPSVTWWMNGKLIDATFEIEHRRESVVNKLRYITVTREMDNALFECRASNNNVTQALSRRIRIEINLNPIMVEVIRKPEFFRADENYELVCISRGSKPAAVITWSKNNRQIEE-----NFIDTQTQGGE-TRSVYTYIPAQDENGYRITCRAENPNXLNSA--IEDVVQVAVMYPPSLSLRLGRSLNAEDIKEGADVYFECHIESNPSDKPLY--HN-------VSDGVILSNFSLVIQRITRSRAGEYKCLASNPHGQG---------MNRPVCAGTGPTVFGVPKESNVTVKCELSSNPPVTKFRWWFNSSGKAVNVLSTKYKHHGSISIVQ--PDSDLDYGTLSCLGINDIGRQVEPCSFKITPVSRPNAPGNCTLNNQT 456          
BLAST of EMLSAG00000006645 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: 286.574 bits (732), Expect = 6.026e-86
Identity = 158/459 (34.42%), Postives = 242/459 (52.72%), Query Frame = 0
Query:  162 GEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPR-NSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSS 619
            G P PS+ W  D  L+D+++Q    GTV+N ++ R L+R        C+ASN N+TRP  S V L M FPP  V I   +Q +  G+   + C   GS PPA I WY  + G      L   ++  +  GN ++  +++LP        L C+  N  ++  +  + D   L+I YAP V L LG+ ++   + EG DVYF C + A P   K+ W  +  ++ Q+  +GI++ N+SLVLQ I R ++G Y+C+A N  G   S  + + + Y PVC   Q  ++GV + E   + C V A P    F W+FN S+  +N+PR  +     + S L+YTP+T  DYGT++C A N VG Q  PCI+H+I A  PDP  NC+++N++ ++  + C  GF  G++Q F + V     R    +  N TA+   L    L  G +    V   N KG  +++
Sbjct:   11 GIPPPSLTWSRDGQLIDNSYQILSNGTVRNEVSFRNLDRSFLHDEFSCIASNTNLTRPIVSIVHLDMNFPPTSVNITNKIQQFVVGKKSEVHCRSTGSRPPAQIVWY--LNGQR----LDGGSERASPDGNTTVGVLQFLPKMEDIGKELGCKALNPLIV--KSALRDKILLKIDYAPRVELVLGKSISLTSIYEGSDVYFDCIVSAAPHPIKILWFQDNVQLNQNYTEGILLTNRSLVLQNIARRRSGGYTCQAINAVGRGSSQAIILDVKYIPVCKNKQPVVHGVGKSEMVDVICDVTANPSKLKFHWTFNNSADFINVPRVRAIKVNDTRSKLTYTPRTNKDYGTLMCSATNEVGTQKNPCIFHIILAVAPDPVENCTIINKSSETFHLHCVPGFDGGMEQLFLVTV---TERSTSLVRYNATARQLDLFIPNLRAGSSYLTTVTPMNKKGYGKTT 458          
BLAST of EMLSAG00000006645 vs. L. salmonis peptides
Match: EMLSAP00000006805 (pep:novel supercontig:LSalAtl2s:LSalAtl2s381:99810:264138:-1 gene:EMLSAG00000006805 transcript:EMLSAT00000006805 description:"maker-LSalAtl2s381-augustus-gene-2.12")

HSP 1 Score: 273.092 bits (697), Expect = 7.261e-81
Identity = 134/333 (40.24%), Postives = 206/333 (61.86%), Query Frame = 0
Query:  286 TVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAE-SFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSR 617
            + +  GNV+ S +++ P   HQ  LL CR  N  +   Q  +ED   L+I Y P V L LG  ++ ++++E +DVYF C I + P  +KL W+ NG ++ QD+ +GII+ NQSLVLQ + R+  G+Y C ASN+EG+ +S+PV ++I Y+PVC  DQK +YG++  E A I+C V++ P     F W+FN+SS    LP + +T  G+ S L Y+  T  DYGT+LCWAEN +G+Q  PC++H+IPA  P  P +C + N T + L + C AGF  G+ Q F ME+   +S    +++ N ++ +P+ +   L  G    L +++ NAKG+S+
Sbjct:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQ--IEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEI---RSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSK 482          

HSP 2 Score: 106.301 bits (264), Expect = 5.172e-24
Identity = 60/157 (38.22%), Postives = 85/157 (54.14%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGT--PIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNP-ATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLEC 157
            ++ V+ + G    LPCD    +    + LV+W+ KD  T  PIYSYD R    +I +        W++    G RAHF     P +TL + D+   D GTY CRVDFR +PT  + I L+II+PP +PLI ++RG  ++     GP+ EG  L L C
Sbjct:    7 VRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWF-KDEATDDPIYSYDVRGNNVEIGRH-------WNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENK-FGPYNEGSELFLTC 154          
BLAST of EMLSAG00000006645 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: 256.914 bits (655), Expect = 1.035e-75
Identity = 182/633 (28.75%), Postives = 283/633 (44.71%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAK--------SRPEHQ-----------LLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSR 617
            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:    1 IDHVEAILGRSAQLPCDILPRDSHDDVYLVLWFKDDNTKPMYSLDVRGKPLS-------QASYWSDSSSLGQRSSFKSNIYPNSLIIEKINLGDSGIYKCRVDYRNSPTKNVKLNLSIIVPPEEPVIRDGDGNQILG-YEVGPHEIG------------VPAPRVTWWKGGTIYDSSDETIRPGVYVNRMIYKDLSRQDLNTQYVCQASNTNRTLPVSRTIKVSLNLKPVSVKILAKPTFISAEKEIEVICQALGGYPPPTLTWWLGSKSLD------AYDEE-NYSG-VAKTRLRFIP----------------------NILDDGH------APRVSLRLGQNLNAENIRTNHDVYFECD---------------GEILKQNSDAGIIMSTRSLVLQQVDRSAVGDYTCRAINSEGTD--SPVCQSEMV------DQ--LIGVTAEESISINCRVDAYPPLVAFTWFFNNSDHHEELEQDRFSSDGLISTLNFTPTNNQDYGTLFCQGENTIGHQIEPCTFQIVP-------------------------TGFDGGLPQTFMLELYEKKGNKIPDDGSKTENEASGSEELRDMILKTQVTNQFPQFELTNIDSGIPVKLFVYAQNSKGSSE 527          
BLAST of EMLSAG00000006645 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: 258.07 bits (658), Expect = 5.579e-75
Identity = 159/489 (32.52%), Postives = 245/489 (50.10%), Query Frame = 0
Query:  162 GEPLPSVLWYMDDVLMDDTFQQTYEGT-----VKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYK--LTWRHNGEEVTQ----DINKGIIIANQS----LVLQRIRRDQAGSYSCEASN--VEGDEV--SSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631
            G+P P+++WY D+V +  +  ++Y+         N LTI  LER    + L C + N   T    S V+L + +  Q V I        +G  +  +C   GS PPA + W+   +         S   T + SG  ++S + Y PLP      L CR +N EL+     +ED   L + Y P V + LG  +   D+ +G DVYF C I ANP      +TW HNGE + +    DI   +++ + +    LVLQ +++   G+YSC   N     D V  S PV + + +   C   +  +YGV++ ETAHI+C V+A P    F W+FN S+    +      + G  S+L +TP   ++YGT++CW+ N VG Q  PC++H+I A +P+  +NCS+VN++ DS  V+C  GF+ GL Q F + V++        L+ N+++ TP     GL  G      +   N KG    +T   YTLK+  K
Sbjct:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFE--TKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELL--NGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEK 496          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|325511344|sp|Q9R044.2|NPHN_RAT (RecName: Full=Nephrin; AltName: Full=Renal glomerulus-specific cell adhesion receptor; Flags: Precursor)

HSP 1 Score: 87.8113 bits (216), Expect = 1.073e-16
Identity = 109/480 (22.71%), Postives = 177/480 (36.88%), Query Frame = 0
Query:   93 VHRLDAGT-YTCRV--DFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPK------ESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDIN-KGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWS-FNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMV---GMQLLPCIYHVIP-ASQPDPPRNCSVVNQTHDSLEVDCEA 556
            V R D G   TC    D     T    +TL++  P Q+  I        +G       R G  + L C   GG P PS++W+ D   + +  Q      V+ G ++ K     +  L+  +   +N  +         +  QL + FPP  + I         G    ++CV   SNPP N+ W +  + L D   +++  Q+    G+ +   +            + CR  ++ L   ++ V  F+R  + Y P     LG  V    + E   V    ++ ANPA     W   G  ++     +  I++  +L L  + R   G Y     N EG    + + + + Y P  ++  +    V+   +  I C VDA P   E FSW         +NL      +KGS   L          G   C  +N V      L+  +    P   QP P    +    +  S  + C A
Sbjct:  420 VRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWI--------EGPPEGQYIRTGTRVRLVCLAIGGNPDPSLIWFKDSRPVSEPRQPQEPRRVQLG-SVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLED---VAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRAHSEAL---RETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNWTFRGYRLSPAGGPRHRILSGGALQLWNVTRADDGFYQLHCQNSEG-TAEALLKLDVHYAPT-IRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRA 879          

HSP 2 Score: 76.2554 bits (186), Expect = 4.998e-13
Identity = 110/494 (22.27%), Postives = 188/494 (38.06%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKL-----ERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQ--GVKIQGPLQPYTSGRVYYISCVVWGSNP-PANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGEEVTQ----DINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQ-----KTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSG----SLLSYTP-QTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
             R GD+L L C      P  ++ W  +   ++D   +      K     R +      R H + +  C A +  +     S  +  + +PP+  G +++  +     G+V     V   +NP P    W +RG +    L P       +   G + L  +       +Q   L C+ S       +   E   +L++ YAP    T+  + +P ++  G  V   C +DANP   ++ +W   GEE       D+ K    +   L +++ +  QAG+Y C   N         V + + + P    DQ     K         +A + C+    P  + F+W+ N     +  PR +      G    SLL+        DY    C A N +G         ++  S+PDPP    VV+ +  S+ ++ + GF  GL Q F +  + A   P    +  +  +       GL       + + ASNA G S
Sbjct:  571 LRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVT-CRAHSEALRETVSSFYRFNVLYPPEFLGEQVRA-VTVVEQGQVLLPVSV--SANPAPEAFNWTFRGYR----LSPAGGPRHRILSGGALQLWNVTRADDGFYQ---LHCQNS-------EGTAEALLKLDVHYAP----TIRALRDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQV--DQPTPLTKVAAAGDSTSSATLHCRARGVPNID-FTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDH--TNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDS 1036          

HSP 3 Score: 56.6102 bits (135), Expect = 4.999e-7
Identity = 42/189 (22.22%), Postives = 83/189 (43.92%), Query Frame = 0
Query:  113 IYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYL 301
            I    T++I+ PP  P+I D  G      +  G  R G++L L C   GG P  ++ W  +   +   +   +   V + + +  +  +   + L C + N+     +E  + L++ FPP  + I G +   +  +   + C+   S P   ++W+ G +    L+P         H G++S+S + +L
Sbjct:  242 IKASFTMNILFPPGPPVI-DWPG------LNEGHVRAGENLELPCTARGGNPPATLQWLKNGKPVSTAWGTEHAQAVAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITILGSVS-QSENKNVTLCCLTKSSRPRVLLRWWLGGR---QLLPTDETVMDGLHGGHISMSNLTFL 419          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|158706513|sp|Q967D7.2|TUTL_DROME (RecName: Full=Protein turtle)

HSP 1 Score: 85.8853 bits (211), Expect = 4.330e-16
Identity = 142/626 (22.68%), Postives = 236/626 (37.70%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGT----PIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDF-------RQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTE-SLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIII-ANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVK-DQKTIYGVSEHETAHISCKVDAXPQAE--SFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSG--LKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKG 614
            +T + G  V   C +  P      Y++ W +K S T    PIY +      E I +    R    S+ S FG           A+L++T++   D G Y C+V F        ++ T +H   LD+  PP+  +  +D          I     GDS+ L C    G P P +LWY D   +D +      G   +G  +R    +H +     C+A N      + SH    +      + +    Q    G     SC          ++WYR    + ++  L +   T+   G++ ++ IK  P  S Q    +C  +N   +G  Q    +  L + Y   V  T      P  L         C I ++P    +TW  +   +     K I++ AN SL+  R+  +  G Y+C   N +G   +S V   ++ +P     + +T+Y     ++  + C        E  +  W            RN    K SG  ++     + D+G   C   N V   L+     VI  +QP  P N +    T  S+ +    G+S G   KQ++ +  FR     + Q +    + + ++   GL  G     +V   N  G
Sbjct:  138 ITAILGEGVIFNCHVEFPNDHPVPYVLQWDKKVSETGSDLPIYIW-YESYPEHIEEGYKGRVSRVSQDSPFGS----------ASLNLTNIRESDQGWYECKVVFLNRDPKQHKNGTWFH---LDVHAPPRFSVTPED----------IIYVNLGDSIILNCQA-DGTPTPEILWYKDANPVDPS---PTVGIFNDGTELRISTIRHEDIGEYTCIARNG---EGQVSHTARVIIAGGAVIMVPPTNQTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALET-RVTIRKDGSLIINPIK--PDDSGQ---YLCEVTNG--IGDPQSASAY--LSVEYPAKVTFTPTVQYLPFRLAG----VVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRI--KISGGNITIENLRREDFGYYQCVVSNEVAT-LMAVTQLVIEGTQPHAPYNIT-GKATESSITLQWLPGYSGGSEYKQDYTI-WFREAGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLG 713          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|325511343|sp|Q9QZS7.2|NPHN_MOUSE (RecName: Full=Nephrin; AltName: Full=Renal glomerulus-specific cell adhesion receptor; Flags: Precursor)

HSP 1 Score: 84.7297 bits (208), Expect = 9.281e-16
Identity = 112/481 (23.28%), Postives = 180/481 (37.42%), Query Frame = 0
Query:   93 VHRLDAG-TYTCRV--DFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPK------ESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRD-LLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDIN-KGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWS-FNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMV---GMQLLPCIYHVIP-ASQPDPPRNCSVVNQTHDSLEVDCEA 556
            V R D G + TC    D     T    +TL++  P Q+  I        +G       R G  + L C   GG P PS+ W  D   ++D  Q      V+ G ++ K     +  L+  +   +N+ +         +  QL + FPP  + I         G    ++CV   SNPP N+   +  + L D   +++  Q+    G+ + S   +L + S      + CR  ++ L   ++ V  F+RL + Y P     LG  V    + E        ++ ANPA     W   G  ++     +  I++  +L L  + R   G Y     N EG    + + + + Y P  ++  K    V+   +  I C VDA P   E FSW         +NL      +KGS   L          G   C  +N V      L+  +    P    P P    +    +  S  + C A
Sbjct:  420 VKREDNGLSLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWI--------EGPPEGQSIRTGTRVRLVCLAIGGNPEPSLTWLKDSRPVNDPRQSQEPRRVQLG-SVEKSGSTFSRELVLIIGPPDNLAKFSCKAGQLSASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSLDKEGERLDD---VAAKPQSAPFKGSAA-SRSVFLRVSSRDHGHRVTCRAHSEAL---RETVSSFYRLNVLYPPEF---LGEQVRAVTVVEQGQALLPVSVSANPAPEAFNWTFRGYRLSPAGGPRHRILSGGALQLWNVTRADDGFYQLHCQNSEG-TAEALLKLDVHYAPT-IRALKDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEDEEELNLDDMEKMSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDHPTPLTKVAAAGDSTSSATLHCRA 879          

HSP 2 Score: 75.485 bits (184), Expect = 7.177e-13
Identity = 102/488 (20.90%), Postives = 183/488 (37.50%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT----YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGEEVTQ----DINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVC---VKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSG----SLLSYTP-QTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
             R GD+L L C      P  ++    +   +DD   +     ++G+  +     ++  +     + C A +  +     S  +L + +PP+ +  Q             +   V  +  P    W +RG +    L P       +   G + L  +       +Q   L C+ S       +   E   +L++ YAP    T+  + +P ++  G  V   C +DANP   ++ +W   GE+  +    D+ K    +   L +++ +  QAG+Y C   N         V + + + P         K         +A + C+    P  + F+W+ N     +  PR +      G    SLL+        DY    C A N +G         ++  S+PDPP    VV+ +  S+ ++ + GF  GL Q F +  + A   P    +  + A+       GL       + + ASNA G S
Sbjct:  571 LRPGDALNLTCVSISSNPPVNLSLDKEGERLDDVAAKPQSAPFKGSAASRSVFLRVSSRDHGHRVTCRAHSEALRETVSSFYRLNVLYPPEFLGEQVRAVTVVEQGQALLPVSVSANPAPEAFNWTFRGYR----LSPAGGPRHRILSGGALQLWNVTRADDGFYQ---LHCQNS-------EGTAEALLKLDVHYAP----TIRALKDPTEVNVGGSVDIVCTVDANPILPEMFSWERLGEDEEELNLDDMEKMSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDHPTPLTKVAAAGDSTSSATLHCRARGVPNID-FTWTKNGVPLDLQDPRYTEHKYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDH--TNIQLVSISRPDPPLGLKVVSVSPHSVGLEWKPGFDGGLPQRFQIR-YEALESPGFLYMDVLPAQATTFTLTGLKPSTRYRIWLLASNALGDS 1036          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|20177993|sp|O60500.1|NPHN_HUMAN (RecName: Full=Nephrin; AltName: Full=Renal glomerulus-specific cell adhesion receptor; Flags: Precursor)

HSP 1 Score: 81.6481 bits (200), Expect = 8.385e-15
Identity = 99/412 (24.03%), Postives = 172/412 (41.75%), Query Frame = 0
Query:  112 TIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYM---DDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESL-LRCLASNNNITRPK-ESHVQLKMFFPPQGVKIQGPL--QPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSD-LVPLSS---YNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSC-NIDANPAAYKLTWRHNGEEVT-------QDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDE-VSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFN----TSSGGMNLPRNSFTNKGSGSLLSYT 499
            T  H ITL +  PP   +IL           G     E  ++TL C      P   + W++     + M++T      G   +   +  L R+    L L C A +   T+   +  + L + +P Q + I+GP   Q   +G    + C+  G NP  ++ WY+  + +++  +P  S   +  +V  SG+     +  +  PS  +    C+    +L    Q    F        P   +T+  + N   L  GD +  +C ++ +NP    L+W   GE +        +   KG   A +S++LQ   RD     +C A + E  E VSS   ++++YRP  + +Q  +    E   A +   V A P  E+F+W+F     + +GG   PR+   + G+  L + T
Sbjct:  327 TQEHGITLQVTFPPSAIIIL-----------GSASQTENKNVTLSCVSKSSRPRVLLRWWLGWRQLLPMEETVMDGLHGGHISMSNLTFLARREDNGLTLTCEAFSEAFTKETFKKSLILNVKYPAQKLWIEGPPEGQKLRAGTRVRLVCLAIGGNPEPSLMWYKDSRTVTESRLPQESRRVHLGSVEKSGSTFSRELVLVTGPSDNQAKFTCKAG--QLSASTQLAVQF--------PPTNVTI--LANASALRPGDALNLTCVSVSSNPPV-NLSWDKEGERLEGVAAPPRRAPFKGSAAA-RSVLLQVSSRDHGQRVTCRAHSAELRETVSSFYRLNVLYRPEFLGEQVLVVTAVEQGEALLPVSVSANPAPEAFNWTFRGYRLSPAGG---PRHRILSSGALHLWNVT 710          

HSP 2 Score: 68.1662 bits (165), Expect = 1.590e-10
Identity = 79/373 (21.18%), Postives = 143/373 (38.34%), Query Frame = 0
Query:  113 IYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSC-NIDANPAAYKLTWRHNGEEVTQ-------------DINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSW 471
            I    T++++ PP  P+I      E  G +  G  R G SL L C   GG PL ++ W  +   +   +   +   V   + +  +  +   + L C A N+     +E  + L++ FPP  + I G     T  +   +SCV   S P   ++W+ G +    L+P+        H G++S+S + +L         L C   + E    + F +    L + Y P   L +      + L  G  V   C  I  NP    L W  +   VT+              + K     ++ LVL     D    ++C+A      ++S+   +++ + P  V        +   +  +++C   +     + SW
Sbjct:  228 IKASFTVNVLFPPGPPVI------EWPG-LDEGHVRAGQSLELPCVARGGNPLATLQWLKNGQPVSTAWGTEHTQAVARSVLVMTVRPEDHGAQLSCEAHNSVSAGTQEHGITLQVTFPPSAIIILGSAS-QTENKNVTLSCVSKSSRPRVLLRWWLGWR---QLLPMEETVMDGLHGGHISMSNLTFLARREDNGLTLTCEAFS-EAFTKETFKKSLI-LNVKY-PAQKLWIEGPPEGQKLRAGTRVRLVCLAIGGNPEP-SLMWYKDSRTVTESRLPQESRRVHLGSVEKSGSTFSRELVLVTGPSDNQAKFTCKAG-----QLSASTQLAVQFPPTNVTILANASALRPGDALNLTCVSVSSNPPVNLSW 580          

HSP 3 Score: 65.855 bits (159), Expect = 8.097e-10
Identity = 104/489 (21.27%), Postives = 173/489 (35.38%), Query Frame = 0
Query:  147 FREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKL-----ERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKW-YRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKL-TWRHNGE----EVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVC---VKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSG----SLLSYTP-QTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
             R GD+L L C      P  ++ W  +   ++           K     R +      R H + +  C A +  +     S  +L + + P+ +  Q  +          +   V  +  P    W +RG +    L P       +  SG + L  +       +Q   L C+ S       +   E   RL++ YAP    T+  + +P ++  G  V   C +DANP    +  W   GE    +   D+ K        L +   +  QAG+Y C   N         + + + + P         K         +A + C+    P    F+W+ N     +  PR +      G    SLL+        DY    C A N +G         ++  S+PDPP    VV+ T  S+ ++ + GF  GL Q F +  + A   P    +  +  +       GL       + + ASNA G S
Sbjct:  557 LRPGDALNLTCVSVSSNPPVNLSWDKEGERLEGVAAPPRRAPFKGSAAARSVLLQVSSRDHGQRVT-CRAHSAELRETVSSFYRLNVLYRPEFLGEQVLVVTAVEQGEALLPVSVSANPAPEAFNWTFRGYR----LSPAGGPRHRILSSGALHLWNVTRADDGLYQ---LHCQNS-------EGTAEARLRLDVHYAP----TIRALQDPTEVNVGGSVDIVCTVDANPILPGMFNWERLGEDEEDQSLDDMEKISRGPTGRLRIHHAKLAQAGAYQCIVDNGVAPPARRLLRLVVRFAPQVEHPTPLTKVAAAGDSTSSATLHCRARGVPNI-VFTWTKNGVPLDLQDPRYTEHTYHQGGVHSSLLTIANVSAAQDYALFTCTATNALGSDQ--TNIQLVSISRPDPPSGLKVVSLTPHSVGLEWKPGFDGGLPQRFCIR-YEALGTPGFHYVDVVPPQATTFTLTGLQPSTRYRVWLLASNALGDS 1022          
BLAST of EMLSAG00000006645 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: 76.6406 bits (187), Expect = 3.782e-13
Identity = 78/338 (23.08%), Postives = 136/338 (40.24%), Query Frame = 0
Query:   70 PSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIR-----KLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYT--SGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLI---CRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSC-NIDANPAAYKLTWRHNGEEVTQDINKGIIIAN 396
            P   G  ++ + ++    L +T V+  D G Y C++   +   I     L+IIVPPQ     + +   +         +E   L + C VP  +P P VLWYMD  +M    +Q     +    T+      + +R     ++ C A          ++  L + FPP    ++    P    SG    I+C V G NPP ++ WY   K L     L + ++ + +      S+I      + Q D +    CR +N      ++      +LE+ Y P  +   G      ++  G      C ++ +NPA+ ++TW  NG  V     +  ++ N
Sbjct:   71 PGHQGRFSYIKQNAEELHLKITHVNLDDDGEYECQMLHPEEGPIRAKSFLNIIVPPQLVYFSNYQPNSIIAV------KENTPLNITCVVPNVKPEPEVLWYMDGKVMSRDVKQASTPHLNKTFTVYTSLVVQSDRNDHGKVITCEAFQKETDIRITTNTTLDVLFPPSDPTVEILRNPSALRSGDNVTIACSVTGGNPPPDVFWYHENKRLQSHSTLDTRSKEIKN----IYSFI------ASQNDNMAEYECRANNSRTGNPKR---KAMKLEVNYPPASVELFGE----SNIRYGSSANIQCKSLPSNPAS-QITWIINGRSVPTPTQREFVVEN 384          

HSP 2 Score: 71.2478 bits (173), Expect = 1.723e-11
Identity = 106/476 (22.27%), Postives = 178/476 (37.39%), Query Frame = 0
Query:  113 IYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDV-LMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSG----NVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGE-------------EVTQDINKGIIIANQSLVLQRIR-----------------------RDQAG--SYS----------------CEASNVEGDE-VSSPVAISIMY-------RPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSS-------GGMNLPRNSFTNK-GSGSLLSYTPQTQMDYGTVLCWA 513
            I  + TLD++ PP  P +   R             R GD++T+ C V GG P P V WY ++  L   +   T    +KN  +    +  +      C A+N+    PK   ++L++ +PP  V++ G       G    I C    SNP + I W   I G S  VP  +  + V  +G    +        L + +HQ ++  C  +N E    +Q     H ++I   P   +  G  +  +   EGD V  +C         +L+W    E             +V + +   ++   + +++   R                        + AG  SYS                CEA+N   DE +     +S+ Y       RP    DQ+ + G    ++A + C   +   A   SW F+ ++       G ++L   +  N     ++LS+TP  + D   V C A
Sbjct:  220 ITTNTTLDVLFPPSDPTVEILRNPSA--------LRSGDNVTIACSVTGGNPPPDVFWYHENKRLQSHSTLDTRSKEIKNIYSFIASQNDNMAE-YECRANNSRTGNPKRKAMKLEVNYPPASVELFGESN-IRYGSSANIQCKSLPSNPASQITWI--INGRS--VPTPTQREFVVENGIVSSSNVSVHSNELSVEAHQINVE-CMATNPEGSSAKQ-----HVIKIIAPPKAPIITG--LEDRKFFEGDIVNVTCEAQGGNPLAELSWYRGSEKHLVKGRKKMKWSQVKKKLVMSLLCLCEVVIMNFFRFSKNVFYFFRFTLFIECGVNGAHNEVAGFSSYSTLALRVDRTMNTQRLKCEATNAALDEPLIESQYLSVYYPPRRVLIRPADSGDQRLLVG----KSARLVCGTLSSNPAAHISWQFSRATDDNKVHLGDVSLNETTRDNGFNVENVLSFTPTEEYDGTVVHCIA 669          

HSP 3 Score: 64.3142 bits (155), Expect = 2.521e-9
Identity = 73/288 (25.35%), Postives = 113/288 (39.24%), Query Frame = 0
Query:  357 GDDVYFSCNIDANPA-AYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCV------KDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTV--LCWAENMVG---MQLLPCIYH-----------VIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKT-PKLVARGLPQGQALFLRVYASNAKGRSRSST 620
            GD V   C  D  P+ A  + W  NGE +    ++G     ++++       Q+G Y+C+A N  G        + +   P  +      K    + GV     A   CKV A P  E F W  +      N  + S  N            TQ+DY T     W +N+V     + + CI             +IP + PD P N ++ N T +++ V  E  F  G  Q     +F  K R ++  LI++   T   L   GL      F ++ + NA+G + S T
Sbjct:  796 GDTVLLECEADGEPSKANMIHWYKNGEILAAQ-HRG---HKKAILRLNATEQQSGEYTCKADNGIGVPAEGQTFLLVNSAPRVLPVARYAKTAGILGGV-----AKARCKVYAVPTVE-FVWEKDEQLIKKNSSKYSIVN------------TQIDYSTYESTLWIKNIVPDDYTKKVKCIARNSFGTDHLSIPIIPPTHPDEPFNLTMTNSTLNTISVAWEPRFDGGSDQ-----IFEVKYRRQNDDLIHLVNTTHTNLRLSGLATANTYFFQIRSINARGFASSWT 1056          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|160358754|sp|A2ASS6.1|TITIN_MOUSE (RecName: Full=Titin; AltName: Full=Connectin)

HSP 1 Score: 75.485 bits (184), Expect = 1.072e-12
Identity = 112/510 (21.96%), Postives = 199/510 (39.02%), Query Frame = 0
Query:   52 TTEKIIQDVPERPDLWSEPS---AFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFR---QSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMD--DVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVS-LSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRR--DQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSL 550
            T E ++   PE    W +     + G R H     N A+L +      D G YT  V+ R    S T+  H++ D +VPP        R ++   T+G        S+ LEC V G  P+ SV W++D  +++     Q ++   V   LT+  LE   T +   C+A+  N+    ES   L +  PP   +    ++    G     + V+ G+ PP  +KW++G + L     +S    T++    V+ L  ++  P  S     L+   +         FV++              T  + +    +E G  +         P    ++W  N   ++Q  N GI    +S +L+ +    +    Y+C   N  G ++   + +S++  P  ++  + +      E   + CKVD  P+    SW +   +   + P      K + + L        D G   C AEN VG      +  ++   +  PP     +   H++L
Sbjct: 7551 TLECVVAGTPELSAKWFKDGRELSSGSRHHITFVRNLASLKIPSAEMNDKGLYTFEVENRVGKSSCTVSVHVS-DRVVPPS----FVRRLKDTSATLGA-------SVVLECRVSGSAPI-SVGWFLDGNEIISSPKCQSSFADNVCT-LTLSSLEPSDTGAYT-CVAA--NVAGQDESSAVLTVQEPPSFEQTPDSVE-VLPGMSLTFTSVIRGT-PPFKVKWFKGSREL-----VSGEACTISLEDFVTELELLEVEPGQSGDYSCLVTNDAGSASCTTHLFVKE------------PATFVKRLADTSVETGSPIVLEATYSGTP-PISVSWMKNEYPLSQSPNCGITTTEKSSILEILESTIEDYAQYACLIENEAGQDICEAL-VSVLEPPYFIEPLEHVEAAI-GEPITLQCKVDGTPEIR-ISW-YKEHTKLRSAPAYKMQFKNNVASLVINKVDHSDVGEYTCKAENSVGAVASSAV--LVIKERKLPPSFARKLKDVHETL 8017          

HSP 2 Score: 68.9366 bits (167), Expect = 1.001e-10
Identity = 107/465 (23.01%), Postives = 175/465 (37.63%), Query Frame = 0
Query:   76 RAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDT--FQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTS--GRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQEL-------MGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQ--RIRRDQAGSYSCEASNVEGDEV-SSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLP--RNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPC 524
            + HF+  +N ATL  T V   D+G Y CR +   S       T   +   + P     + R+V+ T+G+        +  EC V G EP+ SV WY D   + D+   Q ++   +   L I K +R  +     C A+N   +    + + L     P    I  PL P  +  G    + C V G+  P  + W +              N+ +   GN  +S   YL   +H   + + +G + +        +G        +  E    P+    L   V   +  EG+       + A      + W  N  E+    N  I+  N +L+LQ  R     AG Y+C+A+N  G  + +S + I    +P            SE ++  +SC V    +     W     +G    P  R SF+     ++L      + D G  +C A N+ G     C
Sbjct: 8896 KMHFK--NNVATLVFTQVDSSDSGEYICRAE--NSVGEVSSSTFLTVQEQKLPPSFSRQLRDVQETVGL-------PVVFECAVSGSEPI-SVSWYKDGKPLKDSPNIQTSFLDNIAT-LNIFKTDRSLS-GQYSCTATNPIGSASSGAKLILTEGKNPPFFDI--PLAPMDAVVGESADLECHVTGTQ-PIKVTWAKD-------------NREIRSGGNYQIS---YLENSAHLTIVKVDKGDSGQYTCYAVNEVGKDSCTAQLNIKERLIPPSFTKKLSETV---EETEGNSFKLEGRV-AGSQPITVAWYKNNVEIHPTSNCEIMFKNNALLLQVKRASMADAGLYTCKATNDAGSALCTSSIVIKEPKKPPVFDQHLAPVTASEGDSVQLSCHVQGS-EPIRIQW---LKAGREVKPSDRCSFSFASGTAMLELKETAKADSGDYVCKASNVAGSDTSKC 9319          

HSP 3 Score: 59.6918 bits (143), Expect = 6.893e-8
Identity = 109/483 (22.57%), Postives = 177/483 (36.65%), Query Frame = 0
Query:   76 RAHFRVSSNPATLSVTDVHRLDAGTYTC----RVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLM--DDTFQQTYEGTVKNGLTIRKLERKHTES-LLRCLASN-----NNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHR------LEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQS--LVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPR 538
            R +F  ++N ATL    V   D+G YTC     +    S TI+       I   Q P     + ++++ T+G+        +TL C + G  P+  V WY D VL+  D+  Q ++   V N  T++ L+   + S    C ASN     ++  R      +   FF  + V I        +G      C V G+  P  + W             S  N+ +   GN +++ +   P   H R L + +G + +     Q   D  +      L +   P  +  L      K  ++G+ +   C I  +P   K+ W  N  E+ +     +   N    L +     +  G Y CEA N  GD  S   A+ +   PV  +    + G  +     + C++   P  E   W         +  +   T+K   + L        D G   C A N VG     C          +PPR
Sbjct: 7014 RTYF--TNNVATLVFNKVSINDSGEYTCMAENSIGTAASKTIFR------IQERQLPPSFARQLKDIEQTVGL-------PVTLTCRLNGSAPI-QVCWYRDGVLLRDDENLQMSF---VDNVATLKILQTDLSHSGQYSCSASNPLGTASSTARLTAREPKKSPFFDIKPVSID-----VIAGESADFECHVTGAQ-PMRVTW-------------SKDNKEIRPGGNYTITCVGNTP---HLRILKVGKGDSGQYTC--QATNDVGKDMCSAQLSVKEPPKFIKKLDAS---KVAKQGESIQLECKISGSP-EIKVVWFRNDSELHESWKYNMSFVNSVALLTINEASAEDTGDYICEAHNGVGD-ASCSTALKVKAPPVFTQKPPPV-GALKGSDVILQCEISGTPPFE-VVW-VKDRKQVRSSKKFKITSKNFDTSLHIFNLEAPDIGEYHCKATNEVGSDTCACTVKF-----KEPPR 7440          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|1018447365|sp|Q8NDA2.3|HMCN2_HUMAN (RecName: Full=Hemicentin-2; Flags: Precursor)

HSP 1 Score: 72.4034 bits (176), Expect = 7.704e-12
Identity = 115/456 (25.22%), Postives = 174/456 (38.16%), Query Frame = 0
Query:   87 TLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPP-QQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMD-DVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQP----YTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLG-RMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPV-CVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVG----------MQLLPC 524
            TL ++ V   DAG +TC V    +     + TL + VPP  +P+   +    V+G++          + L C    G PLP V W  D + L+  + +Q         L +  +    + +      S     R    H QL +  PP    I+   QP     T G    + C   G+ P  NI W++  + L+ L   +S    V    NV +              L  C   +         +E   R+ +   PN++   G R V    L  G  V   C+++A PA  K+TW  +G  + +D +       + L LQ +    +G YSC A N  G   S+ VA  +    V  ++       VS ++TA + C+ D  P A   SW  +        PR     +GS   L   P    D G  LC A N  G          + LLPC
Sbjct: 3376 TLRISKVQLADAGIFTC-VAASPAGVADRNFTLQVQVPPVLEPVEFQNDVVVVRGSL----------VELPCEA-RGVPLPLVSWMKDGEPLLSQSLEQ------GPSLQLEAVGAGDSGTYSCVAVSEAGEAR---RHFQLTVMEPPH---IEDSGQPTELSLTPGAPMELLCDAQGT-PQPNITWHKDGQALTRL-ENNSRATRVLRVENVQV----------RDAGLYTCLAESPA-----GAIEKSFRVRVQAPPNIVGPRGPRFV--VGLAPGQLV-LECSVEAEPAP-KITWHRDGIVLQEDAHTQFPERGRFLQLQALSTADSGDYSCTARNAAG---STSVAFRVEIHTVPTIRSGPPAVNVSVNQTALLPCQADGVP-APLVSWRKDRVPLDPRSPRFEILPEGS---LRIQPVLAQDAGHYLCLASNSAGSDRQGRDLRVLALLPC 3779          

HSP 2 Score: 60.8474 bits (146), Expect = 3.295e-8
Identity = 103/446 (23.09%), Postives = 164/446 (36.77%), Query Frame = 0
Query:   87 TLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPP---QQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDD---VLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPL--SSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGI--IIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVK--DQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFT-NKGSGSLLSYTPQTQMDYGTVLCWAENMVGM 519
            TL +      D+G YTC      +      + L ++VPP   Q P          +G       R GD   L C      P P+V WY D    VL   T  Q   G  +  L I++ +    + L  C  SN  +         L +  PP     +       +G    ++C V G  P   + W      L D +P+  S+ +  V+  G + LS ++       Q     C   N +    + FV     + +  AP +  +   +     + EG +V   C  D  P    + W  +G  + QD+   +   +   SLVL+ +R   AG+Y+C A N  G++      ++++  P   +  D          E   + C V   P     SW  +    G+ LP +  T   GSG  L  +     D G   C A +  G+
Sbjct: 3000 TLQLGRARLSDSGMYTCEA-LNAAGRDQKLVQLSVLVPPAFRQAP----------RGPQDAVLVRVGDKAVLSCET-DALPEPTVTWYKDGQPLVLAQRT--QALRGGQR--LEIQEAQVSD-KGLYSCKVSN--VAGEAVRTFTLTVQVPPTFENPKTETVSQVAGSPLVLTCDVSGV-PAPTVTW------LKDRMPVESSAVHGVVSRGGRLQLSRLQ-----PAQAGTYTCVAENTQAEARKDFV-----VAVLVAPRIRSS--GVAREHHVLEGQEVRLDCEADGQPPP-DVAWLKDGSPLGQDMGPHLRFYLDGGSLVLKGLRASDAGAYTCVAHNPAGEDARLHT-VNVLVPPTIKQGADGSGTLVSRPGELVTMVCPVRGSPPIH-VSWLKD----GLPLPLSQRTLLHGSGHTLRISKVQLADAGIFTCVAASPAGV 3400          

HSP 3 Score: 60.077 bits (144), Expect = 5.173e-8
Identity = 90/363 (24.79%), Postives = 143/363 (39.39%), Query Frame = 0
Query:   99 GTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDD--VLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSG--RVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSW-IKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEE------GDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSE 450
            GTYTC        +    + L++ VPPQ   I   R    +    +   ++G + TLEC+   G+P P+V W  D   V  +   Q   +G     L + + +  HT     C+A   N+    E   +L +  PP+ +    PL   T+       + C   G  PPA I+W+RG +      P+S    T   +G     W +K          L  C  SN+     + F      +E+   P++          +DLEE      G   +  CN+  +P   KLTW  +G  + +     I      L + +     AG YSC A+N  G++      +S++  P       TI G +E
Sbjct: 2239 GTYTCECSNVVGNS-SQDLQLEVHVPPQ---IAGPREPPTQ----VSVVQDGVA-TLECNA-TGKPPPTVTWERDGQPVGAELGLQLQNQG---QSLHVERAQAAHT-GRYSCVA--ENLAGRAERKFELSVLVPPELIGDLDPLTNITAALHSPLTLLCEAMGIPPPA-IRWFRGEE------PVSPGEDTYLLAGG----WMLKMTQTQEQDSGLYSCLASNEAGEARRNF-----SVEVLVPPSI--------ENEDLEEVIKVLDGQTAHLMCNVTGHPQP-KLTWFKDGRPLARGDAHHISPDGVLLQVLQANLSSAGHYSCIAANAVGEKTKH-FQLSVLLAP-------TILGGAE 2552          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|90183176|sp|O97394.2|SDK_DROME (RecName: Full=Protein sidekick; Flags: Precursor)

HSP 1 Score: 72.0182 bits (175), Expect = 1.168e-11
Identity = 95/372 (25.54%), Postives = 149/372 (40.05%), Query Frame = 0
Query:   87 TLSVTDVHRLDAGTYTCRVDFRQS--PTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLK-----MFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLIC-RGSNQELMGHQQFVEDFHRLEIFYAP-NVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAA-YKLTWRHNGEEVTQDINKGII--IANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSP--VAISIMYRPVCVKDQK 443
            TL++   +   +G YTC+V  R    P +     L I+ PP   L       E  G  G         + L C V  GEP P V W+ +   +D   +   Y     N L I+KL      ++ +CLA N        + +++K     M  PPQ V           G+   ISC   GS P  NI W   I   + LV +SS  Q +  SG++ +S I+     S    L IC R +    +  + ++    R +I   P +  + LG                 C + ++P+  Y + W   G+  T   N   I   A+  L +Q +R    GSY+C  ++  G+E  +     I + + P  VK ++
Sbjct:  320 TLALLQANSSHSGEYTCQVRLRSGGYPAVSASARLQILEPP---LFFTPMRAETFGEFG-------GQVQLTCDV-VGEPTPQVKWFRNAESVDAHIESGRYTLNTDNTLVIKKLILDDA-AMFQCLAINEAGENSASTWLRVKTSAPIMELPPQNVTA-------LDGKDATISCRAVGS-PNPNITW---IYNETQLVDISSRVQ-ILESGDLLISNIR-----SVDAGLYICVRANEAGSVKGEAYLSVLVRTQIIQPPVDTTVLLGLTAT-----------LQCKVSSDPSVPYNIDWYREGQSSTPISNSQRIGVQADGQLEIQAVRASDVGSYACVVTSPGGNETRAARLSVIELPFPPSNVKVER 651          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|2497326|sp|Q14982.1|OPCM_HUMAN (RecName: Full=Opioid-binding protein/cell adhesion molecule; Short=OBCAM; Short=OPCML; Short=Opioid-binding cell adhesion molecule; AltName: Full=IgLON family member 1; Flags: Precursor >gi|61213901|sp|Q5IS61.1|OPCM_PANTR RecName: Full=Opioid-binding protein/cell adhesion molecule; Short=OBCAM; Short=OPCML; Short=Opioid-binding cell adhesion molecule; Flags: Precursor)

HSP 1 Score: 69.3218 bits (168), Expect = 1.774e-11
Identity = 52/169 (30.77%), Postives = 78/169 (46.15%), Query Frame = 0
Query:  354 LEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSP----VAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVG 518
            + EG  V   C     P    +TWRH    ++    +G +  ++ L +  I+RDQ+G Y C A N    +V++P    V I++ Y P   K + T  GVS  +   +SC+  A P AE F W    +     L      NKG  S L++   ++ DYG   C A N +G
Sbjct:  147 VNEGSSVTLLCLAIGRPEP-TVTWRH----LSVKEGQGFVSEDEYLEISDIKRDQSGEYECSALN----DVAAPDVRKVKITVNYPPYISKAKNT--GVSVGQKGILSCEASAVPMAE-FQWFKEETRLATGLDGMRIENKGRMSTLTFFNVSEKDYGNYTCVATNKLG 303          
BLAST of EMLSAG00000006645 vs. SwissProt
Match: gi|129173|sp|P11834.1|OPCM_BOVIN (RecName: Full=Opioid-binding protein/cell adhesion molecule; Short=OBCAM; Short=OPCML; Short=Opioid-binding cell adhesion molecule; Flags: Precursor)

HSP 1 Score: 69.3218 bits (168), Expect = 1.890e-11
Identity = 52/170 (30.59%), Postives = 79/170 (46.47%), Query Frame = 0
Query:  354 LEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSP----VAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGM 519
            + EG  V   C     P    +TWRH    ++    +G +  ++ L +  I+RDQ+G Y C A N    +V++P    V I++ Y P   K + T  GVS  +   +SC+  A P AE F W    +     L      NKG  S L++   ++ DYG   C A N +G+
Sbjct:  147 VNEGSSVTLLCLAIGRPEP-TVTWRH----LSVKEGQGFVSEDEYLEISDIKRDQSGEYECSALN----DVAAPDVRKVKITVNYPPYISKAKNT--GVSVGQKGILSCEASAVPMAE-FQWFKEDTRLATGLDGMRIENKGHISTLTFFNVSEKDYGNYTCVATNKLGI 304          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: gb|EFA06209.2| (hypothetical protein TcasGA2_TC009058 [Tribolium castaneum])

HSP 1 Score: 518.464 bits (1334), Expect = 2.424e-173
Identity = 270/636 (42.45%), Postives = 388/636 (61.01%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSR---QTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFH-RLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+  PA+ DSV LV+WY KD  TPIYSYD+R   +TT K  QD           S  G RA FR  ++PATL++ +++  D G Y CR+D+ +SPT    + L +IVPPQ+P I D+RG+EV    G  P+ EG  + L C V GG+P P++ W+  + L++ T  ++ ++    N L I+ L R    +   C ASNNNI++P  +   ++++F P  V+I     PY++ R+Y I+C  +GS PPA I WY   K L  L P  +Y Q  +  GNV+LS +  +         L C+ SN ++   Q  VE+   +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HN ++V Q   KG+I++  +L LQ + R QAG+YSC ASNVEGD  S+ V + IMY+PVC  +QK IYGV+ HE A I C+V++ P  +SF WSFN S+  +++P+  + +      S L+YTP  ++DYGTV+CWA N+ G QL PCI+HVI A +PDPP NC+++NQT +SL+V+C  GF  G  Q F +EV+  ++     L  N++AK P     GL  G+ L + VYA+N+KG+S S   +G  LK A K 
Sbjct:   43 VTHVQAIVKGNAQLPCDLLPPALNDSVVLVVWY-KDEHTPIYSYDTRGPYKTTPKHWQD-----------SNLGQRAFFRTMTDPATLNIDNINEKDEGEYRCRIDYLRSPTKNLRVKLAVIVPPQKPTIFDERGKEVPSLAG--PYEEGGDMKLTCFVTGGKPEPTIKWWRGEKLIESTETRSGFQNVRSNQLVIKGLRRADQHAAFTCQASNNNISQPVSATTSIEIYFRPLHVEIMSSNNPYSADRLYEIACQTFGSRPPAKITWYMDNKEL--LPPKYNYTQENSPDGNVTLSNLSVILTRQDNGRTLTCKASNDQV---QNGVEEATVKLNVFYVPILHLSLGSNLNPDDIEEGDDVYFECKVNANPEAYKVLWKHN-DQVIQHNQKGVIVSRGNLALQGVTRSQAGNYSCVASNVEGDGDSNRVELKIMYKPVCRPEQKRIYGVARHENAKILCEVESYPPPDSFKWSFNNSAENVDVPQMRYHSGVHHFTSTLTYTPMNELDYGTVMCWANNLAGRQLEPCIFHVIAAGKPDPPFNCTIMNQTSESLDVECSEGFDGGQPQFFLLEVYDQQT---DALQANVSAKFPLFTVSGLDPGKILKMVVYAANSKGKSESVMLEGLMLKAAEKQ 655          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_006563753.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X4 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 3.444e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQ-QTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   21 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 623          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_016772322.1 (PREDICTED: nephrin-like isoform X3 [Apis mellifera])

HSP 1 Score: 494.582 bits (1272), Expect = 3.962e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   33 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 635          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_016772320.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X1 [Apis mellifera])

HSP 1 Score: 494.582 bits (1272), Expect = 4.226e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   39 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 641          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_016772325.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X6 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 6.251e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   39 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 641          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_016772324.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X6 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 6.251e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   39 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 641          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_016772323.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X6 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 6.251e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   39 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 641          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_394052.4 (PREDICTED: synaptogenesis protein syg-2-like isoform X2 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 8.808e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   46 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 648          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_016772321.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X2 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 8.808e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   46 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 648          
BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Match: XP_006563752.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X2 [Apis mellifera])

HSP 1 Score: 494.197 bits (1271), Expect = 8.808e-164
Identity = 252/624 (40.38%), Postives = 365/624 (58.49%), Query Frame = 0
Query:   13 GRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            G  +LPCDI  P   DS  LV+WY+ D  TPIYSYD R           E+   W++ +   DRA FR  + PATL++  +   D G Y CRVDF +SPT    I L +IVPP +P I+D+ G  V+   G  P+ E + + L+C V GG P P V W+  ++L+D T +   +    +N L +++L R    ++  C ASNNNI++P  + V ++M   P  V I     P ++GR Y I+C+  GS PPA + WY   K L++      + + V+  GN + S +   P  S    ++ CR  N ++   +  +ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+   SL L+++ R QAG+Y+C ASNVEGD  S+ V + IMY+P+C+ DQK IYGV+ HE A ISC V+A P  +SF W+FN +   +++  + + N  + S S+L Y P T+MDYGTV CWA N  G Q   C++H+IPA +P+   NC++ NQT +SL V+C  GF  G  Q F +EVF  ++     L  NIT+K       R L  G+ L + +YA NAKGRS  ++ +G+TLK+A K 
Sbjct:   46 GTAELPCDIRPPRQNDSAILVVWYKSDI-TPIYSYDMRGKQS-------EKDSHWNDKNHLNDRAFFRTVTEPATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIVQTITG--PYEENEDMKLQCLVSGGRPEPKVKWWRGEMLLDSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNN------HTEKVSQDGNTTSSTLILKPTLSDHDKMITCRAENSKI--QRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQT---GILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQ 648          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1059385047|ref|XP_017787323.1| (PREDICTED: synaptogenesis protein syg-2 isoform X3 [Nicrophorus vespilloides])

HSP 1 Score: 523.857 bits (1348), Expect = 8.801e-174
Identity = 263/633 (41.55%), Postives = 390/633 (61.61%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYR-GIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNK--GSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+T P   DS+ L++WY K   TPIYSYD+R +     +        W + S   +RA FR  + P+TLS+ ++   + G Y CR+DF +SPT    + L +IVPPQ+P I+D++G+E++   G  P+ EG  + L C V GG+P P++ W+  + L+D T   + ++    N L I+ L+R    +   C ASNNNI++P  + V ++++F P  V+I    QP+++ R+Y I C  +GS P A I W+  G++  SD     +Y QT +  GN S S + ++P       +L CR  N  + G  +  E+  +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HNG+ + Q+   GII++N  L LQ + R+QAG+Y+C ASNVEGD  S+ V + IMY+P+C  D K +YGV+ HE A I C+V++ P  +SF WSFN ++  + +P+  + +    S S LSYTP +++DYGTV+CWA N+ G QL PC++H+I A +PDPP NCS++NQT DSLEV+C  GF  GL Q F +EV+  ++     L IN++AK P     GL  G+ L + VYA+NAKG S   T +G+TLK+A K 
Sbjct:   46 VAHVQAIVKGTALLPCDLTPPTPNDSIVLIVWY-KGKHTPIYSYDTRTSNNNAHR--------WQDVS-LENRAFFRTMTEPSTLSIENIAENEEGEYRCRIDFMKSPTKNLKVILAVIVPPQKPKIIDEKGKEIETVAG--PYEEGGDMKLTCIVTGGKPEPTIKWWRGEKLIDSTETHSGFQNVRSNQLVIKGLQRSDQHAAFTCQASNNNISQPVSATVSIEIYFRPLKVEILSSNQPFSADRMYEIPCQTFGSRPTAKISWWMDGVELKSDKF---NYTQTDSADGNTSTSTLMFIPTRLDNDRMLTCRAVNPLVQGGLE--ENSIKLNVFYIPILHLSLGSNLNPDDIEEGDDVYFECKVNANPWAYKVLWKHNGQVMQQNQKAGIIMSNSDLALQGVSRNQAGNYTCVASNVEGDGDSNVVELKIMYKPICRSDHKRVYGVARHENAKILCEVESYPLPDSFKWSFNNTAETIEVPQTRYNSDVHHSSSTLSYTPVSELDYGTVMCWASNLAGRQLEPCVFHIIAAGKPDPPYNCSILNQTSDSLEVECVEGFDGGLTQYFQLEVYDEQN---DILQINVSAKFPLFTVSGLEPGKMLKMMVYAANAKGHSEGITLEGFTLKVAEKQ 658          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1059385045|ref|XP_017787321.1| (PREDICTED: synaptogenesis protein syg-2 isoform X2 [Nicrophorus vespilloides])

HSP 1 Score: 525.013 bits (1351), Expect = 3.118e-173
Identity = 263/633 (41.55%), Postives = 390/633 (61.61%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYR-GIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNK--GSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+T P   DS+ L++WY K   TPIYSYD+R +     +        W + S   +RA FR  + P+TLS+ ++   + G Y CR+DF +SPT    + L +IVPPQ+P I+D++G+E++   G  P+ EG  + L C V GG+P P++ W+  + L+D T   + ++    N L I+ L+R    +   C ASNNNI++P  + V ++++F P  V+I    QP+++ R+Y I C  +GS P A I W+  G++  SD     +Y QT +  GN S S + ++P       +L CR  N  + G  +  E+  +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HNG+ + Q+   GII++N  L LQ + R+QAG+Y+C ASNVEGD  S+ V + IMY+P+C  D K +YGV+ HE A I C+V++ P  +SF WSFN ++  + +P+  + +    S S LSYTP +++DYGTV+CWA N+ G QL PC++H+I A +PDPP NCS++NQT DSLEV+C  GF  GL Q F +EV+  ++     L IN++AK P     GL  G+ L + VYA+NAKG S   T +G+TLK+A K 
Sbjct:   46 VAHVQAIVKGTALLPCDLTPPTPNDSIVLIVWY-KGKHTPIYSYDTRTSNNNAHR--------WQDVS-LENRAFFRTMTEPSTLSIENIAENEEGEYRCRIDFMKSPTKNLKVILAVIVPPQKPKIIDEKGKEIETVAG--PYEEGGDMKLTCIVTGGKPEPTIKWWRGEKLIDSTETHSGFQNVRSNQLVIKGLQRSDQHAAFTCQASNNNISQPVSATVSIEIYFRPLKVEILSSNQPFSADRMYEIPCQTFGSRPTAKISWWMDGVELKSDKF---NYTQTDSADGNTSTSTLMFIPTRLDNDRMLTCRAVNPLVQGGLE--ENSIKLNVFYIPILHLSLGSNLNPDDIEEGDDVYFECKVNANPWAYKVLWKHNGQVMQQNQKAGIIMSNSDLALQGVSRNQAGNYTCVASNVEGDGDSNVVELKIMYKPICRSDHKRVYGVARHENAKILCEVESYPLPDSFKWSFNNTAETIEVPQTRYNSDVHHSSSTLSYTPVSELDYGTVMCWASNLAGRQLEPCVFHIIAAGKPDPPYNCSILNQTSDSLEVECVEGFDGGLTQYFQLEVYDEQN---DILQINVSAKFPLFTVSGLEPGKMLKMMVYAANAKGHSEGITLEGFTLKVAEKQ 658          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1059385043|ref|XP_017787320.1| (PREDICTED: synaptogenesis protein syg-2 isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 524.242 bits (1349), Expect = 6.618e-173
Identity = 263/633 (41.55%), Postives = 390/633 (61.61%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYR-GIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNK--GSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+T P   DS+ L++WY K   TPIYSYD+R +     +        W + S   +RA FR  + P+TLS+ ++   + G Y CR+DF +SPT    + L +IVPPQ+P I+D++G+E++   G  P+ EG  + L C V GG+P P++ W+  + L+D T   + ++    N L I+ L+R    +   C ASNNNI++P  + V ++++F P  V+I    QP+++ R+Y I C  +GS P A I W+  G++  SD     +Y QT +  GN S S + ++P       +L CR  N  + G  +  E+  +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HNG+ + Q+   GII++N  L LQ + R+QAG+Y+C ASNVEGD  S+ V + IMY+P+C  D K +YGV+ HE A I C+V++ P  +SF WSFN ++  + +P+  + +    S S LSYTP +++DYGTV+CWA N+ G QL PC++H+I A +PDPP NCS++NQT DSLEV+C  GF  GL Q F +EV+  ++     L IN++AK P     GL  G+ L + VYA+NAKG S   T +G+TLK+A K 
Sbjct:   46 VAHVQAIVKGTALLPCDLTPPTPNDSIVLIVWY-KGKHTPIYSYDTRTSNNNAHR--------WQDVS-LENRAFFRTMTEPSTLSIENIAENEEGEYRCRIDFMKSPTKNLKVILAVIVPPQKPKIIDEKGKEIETVAG--PYEEGGDMKLTCIVTGGKPEPTIKWWRGEKLIDSTETHSGFQNVRSNQLVIKGLQRSDQHAAFTCQASNNNISQPVSATVSIEIYFRPLKVEILSSNQPFSADRMYEIPCQTFGSRPTAKISWWMDGVELKSDKF---NYTQTDSADGNTSTSTLMFIPTRLDNDRMLTCRAVNPLVQGGLE--ENSIKLNVFYIPILHLSLGSNLNPDDIEEGDDVYFECKVNANPWAYKVLWKHNGQVMQQNQKAGIIMSNSDLALQGVSRNQAGNYTCVASNVEGDGDSNVVELKIMYKPICRSDHKRVYGVARHENAKILCEVESYPLPDSFKWSFNNTAETIEVPQTRYNSDVHHSSSTLSYTPVSELDYGTVMCWASNLAGRQLEPCVFHIIAAGKPDPPYNCSILNQTSDSLEVECVEGFDGGLTQYFQLEVYDEQN---DILQINVSAKFPLFTVSGLEPGKMLKMMVYAANAKGHSEGITLEGFTLKVAEKQ 658          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1008446591|ref|XP_015837515.1| (PREDICTED: nephrin isoform X3 [Tribolium castaneum])

HSP 1 Score: 518.464 bits (1334), Expect = 6.735e-172
Identity = 270/636 (42.45%), Postives = 388/636 (61.01%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSR---QTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFH-RLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+  PA+ DSV LV+WY KD  TPIYSYD+R   +TT K  QD           S  G RA FR  ++PATL++ +++  D G Y CR+D+ +SPT    + L +IVPPQ+P I D+RG+EV    G  P+ EG  + L C V GG+P P++ W+  + L++ T  ++ ++    N L I+ L R    +   C ASNNNI++P  +   ++++F P  V+I     PY++ R+Y I+C  +GS PPA I WY   K L  L P  +Y Q  +  GNV+LS +  +         L C+ SN ++   Q  VE+   +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HN ++V Q   KG+I++  +L LQ + R QAG+YSC ASNVEGD  S+ V + IMY+PVC  +QK IYGV+ HE A I C+V++ P  +SF WSFN S+  +++P+  + +      S L+YTP  ++DYGTV+CWA N+ G QL PCI+HVI A +PDPP NC+++NQT +SL+V+C  GF  G  Q F +EV+  ++     L  N++AK P     GL  G+ L + VYA+N+KG+S S   +G  LK A K 
Sbjct:   43 VTHVQAIVKGNAQLPCDLLPPALNDSVVLVVWY-KDEHTPIYSYDTRGPYKTTPKHWQD-----------SNLGQRAFFRTMTDPATLNIDNINEKDEGEYRCRIDYLRSPTKNLRVKLAVIVPPQKPTIFDERGKEVPSLAG--PYEEGGDMKLTCFVTGGKPEPTIKWWRGEKLIESTETRSGFQNVRSNQLVIKGLRRADQHAAFTCQASNNNISQPVSATTSIEIYFRPLHVEIMSSNNPYSADRLYEIACQTFGSRPPAKITWYMDNKEL--LPPKYNYTQENSPDGNVTLSNLSVILTRQDNGRTLTCKASNDQV---QNGVEEATVKLNVFYVPILHLSLGSNLNPDDIEEGDDVYFECKVNANPEAYKVLWKHN-DQVIQHNQKGVIVSRGNLALQGVTRSQAGNYSCVASNVEGDGDSNRVELKIMYKPVCRPEQKRIYGVARHENAKILCEVESYPPPDSFKWSFNNSAENVDVPQMRYHSGVHHFTSTLTYTPMNELDYGTVMCWANNLAGRQLEPCIFHVIAAGKPDPPFNCTIMNQTSESLDVECSEGFDGGQPQFFLLEVYDQQT---DALQANVSAKFPLFTVSGLDPGKILKMVVYAANSKGKSESVMLEGLMLKAAEKQ 655          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|642928756|ref|XP_008199770.1| (PREDICTED: nephrin isoform X2 [Tribolium castaneum])

HSP 1 Score: 517.694 bits (1332), Expect = 1.933e-171
Identity = 270/636 (42.45%), Postives = 388/636 (61.01%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSR---QTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFH-RLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+  PA+ DSV LV+WY KD  TPIYSYD+R   +TT K  QD           S  G RA FR  ++PATL++ +++  D G Y CR+D+ +SPT    + L +IVPPQ+P I D+RG+EV    G  P+ EG  + L C V GG+P P++ W+  + L++ T  ++ ++    N L I+ L R    +   C ASNNNI++P  +   ++++F P  V+I     PY++ R+Y I+C  +GS PPA I WY   K L  L P  +Y Q  +  GNV+LS +  +         L C+ SN ++   Q  VE+   +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HN ++V Q   KG+I++  +L LQ + R QAG+YSC ASNVEGD  S+ V + IMY+PVC  +QK IYGV+ HE A I C+V++ P  +SF WSFN S+  +++P+  + +      S L+YTP  ++DYGTV+CWA N+ G QL PCI+HVI A +PDPP NC+++NQT +SL+V+C  GF  G  Q F +EV+  ++     L  N++AK P     GL  G+ L + VYA+N+KG+S S   +G  LK A K 
Sbjct:   43 VTHVQAIVKGNAQLPCDLLPPALNDSVVLVVWY-KDEHTPIYSYDTRGPYKTTPKHWQD-----------SNLGQRAFFRTMTDPATLNIDNINEKDEGEYRCRIDYLRSPTKNLRVKLAVIVPPQKPTIFDERGKEVPSLAG--PYEEGGDMKLTCFVTGGKPEPTIKWWRGEKLIESTETRSGFQNVRSNQLVIKGLRRADQHAAFTCQASNNNISQPVSATTSIEIYFRPLHVEIMSSNNPYSADRLYEIACQTFGSRPPAKITWYMDNKEL--LPPKYNYTQENSPDGNVTLSNLSVILTRQDNGRTLTCKASNDQV---QNGVEEATVKLNVFYVPILHLSLGSNLNPDDIEEGDDVYFECKVNANPEAYKVLWKHN-DQVIQHNQKGVIVSRGNLALQGVTRSQAGNYSCVASNVEGDGDSNRVELKIMYKPVCRPEQKRIYGVARHENAKILCEVESYPPPDSFKWSFNNSAENVDVPQMRYHSGVHHFTSTLTYTPMNELDYGTVMCWANNLAGRQLEPCIFHVIAAGKPDPPFNCTIMNQTSESLDVECSEGFDGGQPQFFLLEVYDQQT---DALQANVSAKFPLFTVSGLDPGKILKMVVYAANSKGKSESVMLEGLMLKAAEKQ 655          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1069786874|ref|XP_018318685.1| (PREDICTED: synaptogenesis protein syg-2 isoform X5 [Agrilus planipennis])

HSP 1 Score: 514.998 bits (1325), Expect = 3.001e-171
Identity = 269/629 (42.77%), Postives = 378/629 (60.10%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSF-TNKGSG-SLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V GG  ++PCD+T      SV LV+WY KD  TPIYSYD+R +   +       P  W + S    RA FR  ++PATL + +V   D G Y CR D+R SPT    + L ++VPPQQP I+D++G  V+G  G  P+ EG  + L C V GG+P P + W+  + L++ T   T ++    N L +R L+R    +   C ASNNNI++P    V ++++F P  V+I    QPY++ R Y I C  +GS PPA I W+   + L D   L +  +T++  GNVS+S + + P        L CR  N  + G  +  E   +L +FY     L+LG  +NP D+EEGDDVYF C I+ANP AYK+ W+HNG  V Q   KG+I+++ +L LQ I R QAG+YSC ASNVEGD  S+ V + +MY+P+C    K +YGV+ HE A I C+V++ P  E F WSFN +S  +++PR  + +N+  G S L+YTP ++MDYGTV+CWA N+ G Q  PC++HVI A +PDPP NC++ NQT +SL+VDC  GF  G  Q F +EV+ +     + LL NI+ K P     GL  G+ L LRVYA+N+KG S     +G+TLK+A K 
Sbjct:   49 IQAVVGGAAEIPCDLTPSTTNGSVLLVVWY-KDEHTPIYSYDTRGSLTSL-------PQHW-QSSNLSGRAFFRADTDPATLRIENVGEKDEGEYRCRTDYRISPTKNQRVKLLVVVPPQQPKIIDEKGNTVRGMAG--PYEEGGDVKLTCIVTGGKPEPVLKWWRSETLLESTEMHTGFDHVRSNQLVVRGLQRSDQHARFTCQASNNNISQPMSQTVAIEIYFRPLKVEILSSNQPYSADRKYDIQCQTFGSRPPAKISWWLERQQLLDT--LHNITETISADGNVSMSTLIFTPTRLDNGKSLTCRARNHLVQGGVE--EATIKLNVFYIAITHLSLGPKLNPDDIEEGDDVYFECKINANPWAYKVVWKHNGV-VMQHNQKGVIMSDTNLALQAITRHQAGNYSCTASNVEGDGESNVVDLKVMYKPICRAGLKRVYGVARHENAEIFCEVESYPPPEKFRWSFNNTSEAIDVPRTRYRSNEQQGSSTLTYTPVSEMDYGTVMCWASNLAGKQEDPCVFHVIAAGKPDPPINCTIFNQTSESLQVDCIDGFDGGQPQFFLLEVYESSF---NSLLKNISEKFPAFNVDGLEPGKILKLRVYAANSKGSSEKIELEGFTLKIAEKQ 658          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|642928752|ref|XP_008199768.1| (PREDICTED: nephrin isoform X1 [Tribolium castaneum] >gi|1004397707|gb|EFA06209.2| hypothetical protein TcasGA2_TC009058 [Tribolium castaneum])

HSP 1 Score: 518.464 bits (1334), Expect = 1.186e-170
Identity = 270/636 (42.45%), Postives = 388/636 (61.01%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSR---QTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFH-RLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            +  V  +  G   LPCD+  PA+ DSV LV+WY KD  TPIYSYD+R   +TT K  QD           S  G RA FR  ++PATL++ +++  D G Y CR+D+ +SPT    + L +IVPPQ+P I D+RG+EV    G  P+ EG  + L C V GG+P P++ W+  + L++ T  ++ ++    N L I+ L R    +   C ASNNNI++P  +   ++++F P  V+I     PY++ R+Y I+C  +GS PPA I WY   K L  L P  +Y Q  +  GNV+LS +  +         L C+ SN ++   Q  VE+   +L +FY P + L+LG  +NP D+EEGDDVYF C ++ANP AYK+ W+HN ++V Q   KG+I++  +L LQ + R QAG+YSC ASNVEGD  S+ V + IMY+PVC  +QK IYGV+ HE A I C+V++ P  +SF WSFN S+  +++P+  + +      S L+YTP  ++DYGTV+CWA N+ G QL PCI+HVI A +PDPP NC+++NQT +SL+V+C  GF  G  Q F +EV+  ++     L  N++AK P     GL  G+ L + VYA+N+KG+S S   +G  LK A K 
Sbjct:   43 VTHVQAIVKGNAQLPCDLLPPALNDSVVLVVWY-KDEHTPIYSYDTRGPYKTTPKHWQD-----------SNLGQRAFFRTMTDPATLNIDNINEKDEGEYRCRIDYLRSPTKNLRVKLAVIVPPQKPTIFDERGKEVPSLAG--PYEEGGDMKLTCFVTGGKPEPTIKWWRGEKLIESTETRSGFQNVRSNQLVIKGLRRADQHAAFTCQASNNNISQPVSATTSIEIYFRPLHVEIMSSNNPYSADRLYEIACQTFGSRPPAKITWYMDNKEL--LPPKYNYTQENSPDGNVTLSNLSVILTRQDNGRTLTCKASNDQV---QNGVEEATVKLNVFYVPILHLSLGSNLNPDDIEEGDDVYFECKVNANPEAYKVLWKHN-DQVIQHNQKGVIVSRGNLALQGVTRSQAGNYSCVASNVEGDGDSNRVELKIMYKPVCRPEQKRIYGVARHENAKILCEVESYPPPDSFKWSFNNSAENVDVPQMRYHSGVHHFTSTLTYTPMNELDYGTVMCWANNLAGRQLEPCIFHVIAAGKPDPPFNCTIMNQTSESLDVECSEGFDGGQPQFFLLEVYDQQT---DALQANVSAKFPLFTVSGLDPGKILKMVVYAANSKGKSESVMLEGLMLKAAEKQ 655          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1069786870|ref|XP_018318683.1| (PREDICTED: synaptogenesis protein syg-2 isoform X3 [Agrilus planipennis])

HSP 1 Score: 514.998 bits (1325), Expect = 1.820e-170
Identity = 269/630 (42.70%), Postives = 378/630 (60.00%), Query Frame = 0
Query:    6 RVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSF-TNKGSG-SLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
             +  V GG  ++PCD+T      SV LV+WY KD  TPIYSYD+R +   +       P  W + S    RA FR  ++PATL + +V   D G Y CR D+R SPT    + L ++VPPQQP I+D++G  V+G  G  P+ EG  + L C V GG+P P + W+  + L++ T   T ++    N L +R L+R    +   C ASNNNI++P    V ++++F P  V+I    QPY++ R Y I C  +GS PPA I W+   + L D   L +  +T++  GNVS+S + + P        L CR  N  + G  +  E   +L +FY     L+LG  +NP D+EEGDDVYF C I+ANP AYK+ W+HNG  V Q   KG+I+++ +L LQ I R QAG+YSC ASNVEGD  S+ V + +MY+P+C    K +YGV+ HE A I C+V++ P  E F WSFN +S  +++PR  + +N+  G S L+YTP ++MDYGTV+CWA N+ G Q  PC++HVI A +PDPP NC++ NQT +SL+VDC  GF  G  Q F +EV+ +     + LL NI+ K P     GL  G+ L LRVYA+N+KG S     +G+TLK+A K 
Sbjct:   48 EIQAVVGGAAEIPCDLTPSTTNGSVLLVVWY-KDEHTPIYSYDTRGSLTSL-------PQHW-QSSNLSGRAFFRADTDPATLRIENVGEKDEGEYRCRTDYRISPTKNQRVKLLVVVPPQQPKIIDEKGNTVRGMAG--PYEEGGDVKLTCIVTGGKPEPVLKWWRSETLLESTEMHTGFDHVRSNQLVVRGLQRSDQHARFTCQASNNNISQPMSQTVAIEIYFRPLKVEILSSNQPYSADRKYDIQCQTFGSRPPAKISWWLERQQLLDT--LHNITETISADGNVSMSTLIFTPTRLDNGKSLTCRARNHLVQGGVE--EATIKLNVFYIAITHLSLGPKLNPDDIEEGDDVYFECKINANPWAYKVVWKHNGV-VMQHNQKGVIMSDTNLALQAITRHQAGNYSCTASNVEGDGESNVVDLKVMYKPICRAGLKRVYGVARHENAEIFCEVESYPPPEKFRWSFNNTSEAIDVPRTRYRSNEQQGSSTLTYTPVSEMDYGTVMCWASNLAGKQEDPCVFHVIAAGKPDPPINCTIFNQTSESLQVDCIDGFDGGQPQFFLLEVYESSF---NSLLKNISEKFPAFNVDGLEPGKILKLRVYAANSKGSSEKIELEGFTLKIAEKQ 658          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|1069786872|ref|XP_018318684.1| (PREDICTED: synaptogenesis protein syg-2 isoform X4 [Agrilus planipennis])

HSP 1 Score: 514.612 bits (1324), Expect = 2.038e-170
Identity = 269/630 (42.70%), Postives = 378/630 (60.00%), Query Frame = 0
Query:    6 RVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQT-YEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSF-TNKGSG-SLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
             +  V GG  ++PCD+T      SV LV+WY KD  TPIYSYD+R +   +       P  W + S    RA FR  ++PATL + +V   D G Y CR D+R SPT    + L ++VPPQQP I+D++G  V+G  G  P+ EG  + L C V GG+P P + W+  + L++ T   T ++    N L +R L+R    +   C ASNNNI++P    V ++++F P  V+I    QPY++ R Y I C  +GS PPA I W+   + L D   L +  +T++  GNVS+S + + P        L CR  N  + G  +  E   +L +FY     L+LG  +NP D+EEGDDVYF C I+ANP AYK+ W+HNG  V Q   KG+I+++ +L LQ I R QAG+YSC ASNVEGD  S+ V + +MY+P+C    K +YGV+ HE A I C+V++ P  E F WSFN +S  +++PR  + +N+  G S L+YTP ++MDYGTV+CWA N+ G Q  PC++HVI A +PDPP NC++ NQT +SL+VDC  GF  G  Q F +EV+ +     + LL NI+ K P     GL  G+ L LRVYA+N+KG S     +G+TLK+A K 
Sbjct:   48 EIQAVVGGAAEIPCDLTPSTTNGSVLLVVWY-KDEHTPIYSYDTRGSLTSL-------PQHW-QSSNLSGRAFFRADTDPATLRIENVGEKDEGEYRCRTDYRISPTKNQRVKLLVVVPPQQPKIIDEKGNTVRGMAG--PYEEGGDVKLTCIVTGGKPEPVLKWWRSETLLESTEMHTGFDHVRSNQLVVRGLQRSDQHARFTCQASNNNISQPMSQTVAIEIYFRPLKVEILSSNQPYSADRKYDIQCQTFGSRPPAKISWWLERQQLLDT--LHNITETISADGNVSMSTLIFTPTRLDNGKSLTCRARNHLVQGGVE--EATIKLNVFYIAITHLSLGPKLNPDDIEEGDDVYFECKINANPWAYKVVWKHNGV-VMQHNQKGVIMSDTNLALQAITRHQAGNYSCTASNVEGDGESNVVDLKVMYKPICRAGLKRVYGVARHENAEIFCEVESYPPPEKFRWSFNNTSEAIDVPRTRYRSNEQQGSSTLTYTPVSEMDYGTVMCWASNLAGKQEDPCVFHVIAAGKPDPPINCTIFNQTSESLQVDCIDGFDGGQPQFFLLEVYESSF---NSLLKNISEKFPAFNVDGLEPGKILKLRVYAANSKGSSEKIELEGFTLKIAEKQ 658          
BLAST of EMLSAG00000006645 vs. nr
Match: gi|795106049|ref|XP_011881669.1| (PREDICTED: nephrin isoform X3 [Vollenhovia emeryi])

HSP 1 Score: 511.531 bits (1316), Expect = 5.897e-170
Identity = 262/631 (41.52%), Postives = 369/631 (58.48%), Query Frame = 0
Query:    7 VTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQ-TYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKI-QGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTN--KGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAK-TPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
             T V GG  +LPCDI  P   DS  LV+WY+ D   PIYSYD R           E+P  W +     DRA FR ++ PATLS+ +V   D G + CRVDF  SPT    I L +IVPPQ+P I+D+RG+ V    G  P+ EG  + L+C V GG P P V W+  + L+D   +   +    +N L +R+L R    ++  C ASNNNI++P  + V ++M   P  V I      P ++ R Y I+C+  GS PPA + WY       D   L++Y + V+  GN++ S + + P  SH   ++ CR  N ++  H    ED  +L +F+ P + L LG  +NP D+EEGDDVYF C + ANP AYK+ W+HNG  +  +   G+I+    L L+ + R QAG+Y+C ASNVEGD  S+ V + IMY+P+CV DQK IYGV+ HE AH+ C+V+A P  +SF W+FN +     +P++ + N  + + S+L Y P T+MDYGTVLCWA N  G Q   CI+H+IPA +P+ P NC++ NQT +SL V+C AGF  G  Q F +EVF   +     L  N+T++       +GL  G+ L + +YA NAKGRS  +  +G+TLK+A K 
Sbjct:   26 ATAVLGGTAELPCDIRPPHSNDSAILVVWYKSDI-VPIYSYDLRSKHS-------EKPLHWQDKEYLSDRALFRTTTEPATLSINNVQDQDEGEFRCRVDFTTSPTRNSRIQLTVIVPPQKPNIIDERGKTVPAVAG--PYEEGGDMRLQCLVSGGRPEPKVRWWRGETLLDSKDEPGEFPALRRNTLVVRELSRADLHAVFDCQASNNNISQPVSTSVAIEMHLRPLKVTILSSEHAPLSANRKYDINCMTVGSRPPAMLSWYM------DGRKLTNYTEKVSRDGNMTSSILSFQPTLSHHDKVVTCRAENPKV--HGGVAEDTWKLNVFFVPILHLQLGSNMNPDDIEEGDDVYFECKVHANPGAYKVVWKHNGNVIQNNAKNGVIVQQYDLALREVNRSQAGNYTCVASNVEGDGYSNIVELKIMYKPICVPDQKRIYGVARHEDAHVICRVEAYPPPDSFRWAFNNTEEQEEVPQSRYKNSTRHTQSILEYRPVTEMDYGTVLCWASNTAGQQKNACIFHIIPAGKPEAPYNCTLTNQTTESLSVECTAGFDGGQPQHFLLEVFDQHT---GVLQANVTSRENAAFTVQGLEPGKVLNMILYAVNAKGRSEPTLLEGFTLKVAEKQ 635          
BLAST of EMLSAG00000006645 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: 437.958 bits (1125), Expect = 7.810e-144
Identity = 227/586 (38.74%), Postives = 338/586 (57.68%), Query Frame = 0
Query:   67 WSEP-SAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLV----------------------ARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMA 629
            WS+    FG+RA+F+V + PA L++ D+ + +AG Y CRVDF+ +PT    + + ++VPP  P I D+ G+E +    +GPF EGDS+ L+C   GG P P V W+ D  L+D TF+ T+  TV+N LTI K+ R+   ++L C ASNNNI+ P  + + + + FPP GVKI    +P ++G+ Y + C   GS P A + W++  K +            +  +GN+++S +++ P PS     L CR  N +++     +E+  +L IF+AP V LT G  +NP ++ EG+DVYF C I ANP  YK+ W HN   V+ D + G+II+  SLVLQ + R Q+G Y+C ASN+EGD  S+ + + IMY+P+C   ++ I GVS    + I C + A PQ   F WSFN S     +  + F +  + S LSY P+   D+G + C A N +G    PC++ +IPA  PD P NCSVVNQT +SLEV+C  GF  GL+Q F +EV   ++     LL N + +TP+ V                        GL  G+ L + ++A+NA GRS+    +G+TLK+A
Sbjct:   14 WSDNIGGFGERAYFQVQTLPAVLNIEDIRQHEAGIYRCRVDFKTAPTRNSLLNVTVVVPPMIPTIFDESGQEAQTV--VGPFLEGDSVVLQCIASGGNPAPQVTWWRDSHLLDSTFETTFSQTVQNTLTIDKVTRQDLGAILTCQASNNNISIPVSNRITIDLKFPPSGVKILTKKEPLSAGKYYRLECESGGSRPSAIVTWWKNNKFMGKTP------SKIVDNGNLTISTLEFKPRPSDHGKTLTCRAENLDIVSSA--LEEQWKLVIFHAPIVSLTFGANLNPDNIAEGNDVYFECTISANPEVYKVIWLHNDVMVSHDQSHGVIISGSSLVLQGVHRRQSGMYACVASNLEGDTQSNTIQLKIMYKPLCGNFKRIIQGVSRDRDSQIICPILAHPQPTRFIWSFNNSLETKMINASQFKSNSTHSELSYQPKDDNDFGLLFCSASNALGEMADPCVFKIIPAGPPDAPSNCSVVNQTTESLEVECLPGFDGGLEQSFQLEVTDLQT---GILLANDSGQTPEFVVSPSGLAAQLKWPLAIECFVFQVSGLNSGKGLKITIFAANADGRSQPFVLEGFTLKVA 586          
BLAST of EMLSAG00000006645 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: 426.017 bits (1094), Expect = 1.781e-141
Identity = 237/655 (36.18%), Postives = 346/655 (52.82%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFF---------------PPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVP----------LSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXP-QAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            ++R+  V+G  V LPC+IT P I D V LVL++R DS  PIY+YD+R  +    +        WS+    G RA FR   +P  L +  V  +D+G Y CRVDF ++PT    + LDIIVPP++P I D+R +EV+  + +GP++ GD + L+C   GG P P V W+ D  L+DD  ++  +G V N L + KL R    S+L C ASNNN++ P  + V+L M F                P  V++ G   P ++GRVY   C   G+ PP  I W+RG   L + V           L  + QT +  GNV+LS I Y+P        + C+  N EL+     +ED  +L+I Y P  +L+LG  +N  +++E DDVYF CN+ ANP  YK+TWR N                                        GD  S+P+ ++I Y P C  DQ  ++GV+  ET  ISC+V + P  + SF W FN S   +++P + F +  + S++ Y P+T++DYG+++CWA+N +G Q  PC++H++PA  PD  +NCS  NQT  SLEV C +G+  GL Q F   V  AK    + ++  + +  P     GL  G++  L V A N+KG S   T   +T+K A KH
Sbjct:    1 MQRIGAVQGSSVSLPCNITPPIITDKVRLVLFFRNDSKVPIYTYDTRGQSHAEARH-------WSDEKILGTRAFFRGDESPGRLVLDTVQPVDSGVYRCRVDFYRAPTTIESVMLDIIVPPEKPKIYDERSQEVR--LKLGPYKVGDEVALKCISTGGNPSPKVSWWRDHALLDDVSEEVVKGKVVNSLRLIKLARNDLHSILTCQASNNNLSVPVSTSVKLDMHFITTYDGWHIYASVPVGPMDVEMIGRKDPVSAGRVYEFRCQAVGARPPPEITWWRGSTQLRENVTNRITSRSNPDLPPHPQT-SPDGNVTLSIIDYVPSVRDAGKYMSCKAENPELL--NSALEDGWKLDIHYNPQSILSLGSSLNGSNIKEDDDVYFECNVRANPKPYKITWRFN----------------------------------------GDGPSNPMTLNIRYAPYCKPDQVRVFGVARDETVRISCEVISNPVGSTSFEWRFNASGEMVDMPHDRFKSTNTKSIVEYVPRTELDYGSLMCWAKNSIGKQRDPCVFHLVPAGMPDSVKNCSFGNQTTTSLEVRCMSGYDGGLPQTF---VLEAKDNHHYGIVTKLHSPLPHFNVTGLEPGRSYVLSVSAQNSKGLSSPVTLYSFTIKEAEKH 600          
BLAST of EMLSAG00000006645 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: 397.897 bits (1021), Expect = 2.621e-134
Identity = 180/252 (71.43%), Postives = 219/252 (86.90%), Query Frame = 0
Query:  381 GEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            GEEV  D++ GIII+NQSLVLQ++ R QAGSY+CEASNVEGD+VS PV ++IMY+P+C++DQKTIYGVSE ETAHISC+VDA P+A+ FSWSFNTSSGGM+LPR+S+TN+GS SLLSY P++QMDYGTVLC A N+VG Q++PC++HVIPA  PDPP+NC++ NQT DSL+VDC  GFSSGLKQEFHMEVF   + PEHQLL+NITA++PKL+ARGLP    LFLR+YAS AKGRSRS TF+GYTL+MA K 
Sbjct:    7 GEEVVHDLSNGIIISNQSLVLQKVTRKQAGSYTCEASNVEGDQVSKPVVVTIMYKPICLQDQKTIYGVSEGETAHISCRVDAYPEADVFSWSFNTSSGGMDLPRDSYTNQGSASLLSYVPKSQMDYGTVLCRAGNLVGRQVVPCVFHVIPAGPPDPPKNCTITNQTQDSLQVDCHEGFSSGLKQEFHMEVF---TLPEHQLLVNITARSPKLLARGLPSDSTLFLRIYASTAKGRSRSVTFEGYTLRMADKQ 255          
BLAST of EMLSAG00000006645 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: 372.089 bits (954), Expect = 1.393e-118
Identity = 215/624 (34.46%), Postives = 317/624 (50.80%), Query Frame = 0
Query:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQ-QTYEGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTL-GRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYT 625
            ++ V +V  G   LPC+IT  +I D   LVLWY+ D+  P+YS+D+R +T K           WSE   FG R  FR SS+PA L ++ V   D G Y CRVDFR+SPT+   + L+I+  P++P+ILD  G  V G   IGPFR    L L C V GG PLP V W+ D  + D      TYE  ++N L I  L+R + +S   C A NNN+T P  S V + +  P   + +     P T+   Y + C V G  P   I W      LSD++ L +     +   N++ + + ++P    Q  +L C   N       + +     L +++ P V + +   +V+P ++ EGD +   CNI A+P  +++ W  +GEE+    +  ++I  Q L LQ   +  +G Y C ASNVEGD  S P+ I++ Y+PVC+       G +  +   + C+VDA P++ +F W FN+S     +P    + +   S  +Y P +   +G VLCWA N +G QL PC++HV+P   P  PR+C + N T  ++EV C  GFS GL Q F MEVF         L+ +   +   +   GL       + V A N KG S      G T
Sbjct:   34 MQDVYSVVSGSAHLPCNITANSIHDGARLVLWYKDDNPQPVYSFDARFSTVK----------HWSEDPQFGPRTFFRDSSSPAQLIISSVEMDDMGIYKCRVDFRESPTVITQVKLNIVEEPKKPVILDAEGSAVMG--NIGPFRLRKPLILVCLVEGGNPLPEVSWWRDGQMYDQEGDPSTYEDVLQNTLVISALDRSYHDSHFECRAINNNVTEPPTSTVTITLELPILDISLSNLPDPVTADVKYEVLCQVIGPQPTPTITWR-----LSDVI-LPANEPRYSLENNLTTTELHFMPKIKDQGKILSCTADNGIFPAQNKSM----TLNVYFIPVVHVEIENDIVDPANIREGDTLELKCNIQAHPWVWRILWYKDGEELVG--SNRVLIDEQRLKLQNATKALSGQYVCSASNVEGDGFSKPMMITVNYKPVCIAPTIEYKGDNRSQGIDLKCQVDAKPKSSTFRWLFNSSETRFEIP----SAESIMSFGNYKPTSGDQHGEVLCWASNDLGEQLKPCVFHVVPLGAPQAPRDCQISNHTASTIEVTCTPGFSGGLVQHFVMEVFETMPNNSQVLVASNWTEDATISVWGLVPESNYIISVKAVNEKGESSPVYVGGKT 629          
BLAST of EMLSAG00000006645 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: 363.229 bits (931), Expect = 2.125e-117
Identity = 218/647 (33.69%), Postives = 317/647 (49.00%), Query Frame = 0
Query:   12 GGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDVLMDDTFQQTYEGT------VKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVC---VKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTH-----------------------DS----------LEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616
            GG  +LPCDI      D VYLVLW++ ++  P+YS D R            +   WSE S+ G R+ FR  S P +L V D+   D G Y CRVD+R SPT    + L IIVPP +P I +  GREV  +  IGP+   + L ++C V GG P P V W+    L D + +  +  T      ++N +  R L+R        C ASN N++ P    V++ +   P  + I    +  ++ +   + C   G  PP  + W+ G K L      +SYN        VS S +++ P        L CR   + L  H   +ED   L+I Y P V L LGR ++  ++  G DVYF C++ ANP   +L W HNG +++ D +K II++ QSLVLQ+++++  G Y C A N EG   S+PV + IMY PVC   + DQ  + GV+  E   I+C+VDA P   +FSW FN S     L  + F+++G  S L +TP T  DYGT+ C  EN++G Q+ PC + ++P  +P P   C + +  +                       DS          ++VDC  GF  GL Q F +EV+ A      +L   +T + P              + V+A NAKG S
Sbjct:    2 GGAAELPCDILPEDAHDDVYLVLWFKDEATKPMYSLDVRGKPLN-------QASHWSESSSLGKRSSFRTQSTPNSLIVEDLTMQDEGVYRCRVDYRNSPTKNVKLNLTIIVPPDKPTIRNQNGREVL-SYEIGPYEIDEDLMIDCEVTGGSPAPKVTWWKGGTLYDSSDEVVHPPTSRTGPLIRNRMLYRGLQRDDLGLKFTCQASNTNLSVPVSREVKVILNLRPTSLAILAKPKSVSASKELEVVCQAVGGFPPPQLSWWLGSKRLRPFDE-TSYN-------GVSKSSLRFTPQTEDDGQYLTCRA--ESLALHNTAMEDQWHLQIHYPPVVALRLGRNLDRDNIRTGHDVYFECDVQANPPPLRLEWLHNGRQLSHDPDKRIIMSTQSLVLQKVQKEAMGEYVCRAVNAEGTGESNPVPLKIMYAPVCGSQLVDQ--LIGVTAEENISINCRVDAYPPVVTFSWFFNNSEHREMLGDDRFSSEGLVSNLDFTPTTTQDYGTLYCQGENIIGHQVEPCAFQIVPTGRPAPLTKCQIFSNANFPVQNSSSKSSSSSGEDPPLDRDDSGRSAATSSGRIQVDCSEGFDGGLPQTFLLEVYEAD-----ELKTKVTNQQPNFEINNFNPSAHTKMFVFAQNAKGSS 623          
BLAST of EMLSAG00000006645 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: 311.227 bits (796), Expect = 1.693e-99
Identity = 161/410 (39.27%), Postives = 236/410 (57.56%), Query Frame = 0
Query:  226 LKMFFP--PQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAE-SFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINIT-AKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631
              +F P  P  V I  P +P ++ +++ I C   G+ P   I W+ G K + D +   +     +  GNV++S +   P       LL CR  +  L      +ED  +LEI Y P+  LTLG  +N  +++EGDDVYF C + A+P  YK++W+HNG+E+  DI K +II+NQSLVLQ++ R  +G Y+C A N EGD  S+P+++ I Y+P C  DQ  +YGV++ E   +SC V + P  +  F W FN+SS  ++L  N    +G+ SL  + PQT+MDYG+++CWA N +G Q  PCI+H+IPA +PDP +NC+V NQT+ +L + C  GF  GL Q F MEV  AKS   H ++ N T  + P     GL  G    + V + N+KG S       +T K A +
Sbjct:   27 FAIFCPIGPTEVGILNPREPLSANKLFEIQCRSVGARPTPVITWWLGGKQIRDGISFKT-----SPDGNVTISTLALAPNVMDAGSLLACRAGSPSLA--DAMMEDAWKLEIHYVPSSTLTLGSNLNASNIKEGDDVYFECAVKASPRPYKISWKHNGKELAHDIQKKVIISNQSLVLQKVTRSDSGVYTCTAHNAEGDGESNPLSLDIRYKPFCKPDQVQVYGVAKREKIRVSCDVISNPSVDLKFEWVFNSSSERLDLQENLVEVRGTRSLAHHIPQTEMDYGSLMCWATNSIGRQEDPCIFHLIPAGKPDPVQNCTVKNQTYSTLHITCIKGFDGGLPQGFVMEVMDAKS---HFIVANTTNLRDPAFTVTGLHSGTGYIVSVNSYNSKGHSEPMRIHAFTTKAAAE 426          
BLAST of EMLSAG00000006645 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: 259.225 bits (661), Expect = 2.643e-79
Identity = 162/494 (32.79%), Postives = 250/494 (50.61%), Query Frame = 0
Query:  163 EPLPSVLWYMDD-----VLMDDTFQQTYEGTVKNGLTIRKLERKHTESLLRCLASN--NNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRG---IKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYK--LTWRHNGEEVTQ----DINKGIIIAN----QSLVLQRIRRDQAGSYSCEASN---VEGDEV-SSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLI-NITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631
            +P P V WY ++     +    T  +T    + N +TI+ L RK   S   C A+N  NN+ R   S V+L + +    V I     P  +G  +   CV  GS P A + W+     I+   D V +S+     + SG  S S   Y P        L CR +N ++  H+  +ED   L I Y P V ++LG+ +    + +G DVYF C I+ANP      +TW H+G+ + Q    D    +++ +     SLVLQ +++   G+YSC   N       EV S P  + + + PVC      +YGV++ ETAHI+C V+A P   +F W+FN S+    + +      GS S+L++TP   ++YGT++CW+ N VG Q  PC++H+I A +P+  +NC+VVN++ DS +V C  GF+ GL Q+F + V++  S    ++L+ N+T+  P     GL  G      +Y  N KG         YTLK+  K
Sbjct:    1 KPRPRVTWYRNNRPITSLSWSSTDPETGFDIMNNNITIQALSRKDVHSEFTCEATNYDNNVLR---SSVELDLKYQAHNVSILSKNTPLRAGSQHEFICVAVGSRPAATLTWWFDDLQIQPQVDHVHIST-----SASGETSTSTFTYTPKHEDSGKTLRCRATNPDI--HRGVLEDSWTLNIQYPPIVQISLGKSLVASAIRQGVDVYFDCIIEANPTPRTKIVTWLHDGQILKQNRHDDPRARMVLPSVNDPNSLVLQGVKKSARGNYSCRVGNGIPTHDYEVQSKPKFLDVKFPPVCTPKGVKVYGVAKMETAHIACTVEANPPEVNFRWTFNNSAEAKQVEQRFIHTNGSRSILTFTPTRTLEYGTLMCWSRNAVGEQRNPCVFHIIAAGKPEAVQNCTVVNESTDSFQVHCAPGFNGGLPQQFRLAVYKVHSSMADRVLVANLTSPVPSFSVTGLHPGSHYLGEIYGFNVKGVGVPFMIRVYTLKLPEK 484          
BLAST of EMLSAG00000006645 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: 248.44 bits (633), Expect = 5.215e-74
Identity = 134/388 (34.54%), Postives = 213/388 (54.90%), Query Frame = 0
Query:  252 ISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKT-IYGVSEHETAHISCKVDAXPQAESFSWSFNTSSG-GMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTH----DSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKT-PKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXKH 632
            + C  +GS P A I WY+G + + D +  S Y      +  V+ S +KY P  +     + CR  N  +      +ED   L + Y P + L+LGR + P++++E DDVYF C+I ANP    + W HNG ++  ++N+G+I++NQSLV+QR+ R  AG Y C A N  G   S+PV +S+ YRPVC    ++  +GV E     ++C V + P    F W FN S G  + +      + GS S+++Y+PQ +MDYG+V C A N +G Q  PC + + PA++P  P NC+++N T+    + +++ C + +  GL+  + +E++  K+   ++L  N T+KT P  + R L     L  R+YA NA+G S  S      +    KH
Sbjct:    1 LVCQAFGSKPQAIITWYKGREPIHDEMVTSHYQA----NPEVTNSLLKYRPRRADNGKRITCRAENPAM--PNSALEDSLLLSVMYPPLIQLSLGRSIGPEEIKERDDVYFECDIRANPPIQTIEWHHNGRQLEHNLNRGVILSNQSLVIQRVSRSDAGEYICRADNAHGAGKSNPVELSVKYRPVCQHGAESPQFGVVEGGNVTLTCDVLSHPPVRRFRWWFNNSGGKAVEIRPEDIRSNGSSSMIAYSPQNEMDYGSVSCMAINALGRQQHPCSFVISPATKPRRPENCNILNSTNPEGEEVIDLKCVSAYGGGLETNYILEIYDTKT---NRLRHNFTSKTSPHFIIRDLRGLHPLRFRLYAVNARGMSEDSEIPVVMVNKPEKH 379          
BLAST of EMLSAG00000006645 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: 208.764 bits (530), Expect = 7.943e-59
Identity = 171/604 (28.31%), Postives = 259/604 (42.88%), Query Frame = 0
Query:    5 KRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGTPIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRV-SSNPATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLIL------------DDRGR---------------------------EVKGTMGIGPFREGDSLTLECHVPGGEPLPSVLWYMDDV--------LMDDTFQQTY------EGTVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPL-------------------------QPYTSGRVYYISCVVWGSNPP-ANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQ-----------------------ELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAE-SFSWSFNTSSGGMNLPRNSFT-NKGSG-SLLSYTPQT 502
            K ++ + G  V +PC+I++P   D V LVLW++ +S  P YSYD+R        D    P  WS  +  G RA F++ + + A L + +V   D G Y CRVD++Q+ T    + L  IV  Q+P IL            DD G                            E      IGP++ GDSL L+C V GG P P+V W    V        ++D+TF  ++      E  VKN L +  L R      L C ++NN +    ++ V ++M   P  VKI  PL                           ++ G+   I CVV G+ P    + W+ G + L    P  ++      SGNV+ S + + P        L C+  N+                       E  GH   + D+        P   L LG  +N  +++EGDDVYF C +D+ P    + W HNG+ +  D+  G+I++NQSLVLQ + R+++G YSC A N EG   S  + + I                          K++A P  +  F W+FN+S+G + +P+     N+  G S+L +TP+T
Sbjct:  133 KEISALVGTSVVIPCNISSPFRDDHVRLVLWFKGNSTKPFYSYDNR--------DERSSPQHWSNDTMLGGRAGFQLLAIDSANLMLREVKIADEGRYKCRVDYKQAQTSTSVVQLKAIVHSQKPRILVHASSSDLEKSTDDLGTNSVHPKFVELDDPNDPQFESQDHFKYLERPQIQRIGPYQVGDSLKLKCLVLGGHPSPNVTWSRLRVQEATGPSEVIDETFHVSHNRRHHGENLVKNILEMANLRRVDHLMTLICQSANNALEPGPQTSVVVEMILQPARVKIT-PLVMSNQANGDSIWRLGGEFSSLAQDGTIFSEGKARQIQCVVHGAQPNHPTVSWWVGGRKL----PPRTFTVDHLASGNVTTSILTFRPEAGDDGKELTCKAFNRGRAEAGKEQRPPLKGSPLPPWKRERSGH---LNDWKS----NMPRSRLILGPTLNGTNIKEGDDVYFECIVDSRPPPANIEWTHNGQTLVADVGNGVIMSNQSLVLQSLSRERSGQYSCTAFNSEGRNTSRDLTLKI--------------------------KLEANPLFDLKFEWTFNSSTGNIRMPQALIKDNQADGASVLQFTPKT 690          
BLAST of EMLSAG00000006645 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold273_size229271-snap-gene-1.21 (protein:Tk00752 transcript:maker-scaffold273_size229271-snap-gene-1.21-mRNA-1 annotation:"hypothetical protein L798_13523 partial")

HSP 1 Score: 189.504 bits (480), Expect = 1.011e-52
Identity = 97/262 (37.02%), Postives = 149/262 (56.87%), Query Frame = 0
Query:  381 GEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTS---SGGM--------NLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631
            G+ V +++  G++I NQ+LVLQ + R  AG Y+C ASN EGD  S+   +++ + P C +DQ+ +YG +   TA ++C VDA P  ESF+W F  +   +G +        ++ R+ +T +   S+LSY P +  DYG   CWAEN VG+Q  PC + ++  S PDP RNC V+N T + + + C  GF  G + E+H+EV+  ++      + N T   PK     L  G A    +YASN+ GRS++   +  TL +A K
Sbjct:   19 GKFVIENVAGGVLIGNQTLVLQTVGRHNAGLYTCVASNQEGDGESNAQYLNVKFSPQCREDQRLVYGATRTSTALVACFVDANPNPESFTWQFQPTRKVAGSIGRKKAEMVDVSRSDYTIEHDHSVLSYIPASDTDYGVAFCWAENSVGIQREPCRFKLVKESAPDPLRNCIVMNVTWEDMSIKCSQGFDGGHEAEYHVEVYEERN----IFVYNYTRPQPKFSLNNLKAGHAYAFLLYASNSLGRSQTRKMNVSTLNLAEK 276          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006645 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-3.499e-13137.28symbol:CG42313 species:7227 "Drosophila melanogast... [more]
-2.178e-12736.03symbol:CG12484 species:7227 "Drosophila melanogast... [more]
-1.260e-8831.86symbol:side "sidestep" species:7227 "Drosophila me... [more]
-3.958e-2226.27symbol:sns "sticks and stones" species:7227 "Droso... [more]
-1.958e-1723.97symbol:hbs "hibris" species:7227 "Drosophila melan... [more]
-2.121e-1723.73symbol:nphs1 "nephrosis 1, congenital, Finnish typ... [more]
-1.372e-1622.71symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-1.372e-1622.71symbol:Nphs1 "nephrosis 1, congenital, Finnish typ... [more]
-1.597e-1623.28symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-4.264e-1621.15symbol:nrm "neuromusculin" species:7227 "Drosophil... [more]

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BLAST of EMLSAG00000006645 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592814012|gb|GAXK01140556.1|0.000e+049.84TSA: Calanus finmarchicus comp476270_c1_seq1 trans... [more]
gi|592848096|gb|GAXK01109448.1|0.000e+045.41TSA: Calanus finmarchicus comp950840_c0_seq1 trans... [more]
gi|592814011|gb|GAXK01140557.1|0.000e+050.89TSA: Calanus finmarchicus comp476270_c1_seq2 trans... [more]
gi|592761831|gb|GAXK01192582.1|2.833e-14637.58TSA: Calanus finmarchicus comp472909_c0_seq1 trans... [more]
gi|592772121|gb|GAXK01182447.1|1.469e-14537.50TSA: Calanus finmarchicus comp346567_c0_seq1 trans... [more]
gi|592838823|gb|GAXK01118721.1|5.764e-14337.24TSA: Calanus finmarchicus comp1091110_c0_seq1 tran... [more]
gi|592867955|gb|GAXK01089607.1|2.891e-12837.25TSA: Calanus finmarchicus comp421018_c1_seq1 trans... [more]
gi|592769134|gb|GAXK01185434.1|4.422e-12736.46TSA: Calanus finmarchicus comp321731_c0_seq1 trans... [more]
gi|592867956|gb|GAXK01089606.1|5.742e-12637.25TSA: Calanus finmarchicus comp421018_c0_seq1 trans... [more]
gi|592900557|gb|GAXK01057818.1|7.711e-12635.07TSA: Calanus finmarchicus comp517891_c1_seq2 trans... [more]

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BLAST of EMLSAG00000006645 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000066450.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:... [more]
EMLSAP000000115522.208e-15338.10pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693... [more]
EMLSAP000000074854.068e-13537.07pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:3... [more]
EMLSAP000000024209.917e-9834.17pep:novel supercontig:LSalAtl2s:LSalAtl2s145:66023... [more]
EMLSAP000000058221.105e-9336.13pep:novel supercontig:LSalAtl2s:LSalAtl2s314:64423... [more]
EMLSAP000000065812.934e-9133.68pep:novel supercontig:LSalAtl2s:LSalAtl2s361:13268... [more]
EMLSAP000000041306.026e-8634.42pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205... [more]
EMLSAP000000068057.261e-8140.24pep:novel supercontig:LSalAtl2s:LSalAtl2s381:99810... [more]
EMLSAP000000033211.035e-7528.75pep:novel supercontig:LSalAtl2s:LSalAtl2s182:13969... [more]
EMLSAP000000052555.579e-7532.52pep:novel supercontig:LSalAtl2s:LSalAtl2s280:11342... [more]

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BLAST of EMLSAG00000006645 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|325511344|sp|Q9R044.2|NPHN_RAT1.073e-1622.71RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|158706513|sp|Q967D7.2|TUTL_DROME4.330e-1622.68RecName: Full=Protein turtle[more]
gi|325511343|sp|Q9QZS7.2|NPHN_MOUSE9.281e-1623.28RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|20177993|sp|O60500.1|NPHN_HUMAN8.385e-1524.03RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|75025812|sp|Q9U3P2.1|SYG2_CAEEL3.782e-1323.08RecName: Full=Synaptogenesis protein syg-2; AltNam... [more]
gi|160358754|sp|A2ASS6.1|TITIN_MOUSE1.072e-1221.96RecName: Full=Titin; AltName: Full=Connectin[more]
gi|1018447365|sp|Q8NDA2.3|HMCN2_HUMAN7.704e-1225.22RecName: Full=Hemicentin-2; Flags: Precursor[more]
gi|90183176|sp|O97394.2|SDK_DROME1.168e-1125.54RecName: Full=Protein sidekick; Flags: Precursor[more]
gi|2497326|sp|Q14982.1|OPCM_HUMAN1.774e-1130.77RecName: Full=Opioid-binding protein/cell adhesion... [more]
gi|129173|sp|P11834.1|OPCM_BOVIN1.890e-1130.59RecName: Full=Opioid-binding protein/cell adhesion... [more]

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BLAST of EMLSAG00000006645 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EFA06209.2|2.424e-17342.45hypothetical protein TcasGA2_TC009058 [Tribolium c... [more]
XP_006563753.13.444e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772322.13.962e-16440.38PREDICTED: nephrin-like isoform X3 [Apis mellifera... [more]
XP_016772320.14.226e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772325.16.251e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772324.16.251e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772323.16.251e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_394052.48.808e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772321.18.808e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_006563752.18.808e-16440.38PREDICTED: synaptogenesis protein syg-2-like isofo... [more]

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BLAST of EMLSAG00000006645 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1059385047|ref|XP_017787323.1|8.801e-17441.55PREDICTED: synaptogenesis protein syg-2 isoform X3... [more]
gi|1059385045|ref|XP_017787321.1|3.118e-17341.55PREDICTED: synaptogenesis protein syg-2 isoform X2... [more]
gi|1059385043|ref|XP_017787320.1|6.618e-17341.55PREDICTED: synaptogenesis protein syg-2 isoform X1... [more]
gi|1008446591|ref|XP_015837515.1|6.735e-17242.45PREDICTED: nephrin isoform X3 [Tribolium castaneum... [more]
gi|642928756|ref|XP_008199770.1|1.933e-17142.45PREDICTED: nephrin isoform X2 [Tribolium castaneum... [more]
gi|1069786874|ref|XP_018318685.1|3.001e-17142.77PREDICTED: synaptogenesis protein syg-2 isoform X5... [more]
gi|642928752|ref|XP_008199768.1|1.186e-17042.45PREDICTED: nephrin isoform X1 [Tribolium castaneum... [more]
gi|1069786870|ref|XP_018318683.1|1.820e-17042.70PREDICTED: synaptogenesis protein syg-2 isoform X3... [more]
gi|1069786872|ref|XP_018318684.1|2.038e-17042.70PREDICTED: synaptogenesis protein syg-2 isoform X4... [more]
gi|795106049|ref|XP_011881669.1|5.897e-17041.52PREDICTED: nephrin isoform X3 [Vollenhovia emeryi][more]

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BLAST of EMLSAG00000006645 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold44_size478958-snap-gene-1.117.810e-14438.74protein:Tk06921 transcript:maker-scaffold44_size47... [more]
maker-scaffold149_size310270-snap-gene-0.111.781e-14136.18protein:Tk01267 transcript:maker-scaffold149_size3... [more]
snap_masked-scaffold624_size122968-processed-gene-0.52.621e-13471.43protein:Tk09510 transcript:snap_masked-scaffold624... [more]
snap_masked-scaffold204_size260821-processed-gene-1.101.393e-11834.46protein:Tk07812 transcript:snap_masked-scaffold204... [more]
maker-scaffold725_size106157-snap-gene-0.142.125e-11733.69protein:Tk12767 transcript:maker-scaffold725_size1... [more]
maker-scaffold93_size381549-snap-gene-2.251.693e-9939.27protein:Tk04402 transcript:maker-scaffold93_size38... [more]
maker-scaffold310_size212938-snap-gene-0.142.643e-7932.79protein:Tk03973 transcript:maker-scaffold310_size2... [more]
maker-scaffold95_size379157-snap-gene-1.105.215e-7434.54protein:Tk00595 transcript:maker-scaffold95_size37... [more]
snap_masked-scaffold489_size157649-processed-gene-0.97.943e-5928.31protein:Tk05284 transcript:snap_masked-scaffold489... [more]
maker-scaffold273_size229271-snap-gene-1.211.011e-5237.02protein:Tk00752 transcript:maker-scaffold273_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s367supercontigLSalAtl2s367:2485..101243 -
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
Descriptionaugustus_masked-LSalAtl2s367-processed-gene-1.0
Biotypeprotein_coding
EvidenceIEA
NotePREDICTED: synaptogenesis protein syg-2 isoform X2 [Nicrophorus vespilloides]
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006645 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000006645EMLSAT00000006645-702492Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s367:2485..101243-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006645-689411 ID=EMLSAG00000006645-689411|Name=EMLSAG00000006645|organism=Lepeophtheirus salmonis|type=gene|length=98759bp|location=Sequence derived from alignment at LSalAtl2s367:2485..101243- (Lepeophtheirus salmonis)
ATGGATAAAATAAAACGCGTCACAACTGTGGAAGGAGGMCGTGTCGATTT ACCCTGTGATATAACAACTCCTGCTATAGGTGATAGTGTTTATTTAGTCC TTTGGTATAGAAAAGACTCTGGGACACCTATTTATAGGTAAGGAAATAAA TTAACCTGATGTAGTTATGTTATAAATTGGCCAATGGTACACAGTCAAAG GCATGCTCTGAGTGTAAAATAAAACATGTAAAAAAATCAAACTGTACTAA TATATTTTATTAAAGTGGTGAAAAATTTTATAATCTTCGTAATGATCAGT TTATTAAAATGTACAATAGGATTTACGAGACAAATTTTATAATGCTGCAT AACAAATACTCAATACAGTCAAGTGTGCTCCAAAGCTTTAAACCAAGACA GCGTGATTAATAATTGTCCAAATAAATTTGACTACACGACAACTCTTCTA TGTGTCTAGGACATTCAAAATATTTGTATATTACTTAAAAGGATTGATTT TATCAAGTGGTACACATTTTGTAATTTTCAATTTTTCAGGAGTAAAATTT AAACGAGAAATTTTGTGAGGACATTTTTTTTTACAAATTCTTCTGAAAAT AAAGCTTGGCACAACTTCTATTCAATATATAAGATCTTACCTCTAACAAT TGCCTCAATACGAGGCTGAAATCCTTTGCAGACCATGACTATGTAATAGG ACTCGATCCTGGTCCACTTCTTCTTGATGGAAGCCTTTAGTGATTGGACA CTCTTGTGAGGAGTAACTCACCCCCTCTCCTCCAGACTTATCCAGGTAGG GTAGTCCAAAGGGCTCACATTTGGAGAGGAGAGTGACCAATTGTTGAGGG CCAAAAGTCGGGAAAATTTTTCCCCAAATTTTTGTTGGCCTTGAAAAAAT TTCGAATCTTCTTTCCTCTTTCCAACAGTCTCAGTTTGCTTTCTTCAAAA GGAAGATGTCTATTTGTCCTATCTGCGATTTTGCACAAATGTTATTCTTG ACTGTAAATAATAAAATGTGTACCACTAGATAAGATCAACTCTGTATATT TAAGTATGTAACAGGGATTGGGTGTCATTATACGAGTATGCCATTTACTT CAGTTATACAAGCATTTGGTAAAATTTGTAAATTTAATCCCTTTTTTTGC AAAAATACAATATTATAAAATTTAAAACATTTTCTGTTCGAAAAACATTT AAAATTTTCAAAAATATGCTTTCATAGTCAATTTAATGTTGTTAAGCCAC ATATGTGTATAAATATTCAATTGGCCTTTCCATAGAATACAACATGTCCA AAAATTGATGGTGGTATTAAAAATATCCGTTTCATAGTAAAAAAAAATTT TTTTTGTTGGAATAAAATTTAATTTGCATGATAGGCAGCATTTTATTTTG CTGATGCAATAATTTTCGATAATTGCATCATACATCAGTATAAAAGTGAT CAGAAAACACCACAGGATGTTAGTTGAAATTCAATATCCGAAATGGGGAG AGAGCACTCTCTGGAGACCAGGCATCTAGCATTTATGCATTTAGCATAAT AAAGGGCGGATCAAGCTAGAGAGACGTTACTTAAAGGTTACAAATTCATC TCAGGACCATGAGAATTGGTGTAAGGAAAGGAAGGATGGAAAAATCCTTG CAAATCAAAAGGGTCGTGGAAGGAAGAAAAAAATTAGTACAGTTCCCAAA CGGGTGATTTCAAAATCTTTCACTAAAGGAAGGCAATCCACAAGGAAACT TAGAGTAAGATTGCCTTTAAAGAGCTATCCAATATCCAAGTAATRTATCC ATAACAACCTGAGGCACTCCTTGTACTTTGCCATACAAACCTCGTTTGCA CTCCAAACTTTCAAAAGCCTAAAGGAAGGCCTGGCTTCAATTCTGTCGTG AGCAGAAACACTGGACTYCAGATGACTGGAAATGTATCTTCTTCAGTGAT GCAAGTCTATTTGAGCATGCCCAAAATCTTCCAAACAGATTGGGTTTGGG ATAGAGATAAGGTGATGTCTAACCCACTCCAACTAAGAAATTTCCTCTGA AAACTCAGGCTTGGCCGTTAATAGCCACCAGGCAGTGTCAGATCTTCACC TGGTTCCACAAAACTGAACTGTGACGACATAGTAACCCGTAACGAAGATC CTCAGCAAGTCTCTGATATCAACTTTGTCTCGTACTGAAAAAACTAAATC TCCTTTGAAGAGGAAAATGTTGTCCGACACATCAAGAGCCATTTTCCAGC AGGATGGTGCCCTTGCTCATCACTCCAAAAAGGCAAAAAAAGTGGTGTTT AGACAACTTGAATTCTTTCTGGGGCAAAGGCACATGGCCTGCCCATAGTC CTGATTTGTCTCCCATCGAAAATTTGTGAGGCTTGGTCCAGAGGGAACTC AATGAAAATGCGCTTGCAACTTCAGAGGATGAATTAAGAAAAAAAACAAA AAAAAACAGACAAAATATTGGGAAATTTTTTTCCCAAATACTTTGAATAA TCTGTATGAAGGGATGCCAAAACGCATAAAAAATATATTAAGCTTAAAGG TCGTCATATTGGGAAGTAAATAAAGTTTTTCGCCGCAAAAAAAATCACTT GTTGAGGTTATTTCATGTTTTTGTTTTTTTAAACCGCCATCAATTTTTGG ACATACTGTATACCTATGTTTGTTGTTAAAGTGGAACTGATAGACCATCT CCCTCTCTATGAGTATGAACGCACATGCGTAGAACAATTGTTATTATAAA TTCATAACTTTCTGAATAATCATACATAATGGGCATTTAATATTTATGCA TGCACGTATACAAAGATTTTTTTATGATTAGAGATCTGGTTTTGGAAATA TAGTCATACATAGAAATGTATGTACAATGTAGATTACTGTGGCTTTAAAA GGCTCCTTTTTATTTTTACAAAATGTAGTGATTTCATATTCCCAAAACGT TTCTTTTTGACATAAAAAAATATTAGAAATATCTAATACAAAATTTGGAC ACAGCCTCAATTAGTTAATATTATTATTCATAGAAACATATTAATAAGAT ATAGGTAAAAATTGCTTACTTCTTAATAGCTTAGGATTACTCTAAAATTA CTCCACTTTACTGAAGTCAACAATTTTCAGAATAATACTCCACATATAGT TTTTGAAAAACTAACTTGAATAATCAAAACTCTAAATATTCTATAATAGA CTAATGACGTCTCTAGTTGTTTTTATATTTGTATGACATAATTCCATTCA AATTTATCTTTCATATATTTGTCAAAATATTTAAAAATAAGTTTAATACA AGTGTTTTTTGACTGATTGGTTGAGGAACAGGACCTAAGTGGTTCCCTGG AACTATTCTAAAAGGTATAAAATACACTAGGTATTTCGAGTAATGACTGA TAAATAATGATAAATGTGACATACTAATCATGTATAACCAAAATTATTTC AGCCTCAAGAGTTAGAGTAAAGTTCAGTTCTATCAGATATAATAATATAT TATAACTTTAGACGTTAAGCAGTCAAGTGTGAAACCACGTAACCCATTGT GTTATAGATGAAAGATATATTTATATGACGGCTCTCTATATCAGTGACTA CCATATTATGAGTAATTTAAATAAACTACTGAAAATAAATAAATAAACTA AGAAATGGTGTGTTCATTACTCATTAGCAGAGGTGTATAAAATATGTCCT AAAAATTAGGAGCAGTCTTTACGATACGGCTATCTGAACAAACTTTTTAT TTTCAAAAGCTGTCATCATTATTATTTAGTTATTGAGAATGACACATCCA AGTATAAAGAAATAAGTAGTACTTGTAAAAGACAGAGAGTAACATTAAGG CCACCACATTAATTTTTCGTTTTTATAACTTTAAACCACATTTATGCTTT ATTAACTCAAAACATACTCATAAAAAGTTTAAGATCGCAAGCAATATTAA TAAATATTAACTCATGAAAATAATCAARTGGTACTTTTAATGAGGAGTGA TACAAAAAATATGTCCAGCCGGTATGTAAAAATAAAAGCAAACAAGAATT AAGGAGGTAATATTGACAATTTAAAGAATGTTTGAAAGGAGAGAAACTTA GATGCCTCAACTGTAAAAAACCCTTAGAGCAATTAAAGTGTCATAAATCC TACTCTGTAAATATTATGGGCAAATTAGGCGGAATTACTGCAATGTCGAT CCTCAGTTGTACTCCGAGTTGAGCAAGAGCTTACACTTATAACTCCCAAG CAACCCTTCATTGTTACTGTATGTCGTCAGCACACGGACTAGTTCTATTT TTATACTTGCTTGTTCTGTTTTTAAAAATTGAATAATCACGATGGCAGCT TTAAAAATTACAATAGACTGTTCCGATTGCCAACTAAAAAAGGCCCTTCC CTATATGGAATAAATTTTATACACATTTTACTTGTAATGTACGTACCAAT CAATAGAGGGTGTAGCAAATGCGAGTGTGCAAGCAAAAAATACCTAATGG AAATGTACATTCTGTTGCCTTTACCATTTAATAAAAAAATACGAAAAATC GATCTTCATTCGTGATTGTTCTTTGTAGCATTCAAATAAATAAATAAATA ACATCCATGTAATGATATACTTATACAAAAATATGTGTTGGAAAACATAT TTTTTTAATCAAATTTGTATACAAATATGAATGATCTACTTTATTGTCCT TACATTTTTTTGTATAAATCCATTCTTATTATGTTATTATCTTAATTTTT TACTCAACAAACATGTAAAAACTCTCATATGTAATTATTTACTCTCAAAA GCGAAAAAAAAAGAAGTTTTTAGAGTCCTACTTACATGACATTTATATTC ATTTCATTATGATTAATAACTTTGAAAAATACAGTCATGTTGTTATTTTT TACTACATTGTACAAACAAAAAGATCAAATAAATGACAAAAATACTTTTC AATCGTTAATAATGTAKAAGCCACTTGAACATACAATTATTTTCATAATA TCTCTGTTGTGCATATTTTTAAAAGTAATATAAATAGGTACGAAAAAATT AGGGAAAGTAGTGAAAATAAACCTAATTTGTAAGAAAATGAGAAAGATTT AATTTTGTATACTTTATTTATACATACAACACACAATTTAAAATACATAT TTGAGTAAACTAGAGGCTTTTTATTCAAATTTGTTGGACAAGTTAAGATA AGCTTGTCGGAGGAAGAAGAGCACTGCTCAATGAGTTACCATTCATTTTA TTGAAGCCCCACTTATTGAGCTCTATATAACTCCATAATACTCATATTTA AAAAAAATATGTTTATGGAAGGGTTATATACAATATCATTGGCTTTTTGT TGTTACTACTGAAAAAGATAATACTTATTTTTGAAAAAAGAAKATATAGG TATAAAGTGGTTACTGGTGGGMGGAAGACGAAAATTAACTTTGATGATTT TTTGAAAAGTTAAAATTGAAAGTCCTTGTCGGACTCGGAGTAAAATTGAG GATTGCCATCGGAGTAATTCCTACATATTCCATTCCTCAATATCTATAGA GATTAGTGTTAATTTTCTTTCATCAATAGCTGAGAGCAGGAGAGAGGATA TTACTCATCACCGATAGCAATCAAATCGGTGGCCATTAATTCACACCTTT CTGAAATATTTGGGTATTGTCATAAAACACAATTTATGCAAATTATCTTA ACATCATACATATATTTCAATTTAAGCAAGTAGTGCTTATTTTTGCCCAT TTTTTTATTATTACTAAATAATTTTAACGTCCCGGATGAATGCACTCATA GCCAGAACTTCGTCTGCGACTCACTTGTTGAGTATATTTGGCTTGTAACC GGGMATTTGATATGAGAAACTTACATTGGTCCCAATATGCCTAATATATC AATTTCTCATTCTTTTTTATGTTATGACTATCAATTGTAGCTACTTTAAA TGCTATTTGTGGCGTCTCCAAACGGGCCATTACAATAATTTGCTATTAGA AATGCATGATAAATCGTCGAAGTATAGGGGTGTTATCCAAATTCAATCGT AAGATAAATCATTTCAGCTGGCTTTTATTTTAATAGGTCACCTTGTTCAT TTGTATATCAATACCTGTGTGACCCACAATTAGAGTCCTTTAAAAAGAAA TTAGTTACTCATAGATTATATTTTAGGAAAGATTTTTAATCATTAATATT TATTGACTGATTTAATATTGTCCTACAACTCAACAACATCTCATTTAATG TGCTTGCCTTTCTTCTTAACAACTAGGTGTAAACGCATCGTCACTGACAT GCACCTGGTACACTCAAAAACCTTTCGGAATTTTTGCCTCTGCGGCTAKT ATTATATAGTATTTGCTCAACTTGTATACTACAYTGGCTTTTCCCTCGGC CATACCCTACTTACAAGCCAAGAGGGTTCAAATTGGGCGAAGAGGGAGGA TAAAAGTGCTCTAAATTATATTTTATAACTCCTGTACTAATATTCTTATG ACAAGTCCTTGTCGCTACATATATGATTTTGGGAACGAAACCTCTAGACA CAGTACTAATAATTTAATAACTTTAAAGTCAATAAGGCTAGAACTCTGAG TCACCCTGTCATTGTAACTTTATTCTTTTTGAATAAAAAAAGTAAATTAA ATAGTTTTGTCTGTATGTATATACAGATATTTACATTAAATTAAGTCCTG AATAATATTAATAATAGTTAATGATGATACTAGCAACAATTAAGTGAAAA TATGTTTGCTCAATTCTTTCAAAGTTTGTTCATCAAAAATTTCTTCAAGC AGTTTTGCTGTTTCTTCTTCTTCCTTAGGAAATATGGAACTATTAATTAC TTCTTTTTTTAGCACTGGATAAAAACGTTATTGAGGAGGTATGGTATGAT TCCCCTCAACGAGTAGTATACATCATACACACATAAAAAACATGATTACA TAAAGTAGAAATAATTTTCGTGTAGTAAAGAAAGGGGAAAATAACTTGGG AGAATATGAAGAAGAAAGTTTAAAAATATAGTAAAACTTAAAGAAAAGTT TTTTTTTTGCTTCCTTTCTTATTCTTCAGAGAAAGATAAAAAACGTTAGG TGAAAACAAAAAAAAATTAAATACACAGTGTTATCTGCCGTTTCTGAAGA GTTTTATTCAAAGATTTTTATTTGTCCGTTAATTGAATATTAAATTTTTT TATTTTTATTTGCAAATAAAGAAGCATTAAATATAATATTTGCAAATAAT GAATGAATGAACAACTGTTTATAAATAAAATCCAAGTACTGTATATCAAG ACTACAGTTTAATCAATTTTCTCTTGTGATATAGTTTCTCAGAGAATACA GTAACTTTCAATTTTCGTATTATTGTGTGTTAATTCTTTATAACTATTCG CTATATAATAACTTGAGTCTTGATACACAATTTGTATTTTGTCAACAACT ATAAAATATAATATAATTATTGTTGTAGAAAATTTACTGAAACTAGAAAC CTAAAAATGACATAATAATTAAGGATGAAAATTGTCTGTATTTTGAAGAT GTTAAAAAAAGAAAAGAAAAAACAATAAGATGATAGTCCTGACTATTTGA AGAATGTTTTGGATGTTTTAGATCAACTAAAATCAGCTTTTACGAGAATA TTGATAAGAAATACTGTGATGTCGCTCCTCAATTCCACTCTGAGTCCAAC AGTATTTTACAATTATAACTCTGCAACAAGTCCTCAAGGTTACTTTCCGT CTTCTATGAGCACAAAGGAATATTCAATTAGTTTTTTTAATATAATTTAA TGTAGTAGGAAAAGAAGATCACTACTCAGGAGAGAAACTCTAATGACAAT AGTTAGGCCAGTCTAAAAATACATACAATTTACATCAGCAATGATAATCA TGACAATTTGAAAAATACTTTAAAAGAGAGCAGCTTAGGTGTCATGGCGT TTCATTAGACTAGCTACATATCAGAGAAAGAAGATGAATACAAATTCAAC TCCGTACCTAAGAAAAGAATATGCGAACTTACACTTATAAATCCATAAAA AATCCTTAGCATTACCCCACATGATCACACACTCTATTGACTACTTCATA CATATATTTTGCTTCTTCAATAATTAAACAGCTTAGGACAAAGTGTTTGG ATTAATAACAGCAAAAAAATAATGCAAGCGTTTTAAGTCATATTTTCGAG AGCTATAAATATAATAATCTCCATACTTTTGGCTATCACAACAATTTAAA TCAATTCAAAAACACAAATATGCACAATGAGCATACTAGGAATCAATACA AAAGCTAGCTTCGTTGATTTCTTCCAAGACTCTGTTTGGATATATAATAT ATATTATTTTTCTGTTATATCTATTCACAAACGTGCAAATGGATCATCTC TTCAATGTAGCAAAAATTCCTAGTCACAATTATAGAATAATAATATAATA CAATATATGCTTAAAAGGCCATTTTGGTGACAAATCAAGAATAATTATGA ATAAATAAAGACTCTAATAAGGGCATTCATATTTAGGCAGTCCGTAAATA AAATTGAATTTTCCTTTGTTTCAGATAGTTTTTGGTTTGACAAACCCGTA TAGGAAATTTCTATCTTTTTAGTGCTATAGTATTTCTACCTTCATAGGTA TAACATATTTTCATAATTTGCTTCATTATTGAAGTAGTCTTACTGATAAA ATCTTTGTATGAAAAAAAAGTTGTTTGTCTGAGGAATTTCATTCTATTTG TAGCACGTGAATTTCATAATAAGCTCGTAGCTAAAAAGTTATTTTCCTTT TAATTGTTCACACAAAAACATGAAATATGACTTACATTGAAGTCTAAAAA TAATATACATGCCTCTATATGTAAGAGAGGATCCATTTGCACGTTTTTTG GCAGAAAAAAACATTGAAGCTTATGCATATTTATGTGTACTATACAAATG TTGATTATATTTACTTGACCAAGTGATGTTTCACATTAAATATTTAAATT ATGATCAGATTACACTTTTCAAAGTGCTCTTATGAAATGAATACACGTTT TTATGTTTTAGAAGTAGACAATTTTCAATGAGGTAAAAATAACCCAAGCT TACAAAAATACACTTTTATACATACAAAAGTTTTGCTTTTTAAGTGGTAG GGCGCAATTTTATTAAGWTTTCAATTCKCCGRCTGCCACTTTCTTGGGTT TTTTATGTATTTTACCCTACTTTTTAGTTAAATATTTAATAATATATTTA TTTTTAAATTCAACTTTTTAATAAAAGATTATTTAAGAAATAAAATGTTC TAACAATCAAGNAAATCAATTCAATTAAATATTAGGATATTACACATAAG GAGAGAACACGACATTCGTGCATTAATATATATAAATAAGGAGGGTACTA ACGCATCGATTCTTTGTAAAAATGGAGCCATTTGTCTCAGAGATTATAGA ATGAATTTCTAAAAATCACGTCATTCACCTAAAATTAAATTTCTACTATA ACATTTTTTGGAATTAAAAAAAAAAACCAAACCATAGCCCCTCCAGCCTT TTCCTTAAAGTCGCCCCTGATTTTTTTTTATTATATAAGAAACGAAAAAA AACAAAAAACGACTCTTAACAAAAATAAAAGTTTGGACATTCTTTTATTT GCTCTTTTTCTTGAAGTTTGATCATTATTGAATATATAGGTATAGCTTTT ATATATAAAAATTAAATTCTCTTCTATTCTTGTAGTGTTTTATCAAACAG TAATAACAAAAATGGTATTACTAAGTAAAGAAAAGTTTTTTTGAAAAAAG AATAAAGGAAAGTTAGTCTGTTATTTTCTTTGTTTGTGTTTGTCCTATAA TTAATTAATTAGTTAATAAGATTCTATTATTAAAATTATATTGTTATAAT AAAGTTGAAGAGGAAGCACTATTAATCTTCTGTTTCTGATTATTTAAAAT ATACAAACAAAACATTGAAAACAAAAAAGGAAAATTGTTATAATTAAAAG GCTTTCACTAGGTGACATATTTTTTTTTTCCTCTTCCTCCCCCCCCCCTT CATAGATTAGGACATTCATTCACATATCATGTTATCCATGTTGGGAAAAA GTCTTGCAAATTTTTCGTTATAAATACATGTGTGATTTTCTCTCATTCCC TTATATGTATATAAGTAACTAGGGGAGCTGATCGCTGATTTGCTCAAAAA TAATTTCACTCGAGAACGACAAAATTGAATACAACATTCTGGAATGTGCT TGCTATTTTTTTAATACAGTGTGTGTAACCGAAATCTGAAAAAAAGTTAG TACAAAAATATTTGATCATATATTTCAAGAACAATAAGAGAAAGAAACTT TAAATTTTATTTGACAAATCATCATATAATTAAGTTATAATTTATTTTAT ATGATTCCGATTAGCTACTTCAGCATATTCTTAATGGGACCTAAAGACAG AGCAGTKCCTCTTCATGGTCGGCCTCATCCATTTTGTCCCAGACTGCAAT GATTGAAGCCACATTCTTGCAAGAAAATCGACAGGTTTCCTTCTCCACAA TGCTTCATATGCTGGAATCCGATGGATCCAGATCTAATGATAATATGAAC CATATGGATGGATCCCAAAAATCTTTTTAAGCCAAGCTTTAGACTTTAAG GATTCAAGTTGATCACCCCAGTTGGTTGACAACTTTCTTGTCCTTTATTT TCCAGTGGGGAAATATAGAAACATTGTTTCGTTTTGCTTTACTCATGATG CACAGGGTGCAATTTTACTATTGATATTTGGAATCGGTTTTTTCTTGGGA ACCCTAAGTCATACAGCTTTAAAAACCAGTTTATCGGATTTATTAGACAA TTTTGTATAAGTTCTATTTAAAAAGCGTTGAAAATGTCTTCTGAGTATGY ACGTTGTGGAGCTATCATTGTCGTCCTCCATGCAGGCCGTACTCCCAGAG AGATTATTGACTTTCTCAAGTTGTCCTCTGCCACCGTGTACAGAGTTGCA AAGGAGTGGGGCGTCTTGGGATGGAATTAACAAGTGGGCTTACAACAATT TGGCTTCACTGAGAGCCTCAATTATTGAGACTGTGAACAATACGAATAAA ATTCACCTGATCAAGGCGTGCAGCAGGTTCTGCAACAGGTTGGAGGGCGT GGTTGAGGCTGAGGGTGGTTGGATTGAATCATTAGAATCATGGAGGGGCC TTAAGTTTGTATAAATGTATTCGTAAATATCTCCATAAATTTAAGAAATA AAAAGGTTTATGTCTTGGTCTCTAAAATTCTTAATTGTAAAACTGCCCAA TGTTAATTAAAACAGTGTATTTAAAAAGGTGATCGCCTTTTTTTTCTTCA TAAAATCTTAAGCCTTGGAAGAAACTTCAAATTTGTAGCTCTACTCCTTA CTGTCCATTTTAGACTTTAATATTTCTTCAGAAATACTTTTGATTAAAAA CCTATTTTAGAAATGAGATTTGCAACTTGTAAATGTTGTAAATGTCACGG ACGGTTGCAACTTTAAAAAAAAATTAAGGTTGAGTTAGAAATTAAGAAAA TACGATTACATAACATTTTTTATAGAATAAAAGACTATATTTTTCAAGGG TGTTAAGGTAATAATATTCATTGTATTACAATAGATTATAATATATACTA TATGTAGATCACTGATCAGTTTTAGGGATCTGAAATATTATGTGTTTGTG CGCTTGTACTCTCATATAGTCGCCTTCAAGACCTTGCCATGGTTAAATAT ATGATATGTTGTAATAAAGTGAAAATACAGGATGCGATAACATAACTTTA TTATTTATTGTGCGTGGTAATGATACTTTTGAAGTAGTAGCGAGATGACG TTGTTATTATGTGGATAAAATTCTAATTTTTTCTTTCAAATACAATTAGT TGCCATTCTACCTTAGAATAAGGTCCCCTTGCCGTCTAAATAAATATAGC CAAAAAAGAGTTTAACATAATATGTTAGCAGATTTTTCTAATAGCAATTT AGCTCTATTTTTTATTTTATTTTGTGCAATATACTATAATCAGCCAATTA CTTCGATTTCTAAAATACCTTAAAGACAATTTTTCAATTCATTTTCAAAA TTTGAAATATGCAAAATTCTTTGAACGCAATTAACTCTACAAATAATTAA GTTGGAATACTTAAATTGAAGTTATCCGATCCATGGTCATACAAATGATT TTTGTAAAGTTATATCAACTAATAGCAAAGTATTCAATAACTCAAACGAT ACCGCATACAGTAAAAAAAGAAAACTGCTACATTTGTATATAAGTATTGC TCCTCCCAAAAAATAAATTTTATTAAAAATCGCCTAAAAAATATATAAAA TTATTCATTTCTTAGTAATCTCTAGTAATAAATACGATTACCATATATAT TTTGCAGCTACAGCTTTTTGGATGCTACAGAAAAAGAGTATTTTGTAACT GTCCCTGATATACCCTATATCGTCCAWAGAAGGCTGAATAAGAAAGAGAG ATATATAGCGGGGGGGGGGGGGAATCATAATAATAAATTCAAGGAGATGT GTCAAAAACAGTCAAAACTTACTTTATTCTTTCTTTCTTTGCCTCCTCAT TTCCACACGGCGAGGACAAGAAATTATCATTTAAACCATTCACTCTCACC ACGCACACAATAGATGGAACATGACATTCTAAAGGGAAGGGGGGGGGGAG GGAGGGAATATTATTATTTAGATATAGAAATGCTTTCTCTCCAGAATTTA CTCTGTAAGTACATAGTTATCCATTCGTAATTCATAATTGATATAAATAT AACATTGTTAAGGGACATTATTCCATGTTGCTGCAATGATATAAATGGTT CTCTGACAAAGACATCCCATAGGGCACAAATCCTTTTAAAAACTTTAGTA AACTTTTTAAGTGTTTCTTTTAGGTCGTGTACACTCTAAATTCCCCATGG TCCATTCAGAGTTGGGCAACAATACGTGGACTGTAAATTAATGTTTATTT TATCATTAATATAGGAGGGCTTAGTTATTTTTTTTGACATTCTGGGTTAC CTATCTTTTATGCATAAAAAACTATAATAAATATTTTATCATGTCGTCAT CATGAGTGAGCAAAAAGCCAAAAAGTAACGTATTTCAGATTCTTGAGGTG GCAAGAATTATGATATATTAAGTATTCCAGGAGCCTAGTTTTCAAGGTGG CCAAGATAATAATGGAGAAGATTTTTCCAGGAAAGTAAGAAGTAGAAGTC GCAATTTCAAGAGAGATTTAGAGTTCCTTCCCATCATAGAGAAGAAGATC NAATAAAGTTATAGATTTTTTTTTTTTAAGTATTTATAAAGCAACATCTC CAGTCGAAGTTTCGCTGCCAAACCCTGTATTTCATTCCTAAACATTTATT AAGAAATTATAAATTCATTAAGTGGGTAACTAAACTCAATTCTGCAATCT TTTATGTTTAACTAATGAGTCTACTATGTAGAAATATGTCTCGACTAGAT TTCAACAAAAATAAGAGCACTTTTTTAAATTAACTGAATAAAAAATATGG TAAATTAAATATTAAAAAATCTTACTCCAATTTTAATTTGAATGTTAACT AATTAAGTTTGAAGGGGGGGGGGGGAGAGTTCACACAACGACGGGAACCG AATATAAACACAAAACCTTTCTCAAAATATGAATTATTCTTTTTTCAAAT AAGGCAAAACGATGACAATGACTTTATAAAAGAAATGTTTTCTTATAAGA TTAGCGATTTCTAAGATGATGAGTAAGTATCGGGGGAGAGGGAAAAAAAT AAATTGAGCTTTAGTAAATACCACCTTCTGGTATGTTTAAAAAACCCATA AATAATTATGGTAGTCATAGCAAAAATTACTCCCCTACAAATTTTATGTG TCAATTTTGTTACTACAAAAAATATGGCGATAATTTAACCCTACACTCAT CGTTATGGGAACTCACCTTAAAAATAAATAAATAAATAGATCTTTTTTTT CAAATTCCAATTAGGAGAAACTAGTGAATATTTTTTCAAAAATCTTGTAT TTAGTTAATTCATAATTTGAGCTTCATGTAGTTATATAATTCATCAAATT AAACTTTAAATACATACTGAATAATTGCATGGTTTAAAGTTTTAACGATT TATAATTTACTAATGCATTAGTAACGAATGATTGTTAAATGTTTCGATCA TATAACATTCATTCACAAACGTGGGAGGGAGATGGAGATCGCCCTATGCA CTATTAAATACAAATTATTGTCATTCACTAAGTGTAATCTTATCAAATTA GACTTAAATTAGGAAAAAATTGATTGCCACAATGAAAAGATAGATTTAAT TCGTAAGACTATAATGGGATTCGATTAATTCTAAAATTCTAATAAATTGA ATATCTTTGGAAATGTGAACTTATCTCACAAATGTATAACCAAAGCTTAA AAATGTTCGAAAAATTTGAATGTCTGTTAAATTTGATTGTTTTTTACTCA TTAAATGAAACTTTTCTGATAAAGCCATCAAAATCTGTGAGGATTGAGTG ATGTACATTTTCGAAGCTTACATAAAAAAAGTTAAATGAAATGTTATAGA AGTATAGTATATATTGAAGTATCTTATTGTATAGTTACATGTGTACAAAA TGATCAGAGTTTACCAATTATGAAATCCCATTTGATAAGCACATGTTCTT ATTTACAAATACTAACATTGAAATCTATGTTAATAAATGAAAATAATTAT ATGATTGCGTTTACAATAGAACAATCCCAACTTCTAAAATATATATAACT GGTAGTGATCGATAAAATGCATGGATTTATAAAGATTCTGCATTCAAGAA GTACAAATGCTTTTTTTAAGTGCAATCCGCAATTTGCATGAAAGGAGCAT CATTCATAGTTTTTTTAAACAAAAAATGCAGATTATGATTAAATAGGTAC ATATTGCATTAGTATACATTTCATTACTCTATAAATATTTATAAAGTAAC AGATGCAACAAAAAATAGAAGGGAAACACATTGTTCATTTATAATTTTTA TATTCCTTTACAAAAGCTGTTCAATTTCATCTAAGGACAAAATTAATTTA CAGTAAAGGCTCTAATAAAGCAAATTTCTTGAGACAATAGAAATAGGAAA AAGCCCTCGTCATAAAAAAATAGTCAGCATACAAGGGCTTAAGTACATAT ATGGCGAATTAACAAAGAAAAAAAATTTCAATAAAAATATTTACCAATTG TTTTTTAAATCAAAAACTCTCTGGTCCTAATTTTCTCATCAACATAATTT AATCTGTCAGGTTTATGGCTTYCTTTATCTTTKGTTTATTAGAAAACAAC TAGGCTATATTTTTTACAAATCTAACAAGAATTATTCTAATATTTTGTAT GTATATAACTATAAATTTCACTTGGATACAAAACTCTGCCTTTTCTTATA AAAATTATTAATTCTTCCCTTAAAAGTGTCTAATTTTGTCTTCTTACTCC CTCCATTTTTAAAAGACTTCCATTGCACCTGCTATTTATTAAAAATCTGT ATATTAAGCTAATAACCAAAATATATCCAACGAACCCTTTCAACATTTTT AAGCAAAATTAGTAGTTTAAATTTTTTAAAGATTAATACATTTTGATTAA ACCAAAATAATAAATCAGGAAGATAAAGAACTAAAGAATATTAATCAATA TAAATTAAAGTTAAATTAATTTGGTGNATGCAGTTGCCAAGTTTTTGAGG CCTTTCCAACTTTCCAAAAAAACTTTTTTGTTTTTCTTCTTTGATGAATA GGTACCTACTACATTATACTATTATCTTACACTTCTACCGTATGTATGCT CAGTACATAATAAATATTTTTAACTCGTCTTCTTTGTAAAATATTTGCAT AATTTTGTCGTTATAGTTTCTTTGTTCTTTAGTTGTTTCATCTTTTTTTT AGATTAAAACATTACTAAAAATTTGTAAAAAAAATCAATGAGGAAAAAAA TTCTACTGAATTTATATTTTTACTTTCTTTAAAGTGATTAATAAATTTAA ATTTACTTTCAAAGAATGATATTGATAGATATACGCTATTTTCGTATTCT TTTTATAACTTTGGTATATCACTTAAATCTCCTATAAGTTTTTTGGGGAA ATTAGAGTATTGTTAGCAAATATTTAAAACATTCATATTATTGGAAGCAA TATTTATTAAGTCAATCCATAAAGAAATGAATATGAAGTATATTGTTTAT TTAATTTACTTTTTTTTCAAGGCTTGTTTAAAGTCACTTAGTAACATTTA TATCGTGAAAATATTTTTGTTATATTTAAAATTGACTTAAATGAAAAAAG ATATGAAATTATTGTACCACTGTGTACGTTAGAACCGTCCCACAATGTTC CTGGTTTTCTTTTTTTGTTGAATTAGCATCATCATGATTTTGGAAATGGC TTCTGTAAGGGACATATTTCTATATCCAGAATAGGAATCGATCTCATAAA GGTTCAAAGATTCTAATCAGTAAGATAGATTTTCTTTATTAATTAGAAAG AAACCGTCGTTCTTTGAACCAAGTATTTTTGAACATTGTATCATTTTTTA ATAAATCCCATAACCAACTTGATTTTGGCCTGTTTGAAGATGCCATGATA ATGGTAAATAAATCTGCAAGACAATTTTCCTTGTCTTTCATACCCTCTAT GAGGGTATCTTCTCTTAACTGTCCTACTACATATCTTCACCCCAATTAAA AATAAGTAGAGGAGGTGAGATATCATTTTATTGCATGCCCAAGTGGAGTC TCAAGCCTTTACTAACAATTCCAAATTTTTAGAAAGGCCAGTTCGAATCC TTTGTATATTTTTATCGATTCCAGTTAGTGTCCTCAAATTTATTTTGAGC ACATTTCAAAACTATAATTATAATTCAAATAAATCCCTTCTTTAGTTAAT TACAAAATAGCTTTTGAATCACGAATCTTAGCTATCGAGTAAAAGTCCAA TCTCATTTCTTTGATTGCAAGAAAATATGAACTTAAAAGTCAGAGTCGAG TAACAAGTCATGAGTCAAAGTCTGCACCTTTGTCTATAAGGAGAAATATC ACGATATGAAATTACAAATTTCTACGACCTTCTTTCTCTATTTTTCATTC GGTGAAAGTGNTAGAAGTAAGAGCCTAGTTTAGCAGCGTCATAAATAAGA AAACAAATTATAATTCATTTATAAGAACTTTTACACAAAAATTTCATGTT TTGAACTAGCATATTATATAGAAAAATGTGTCATAAAAACGATAGTAAAA TACTTTTACAGCATTTTTTTTTAAATTTTCTTTGTAGAACATTTTCAAAT GTTTTTTAACATGAAACAACCCATTTTGGGTACTTGTATTATTATGATTA AAAACTAATAGTTTATGTTTTTACCAGTTGTATTGTTTCTATAGAATGAC TTAAATATAAAACTCACTGCGATGAAGTGTGCTTTAAAGTTTCTATTTAA AAATAATATAATCCATTTCTACGAACAAAAACTAAATTTTATTTTTTTGA AAATCTGTAAAATAAATCAGTAAAATAATACATAATAAAATATGAAAAAT AAAAAAAATGATAATAAACAGCTTAAAATTACAAAGGTTTGAATTGTAAT AACAACTAATGTAAAAAAAATCACTAAATAAATACGTGAATTTTGTATAA AAAATAAAATAGAATTAGTGACCATTTCTAAATATAAAGATAAATGTATT TTAAACATTTGAAATGGAAGAAACATAGTCCTTGTAAACTTTTTTCAATT TCGGAGGAGTTTTCTAAAGGGTTCATCCATCCGCAACGAAGAATTGTATA ACAGCATGATATTCAATTTTTTCAATTTAAACAGAAATTGAAAGGAGTTG TTCACGAAAAACGTTCGTGTAAACAACTTAATTGAACAAAATTGTTGAAT ATAGGCACAAAAAAATATGAACATTGTTCCATTAGGAAAAAAAATGACGA ACTCAGCACCATCTCTATGTCAGGTGGATAAATTTTTACCTCACTCTAGT AAATATATACTAATAGATCCCTACATATAATAAACTAACAATATCATTCC GTAAATTTATATTGTTTTATTTTACWCCTCCTTTTTACGACTTTACATAA TCTATGAACAAGTGTACACGCATGTAACATATATTCCCTAATAATATAAG TCTAAAAACGCGATATGTTGATGTATTATTTGTATAAACAGAAGGTCATA CGATTTGTAGAGTTAAGTTTAGTTTCACCATAGTAATTTCTAATTATTAT TAATGAGTCAAATCTGTACTTCTACATTACCATAATTAAACATTACATGT AAAATACACTTTGAAAGTAAAAAAAAAATATGAATAAATATATTTTGTTC ACAGATTAGTTTTTTGCTTGTATGTTTTCTTTATATAGTATAATATAAGT TGGTGAGAGTTTTTAGCTATCGATGCATAGACAAGCTTTTTTTTATGAAT AATAAAAAAATGCTTTATTTATTTAACAACTCCTTAAGGTTACTCTCCTT TTTTTGTAAGCCAACTTCCATGGGGTTATTTAATATGTTGATATTTTCTT TTCAATAATGATAACAGCTTGAGTAAAAAAATAAACAGGATACATAAAAC AATAACAAGATTTACAAACTTAAATATATGTATTTCCATGTTCATTTATA ATACGGCGTGCTGAGCTATAAATACTTGCTCTCTTTGTGAAAAACGAGTC CTCCACCGACATACAAAAAATAGACATATATATAGAAGAACCTAGTTTTT TAATACAGATGTAGGCGTGTCGCTCAATATCAAATCGCACCTCAAATGAC AATTTCTAACCCATTCACTACAGATGTTGAAAAGATTGAACATATATATA TATATATATATACTACAAGGATTTTACTACCGGCTGCAAGAAAAAATCTA ATTTCTTTTTTAGCAATTAGATGATTAGTTCCCAATGTATAAAGGCTTTT TATCGAAATTATATAAAAACTTTGGTTTATACAAAGTTTTAATTGTCATA TCTTCTGACCCTACAATTCAATTCAACAAACAAAGTGTTTCCCAAAAGTA AAAAAAAAAAACTGATAAAAAAAAACGTGAATCAAATTATATATTTTTGA AATGTTTTTTACAATATATGTAAATGTGAAAAGTATTTTTGGTTAAGAGA TACCTTGATAGAAATTAATTAATCTTGATATGGCCTTTCAATAAAATGTG TCAATTTCTCGTTATTTTATCGTGACGATCGATCTTGGCTACTTTAAGTC AAATTAAAAGGTAATAATAATTATTTCCTTATAAAAATTGACAATAAATT GCCGAATATACAAATCTTATCTAAATTGAAGATTTTTTTTGAGTAAGATA ACCAACAATTATCCTGGTTGAGCTAGAGAGAAAAAAACATTTTTTGTGAC TATACAAAAATATATTTCATTCCTTCTTGGGAGCTTGATTATAATAATTA CATATAAAAACAACATACCATCATACAAAAAATACAAATTGATGAACCCC ATAATTTCCTATCCAGTCCTGCTTTCTTTGTGATGAATCTGATTCCATTT CCCCTCTCTGATGAATCTCATCAATTATGTATTTGGGGTCACTTTTTCGA TTATTATTATTATGTAATCCTTATTATATTTTGTGAAAAATTATTTTAGC TTGTTTTTTTTTTGTTGAAATTTAATATATATTCAACTCTAATTCATTTG TAATTCAAATATCTCTAAATAATTTAAAATATCCTTTTAATATAAAACTT TATTGTATATTGACATTTATAAAATAAAATGAGCCTGAGTTGTTTGTGGT TGATACTCTTGGTTGATTTGATATAGAGTAACCCAGGTATATAATTATGG AATGAATGACATGTTTTTATAATAAAAAGAGGCAAAATGTGTGTTTTTTT AGTAGATAGTAACAGAAAATTACATACTATGAATTATATCTACATTTATA GAAAAGAAAACTTACTTTAAGAAAAAAGTTATCTGTAAATAAGCAAATGG AAAGTATTTCCATTTATTCTAAGTAATAGAGTTTTTTTAGAATTTTTATT TTTTATTGATTGATTGAATAAATACATTTGTTTTAATATGTATTGAATTT GAGATCATTCTATAAAATATTGCTTTTATAAAAAAAAAATTATATATACC AGAGAAGAATGAGACAGTTGCAACAGCCCCTTGTTCTCCAACATTAAAAA TCTACATTCCTAAATTAAATCAACAACATGACTAAAATACGAGGATAATG AAGCTCTAATGTTATTCTACAAAAATCATTTCCCTAACAATAAATCAAGT CAAAAATAATCATAGAGAAGTAGACAATATTAAATCTATATTAATATTGG CTTAGTTTATTTGTTTCTAAGTATATGATGAATCCTTTTTTACAGCAAGG GCCTGTAGCTATAGCTCAAAAAGAAAGAAAAAGGGGGCTACTTATCTACT TACATTCGGTATTAAAGCAAATTTCATTGATTCCTAATTTCTCCGAGTCA TGCCGTGCACTCATGCCAGTCTATCATAACTCAAAGTGATTTTTTTTTTG CAGTGATATGTTTGCTGTAGCTTTTTATCTTTAGTCGCCATTGTAATTGA TGAAAATAGTGTAAGTTTACACAGGTTAAAAAAACCAAAAATCAAACTGG TACCTCTAACAATTTAAAGCATTTTTCGGAGAAGAGCAGCTTAGCTGTCA TGACGTTTCATTATATCAGCTACAAGCAGCTGCGTCGAGGGATGAAAGGA GAAGGAAGTACATAGTGATATTGGCAATAATATTAAATAATACTGTGAGC ACCTTATGGCAAGAAAATTCCTTCCTTAGAGTACCAACTTTAAAAAAAGG GGATAGCTATGTAATACACCCAATTTTCATCACTAACCATTATCTTCAAC AATTTGAATGTTTTTATTTAGTTGTACAAACATTAATAGCTTTAAAGATT CATTTTCAATTCAACAAATTATCAGAGGTAAGAGTTGTAGTCAGATACAC TGATAGAAAAATGTTACTGTCTATGTTTTCGTGTAGGTATAAAAGCTATG AAACAAACATTTTTTCTATCATTGTACTTGTTGTGCATTCTTAATCAAGA CTAATGACATTTCTAATTATATTGACCCTACTATATCCAAGTAAACAAGA TATCAAACAAGAGAGAGAGAAACATCATTAAGTTTTTATAATCATATATG ATTTTGTTTTTCTTGCTCTATATGTAGCAGTACTATCATTGAATATTATT TATTATCCCTAAATTTATATTACGGAGTAATAATTAATTAATAATAATAA CATATCATGAATGATTTAAAAGACTATAACCTATTATTTCATGCTCTATC TACTTACTTTTAATAAATACTGTTGAATAAAACATAACTTAGAGCACGTG ACAGATTTTTCAAAGATGAAATCATAATTATTTTATGTTTGAAGAGAGAA GATCTTAGTATAAAGTATACATAAGTACGTGTACTCATAAATGATGAGGA GTAATACTAAGGATTTATGGGGAAGTTATAAGTAGTAGTGTAAATCGTTT GTATTTTTTATTTGGTCTGTTTTTTTTGGGAATTGGTAATCTGAAAAATG AATTTTCTTTTTTAAACTATTGTCTTTATTTTTTAAAGCCTGAGTATTGA ACTTCCTTTTCTAATACATTCCATTATAGTCCAAAATTGATTGAATATTT ATGTGAGCTCATATAGGACAGAGAACAACCTTGAGTTATTATTGCAAGCT CTTGTTGGACTGAAAGTAAAATTGAGGATCGACGTCAGAGTAATAATTCC TGCCGATGTCCTTGTATATTTCCTCCTCAACCTTCCTCCTCCTCATAACT TCTGGTAGCTTATTTATTGAAACGTCAAAAACATTTTCCAAATTGTCAGG TTTACTATGTTTATTTTTGGTTTATTTTTTAACATGCAAAAATATATACG ATTTTCATAACTAGTTATAAGGTTAAATCCTTTTTGGAGTCAGGGTAGAG TTGAGGATTGACAATAGAACCATTTCTGTCCATRTCCTTGCTAGAAACAG AGTAAATTTCAAGGATTTTTTCCTCTCATAGTGGCTTGTAGATGACTTWA TAAAAARATCGTGAGAGCTAAACTTCTCTTCTTGCAAATATTCTTCAGAT TGTCAGAGTTAGCCCATTAATTATAGGTTTCTTTTTTCTAGAATTCCCGT CGATCCTACTTTATAGAACTCTACTTGTAAGCATGGAACACAAATTAAAT AATTAAAATGTTTGTATATATCTTCATTGTACCCATGTACAATATTATAG CACTTCCATCAAGTAATTTTAAAGGGTACAATATTATTTTGAAGTATGTG TGTATGTTTTGACAATAAACTAAACTTGGAAAGAAAAAAACTCCATAAGT TTTCGATATTTTACATCGTTTTTAATTCTTTTTCGTTTTTTAGAATATTT TCTTACCTAGACTTATACAACTTTGTTTGCATATATGTACATTGTACATA AATGAAAATTATCCAAAATAGCTCAGAGTTCATTTCGACATATGTATTAT TTCATTTCATTGTTTTTTTCTAACTTGCTTATATCTAATTGTTTTGTATT CAAACTATTATCCCAAGGAATCGTATATATTATGTTGCTACGCAAAAGTA TATTCGATATATATGTAGATATAACTTAGAACAACATTAAAGAATTAAAT TAAATATTTTATTTTTATTTTATCCTGAAAATTATAGCAAAACAGTCGAA AAATGCATACAAACTGCTCATCGCTTCAAAGCTAGATATTGTGAAAGAAT TTGCAGACAGTATCTGAGTGCAATAATTATAGATACCTTTGCTTGACATG TCACTTTTTCTCTCAAAATCCCCAAGGCAGGTAGATCCTAATACTGTGTA CTTAATGTCATAAGGTATCGGATATCTGATTCTCTTTGATACCAATCTAT GTTGAAGAGGATATTTCTAGAAAATGAGGTATTGTTAAAGCCATTGAATG CCTTAATTGAAGAGTTTTACACAAGTGTTACGTTATTTTATACTTCTTGT GTTTAACTTTTTATAATTTTATTGTTGTTAGGCCTTTGTTTGGTGCTATA TTTTTAAACTACAGTATTTATTCATGTTTTTTGTTACGCAATTCTTTCAA ACTTTTTGTGTCATTTTAATTTTATGTTGATAGCACGACAAATATTAAAT AATATAATATAATATAAAGGGGTCAAATGGCATAAGTTTCTTACATTATA GTTGCCCGATAAATAAAAAAAACATGAGCAAAGAAATCAAATCTTAACAA AATCTTTGTCGTTAATTTGAATAATAACATTTTTAGCTCACCAAATTTAA CTGCGAATAATTATGACAAGGGCATCTTGTTATTTTGACTTTTTTAGTCA TTTCGTTATGTATTTCATGTTATTTTTATTTATGATGTTACCACTTTAAA AATCAACCATAAATGAGTAATTACTTTTTTAAAGAATGTGTCCATAAACT TCAAATATATTATCATTGAATAAATTTACTAATGTGCTTTACAAGTAAAT ATTTTACCTAAAAGATAGAAACTAGATAGTTTTGACAAATTATCAAAAAA ATGTATTTTATTAAAAAATTATCCCGATTTTAGTAAGGTCGAGGATATAA TCTTAAAATACCATGATTTTATAATACTGCTATAAAAACGACTAAATTAG TGAAAATGATCTTTTATTTCCTTTAGCTATGACTCTCGACAAACAACAGA AAAGATAATACAGGATGTACCAGAGAGACCGGATCTATGGTCAGAGCCTT CTGCTTTTGGAGATCGAGCACACTTTAGAGTAAGCAGTAATCCTGCTACA CTCTCTGTTACAGATGTGCATCGTTTAGATGCTGGAACCTATACTTGTCG TGTGGATTTTCGCCAGTCTCCCACCATTTATCACCACATCACTCTAGATA TTATTGGTAAGTAGTATTCTATGCCCCTTTTAAAGACACAAAATATTTAA AGATTTTAAATAACACTTCTTAATAATTCTATAAATAACATGGGATTTTT ATTCTATCTCATAATCGTTCAATCAAATTTGGAAATAAATTATTGTCATT TTATCAAACATAGAACAAATATAATTGTTCTTTATTTAGTAATATCCCAA CAATATTGATACTGCTTAACAAGATTAAATTTGAGTTTAACAAATCAACA TTTAAAACACTAATTATTACAATAGTGTCTCTAAAACATCAATAAATCCT ATGTATTAGCTGTTGATCAGTATGTTTCTCCCCTTTTTTAGTATATTAAA CACTGATTTCTATAATTCTGATTGAGTCTTGTTAAACAGTAAGGATTTTA TTATATTTTTTGATAATAATCTAACAGTGGAAAAGTAATAAATTTGTCTT GCTGTTATACCAATTAATATCAGACCTTTAAAGTTATGTTTTCAAAGAAA GATTGAGAGGTGAATACACTTTAAAAGTATAAAGTACATAAAAAATGTCT ACAGTACACAAAAAAATAGCAGTGTAATAGTTCATGTTTTGGAATAACAA CGTTTTCTTTCTAATTGATTGATATGAAGTATAATTTTACAAGTTTTTGA AATAAATAATCGCTTCATAATTAATTATTTAACATTGCAAAGGGGAATTT TTTAAACTTTTTTGATTGGCGGATGATTTTATATGCTACATAGTTATATG CACAGACATGTATTTAGTATGTGTTGATAATTTTATGCTCTTCTTTATGC TTTAATAAAATTTGTATGCATATTTAAATTACCTGTTTAAACAAAGATAA AAGAAATCTTATAAGTTTGATATGAAAGATTTACTTAACTCCTTTAGTAT TTATGTATACACTTATATGTAAAAAGAAAGAAATAAATAAAGTGGAAGAG TAAAGAAACGTGAATAAAAAACAGGATTAGGCTATAAATTGAATTTCAAT AAAGTGTGCAGAAGAATATAGCAAAATCTTATTTTGTTTATATAAATATG TAGGATTATGTACATGACTATGTACGCTTAGATACGTGTTTGGTAAATTA GTGAATATTAAAAGATAATGTAACTTAATAGGTTACTTTGTAGTCTTTTT GATGAGTTTGTAATAAATAAGGATTGTTGGAGAGAGTTTGTCTAAGTTCT CACTTTTAGCCACATTGCTCAGACTGTAGAAGTTATATTNAACATCTAAG TTTTTTTGTTTTTTGTTGTGGAAAGTTCAAACAATACAAGGGTGGTATAA AAAGCTTACAACCTCAACATGAAGATTGCAGTACTCTAAAATAAAAGCTA GTCATATCTATCTAGCATCTTTTGACAGTTACSCATCAAAGTGTCAGCTA TTTTGGACTTATATTTATTACGTAATAGTTGTTTATGTGTGTTGATGTGA GTGTTTTTGTGAAAATGGACAGAATAGAGTACCGCGCTGTCATTAAACAT GAAATAGTAACCTTCAAATAGATTCAAACAATAGCAGACATATAAATAAT TGTTGTGTTATAATTTGGCACGTCTAAGTCAATCCAACTCGGAGTAATTA AGCCTAAAACAATCTTTAACATTTACTTTGAAGAGAAAAACGCCAAGTAC TATTTGTATGGGTTACATAAATGGAAGCAACACTGGGAGAAGTTTTAAGA GTTACAAAGAGATTATGTTGAAAAATATTATAAAAAATTCGGGAAAAAAG TCTTCTTTCTTTATTTCATCGGAAACTTTTCATACCATCTTCGTATCTAT CTGAATGCTTAACATATTAACTATAAATTAACAACAAATAGTTATATTTT TATATAAAAAAAAGCTTACAAATTTAAAACAACATTTGAGTTTCAAATGT AAATTAACTGAAAATGAAAAAGTATATTCTGATGATGTAAAATCACAAAT ATGTCACAGCTCAGAATTCAATGCAATCAATACTCTTAAATAATGCTGTT GTAGTCTTCCTAAAATTGATAAAAAACAATCTCTTTGAAGGATTTAGTTT TACACGAACAGAGTTCGATAAATCTATCTCATGGTTCTGCAGAAAAACTA CGTGTAGAAATTGATGAAATATAAACGTAAGATATTGTAAGATCTCGAGA AAAAGTATAAGCCTTTAGTACGTAATCTGAGTCAATATAACTCAGGTGAA AATATATCTCCAGATTATTTAATATATTAACTAGGAGGAAGTGAATGTGA TAAATATTGAAATTGTTCTGGTGTTTATTATTTATATGATACGTTAATAA TATATAACCTAAATAAACTCAAGCGTCATTAACATTGGGAAATCATGGAC TATTAATAAAATAAAAGCTGCACATATTTATAATTATTATTATCGTTCTA ATTACTTTGTTATAATTATATTTTTATTATTAAATCATTACATATTAAGT TAAATAAAGCTAATAAATTACTAATATCTTGCAGACTACCAACGTATACT TTTTCAGAATTTCGACGATTTTTACCTCCCTATGGACATTGTGTCCCTGC AAATCGGGAACAAATATTCCCAAACTCAATTTATCAAGATTTTCAAAGGT ACATGATGTACCTTTGAAAGATACTTTCTATATTTATTTGTATTCTATCA ACAATTTGATCTCAAAGTGGCCACCCTTGGTCTCGATATGGAGCCTAAAG AAGACAAGTGTACCTGCTCCTTCTCCACGATAGCCTTTAGGGCATCCACA TTCATTTCCAAAGTGGNTATAGGTTTTCTTGTCGATATTGTCAAAAAGTT GTAATCTGGTAGGAGAGATTCAACATTGTTTCTTGCCGATTCTGATGTAT AGGCCCATTCTGATGCAATAAGCAATTCCCCAATTTTTCTTCACACCACT TTTTGAGGTTTTTTGGACTGGTAGCTGGGGACTTCCTCTCAAAGTCTAGT TGTCGTTCTTCAGCTTATTAATCTTAACCTAATCTGGTAGCAAGAATCTA TGTAGGCGATATGGGCATAGCTATTTCCCCTACAAGAAGCACTGATTCAC TATTTCTTTCGGCTTCCGTCTTGTTTGTCTATGGTTTGATGAATATATTT GTTAAAAATAAATGCTGATATTACTGAAGAACATTGATAAATTATTCTGT AAGTGAATGAAACATTTCTTTCGATTCCCTAGGATACGCTGTGAAGAATT AGTAATATATTATTAGCTAAATAGCAATTAAAATTAATCGTAAATTTTTA ATTTTAATTGTTTTTATTTTACAACAAGATTATGATCACATAATTATCAA ATTTATTATTTTTATTAGGTGAAATATCTATATTTATGAAAACATACTCC TTAATTTAGTTATATTATATATTGTAGAACATATTTTATAAGTAGTTATA CATTGAGAAATCTTAAAGGAGATTTTATTCCACAGCCTTTAAATGGAAAG TTTGATTCAAGACAATTTTAAATATTTATGTACAAAATATATCTTATCCT AAAAAAGATTTATAACAAAATAAGATGTTGAGTTCAGAACTCAATCACAC TGTGCATTGCCATGTTAGATCATTAAAAGTTATTTAGCATGTCTATAACA GACTTTCTCTATGTAGATATATATATATATATAAGGAAAACTAATTATTC AATTATATTAACTGATCATAAATCAAATACTTTTTTGTTAAAGATTAAAA AAAATATTCATTTGACTATATTAGTTCAATTATTATTTTTTTCCCATTCA ACTAACTTAACTTTTATTACTTTTTCAGCCAAAAAATATTCTGCACATGA TAGAATTGAAACTAATTTTTTTTTAAGTTTAATATAAAATGTAAGTACAT ATACTTTTGACTCATTTATTAAAAATATAATATGTCAAGAACTATTATAG AAAAATTACTATCCTTCTAATATTTCTATTATAGAAATGAGGAAGGCAGG GACATTATTGATTTAAAAGAATATATAATTGATTTTTAACATAGATGGAA CAATTTCATAACGAATAAAATATATTTATCTTAAATGGGAGTACTTTACC CAATTTCGAAATGATATTTTTACAATATAAAACGTTAGTTGGTGTTATAT GATACTATAAGGATCAATGAATAAACTAAAGTCTTTTTTAACACTATATT TTAGATGTACAAGTTCATAATCTAGTATAGTTCAGTGCCTTTTTTGATAA TCAAATTTATCAAGAACAACTTGCACGTACATATTATCAGGAGGCTTTTT TTTTAATTGTACCTTATAAAATCAATCATTGTGATGCCCTCTTTCTGTAG CAACCATAGCCTCCAGTTTCACCTGATAACATAGTTGTTAGGCATGTCAT GCCCTCAACAAAGGCATTTATGGAATGGAGAGTCTCTTGTCTGCTGATGA CGTAGTCATTAGAAATATTATCCTTCTCTTTCTCAACAAAGGCCTTCAGG GAATTAAAATTGATGTGAGGGACTTAATAGCTTTGTTTTCAACGAGGCTC CATATTCCATAGTCCATTGGCGCACAGCCTAGTGCCAAGGGGGTGCCACA AGTCTGGAGGCTGAAAATTTGTGAGGTGTTCCTTGCACCAAGTTCGAGTT GTTGTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAGGGAGTACACAGAGAG TTAATGATTATTATAAAAATTACTTCCCTCATTCTCAAAAATGTATTCGA CCAACTGAATATACAATGGATACTTATAATTAATAACTCAAAAACTAATA AAAGCACCATTCCCTAAAAAATGAATACCAGGAAGTACATAACTACGTTA ATAATTGACGTAGAAGGTGAAGTACAAAATAGCTTACACAAAAGATATTT CTGCCTATGGGGTGTATAAAAACTCCATGAAAATAACAGAAAATAAAGAA ATGAACATTTTCTATTGACGAAAAAAGTGAACAACATGCAATCAAAATAT TCAAGCATAAATAAGCATTGAAAGGTATTCCTATATCATACTTTGATTAC TACTTATAACATACAAATATATTTTTAATAAAAATTTCTATTAATATTTC AAAACTTTTTTATATTTATTGATATAAATTTGTTTCAAAGACAAAATGGA TACATATTTAGGTATTTATTTATATGAGAGGTAAATTCCAATTATTTACA TAACTAATAATTATTAATATATATTGTACAAACATAGATCCGATAAAAAC GACTTGGTCATATTTAGATAAAATCTTTATATGTGCTAACCTACAAACTT TGTTAAAATTACAAACGCTTTAGAATTTTCATACTGAAATCCAACACCAA TAGTTATGATTTTCTATCGGTGTTCTATTATGTGTTAAACGTAGGTAAAT GCTCTACTCATAATGGCTACACATTTCTGATCTCTTTTAAAACCAGTTTA TAGGGATAATCAAAAACAGGTCCCTCGATCATATATTTATACCAGACAGT CCATTGAACTCTGAATACTAACTAATCAACAATAAATGAGGGTTAGTGAT ACATATTTAGATATATAAATGGATAAACATTTAGTTACAAAACAAAAAAA ACTTGAGTTCTCTAGCTTACGTACATGTCAAACAAAAACAACTTGAACGT GATATATCCATTTGCGCACTCCAAGCAGGACAGGACCAACGTATACGCCG TCAACAAGTATGAAACATTGGAGAGGAAGAAAGGCTCTAAAAAAAGGCTA AACTAGACCAAGAAGAGATAAAGGAAACAGTCCAGGTGAATCCTATCTAG TCCCTGAGGGCCCATGCAAGAGAATTTGGGGTTTCACGTCAGACTAGCAT GAGAAATCTTTGATATTTTGGAGATACCACATTTGACACCTGCAATGATA TAAAACTATCTTTTTCTGTTGAAAGGCTCTTTTGAATTCTTTTGAACTTT TTTCTGACACTTTTGGGCCCTCCTAAAGCCAGGATGCCAACACCTTTTTA GTGGATATCGAGAGGAAGGCCTGTAGTGTATATCATCCAAAGACCGAGGC TCACAAGGATACTGTCAGTTAGCTGKGGGACACGATGACAAAGGACTACA TTCGTAGCAGATTCCAGGCCTYCCACCGCCTCTTGGAAACCATCATTGGT ACTAAGGGCGGCTACATTAATGATTAAGAGAGCTCAGACACATACATATT TATGATACTATTTTTTTTGGAATTATATTTTTTATTTATAAATTATATCT TGATAAATTTAAAAGCTCAAATTGATCATACTTTAATAGACCACTTGGTG TAAGTATATTTACACATTTAAAACGGGTTTCTTACTGTGGCGTTACTCCT TATCTCCTAGAAAGTCCCGCCAAAAGTCGCTCCTAAAGAAATAAAAAATA CAAAACATATATTGCATTATATGTTTCCTAGTTCAGATGATTAAACCGTT GAAATAAAATGTCAATGCTCTCATACCCAATCAGTGCAACTCTATATCAC TAATAAAGAAATAAGAAAATACATAAAATAGGCTTTATAAAAACCTGCAT GTACCTCTGCAAGTCAATTATTTTTTATACAAATTTCTTCATTATACCAA GGAGAACTGAGGTAGAGGTCAAAAGAAATGGATTTTCAATGCTTTTTGAC ACAGAAATTAATTATGACGATTTTTTTTGGAATTGTTCCTGTTCCATTGG TCAAATTACCTAGATGAATAAGCAAAAAGAAAAAAAAACAGCATTGAAGA GAAGCCTTGAAGCCACAAAGTCAAAAACCCCACAAAAGTTAGTTTAAGAC AGCTTGGATAATTTATGACACTGGTAAACGTGGCCTATGTCCTTACAATA CTGCAACCGTCTTGACTGTTATGTATGTGAATATGCTAAAGAAGTGGCAT TACATGTCAGAGTAATCTGTGAAAAAAACCTGCAAGACTGTTAGGTCTAG GGTTGAGGCCATGGTGGGGGGAAGAGTTTTAATTGCTTATAGTTTTACTA CTTTTACTTTTTGAGAATCTTCATAAAGTTAAGATGGGAAAATTCGTTTG CGATTTGCAAGGACACCCTGTACAATGTACATAAAACCATTAACACACAA GAAGTTATAAGCTTTTTTGTTTAAATCTCCATTTGATATGAGCTCAAAAT AAATACAACTAATTGTTTTAAGTAGGATTTAGGTACATAATACACCTTGC TGCAATGTACATACAGTCAAATCTATATTATGCAGTCAGGTCAGAATCTG AAAAAGTGACCGATTTGTGCAGGTGACTTCTTCAAAGAAATTTCCCATTT TGTAACAAATCTAAATTTGATAACTAGATATAGACACTTGAAAACAAGTG ACTATTAGACAAGGTTTGACTGTAGTTTGTTCTATAGTTATTGCATGATT GTTGATTTTGGGAAAGTACTTACATTGTTCAATATTTACTCTCTTTTTTC AAATAACAAATATAGTTCTCCTCGTGTTTTTTTTTTTTTTTTGTATATAT YTTGCAACTGAAGTTGAAAATCGAAATATAAAAATTGCATTACTTTAATG AAGAAAAAAAAGTGAAGTAAAAAAATAAGTATAAGGAATTTATATGCATT GCATTGAATTGTCTTTGCTGCTCAATGATTCAATGCAAATTCAAAATATC GATTATATTCTAAAATTGTGAGATGCAGTTCTTAAGGGAGGCGATGAAAA TATTTTGACCATGTATGTTTACTATAAAAATGAATTTTTGATTTTAAAGA TTTTATAAGATAAATCCATTCGATAATTGAATATTATAAAGTACTCACTG CAGTGATGTTGATTTTTTTCTAACATTTACTTGATCCAAAATATCTTAAT TGCCAAGTTTTTATCAATAAGTAAAAAATTTAAAAATTATATTATTTTAA ACTAAGATAAACATTTTTTCATGAGGGAAAATAAGTGATCAAGTTCAAGG CATGTGCTTTGACGCAACAAATTCAAATACGGATTGGACTGCCAGAGCTT GTTTTCTTCTTAAGAAAAAGAAATAGGAAAACATCTTTTATCTCTCCCAT GTAAATACCATATTATGGAATTAATCTTAAGAACAGCGTTCCAGTTATGA TTTGGACCTATGTTTTTTCCTAATGTTCAAAAGAGTTTAAGAAAAATGGT CATTTATTAATACAGCTAATTGGAATTGAAGATTGTGAAATATTTAGTCT TGTGGAAGATGTGCGACAAGCAAACTCAATTATGCGAAGAAATTTATGGA AACCAACCTTTTTCGACACAACCATAAATAATTCCGTAACTGGGTAATTA TATTCCTTGGTGATGTGCAACCACGAGGTGAAAAAATTTATGTCAACTGG CTATTATACGCCACAGCTGATAGCTATTAAAAGCTTTATACTACCTCAAA ATTAGGAAGATTCGATCTCAATTCAAATTGATCGTCATAGAGGAACAAGG ATTGCACAATATTTGTGTGTAAATAGTGAGAGTTTATCTTTTAGTCTGGA TATTTTCTCCACAAGTTTTAAGTGCACCTAATAATGCCCTAATTTAATTA AATATCTCCATAAATATTCTTCCATTAATTCAGACATATCGAATAAAAAT ATTTAAGCATTTATTCTTCTTGTCCAAAGAACTTGTTGGATTAGCTCTAT TTCACAGTGCATTATGTTCAGAATCAAAAAGACGTATAATAAGATCCATG GAAAATTTGAATACTAAAACCCAAGAAGCACCATTTTTTACTCACAAATG AATTAAAATGTAAAAACTTTAATTTCAAAGTTGTAATTATCTTGCTAAGC ATAAAGTCGTTTTCATTAAAGCCTATAGTGGTCTACTAACATTTTATGAA TCACAGCTCCAAGTGGTTGAGGATAAACGAACCATGTATGTCCTTGATTC AAGGAAAAAACTCGCTAATAATGTTAATTTAAAAACATAAATATATGCAA TAGAATCAAGATATATATATATATATTCAAAATTTAGATCAAACTTTTGG GATTGAAAAGAAAATCAAAGATATATAAGATTTTTGATTTTTTTGATGAT ATTTGAACTAATTTTTTTTAAAACAAATTCAATAGGTTCGCCAAAATTTG AAGTAATACTTTTATCCATCTGGATTGAATGATAAATTTTTATTATATTA TTGAAAAAAAGTTACGCTATGGAGTCGAATTCTTTTAATTTCTAATTCAA ACAATTAATAATTCGACCTTTGACAACTAATTAATATTAACATAATAAAT GATTTACATGTAAACATCACAAACCAATTCTTCTATTTTACTAAGTATAA AGCGAGATTACAAGCTATATAAATGGCCAAAGTTCGATTTTCTATATTTT TACTTTCACAATAGGCACATATTTTTCTCTTTAAACTCTGGTAAATGTCC AACATGATAGTCCATTATAAGATATAAATTTATTGATTTATCTAGGCCTA GATAATTTATTGCGCTTTGACGCCTTCCATAAAACTTCCAATCAGACTCT TGATAATTATAACTTTGTATTCAACAAGCTATAATTTATTTGAATATTTA AGTGATAAACGATAAAGCTATTTACATATGTATTACCTAGAAGCTATATA GCTTCTTTGATCTATGAAATTGACTCCCCCTATACCTTTATTGTAAAAAT TTTACAATTTTAGAACAATAATTTTTTGAGCCTTTTGTTCGGATAGACTA TCAGTGATCTTACAATTATACTCTCAGTCATTTTTATCATCATCTTGGAA ATTATTATGACAGTGAAGATTTTGAATTATTATTAATAACGACGTGAATT TTGGCTTCAAGAATCTATAAAACATATCTATTAAGTATTCGTTTCTGTTG TTAACTCTTCATTACCTTTAACTAATTATTTCATAGTCATTTGATAAATT GTCAATGTTTTCTTTATCAGCACTCTCTACTTTATCTAAAATGCTATATA TTTGATCATTTATAGTCCTGCTAAAAATATTAAATATCTTGATCTTTGTT TTCTTTCCATAGCTTAGTTTATTAACAACTTTAAATTTAATAATAATGTA TTTATGAAAGATATAGATATTAATAATTGTTGTAGTTTTTCAATGTTTGT TCCTTTTTTGGCTGGTAATCTGTCGATTAATAAAGTGTACTTTAATATAA ATACTCTAAAAGGATAAAAGCCCAGTTATATGTCTAATTCTGAACAAATT TATAAATCTGATAAAAAAGAAAAACATATATTTTTCAAGCATACTTGTGT CCCAACGATTTTTTTTTCAAAACAAAGCAAACAAATGCAATACTATGGTA TGTTAGACTTATTCAAAAATATACTTTTTTCAATTGTAGTATGTTTCCAC ATTTTTTTATCTACTTTCAGATATAAAAAGCTCGAAAATCATTTTTTCAG GATCTAAGTATGTCCTTTGCCCTGTGTCATCGACCTTTAAGTTTTTCCAA AATACCTTTTTTAATGATGTTGCGTAGTTCTTGGACAAAAAGTATATATA AAACACACCATTGAATGCCAAATAAGGCATACAACTAAAAAAAACCATTT TTGAATATTTAATTCTATATATTTAATTATCTAACTGTCTAAATTGCCCA ATACATGTATTATATCTATAAGTATATCTAGGTGCACGGACTACATAACT AAAATTGTAAACTCCCATCTATCAATCTTTATGTATTCTTATATATATCA TTTTTACAGAAAAAATATAATTTTTTTCGAAAGATTACACACTTATCWCA ATTTCTTATTTAAGAATTAATTTTTTAATACCAAATTGGACATTCAGAAT GATAAAATTATATATTATTTGTATATATTTTNNNNNNTTTCAATAACCTC ATTGTTTTAGGAATTTTAAAGTGATGTAATAAGCATGAAAKAKTTYAATA RTTKTMTSCWATCAAWTTACTTTTTTCTTTATGACTCTACTAACACACGC ATTAGATTWAGAAATCAATTATTTGTGCATTTTAACAACTTTTTAGCTAC AACACTTGATGGATGTTATTGCAAAAATATAACCAATTAATCATAAAGAA AAAATATGCAAATGTTTTAATTTATGAGCTTCCAGTGTTATTAAACGTAT TGCTTTATTTATTTTTTTATTTTTTTTTGAAAAATTACAAATTTAATTTT AAAGGAGATAGATCATAAAAACAAAAAATTTATGTCAGTTACTTTGGGAA AAAATTCAATTTTTAACCAATTTCTCAAATTTAGGTTTTTAAAAATAAAA AAAATGGGGCATCACTGANNNNNATAATATTTTTGTTTTTATAGAAATGG ACAAGAATTATAATTTTTGAAAAATCGTAAATTTTGACTATGGATTAART TAGTTGCCGTTGTACATGTTAATTTATAATAATACTGGCATTCATGTAAT TTCAAGGTTTTCAAACTAATTTAATAATCAAATATGATACGTTCGGTGTG GAAAAGAATGACGTACATGATTCATTTAAGTAAATTGAACAGAAAACCAT TAGAGATTTAAGAAAAGTGTTCAATTATACTCAGATTAATCTTTTTTTCT TCTCTTTCTATATATATCGTTTAATAGAAAATTCCAACAATAAATAGAAT TGAATGCGTACTAATGAACAAGTTGATGATTACCTTTCTTTTTTTATTTC TATTTTTCTTCTTCYTTTTGATTTTCTCATAGAAAATAAAGAAATATAAT CATTTTCTTTGAAAAAAACTTCACCCTCTATTTGAACTCAATTCTCAAAT TCTTATTCCTTTCTTATTCTTGTTGAGGAAGAAACTCCATGGATGTGTCA TCTTAGATTAAGATAAAAAAAGACATACATCACTTGTTCTTTTAACGTTT TATTTCAGGAAAAAGTTGAGCGCATATTTTATACTATTACTCTGAGATTT TCATGACATTTTTTAATGTTGCATAATTTATTTTTATAAAATATATTATT ATCAGCACTAAATCTCCAGGATAATTTACACCAAAATATATAAAAGTCCG AGGATACTTATAAAATGTTAGATTGTTTGAGTATGACATTAGCTAATTCT ACTTCTACCTAATTTTGTTCAACTAAATTTCCGTGGACCTCCCATTAAAG TACTAGCCCGAGTACTTCTCAGGGATAGATTGGCCACTCTAATAAAAAAT GAATATTTTAGGAATGTTAAATTTTATTTTGGACTTTTTCTATTATTGCA CATGATAATGAAATGGATTATAGAATAATGTAAAGTAGTAATTGGAGTAA ATAATATTATATTTTGTAGACTCGAAAGCATAGACTATTTATAAATTGAT AAACCATTATCAAACNNNNNNNNNNNNNNNNCCCTTTTAGCACCGTCTCT TAAATTTATATCACATAAACACATTCTTTAAAACCTTGATAATTCATTCA AAAGTTAGTCAACAGTCTGTTAGTAAACATCATTTTTTTTAATTCGTTTA ATGAACTAGGAAATAAAAGAAACCCATAAAATAAAATGTAATAAATTACA TAATAAATCATTGATACATCATAAAAATTACGTCATTTAAATTTTGTATC TATTTTTTTAAATATTCCATCTATTTTTCACTCGTAAATGTCAAAAAAAT TGGTAAAAATATTTGTATGAATATAAAACAAGGAGTTAAAATCAATTCAT ATTTTTTAAATAATCTTACCAGAATAGGTTTGGTGATTAAACAAGTTATA GTTCAATCGTTCCGATTGTAAAAATATTATATTTTCATTTTTGATACAAA TTTATATTAAATAGTTATTACTTTTTGCGAATTTGGAGAGTTAAAATAGT CCCTATCAGTTTTGATGAAATTGGTGTATTGTATAAAATAATAACTAGAA TATTACAATTTTGCACATCTCAATCCCCACATTCACAAATAAAATCTTAA ATATACGAATAACCCCTAAATAAGTTATTATGAAGATAAATAAAGAATTG CTTAAAATCATATTTAATCTTTCAAGAGCTTCCCTTTTCTTATGCATTAA TATATTTTATTATTTAAAAGTAGTGGATATATTCAAAGGTAACGTATTGT ATAATTACCACTTGAAATAAACTTATATTTTTAATACTCAAATAAATTTG TCTTTTATCTATTTTTAAGTCTTTAAATATCCATAACACAACAAATATCC TTAGTTATTTATATCGACAACTTCCTAAAAAGTTAGAATATATAAAATCT GCTCCCAGCTTTTTTTTCTGGCCTTAATATGATTTCAATCTAACTTTGAA AAAAAAAGTTTACTCACTATATAAATAAAAAGTTCGTTTTTTATAGTGGT GTTATAAAGTTATTTAGACAACGTTTTTATTCCAAATTCTCATTTCTTTA ATTTTGTACATTTTAAACTGTGAAGCACATATCATACAAGAAGCATCGAA CTACTTTAGGGAAGCGCAGGAAAACATTTTTAGCAATTAGATTTATTAAA ATTTTTATATACCAAAAATGTGAAAATTGTCAAAATCCTGGTCAGAATAA ATTTAAAAAAATTGTTTTGTGATGATTTGCAAGATATAAGTTTTTTTACT AACTATTCTTCACAATTTTTTAAAATTACAATAGAGTCTCATAGTTTTTA TAGTAATGTGTGTCAGAAAATATGTCCTTTCTTAAACAAATTGAGAGATT TTATTTAGTATCAACCTCAACTGTCAAAAGGGGAAAAAATATATGTTAGA AGCCTTACGTATTTTTTTTTTTTGGTGCAACTATTATTAAAGTGATATTT ATTAATTAATACATTATTACATTAAACTGTTAATCTTATAAATAGCTGAT TATGAAACGACACAATTTCTATAAGAAGGTCTTTGATTTGTATAAATTAA TGTGAAAATAAAAATTATATATTCTATCCTTTTTTAGTTCATAATACGTA AATTAAGCTATTTTAAATCGTACAAGCTTCAATTAATGAAAATTAAATAA AACCACTGAAAAAAATATACTGCATCATTGTATATTTCAAAAAGCTGATT GTGAAAGTTACCAACTTATAAGTACTTTTTTTTTTTACACTTGGGATGAA CTTGGAATTTTTTATATCCACCCTATTGTGGCAATACGTCAAGAGTTCTT TTCATTCAATATGAATATGAAAGAGTACAACATTAGCGAAATCAAAGATC CAWTTTTATTCWTTTGTATCTNNTATCTTAAAATCATCCCAAGATACTGG AGCCATATATTTTGCTTTGTCAAGTTCCAAAGGTATCATCGCTTCAAAGC TAGTTACAATTTGAAAACAAGATCTGAGGGCAATTTTTATTTTTGCTTGT CGAGGTACGCTGTTTTTTTTTCTAAAACTTGGTAGATAGCTCTTGGGACT ATTCCCTTGATTTGATTACCTATGTATCGTGTTTATGATTTCCTTTGATA CTATAGTAAGTTGAAGAGGATTGTCCAGCAGTATCAATTTTTTTTGAAGA TAGATTAAGATTTATACTCCAGTATTAAATTATTCTATATTTGTTGTATT TTAATTGTTCCATTATTTTTGATACTTTTATTGTTGTTAACTCTGGGTTA AGTGGTCTAATTTTGAACTATGTTTAAGAAATTAAAAATAATTTTTTTAC AAATTTATATATTTTTTAAAAAGATCAAAAATGTATCTTTTATAATAAGA TGTCCGTGTACTTTATGTTGGTGACCCAGCTTCAAAAGTTTATAGAAATC TGAATACATAACTGAACAGTAAAGGTTTTTTACTTTTAGCTCTAATTTAT AATGTAATATTTATTTCCGTCAATAATAAAGTCAAAACTAGTTTTTTGAA ATAAATTTATATTGACTGACTTTGTAATAAAAAAAGATAACTGAGTTATA AAGACACTTTAGGATTAGTATTATGTTTCAGCATTTTTGTTTGTTTGATG CTATAATGGAAACTCAAAATATGTTCAATATAGGTATATCAACACTCCCC ACAAAACTAAATATAGACATATTTATATATATATTTAGATTATTAAGTAT ATACATACTTAGTATCAAATATCAGTTAGTATAAAGTGAGGAATAAGAAA TGTAAGACAGCTTCTTTTATGCTTAAAAAGGAGAAGAAATAATATAACTT GAAATGTATTTTTGTATTTATTTTTTCGACCAAGGGCGATAATCAAAGCC TTGAACGGTTGATTTGTAGTTAATATTTATAAAATATCGTTGTTAGTAAA AGTAATACATTTAATCTAAGAATATAAGAGTTTTAAAAGAAATGTAATAG TTCAAAAAAAGAATTAATATAACAAAATAATTGCAGAATGTAAATAGTAA ATTTACAAATTTGTCACACAAAAAAAACCCTTAAAATCGCTTTAAGTAAA CATAACTTCATTGACAAAAGCATAGACGTATAGAATATTATAAACGATCT ATAATAGAAAATATGCTTGGAAGACCTATATTTAATTTAAAGGGGTAGAT GGCGTTGTGAGCAGGGAGTCTCATTTTATGTTTAAATCTGGATCAAAGAT CAACTGTTTCCTAAGTAACCATTTTTTTTTACTTTATAAAAGACTTTGCT TGACATCAACATTCATTCATATACGTGGCCCGTCAATATAAAGTTAAACT ATTACGATTGTTCTCCAAATTGAGCCTAGAAATAATTTGTATTCTTAGCC AAAAAAATTATATGTCAATCACAATTATTTATACCCAAAAATTAAAAAAT ATAAGCCGGATTTTAAATTTATGAGGCCCATTAAGCAAGGTTTCCAAATA TCTTTCCTCAAACAAAAATTTACTTTTAAATTCCCAATTTTCAACAAAGT GATATACGATTGATAAAATATCAATCGATATAGAATTGATTTTTTTAAAT CGGTGTCATGTTAACATATTTTTTAGCGTATACATTTTTAGATGTACTTT ATACAAGAACAGCATTTTTGTGTAAAAACTACAAACTAAGTGACAAAATA TCAACCATGAAGTAGGTGTTTGTTCAAATATACGACAGCTTTTTTGTCTG CTAGAAGCATTACGGGTGCCAGGAATATTCTTATTTAACTACTCGTAAAT ACACAATCTCCATGAATTTACCCTATAAATTGAATTAAAACGGTAAATTC TGCGTATGGGAAGACATATTTACATAAGTAACGAGAGAATAATTTTTTTG TCAATAAATTTTCCTATCCTTAGGTTTTACCATTATTATTTAAATTCTAA AAAATGAATTTCCTTTTCTACTAAATTCAATTTTATTCATCATCTAATTG AACATTTGTGTGTGCTCATAAAAGACAGATATTTACCTTGAGGATGTTTT GTGGAGTTATAATTAAAAGCCCTTGTTAGACTCATAGTAAAATTGTGGAT TGATATTGGAGTAGTTCTTGTTTTTTTTTATTTTTCCCCTCCCCTTCATC ACAGTTGATTCCAGCTAATTTGATGAAATGTCATGACATATAAGCAGCTA TTGATTTTCGGTTTCTTTTTTTTTAAATGCCCAAAATACAGCAGTATTGC TCTTATTTGAATATGTTCGCACTTGAAAAAAATAACTAATCAAAAGAGTT TACGTACAAGGACTGGTACTCATTCCCTTAAAAATTCATTTCCTGGCATT TTATTCCCGTTTGAAGAGGAATATTTGGTAACGTCGGCCTTTTGATGAAG AAATGGACATCGTATGAATCTCCATTATTCTTCTCAACATACCATAGCAG TGGTACTCCGTAATTCCTTCCAAATGCCTTTAAACCTCCGTATTAAAGTT TGAATAATAGTGGTTGGATATGAATGTGATAAATGATATACTCTAAATAT CTATTATATGGCCCAAAATGATCCTCTAAATGATGATGATCCTCGACTCC ATTGTTATAGGAATCAACCCAAAAGTGAACTTGAAGCATGATACAGTAAG TGATTCTGAAAAAGGGAGTGAGGGCCCAAGCAAACTGTCCTATAGTTTAA TTAGATTTCAATTGTAAAAAGAAGAAGGAGTTATAAAAGAGGATGATAAA ATTGATGATTGTGGAATGATGAGAAGAAGACGGAGCGATAAGTGATAGAT GGTGAAGAATAACAAGAGTAATGACAAGATTTACTTCTTTTTCCAAGGTA TGAATAATATCCACAGATTGGGATTCTATTCCTACTCACTATTCACAATT TATCATGACGTAGTTTCTACTTCATAAACACCATAAATCATGCACATCCG TCTTCAATCCATYACTTGTCATCACTCATCTCCAGTAGCAACTGCCGACT GCAATGTCCTCCCTCTCAAAAACCCTACATAAAAACTACGAACTAGTTTA TAAACATAAGCCGTTTAAAAATAAACCTATTTAATAATATGTGGAATTAT AAAAGAGAGAGAGAAGAAATCATAATAAACAAATTATATTTATGATTTAT TTATTCGAAAAAGGTGCTGGATTTTTCTTTTCTTAAAAGAGCAGCAACAA GAGTAATATAACCTCTAACAAATTAAATGCAGATATTTTTTAAATAAGTT TTTTTTTCTGTTTTCTAAGTAATTTTTACTAATTAACGGGTTGCATTTCT TCATACACTATAGTATTAAAGGGCAGAATAGATATAAACTTGAAGTATTT ATTTATTGCTTAAACACATGAAATGAACTTTTTTATAGATGTGCAACATT TATATCAATATTTTTTTTTCTGTTTACAGATATTCACATAAGTCAATTTG TTATATAAAACTCAAGTTAGTCAAGGTAAAAAATTACCATATACTATTCA TTATAAGATATGTGTTCCGYAGTTKTTTATATCAWAAAAAATKTTTTCAA AAAAAAAAAAAAAAAAAAAAAAAATTCACAATATAATTTAAGCACAATTG GATGGGGTCATTCCATTGTACTTCTTTTGTCAATTATCAATTTGGTAATT GTATTAGTTTATATCGTTCATTAATATGATACCTAAAATCGGTCCTAAAA AACTTCCTAAACTTTCAAACGTCCTCTACAAGTATCATTTTCTTAAATAA TTTGGTAAAATGCCTGAGTTTTGTTATTGAATTAATTTAGTAAAAGTCGT AGTTTATTTTTTGGGCACGAGAATGGTAAAATATTATCCATCATTTAGGT CTAATTGCAAGATATATTTTATATAAAATTTCTTGGACATTGATTGATGA TGACGTCATTGAGGAAAATTGTTATATGGGACAGCTTATGCGCCCGATTT GTACTTGTCCTTCAGATTTAGAAATTCAAATTTTCGGGACAAATATATGA GGCCTTTACATTGGGAAATATTAAAGCATAAACAATTACTTACAATACGA AACAAACCTGATCTCACTAGCCTGCGTAAAAATCGAGAAAATGACACTTG AACATGAACAAAAAATTTCAATTCGCACCCTTTAAGAAGTTGGACGTCTC CAAAACAACTGTCTACACGGTCAGCAAGACTGAAATGTTGAATAGGAAGA AGGGCTGTCTTAAAAAGCCAAATTGKACCCGTAGGAGTTGAAACAAACAG TCTAGGGAGTCCTTGTGAGGAGGAGGGGGGGGGAGGCCAATTTTAASACC AGCAATGACAGAAACACATCTCCTCTATTACTAGACTCCTTTAAATTAGT CTTTTCAGTTATTTTGAACTTCTTTTTTTGACACTTTTATCCCTCTCCCA CAGCCCTGTGCCAACATCCTCAACTAGACCTTTTGGTTGCTTGTCGAGTG GAAGGCCTACAGTGTCCGTCATCCAAACACTGAGCCCTCAAAGCCACTGT CAACCAGCACTGGGACGCCATTACAGGGGACTATATCCRCAGTAGGTGCC AGGCTTTTCAACACCGCTAGTGGCGGATTAATTAAGAGAGCTCAGACACA CATGTATTTATATTAAACTATTTGTGGAAATTCTACGGTCAATTAATAAA TCATATCTTGTTAAAGTTTAAAATTCAAAGTATTTAGACTTTAATTGACC ACTCGGTGTATGTCTAAGTATTTGGTTCTTCAACCCGTAKATCCATGATT ATTTAATAATCATGTTTTGAAAATGAATGGGATCAAGAACGACCCCTTTA AAAAACTATTGTTATTACTAACAATTGGAGTAAGATACAGGTTAAGGACC ATCTTTAGATGATAAACTTTCAATCAATGTTTTATAAGATGTTACAAATG TCACAATTTCTTCATCATGTTAAAAAATTGATATATTGAATAATATTTGC TRTAGGACAAACTTGATTTAAAAATGTATTTTTTAAATAAAGAGTATATT GACATCATTAAGAATGTCAATAAGTACTTTGAATTAAGACACAAGTGCAG TTAAATAAACCTATGTTGTTGTTAATAATACGTAAAAGTATGTATGTAAA GTTTCAAATTGACAGCAAACAAATAAATAATCATAAGTGTAAGATAAATT GTGAACTAAAATATTTACTTCAATATTTTAAATACAAAATGTACTTTTCC AGAACAAAACCTTTTATATTGTCATTAATTATATATTAATCTTCAGTTCA ATATTATAATTTGATGAATCCAATACATATACATATATATATATGTTCAA TTAAATATCGATTTACTTAACATTTATTCAACTAAAACCTAAAAAACCTA AAAATTTACTTGGTATTTTGGTCAGCTATTTATATCTCTCTTTTTATTAA ATGTAAATGTAAAGCTATGAAATAAAATGACATAYAGCACATATTAGCTT AAAATATTTCCCAAACTTCAAAAAAGTTTTCTTTCTAGAAGTTGTCATAT TTGAGATACCCCATTTATCTGCCTTTGTAGAATTAACCTTTTGAATTSAA TTAAAACAATGAATTCAGTGATGTTTTGTAGCTACTCAAATTAAAATTCA TGACTACCTTATCGTCCTATGTTAACATAATAAGTATTTCTGAACATTTA AATTTTTCTTACTGAATTTTTTTCTCTCGTTATTTTATTAAAAATATGTC CAATTTTCTTATTTTACTAGTTTTGTCTTATTTGAGTAATTTGCTTTTTG CAAAAAAAAAATTCAGTGTGATTCCACCCATAGGTTAAGAAATAGCTGAA AACAACAATAGACACCAAATACATACAAAAAAAATTAATTACAACTGACA TTTATTCATAAATTCAAAGATATCTCTTTGATTCAGAAAAAAATATATTT TTATAAGAAACATATGATGTAATTATATCATGGCGTTGTTGATTTCTTCT TATTTATTATGCTATACATTTTAAAGCTAATAAACACACAAGAAGTAGTT ACACAACTGAATTAACATTAATTACACCATCATTACTACTTTTCCTTATA ATAAAAAAAATCATTAAGAAAGTATTATTTGATCAATGTTTGTATTTTTA TTGTTATGTGTCTTTGTGGGTTTAATCAATAATATTTTTTTATCTGAATA TATAGTTCCACCACAACAACCTCTCATATTGGATGATCGAGGGCGTGAAG TGAAAGGTACAATGGGAATAGGACCATTTCGAGAAGGGGATAGTTTGACT CTGGAATGTCATGTGCCTGGAGGTAAGTCATTTACAATAGGACCAAAGTA AAAACATAAACTATTTATCCACAATATATCTAATAATAATTGTTCAACCT GTGATTTCTGTACATGCTGTAACATGTATGAGGGTACAAGATACAATTTA TATGTCTCATAACATCCTATTTAACTAAAAGAGTCATTTTATTTATCAAC TATTAATCTTATTAGACCTATTTGATTCATACATGGTCTGAATTTTCTGA TTTTTTTGAATAAGAATCTTTTTCCTTTTCTAAAAATAAAAAGGTTTTTG TTTTTTAAATCAGCTATACACGAAGATTTTTGAGTTTTCGTTAAAAAATC AGATTTTTTAAATATTAAGTAAATGATAGACTGTTCATGCTAATTTTTAT CAAAAAGTGAATGATAATATTAATGTGAACAAGTAGCGACTTCTGTAGAA GAGATACAATCTGCTTGAAAAAGTTACAATTGTGAAATCTCATTACGTAT TATTCAATTAAAAGCTTGGTTGTTAAAATAGTTGATATTATCATTTCGTC ATGAACCATCAAAATTACGAGTTTATTATTTACTAGCAGTAGTACTCGGT ATTGACCGGAGTAATTAGGGGTCAGTTAAAAGGCAAAAAAAAATATTGTT CGCTGTATGTTAGATACAAAAAGCCAGTGATAGTTATTTCATATTTACTT AACAGTGTTTATATTTTAATGAAATTTTAACATATACTCAAAAGGCATAA ATATTATGATATTCATGTTCCGATTTACGAATAATAAGAATGTTAGCATA TAYGAATTGTATATGTAGTTTTTCATATATAGTAGAATCAATTTATTTGT AGTTTTCAATAAAAAAGATAAAACTTACATAATTAATATATTATACACCT ATGAAATATTCAAGTATTGCATTATTCTAATCATTATTACTTTTAATTCT TCATTTATCATTTTTTATTATAACTTGTACAAYATGCTGATTTTCACGAC ATATATTTATAAATTATTTATATATATTATTTACTTATCTTAAGCAAGCC ATATAGAAATAGTTTCTAAGAAAATGAATTGAGGAAAGAAAGTAGTAGAA ATATATAAAAAATCAAGGATTTTGATTATGAATCAAATATTGATTGTGTG TTTATATAAATATTTTTTCCGCTATAAAGAAAAAGTGGGTTAGAGGAAGA ACTATGTTTGTATATAAGGTATGCAATATCCTCTTAAATGAATAATCAAG TCAAATAAATATAAATTGGTAAAAGTTATTTTTATGGTATACATGTGTAG TAGCAGGTACTATATAAAAAAATCGTTTTTATTGACTGATTCGATCCATA GCTTTTATATTTACTCCCATGCCTATAAAAATATGTTGGCTCTACCACAT TTATGTTTGTATATTTCTAAATATATAAGGAAGACTTGGGACTGCTGTAA GAAGGACTCTAAATCGGAAGTATTTGGGCTTAGTAAAATAAAAGAACAGA AAATGAAAATGGTGACCCTSACAATAAGAAAAATGTTTGAGAGGAGAGAA GCTTAGTTATCTTAATGTTACATTGAATTAAGTGCGACTGCCAGTGATAT GAAGGAAATAAACACATGTCCCAATCTGTATCAAGCAAAGATCATTGCAA CTATGCTGCTCTCATCCAGAGCATTCTTCAAATTATCAGGGTTACCATGT TCACTTTTTTTAATAATATTCACAAATACCATCGATTTTCATCATTATTT ATGCGTACATATACTCGTAATTCCACTTTATACTTAAATATTATATACTA AGAATAAAATTGATAATGAGAACACCTTTATAAAATAATAAACAATATTC ATACTGCAAATAACAACCAAAACATTAGTTGTAACAATTATTGAAAGAAA TATGAAAAGGTTCTAAATCCTAATGAGTTTAAATCCAAAASAAAAGTATC CGTTTGCAACTTTGATAGACAACTATACAAGCCATAGTACTCTTTTCTCG TTAATACGTGGGAATTTTTAAAATAGATAATAAAATTTCTAATATAGGTA TTACAGGTGCTATTATGGTACTTTTACTTTTTGTTAAATTTATTTTCAAG AGGATTTTGACAATTTTCAATTTTAGGAGTTAATTTTTATACACCGAATA GGCTCATTTTCTTTTCTCTAATGAGTAATAATAATTCAATGAACATTATT AGCCAGATTGGATTAAGCAGATTTATTTATCGTAAGGGTGCAACACTTTT TCAATCCGAATAAAAGAAATACAGAAATACTGCATTCTTTTGAAAACGTA GCAGTGTCGACAGGATCGAAGAATCGTCGAGGTAAAGCACATATGTTTGC TTTTGTTTGAAAATATTTWTAGATTATACAAGTCAGTGTTTGTTTCATAA ATTGTATTTGAATGTGATTTGCTAAATCGAGCAACAGTTTCCGTTACTTT CAAGATGTCGGATTGTTAAAAGATGATAGCAATTTTGGATTTAATAATAC TTTCATATWTAATATTTGTATCTTGTAAATAAGATAAAMTCAATCTCATG GYTTAATTTAAACAAACGTATTTTGTAATGAAGTGTAAATNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCA TCATTACAAAAACATTGTTCCTTCAATAAATTACTTTCATCGCTCAAAGT CAGTCTTTCTATTATCTCAAAAAAACAAAAAAAAACAATGAATTCTTTTT CTCGAAAATTTGCATTATATTTTTGTAACTGCAGCTGTTTGATGTTTAAA AAAATGAGTTTATTGCAACTGTATTTAGCTTCTAAAAGGGGGGGGGGAAG CCAAAAAAAATAAACAATGTATATAATATTTAGGCCATATAAGACAAAAT AGTAAACACATTTTGCTTCTTTTTTTAAACTGTTTATTAATGCTAATAAT ATTGATGCACGAACCAAGAAAAAAGTGTATTAATTTCTTTATAGATCTTG AACCTTTTTTAATTTACATATTGATTATTTGATATTAAATAAAAAATATG TTTAGAAAGACTTTAGGAAAGTAAAATGTATTTGAAACTGATACAAACGT AGAGATGGTACATTTGTGGACTGCGAGAAGAAAAAGGGATCGAGACTTAT GGAATTCCTGAATTAAGATAATTGTTCACATCAAATGCATTTTATTTGAT TTTGGAGGGAGAAAATAAATTATTTCCATAAAGAAAATACCCTCCTACAT TTAAAATAGTACCAGAGAAGGGAAAAAATAATATTTATAGATCAAAATAT ACATATGTTTGTTTTTTAAATATATCAAAGATTACAAGGAACTAATCCTT CAATGACTTGTCGTTAACACCACGAGGATCTATTTAGGAATGATAAAAAA GGGGAAAGAGTACATGCACCAACAGTTTTTCCTTTTTTAATCAATAAACT ATGTTTTTTCTTTATAAAAGTTATAAAAATTTAAAATTTGACATATAACC GATGGGTCAATTAAAATCTGAACACTTTGAATTTTAAACCTTAACAAGAT ATAATTTATTAATTAACGATAGAATTTTAACAAAATTATTACTATAAATA TATGTGATTATGAKTTTTCTTAATCATTAATGTAGCCGCCCTTAGCGGCA ATGATGGCTTCCAAGAGGCGATGGAAGGCCSGGCACCCGCTGTGAATATA GTCCTCTAACATYGCTGCGGATATAGTCCTCTGATATAGCTTCCCATTAC TGGTTGAAAGTCGCTTTGAGGGCATCTGTGTTTGGATGAGGTACGNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNAAAAAACAACAACTACAAGTTTATTTTATAATA TTTATTGATAAAATAAAAACGAATATTTTTATTAGGATATAGAGCAGTTA TCTATTTAATGTAGCCCCCTTCTGCAGCCAACCCCGCTCAATACGGTTAC AAAAACGAGAACGGGCATTTCGGATCTGCACTGCTTCTATCTCACTGAAT TTCTCCTTGATGCAGGTGATGAGAGACTGCTTGGTGTTATGGGAGGAGTG GTTGGKCATGTTCTCCACGTAAGACCCGACAAAGTAGTCCAACGGGTTCA AATCCGGTGATGAGGGAGGCCAAGAGGAGAAGARTACGAACGCAAAAGCW TTGCTTTNCAGCCATTCTATGGCCTAACACTGACAACAGACTTGCCATGG CTCTCATGGAACGCTGGGGATTCTCGTCGATGATTTTCCTGACCTTATAG ATGAAGGTGACGTCCTGGACAATACTGGTGCTTTTCTCCTCCTTCTTCTT CCTTCTAACAACGTCCATCGGGTCCGATGACTCCTCCATCTGCTTCCTGA GACTTCTGACTGTTCTAACTGGCATTGACAGAAGGCCAGAGATGTCAGCA TTGCTTAATTTTATGTGATCACAAAGCATAATCTGAATAGCAGCGCACCT ACGATCTCTCTCATTGAACATAATGCCTTTTCTTGGGCACTTAAAATAAT TCTATCGCTACAAGTAACTGAACTACAATATCTGAAACCTATGACCGGGG AAAAATTTTAACACCAAAAACWGACGGATCAGACATCAGCTGATGGACTA ATGTTGTCTTTAAAATGCGGCAGATTTTGTCCACGCATCCTGTACAATCT ATTTTTAGTCAGCTGACTATTACAAATGCTTATAACGTCAATGTACCCAG GTCAAACGACATTTTGTGCAACTTAGAACATATTCCTATTACAAAATTTT CACAATTCTAAAAGTTCGAGAAAATGTTACATTTTGCTAACTAACAAAAA TGATTTCTTGATCATTTTCCGTTCTTCCTCGTTTTTGGAGGAAAGGTTGA TTGACACAATAAATAAATTCTATATATATAAATTCTCGTTAAAATTAATA TTCAATAGACTGAAGTTGTTATTGCTAAAATTATATTTTCCCAAAAAAAT TAACAATTATTTTCACAGAAAAATAAGATTAAAAGTATTTAATTATTCAA CCATTGAAAACTATAATTTGTCCAGGGAACACCCCTTTATACAGTTATTT ACTTATAACTTAATTAGAGTTTTTGAACCTTACAGTCAATTTAATTTTAA AGTATGTTAATTCACTTTTAATTGTCATTTATTGAAAAAAAAGAATAGCT TAAATAAAATCTTTTGTCCCAGTCAAAAAGCTATCAACTAAATAAAACGA ATCATAAGTTAAAAAAAATTCTTAAGAAAAGTTATATGATGTAATTTCTC AAAATCTTTTCAAAATGGTATTATGTTTTCCTATGGTAATGAGGAACGTT AAAAATAAAGTTATTGTAACGATAATACTTGAGCTTTTCTTTTTGATAAA TTGTTTTGGGATATTCTGATAAATCAGGTTTTACACCCTAAATAATCGGT ATTGTTTTATCAAAAATCACTTTTTGTGAAGACATAATCCCTTATTACTT ATACGGAATTTGAATCCGTACCCTAATAAATTGATAATACGTCTGGAACT TGTTGTAACTTCATTAAGCTAAAAAAAATTGTGTGATAATTACGTGATAC CTCATATTTTAGAACTAATCTCTTCTCCTTATCAACAATTAATGAAAATT GCATTTTATATTTTTTTTTATAGTCATCAAAGTTAAAAAAAAMCCMAAAA AATAGCTACATCAGCTACCTTTTCCCAGTTCAAACAAAAACCCTGTGGAC AGTTTGTAACAAAATTTTTGTTATATGTTATGATTAAATATATATATATA TTAAAATACCAGTACGAAGATGTTGGTATTTGCCGGGACGTTGCTAGTCT TCNNNNNNNNNNNNNACATATATATATATATAGTAGCGGAGGATGCCCAT ATTGAAGTAGTGAACAGAGGGGAATAGAAACAAAGAATGAAGGTAGGAAA AAAAGGTGAGAAAAGGGTGTTTAGAAAGATACAGAGGCAGAAGAATAAGA AAAAAAGACGGAAAAGGAAGTTTTATTTTGGTCAAAAAAATCCTTTTAAT AACCTTAGAGTACCAAAAAAAATATTTTTACTTTTTCTTGCATAAAGTTA GACTGATCTGTTCGAAAATTTTGGATTCCATATGTGATAACACTAAAAAC AGACTTATGTACAAATATATTAAGATATGATTATAATTTGGGGGGCTTCA GAATCTTTAAGGGGGGATCAAGCCTCCCTCCCTTAAAAAAAGGCTAGCAA CGCCACTTGTATCATGGCAAACCTTGTTCAATAATAGAAATAACTATCGA AAAGTATTTTTGAGCCCTTTTCCTTTCTCTTTCTTTTTTTTTTTTTAAAG TAATAGTTGAGAGATACAACCCTGTGATAATGAGACCATCATCATCTCTG AGTTTCTCTATATCAATCGTTCCTTTCTTCATTTTCTGGAAGGGAGAGAA AGAGAGGTTTTGATGTATTAAGTACTTGTTTTATGACTATCGGTAAATGG CATTTTCCATCCATATTTTATATACTCATATAATAGTATAATGTGTATGT AATATATTTTTTTACACTTATGGACTAGGTATATATACATAAGGGGACGA ATATATGTATACCTATGTAGATATGTACATTATATGGTATATATTTCGAG TAAAACAATATTTTCTGTAGTTAATGACGCGGTAAGGATATTTTTTTAAT CCTCTCTTTGTCCATATTTGAGTATATAAAGTAGACGGCATTAGATAAGT GCATATGCACATATACATAGCTATATTATGTGAAATTATTTCATTTTTTA AATATTAATTAATCTATTATATATACATATACAGGTTACAAGAACAAAAC TTCCTCTTTTCAAAAGGCAACAAAACAAGTTTTATGCATTAAAAACGTTT TATTTTTGTTTCATACAATAAATTTTGGTATCTTGATACCCCGTGATTTT TCATTTATCTATTAATAACTTTTCATTAAAAGGTTTCAGAGGGATAAATA TTATTTACAAAAAGATGAAAAATTAAATTAACATCATTTCATATGTTGTA CTTGTGGATTATTAGTCAGTAAGATAATTAGTTTTTGGCAAATTAGCAAA AAACTTAAAAATGTTGGTTTTTTAAAATAAATCCGATTCCGACTATTTTA TTTAAAGAAACTGCCTTCATTATATCTCCTCTATAGCACAGGATCTAATA GTGTTGATTTTAACTTTTTGTACAATTATCCGGGGAGTTATTAGCCTTCA AATAATTTTGCAAATTCCCAATAACGAATTGAAAAAATCATTTTTTATAC ATAGAAAATTAAAAAAATTAATTGATTTTTATAAACTGGGCCAATAAAAT ACTCCAACACATGACAGCAATTGACTGCATTTTTAATATAAAAAACTTTA GATTATTACATTCACTACTTCTTCTGCCTGATTGCCACACATTATAGAAA AGTTTATGTTACTGAACTCTGTACAAAATATAAAAAAGTAAGTACTTATC AATATGGCTTAAATAATATTTTTATTGAAAAACTTGGACTCGTTTAATTT GAGTTTCTTTTACATAACGCTATCAGATTTCAATTAAACTTGTTGATATA TGGCATCGGAGTTGGGGGGAGGGGGATGTTAATGTTTCATTTTTTAATTA TTATACAACTCATTTTTCTCATATTGGAAATTCAAGGTGTTTGTTATATA CTTTTAATATAGCATAGTTCGTAACGGTGTATGTGAAGAATTGGTTTATA TTTATGTATATATACAAAGGGTTTTTTCCAAAAAAAATGTGTTATTTTGA TATTCAAATAAATATTTCATTTTTTGAGATAAATGATTGGATGCTTATTT CAATGGAAAGAAAAAGGTATGCCATTAACAATGGAAAGCAATATAAGCCA AATGGCCGCCGCAGGACGCTTACAGGACCGTAGCCTTTTATTTAAAATTT TCTTTTACCAAATCGGAAAGTGGATATTCCATGCCCTCAATGGCTTCACG AATTCTWTCTTGTAGGTTTGAAATCGACGTTGGGCTATAGGCTTTTCACG TGGCTCCAATGGAAGAAGTCGTAAGTCTTAAATCATGAAATATCGGGGGG CAATTGCTATCACAACTATCCGACAACACGCTTCCCGACGACTCAAAAAA ATTTTTGTTTTACAAACAGTCTCTGCCAGATTTTCCCAATTACAATCATT TCAATAGGTTGTTGAAACGTGTATCACTCCATTTTTATTAATGAAGTAGT TTGTACCTGTCAAATGTAAACAAATTAGCGCTTTAAAAGTGACATCTACC GAAATAGTGGACTATTCAAAATAACATCACTTATTGGAAAGTAGTGCTAT ATGTATATAAAAAAAACATTATTAAGTTATCAAGAATCATTATTATTATA AAAATATGAAAAAAGTTACTAAAAATGTCTGCAATAAAGGAGAAAAATGA TAAAATAATAATTCAATGAGTATTTTCTTAAATTAATACAAAGTTTAAAT ATAAATGCATACTTCCAAAATTACAAGAATAAGAAGTTATTATATGTACC AAACAATTACATCACTTGAAATTGGAAAAGGCAAGTCGTATTGCATATAT TTATATACTTAAATATGTACCAATGTATTTTGTATGTTATTTGTTTTCCA AAAAAGCAAGCCCATTTACTCGTAGGCGGAAGTTCAATGAATGAAGTAAT ATCTTTACATTAAGCACATGAGGGAAGAATAAAATACAAAAAAACAACTT AGATTATAGAAACAATCTAAATATTAAACGTTCAAATGGGGTTGAAATAA ACACTTATTCTTGGGTGTTCTAGAGCAGTGTCAATCATAAAATATGTAAA GCAAATCATTGACAGATTCGTGTATTTCTGCAAGTAGGTTAGAAAGGAAT TGTCATGTGGGTGTTTTTTTAAAAATTAATTATTAAGCAAAATTTTAACT TGGATTTTGTATAAAAATACAATTTCTTTTCAAGTAATAATTTGATTTGT AGAGCCGTATACTTACATTGTAAGTATATAAGGTTTAGGCACCTGCCCAA CACTAAAAACTAGCACTGGMCATGGGTTCAATCCATTTTGCAAATTGAGA AAATGTGAATCACCTACAATCCAATTTCTACCCTTATCATATAAAAAATG ACCACATTTTCAGTGAGTCTAAAAATTTATATGAAGTTTTGGTGACACTT AGACTGTTTCAAAAGATGCCCATTTGTTCATTATTAATCATAGRCATCTG TTGTTGTTTTTTCTTCAACAGATGCAAAAAAAAAAGAAAAAAAAAATTAG TACTGTTTCTTCCTTTTTTTTATAATATATTAAACACATAATATTTTGAA TTAATTTAAAAAAAAATAGTACTTTGACGTATTTTTTAAGGTCCATAAAT CAGAGTTCACACAAGCTCTTCCAGATTGTACAGAATGAAAGAAAAAACTC TGAAATCATTCCAACAATATTTATTAATTTGACAAATCAAGCAGTCACAT TCAATCTATGTTATGAAACTGGTTGAACTATTAGTTAAAATAATTGGGTG GCTCATTRTATGGCTAAATACTTTAGGAAATTTATTTTCTTGGTGTAGTT AATAATTGAATAATGTAATCTTTCCATAATTGTTGATTTTACCTATACAC AATGAACAAATAAATTCGATTTTGTGGTTCCTAGAATGAAAGAGATTTGG AAGGATGAGGTATTATCCATTGAAAAAATTTTACTTTGAGAATCCAAACA ATCTTCCCCTGTATACTAAATCCATCCATATCAAAGTTTGTTTAAAGCTC TCTGTAAAGGAATATGTCAAACTTAATCATTATGGAGGAAAAACAGATTT TTCGGCAAGGTAAACCAATCAACAGAAAGATTAGTCGCAAGACCAGTCGA TCCTAAGTAGAATTCATATCTCACCTCGTAAATTCCCATATTTTTCTATA TGTCAATCTTACCCAATATGTCCGAGACGTCACACTATCTTTCTGTTGTA AAAACTATATTCTGAGTAATTCCTGCTCATGTCCTTAATATTACTCAAAT ATACTTTTGTAACTATCTCTTTCCTCTCATAGCTACCTTTAGGTAATCTA ATGAAACGTCACGACAKCTAAGATGTTCTCCTCTAAAATATTATTTATAT AAATTGTCAGGGTTACTATACAAAAATTTGGTTTCTTTTTTTAAAATACC AGTGCTTAGAATTCACAACTCTAACCAATACCCTAGAAGTGATTAACACA GATCTTTACTTTATATGTATATATCCTTACTCCATATCCATATGTACAAG GAAAATACGGATATGATTATGCCCAATCTTCACTTATTATTACATTTAAC TACGAAAAAGGGGCAAAAACCACACTTAATATCAATTTATTTAATTATCT TGGCTTACCTCAAGGACGTTGAAATAAATAACAAAATTATATTAATTATT GTGGGTGGAGTACATTCTTTTATGTATAATATTTAATAAATATTATACAT AGTACATATATATATAGATAAATAATTCCCCGCCCTAATTTTATTAGGCC ATTTTATTATATTGAATATCATGTTAGTTATTTTCATTGAGGATACACAT ATTCAAATATGATTAAAATTTGTTAGGTTTTCGTTGGCRCTAGTAACAAT GAAATTTTAAAAACATTCAAAGCTTAAAGAAGCTTATATCCAATATGTAA TGAATGACTTTAGTAAAGACGTTATTTTATATTTAATTCTTTCAAATTAC CGTTTTACCATGACTTAAGTTTTTCCGTTTAATTTTTTCAAAAATCCTAA TTTTAAGACCTCTCAAAAATTATTGTATATATTTTTATCAATGTTAAAAA GATATTTGACGCAAATTTTATCAAAATATGATTTAATTTTAAAAATCATT ACATTTTTTCTAAATATGTAACCTAAAGAAAAGGAGGCCCCATATCAACA ATTAAGATTAATTAAATAAATTAGAACAAAATACCCAAACAAATTTGATA GTTATAAAGAACTTGGAACTTTAACTAAATAYAATTCAACACATAAATAA AAACTTACATATACCTTAGCTGCTTTCTAATCATAATTACAAGCCAAAGT TGATTTAAGTTTGGATTTATAGTTAAAATGTAAAATGAATAAGCCAAAAT CTAAACTACATTTTCTTCAAAATTGAAAGTGTCGGACTTAAGTTAAACTC AAACAGTTTCCTTCTTGGTTCCTAATAGGTCGAAGGAAATAATTTAATTA ACTTAAAAAAAGAGAAAAAAAGTTATTTAAAATAGTTTAGTAAATGTTAT TTAAAGAAAGGCATACATTAAAAAAAATTAGGTATCTATATTGAATTCTT ATAGTAATGGTGAAAATAATTCTTGTTTTTGGTAGATTTAGAATAAATTC AAAAAAATATTAATCACATTCTAGGAGAATATAAACGCATTAAAGCACCC TTCACTTTACTTAAGAAGAGCGCAGAGGCATTTATTGGGGAAAAACTATC AGACTCTCAGATTAAGTATGAGCTAATTGTTTATACTAAGGGGTATGCAT TCGCCAATAATTTTATTTTTAAATTCCATATGATGGTAGTTCCGGCATTG CGAAGTGAATGAATATAAACAAAGGAGTTGTGACGGCGTTGACGAGGAAA CTCCAAGAGATTGCCTCAAATGATTCTATTTTGACTTGATTTAATACCAT GATGGTATGAGCTCACATCACCATGATCTAGTTTTATTCAACAAAAACAA AATATTTTAGTTTTAAGAACGATACTCACCCGTTTAAAACCTAATAATTA AATAATCGTCACTGATGCACCATCGCTTCAATTGGTGTTTTTAGTTTTTA TAAGTACTATTATTGAGAGATATTGTTTGTTGCCTTTTTTTTACATTGTA CGTTAATGATATTTCTATTCATGGATAGTATTTACTTGTACTTGAAGGAA GAGAAAAGAAATAAGATATGGCACTCGTATTGGTCTTTTTTGTTTTTGTA TTCCTTGTGATAGTAAATATTTATTTGATGGGGCAAATTATAACAATATA ATTATGGATACGGTTTAATATGTGAAATAAAGATATGACAATAAAAATAT TTGCTTTAAAAGGAATTCGATGCAAAACGACTGACAAGATCCAATTTTAC TCCTAAAACTACACTATTCTCTTCTTTAAAGTGGACCATTCCAAAAATGC CATAATGGTGGTACATGGACACCAAAATTTTTATCAAATGGACACATCTG TAAATATTTGAAAAAAAATATCCCCCTACCTTCAAAGTAATTTAGTCAAG TAAGTGATCTTATCCAAAGGTGGTTGTCCTCGAAGGATTTTTTTCTATGG TGMTTTTTTCTTGGGGGTTTAGGGGGGGGGGAGATATTTTCTTTTTGGTT GTTTTGGTCTGTATGGGATTTTGTCCTAGAACCAGATGTGGAGACATGGA ATCACGACTAGAGACTCAAATTGGAAATGAGTCATTTTTTGAATATTTGC AGCTCCATTCATACGGATTTTTCCATCTCTGYGAGGAACAATATCTATGT AATAAAATAAATACAAATCCGTCATGCTTTCAATATCTGGTTTAATTTTT AAATTTGATAACTGGTTGGGGAGAAAATTAAATTTGAAAAATTATAATTT GGGGCACAGATAGTTTGCGCACCCTGCATGTACCCATTATTATCTTGAGT TTTACACAGAGTTATTGTTTTCTTTAACTTGAATATGTAYGTATAATTAT AACTGATCATTCCAAGGTGTAGTTTATTAGTCAATTACATCTAATATACA ATATTGGGGATAATTAGTTCTTGTAAGTCTTGCAATTAGAGGAGTAATTT GTTTTTTTATTATCGTTGATGTTTATCTTACAAACACTAACTCTACCCAT AGCTTAAAAAAAAAAAKAATAATAATAACAGATATACATTCTCCTTCTTC ATTTGCTCTTATACTCGCACACAAAGAGTGACTTTACTGAGATGTATACT GGATACAAATATTTTCAATCAATAAATAAGTCAGTAGATGTCTACTTTTT TTTATTTTTCACGTTCATGTGTGTACGTTCGCGCCCCAGTGATTCCTAGA GAATGATATATACTATATGTATATGGATTACACCAAAAGATTCCTAGGTT AGATGGAGTAATTATCATACTCTAATGTATACTTTTACTTAATCAGTGCA ACTCCATTTAACAAAATAAAGGAACATCAAAAAATAAAGCAATACTTAAC AAACTTGGTAATGCAACCGCTAATTGATTTTAATACCCTTTCGATGACGT AACGCCTATATCCCAATAAAATATTATTATAAGTAATATTAATATAAGTA AACATTTTGCCAATGCCAACTTCATCTAACCTAGGAACTGAATTCTTTTC AGTCAATTCACAAAGAGAACGCAAAAAAACAGATAGAGGGAGACGTATGG TATCAGTTTAATTTATATAATTATAATTTGATTTTGGGGAGAAAAATAAA TTACTGCTACTAACAAGAGAACCTTACATATTTAAATTTGTATTAGTACA GAAAAAATATTATAATTATATATATATATTTATTTCATTATTATTTTATA ATATAATTCACATTAAAGATAAGTGAGAATTCATTTTTCAGAGGGAAACG TTAACACTACGACGACCTGTTAAATAAAAATATTAAAAAAATACGCACAA ATGGTTTTTTTTTATATCACTAAATTGAATTGTTTTTTTTATTCAAAAAC CGAATTTCCATACATAACACATAATTCTATCCATATGAGCGATCGTGAAT CAAACCTACATAAGAATTTGATTTATCAAAGTACTGATTTCTCAATCAGT TTTTTATAGCCTTAGCATATACAGTTGATTTGGGTAGCTTCTTAAACTCA ATAATCTCCTTGTGCATACACCTGGCACGGAGGCACACAACAATGGGTGT ATGGCGTTAGTATTTCTAGAACATCTCAAAGATTTCTTATTTTTTCTGAT ATAGTTGTGTCAGTTAACATTTTATGAGATCAGCTGCAAGCAGCCGTAAG AGGAAGGAAATTAACTCAAATCCTATTCTGTATATTGCATAGGACATATA GACTGGAGTTACTTCGATGTCAATCCTCAATTCTATTCATAACCCAACAA AGACTTACACTTAAAACATCCACACAACATTTCATTGTTTCTCTTCGTCT TTTATGAGCAAGCACACTAGTTATTACTTTATACTTAGATAGTTATAGCT AGAGAATTGAATAATAATGACTAGGTTAGGAAAAATCATGTTCATATTAT AAACTAGAAAAGCCACTCCCACTTTTTAGGACATGCTGTATACACCTTTA CATATATATATTGAATATAGTGGAATAATTTCTCATTAAGGATATTGTCC AATGAGTTACGTTACGCCATCCTACAAAGTTTCCTTGTTAAAGTTGTCCC ATCCTGCGAGTAAAACTTTAAGTCCATGTGAATTGACTTATAAAACATTT GTGATGTTTTATTAAATTATTAATTCTCGAATAAGTAACTTAATAACAAA TGATGATACAGGAATTTCTGCAAAAATATTCCTACCCTAACAACATAAGT AGTTATGTATATTTCATACATAATATATTATGAGGTTGTTCTTTTTTTTT TAATGAAAATTTTTGTATTTTAAAAACACATGAAAGGTAAAACTTTTTTG TGTTCAATTATCTTCAAAAGAAGATTCATACATTTATATGTGTCAAACAA ATAGATTTAGTTGACACTTTTTGTTTTTTATTGTTCTGTTTTAAAAGCGT ATTATTATGGTTTTTTCGATTATCAAATTGCAATTTTTCATTTTACTTTT AAAAAAATGCTAAAGATCAAAATCATTTACATAGAGTGCTTACAACTTTT GTCATGTTTTTGCATAAAATATATGTACTTAATAATGGTCCCATATGTTA AGACATGTAAGGAGTAAGTAGATACTTTATTTCATAAATTATAATATACT CACACATGCTTACCATTTTTTTAAGGTGTTAAAAGTATGAAATAGTAGGG TCAAATTAAAAAGCCTTCAAGGATAGAGTCGATAGACATATCAATGAGGG GAAACAATGATTATCTCATACCTGAAAGGCAGTAATGCTAATCGGTAAAC GGACCATTTGAAGAATGTTTTGGAGGAGAGTAGTTTAGATGTCATGAGGT TTCATTAAATAGACTACAAGCAGCTTTGACGAGGGGGGGGGGGAGATGAA AAATAATATGAAAATAGGTAAAAATTACTCCGATAGATATCGACCATTAA TTCTAAGTCCAACAAGGACTTACAATTATAACTTAGAAACAAATCTTTAA GGCTAATCATTGTCTTTTATGAACACAAACAAATGTGGAATCCAGTTTTG TATATACTAATTACTAGAGGTAGTACCTTGTATTGCTTGGAGGCATTAGG CATTGTCTKAAATACAAATGTTGCTTCAATAATACAGAAAATTCTTAGTT GTACATTGTGTTTTTCATAAGGACATTCAAACATAACTATTCAATACTTG TAACAATGTATATTTGTTCTCACCTCAAGAATGGAATACTAATAATAATA TTTTGAGATACTCTTAGCTAAAGATAATGGTTTGACTGGTNCTCGAGGGC TCAATAACAAAAACAAATAACCCAGTGTTCCCTGAATCCTACATAAAATC CCTATGAAAGTTATCTCATTTTTTCTTACCAGCGTTTAATTTCATTCAAT TTTAAAATATTCTGTAAATGTATATGAATGAATATATATATCAAAGAACA ATAACAAAATGAACAGAAACAAATATCTTTGTTTATGTTTATACCCCTGT AATATTTCATTAATACGACTACATTGATATTTTTAAAGATCAAAATATGT TTACATATGTTATACATCAGAGATCCCTTTATGCAGTGTACCCTGTCACT GTTTTTCAGACATTTATACATACATACAGATAACCTTTGGTTTATTAAAA AATATGTAGCGGAATATGAATTTTACTCCTCAGGAATTAAATAATAATGC CAATAGCTAAAGACAAGAAAATTTATTCTAAGTTAGCCAACTCCAAGAAA AAGGTGAGCTACAAAATTTCTCCGATTTTTATCACTTATGGTAAATATAA AAATATTATCTACTAGCGTAATGTACATTTTTTGATTTACAAAATTGTTA TGGATTGGATGATTGTGGACAAATATTACAGTTTCATTCATTTCGCATTC TAAAAATATGTTCCATGCCTCGTAAGTTTTTGATCAAAGGTGTATGAATC AAAAAAATATAGATGTTTATTGTTTAATTATTATTTAAACTGGTTTGTCG CCTCTTTTTTAAAGGTTTAAAGAATCTTTAAGCTCAATGATGTAAAATCA TGTTTTAGCTATAGGTATGCAAATTACTAAAAACTATTTTTGAGTAAATT GTATTTTATGTAGTCAAAATTATAGAAAACACCGAATTAAAACAAACAAA ATATCTTTTTTATATAATTAAAGAGTTATAGAGTTAAAGATTAATTTTAT AATCAATGAATAAAATAATTCATTTGTGAAATAAATGAATCAAAATGTAA CTTGCTAAAACATTCTTAATACGTAAAAATTCTAAATAAATCATTCGACA AACTTGTATTTGGAAAAATTATATTTGAAGACTACATACCAAGAATTGAT TAATCTTCAAACGAAAAATAAGTTTATATTCCTAAAATTTACAAACAATA AAACCAAAATTAACTGCCTCTCCGCACTAAAAATGATTAGTCATGATCCC ACAAAGTATGTCATAGTCGATTCGGACTTCTATGATTGAAAATGGCGTAT TTGTAAGGTTTTTGCAGATATGCCTAATATTTGAAACCCATTACATGACT TACCATTAAGCTGGATTAAGTTTTGATATTGAATGGCGTTCATACACCTC GTGATAAGGCAACATTTAGTTATCTTAGAGTACTTTCATAATATTCATCG AATTTACCATAACTTATTGGATTTTTATTTTTTTCAAAATCTGATATTTT TTATTATATATAAGCAAGTAAAATTACTTAATATTTAAATGAAAAACTTG TTATTATTTTGTTTATAATATAATATATCTAAAKTTTCATATGTAMAAGC CGTTTTTAGGGGTTTCATTTTGACCCTTAAGAAAATGGGTGTGCATAAAA GTGAAAAAGAGTATAATTTTTTTATCATAGGTATTGTTAAATTGTATAAA TGGATAAATTGTATCATGAAATTAAAATCAAAATCCGATGTCGAAGCAAA TATGAGACCATGAGTTAGTTTTATTTACAAAAAAAATACATACAATATGA TAAGATATTTTTTGTTTTTGTACTTATAAAAGCATTGGTTTGAAGGTTTT ATGTTAAAATTATTTAAGAGATAAAGGAGATTTTTGTGGTTATCTATTAT CCAATTGATTAACGTAATAAATTTAGAGCTGCAAAATTTAGGAGTATATT AAATTTTACAAAAAGTATTAATTAGCATTGGACAATTCTTGAAGTTTCAT CAAAAAAAAAATCTTTAGAAATCTTCAAAAATGAAAAATATATTTTAAAT TGTGTATGTTATAAGATTAATTTTAATCGTCTTTGGAAAATGAGCTTGAT GATCAATTAGGTCAAATATTAAGCACAAAGTGGGTTCGTTTTCCAAAACT ACTTATACATTTTGTAATAAATTGATTGAAATCTTGTTACTATGTTATTT ATTAAATATATAGTCGAATGTGGTACACAGATGTCGGAAATAATGTTTCA TTTCATTGATGTAGCATTTAAAAGATGAAATCAGTGAGATTTTGGACAAG CGCTTGGAGAAATTATTCTCTTGAGCTCACTGTGCATAGGTTTGCGCCCG ATTGTTCCTAGAGAAGGAAATATACTTTATGTATATGGACATCATGGACG ATTTCTTGGTCAGATAGAGCAAATTTAATACTATAATGTTAACTTATACT TATTCAGTGTAACTCCATCTGATTTTTTTTAATTTGGCAAGTAGTTGATA AAACTTTATTTTTACCCACACATTGGCGTTTAACTTTTACCAGCACCTTT ATCCTTATGTATCAAAAATAAATTAAAGATTAATAAAAAATACTGAAAAA ACTAAGCCCTTCTTTCCTTTTGCTTTTTGTTCGTAATTTTTGGAGCCATG TAAACCTTNNNNGGGCGTTCAATGTTTAGATTTATATATTATGACAGTCC TTCCAATTAAAAKTTGGAAATATTGTGAAAGCATAAGTTAATTGCTTTTT TTCCAAAAAATATGAAATGTAGGAAGATATTTTGAAAATATAAGACGTTT TTCAATGTTTGTTTATAGTCTATAAATATTACATGGGGGTTATTTTTTCC TTTTGAAGGTGGTTGGGAGATGTGCTTAGGATAACCACCCAAGGAATACT CTGTACATGCTACACGCACATTTTTTTTTCTTGCGTTGTCTATTTTTTAC ATATTAGCTGAAGGACGGTCATGAACTCGAAACTTGTGACTCGACTTAAT CATGCAATCAATGACTCGAAAGTCGATTTGGACTTGTAGTATCTAGACTT TTTCTCACTTCTGCATATAAATAAAAAGATATTAAATAAAAGAGAAAATT GAATTTAAACAATTGTGTAATAAATGTATTAAGAAATTAAAATAATTTTA TTCACAGACTATTATTCTGAGAATGTGATATAAACAGATAAATAATTATT TTAAGTCGTTCAGGAATTCATTAAACGATTGTTATAACTCAATTATTTCT TTCATTTTATAACTATTCATCTTTTTGAATAAATATTCTATAGTTGGTCA AAAATCTAAAGAAAAGAAGAATTTAAAGATTAATATTTGACTGCCATTTG GCAGATAGTACAGTTATAGACCTGAATTTACCCCATGCGTCATATTAAAG TCTATACGGAAGATAATTTTTTTTTTAAATTAGTTAGTAAAGACAGTGAG AAAAAAATTAAGTATATTTCCAGTGAATTATAACTGAAATATATATTTTG TTATTCAATATGACCTCCCACAGCCTCAATAACGGCCTCCACCCTTTCCT CAAAACCACACACACCTTAAAGTTATAGTTTTCTGACTAGTCAGCCCACT CGACCTTGATGGTGGACTCTAAAGATATCACAGATCCGTGCGGCTTGTTG CAGGCAGCTCCTCGACCTTTGCCTAAATAGAATAATCCAAAGGATTAAGA WCAGGAGTAGCTGGGAGACCACATGTTCTTGAGCACATTGAAAAGAAGCT TCGCTCTAGACAACCTGTTTTCTTTTGTGTGYGTATTAATGGAATTTTTC TTCCTCTTTGTTCCTAATTTTGCTACAAGTCATATTTAACAGCGTAACAC TGAACACATTCATCTTCTTGGCCATACTGCGTATCGTCCCCAGTGGATTT CTACCAAGGTGGTTTTTTACACGCATATTTATGGTGTTTGTTTTTACTGT TATTTGTCTTTTCAAACTTTCTGGTTAATTTTTCTTGGGTTTAATCAATT TTGTAAACCATACACAGCTGTCAAGCGAATCCTGGGGTAATTTTCGATCT CGGTTGGAATGTTCTGGAATAATAATTTTTTTGGCTTCCATTTTCTTTTT TTTGAAGATGCATACAATAAATATAAACAATTATAATTGATTATTAGAAT ATATCACAACGTCAATTATTTTATTTTTTTTTCAAAACTGGATCTGGGAG CATTTATTGAAGAATAATTTAAAGTATKACGCAAGGGGTTAAGTTACTAC TTGAAATATCATTTATGGAAAKATTACTATTTATTGGGAATTTTAAACAT GATGTGACTTTTAATATCCTGATTAATTATCCTTTATGAAATATGCCATA AATAAATACGTGTTTAATGTATGTATGGACATTGAGCAATTTCATAGCAC CCATTTACGTAGATTTCGGTAATAAAAAGCAAAAACTTTAATCCGATAGA GGTTTACGAACCAATTACCTACATATTTGTTTTATCTGCCCTTCCAACCA ATCAACTAACCAACATTGTTTTACTACTACTCCTTAATATATAGGGATAA AGCCTTGTTAATCTAGCTATTAAAAAATAAATTATTTTGTAGGGATTAGT GAGAGTTTTTAATGACCTGCCTTAGTTGTTCCCCCTTTCTTCATCTTATT ATTATTGTATGTACAAAGTTAGATAAATCCTTTTGTCTTACAAAAAACTA TATAAAATAATACATACATATCTGTGTATTACAGGACTACAGTGAACCCT CGTTATTTGCAGTTGATACAGAAAACCTCGTGCCAGAAACATTTAAAACC TCCACAATAATTACTAATATGTAAGCATTAATGTTGTTTGAATGCAACAT GTATATTTTTGTGATTAATATATTATGACTAYATCTTCTCAACTATCACG GACAGTTGATGAAATAATTGTATTATTGTTTGCCTTTTCCTGAAGTGTTA TAATCTTCTTTTGTCGCTGTRTTAGAGGTAGAGCATATCTTAATGAATTG TAAATGAACGTTTGGAAATATTTTATTGACTAACTAAATCATTTAAAAGG GTTTTTTTCAGTTATATTAATTGATAGAACATTAGATATACAGAATTGTG AAACAAATTGGAGACCAAAAGAAACAATCTATCAAAGCTTTTTGAAACAG GTATTAATTTTATGAATGTATCATRCATTGTTCTGTGCTCCAAGGGTATC ATTATCAAGACTAAAAAGCTAAAAGACGACAACAAGAGCCTTGAGAGAAG CGTAAAATAAACAAGGACAAAAAAATAATAAGTGGATTGAAGACAACTTT TCAAATTTCTGGCCCTGTTCAATGTAGACTCCGTTCTTACCAAAATTATA AGTCATTAATTTGCAAAGATATACCATTTGCAATTAATAATTTATAGAGA GTGTGACCGAAAACATTTATTAGGGCGTTTCCCACACTTTCTTAAAAATT AAGAGGTGACATGATGCAATCAAACGTCAGCTAAATCCAAAAAAAAAACG AGTTTTGTTTTTATCCCATGTCTCCAAGTATAAAAATGTCCTAGCAACAA TAAAAAGGCAACGTATGAGAGATCCTCTCCGCGCCCGTGAAGCCGACAAG GCTGCTGAAACTGTTGGCATCTCTATGACGACTTCCTAAAACATCAAAGC GACGCTTTAATTACATCCCCTCCCATAGAGAAAAGGATAACTAAAACTTC TGAAACAGAAATATGGCTGACGTTTGGCCTGCGCCCATGTGACCCTAATA TATCCATGACGTATACCCTCTGGATTCTGTAGTTTGGTATGTCTATGAAA AGAATTTTTATTTATTTAAATTCCCACCGAGTTGCCGTCATAACAGTGTG GTAAGTAAAAATCTGCCGGCATGTCGAAGTTGTTATTGCTTGTGAAAAAG GGCATACCTGATAAACTGAGAGCTAAATACGGTATTTTAGCATATCTCAA ATTAGTTTTGAGTTGTCTTTTCTTTATTCCATCAAAATTACGTTTGTCAC AATTAATTTACCCTATTTTGGTTTACCAAGCAGTATGCAATGAAGAAAAA ACCCACAAATATTGGATATTTATATTCAAAAATAAAACCATCAATAAGTG AGTCGTCACTGTATTTGGAGATGATTCTCTAACAAAATCACCTTTTCTAT AAGATATATGTCGATAATTAAGAGGGAAATAGTTCAGAAAAAAGGAAAAA TATATAAATATATAACACACCGTCTTAAATTAAACAGAAAAAAATCTTGC CTTTCTAAATCCTTGAAAAATGTCCTCTTTTTTTAATTCATGCAATTAAA TTAAAATATCATCGTATGTTTCACACATGTACAAGTATATATATATATAT TTTTTATAGCGTCTTGAATGATGAGTTTTTTATACATAACAAATTGAATA TACACATCCAACAACTATGTTTTTGTATTTTAAAATTGTTTTCCTAAGTA TTCTTAAGAGTTGAAATGACTTTGTTTATTCGATGCAATTACTTTCTTCT ACAAAAACAAAAAAAAAGTTTAGAACAATCAAAAATAAATATATGTACAT ACACAAACATTAATGTTTATGAAATGAAAATGTTGTTCACAAAAATTTGT TTTTGTGATTCAAAAATGCAGTCATTTCTAAAAAGAAAAAATATAAGGAA TATTTAGATTTATGTAAAAAAAAAGATTAAGTAATTTTTGACAGGGTTTG AATTCTTTATTAAATTAAATATGTATATAAAGTTGTGTTTAAGGCTCTTC ATACTTACGAGTCGTACGACTTTTTAGGTTTTAGAAATTATCGGATTAAA TGCCTGTATATTTATTAATGTATATTAACTTGATTTTCTTATAATATAAT CTTCTTATGAAAAAGGTTATTTTATATAAACTCATATAAAAATGTACTTT ATTATATTATGCTGACTTTTTATGAAATCGTACATAAATTTTAACCCTAT GATTGAAGTATAAAACACATGTTTTCTAATTTAGTTACGTTGTGTTTATA TATATATATATATGTATGGGGCTTTTCAGTATATTAAAATACGTAAATAT ACAATGTATATTTATGTGTGAGTTATATATTATGTAGTAATATTAAAAGG CAAGTATTCTAGCGTCAATGCAATATGTGGCATGGAAAATATGAACAGAT TTTCTGATAATATAGACTTTTTTATAAGCAATATTTCATTAAGCTAAGTG TGCCATACGAATTTCTTTATTCTTTGGTTTCTATTGTATGTACAATGTAC ATAATAAATGCAGGTATATTGTGTTAAATACTTTTAGACATTATAGCTAT AAGTACAAACGTACTTTTTATATATTTATAAAATGAAGGAATGGTATTAC AAGTGTGTTGGGGTTATATTTGTACAATGTGTATAATTGAAATCTGAACA GGCATAAAATRTTTAAAATTGAGGGTAAGGAGTAGAGATACAATTTTGAA GTTACAACCGAGGTTAGAGATTTTATAAAGAAAATTTGCAAGTAASTTTT TTAATATTTTGTTTTGATTTAAANTCATGGAACAAAACAAAACGAAATCA CACTTCACGCGAATGAAAATGCCAGGAATATTGCCWAGGAGTAGGGTGCT CTTGCACCATTGTGTATACAGTTAGGGATAGATTTGAGGCATCTGTGTGA AAATGAAGGTTTAAAATCCGAATTTTGGCTTTAGTCCAATTTATTGGATT TCAGGACTACATTCATGTATCCCCATTTGTCAAGATCTGAATCCATTGGA TTACAGCATATACACTAAAGCGTAGTGCGGAAAAAAGCCTGATGAACCTC CAATAGGAATTTAAATTACCTATAGGCTTCCATCCTGTTAAAAAATAGAC AAAATGGATGATACCTACATCAAAAAGAATTGCTTCGTCGTTAGAACCCG TTCGGAGGCTGATATGACAAAAAATTAAATAACATAAAATAAATCATCAT ATAGTCAAGTTATAATTTATTCAATATAATTCCATTAGCTATTTGTTATT GTTCTTGAGATCTATTATCAAAAATTGTAGTACTAACATTTGCTTAGATT TTTGTTACGCACACTGTATATCATTTCAGAAGAAAAATAGTAGAAAAGTA AGAGAGAGTGAGATTATTTGCTAATACTTTCACTTTTTGGGATTGCATAT GCAATTTTGAGATCGGAGGACTGTCTTTGGAAAGTTCAAAACAATTCTTG TCTCTGATTGAAATATTAAATTTCATGGTTTTAATCAAACTTTTTTATCG CCTTTGCAGGACTTTTTTTTTTACCTTTCTTGCATTTAAAAAAATTGTGT TTTACGCATTGGCAAAAGTTATAAGAAGACACTAATGCCTGTCGATTTAA ATTTGTTAAAATAAAGCTGAATAAAATGATTATATTAGATAATACATTTG TGTAACATGTCAAAATAAACTTAGCTGGGATTAATGGGAACCATCTGTCC TTTTGAACAACACTATATTAACCTCCCCAAAAGAAGAATTTGTCTATCTT GGATGGACGCAAAAGCAAATCTGTAAAGCTCAGATTTGGGGCATTTAAAG GCTCACAGATATCACGACAAAAACGATAGTGCTCCTTGATCCCTAATACG TTCCAATAAATATGTACTCATAATTGAAATTGAATATTAGGGTAGGTGTT ATTTTTAATTAAATATTCATACTTTGAGGAATGTAGAAAATGTAATACTT AATGATTTTATCAATTAAGTATTAGTACTAACGTAGTGCACATTTGATTG CTTACAGTAGGGGTTTTCATAAAGTACAGAACCGTTAGCAGGTTTTGTTT AGATGTTGACTCAGTTTTTTTTAAAGTTCGGTTGTAAAAATTTCGGAKCA GCCACAAAAAAGACAATACGTGTGCAATCTTCTATGCACCGGTGTCAGTG CCGAGAAGGCTGCAGAGATTATTGGCATCTCCATCTGGGCTTCCCTGAAT ATCAAAAAGCCAACAACAGTCCCATACAACCAAGAAGAACCAAAGCCTCT GCATAAACAATATGATTAACTTTTGGTTGCCTTAATATGGCCATCTCCTG CTAATACCTAAACACACTGGACTTCGGAGTTTAGGACGCCTTAGAGAATA ATATTTGATACTTTCTCATCCACATTTGGATTAGCTAAATTATTTTAGCG TTGAACATTGAAATATTTATACTGAAAAATGTTTTAATATCTGTATGTTA CTGATTCAATTATTATTGAACAGTTATACATAATAGACATCAAAGTAAAA ACTTTTTTTTGTGTGTGCAATTTGTTAATTTAATGTCTCATAACGCCTTA CTTAATTACAAAACCACAATCATTTCATTTTGATCTATGAATATTTCMCT AGCATTACTTATTTACAAGTAAAAGAATATGAATGTTTAGATAAATCAAG GAATACTCTTAACATGAAAGAAACACTCTTTTTTTCTATTAATTTTTGAC GAACTACTTGTTATCTTTTTTTTTTTATTATTATGATGTAAAATATATAA TTGAATTAAGAAAGTGCTGTATTTAATGTCTTTATAAATTAAAATAACTA ATTTATTAATTATTGTTTGGATTGCATTAAATAAATAGATCAATTAAAAA ATATCTTAATTCCTTTAGACATTCATAACCTGATAMATTTAATTCAATTT TCTCTTTCATTTCATATTAAGGGGTGGGCAGTAGTATCCAGACATATTTT TAATTGTTTTGTATTTTTTCAATGTATTGCTTTGAGCTTGTTAAGCTCTA ACTTCACGTGAAATTAAAGTCCACAGACCACAAATTTTGTTTTTACACTT AATCTGTTCAGTTTCATAATGAAGAAGTAAGATGAAAAAGGTAAAGTCAT TTCAGAATTGTTTGAGGCCGCCGGCAACAATGCTAAGGCAATCATTAAAG TCACAATATATGCCAGACGACAGGGTTGTATACCCTCAAGATACAAGGTT AATGTGGTTTCAAGACTCATCTCCTTGTCATGCTGCCAAAAATGTATGTC ATTACGTCAKCCGCCAGTCCCACGTTGTTATAAAAGCTGATGAGTAACTT TCAACTGCCCAAACTTTAACCTGTGTGAGTTTTAGTTGCGGTCAGAGATA AGAAGGAAGGTAAACGAACATTTTCATAGTTCCTTGAAATTTCTGAAGCT TTCTTTGAAGAGGAATAGGTACTGCTTCAAAAGAAAGATGTAATAATTGC CTGCTCAGTTTTTATGTCCCGTTTACAGTAGTTTATCAATGCTGAGGTTG ATCAAATTGAATGATACTAAAGCTAGTTGGTCAATTTAGATTTCATAGTT AATATATTTGTCTTAAAATGCCATCTCCTATTTTATAAACTTACAACTTA CTTGACAATATTGTCCAGATACTTCAGCCATCCCTCTGTATTCTACTCCA AAAAAACATTCATGAAAACTTTGTGTAGGTTTAAAAATAAGTACTTAGGC ATTTGTAGGTGAAATAGGTTTAAGTGTACTTTAGTCAAGTACAATTAATT CATTGAAATTTTAAGTAAAAGTAAAAGGGTTATTTTTTTTACATATTTTA GTAATTTACAGGTACTTGAAATATATTTAAATGTAAATACTATGAAGAGT ATCTTTAATTATTGTTTTGTTTCATTCCCATTTTATAATTTAGTCTATTG TTGTTAGAAGTAAATAACTAGATTTTAGCTGTGAAATTTTTTGCACAGAA GAGAATAAATATCTAAAGCTGAGAATTCAAACTTGCTCTATTCTCAGATT GAAGTAACTTTTCATCTTTCAACAAATCAGTAGCAATTGAAAATTTACTA ATTAGCTCAACTAGGTAATGCATTCAAAGTCAAAGACTCCCCATATCAAC ATGTATTACTCACAAATACTTATTACAATTGATAAAAATATTTATTGTTG TAAAACATTTTTTAACGAAATAAGTGAAGTGTTATTCATAACATTCTATC AAAAGTACTTCAAATTATTTATGTTTTCTTAAGTACTAATTTTGAAACCA TGTAATAATACTCGTGTTTCATGAATACTTCAGTACAAGTGCATAATTAT AGGACTTAATGCCACTTAAGTAAAAGTACAAATGCACATAACTCCATCCC TTATTCGTAGATTCTTGTATAATATATCTTCTCTATATTTCAAATAAACA AACCGAGAACAAACACGGGATAGCCTATGAAAGCCAATGAAGCTATCAAG CCTTTATTGACTTCATAGTTGTAATGACCAACTAAGAGAGAAAAAGGAAA ATAAAAAAAGTGCAAGTTTAATATATACAAATTTGTTAATTTACAATTTG TATCAAATAGATCAAAAAATATAAGAGAATTAAAATTATTGTATTATCTT TTCCACAAATACTTTTGTAAATTCTTCATTAATAATGTTTCATATCACTT TTTGATTGTAATTTGTCTACAACATATGTATATAAAGATATAATACTTTC AAATTCCTTGTCAAAAAATTTAAGACAACTCCTTTTTTAATAAACAGCTT TTTCAAAAAAAAAAAAAAAATGGACATACATTTCTGTTTTACAATAAAAA CTGAACTGAATCAACTTCTAAACAGTTTTAACTCAATACAAAAAAATGTT TCTCTGTATATAGCAAACGATTTTCATATACCTTTAAGTAACAAAAAAAA AATTTGAAAACAAAAACTATTCATACAAAAAACAACTTTACACAATTAAT CTTAGATTCTTTTTTTTTTAATTTCTTTAATGAAAAAAGGTATTTAAAAA AAAGAATAGAAAGGAAAAAAGGAACATTTTTCAATTATTTTTTTTGCTTA ACATCATTAATTTAAGTTGATATATGTATTAAAAATATTTTTCTTTTCTT TTGTTCAAAATTGACTCTCTGAGCATGGACAAAAACACAAATAATTTTAC TAATAATATCTAAAAAGTAAATAAGAATCAATGTATTGTATTTTATCCAT CTTATACCCATAAGCATTTATACAACAATATTTAATGGGAACTAGAGAGT AGGATAAGAACCTTTGTTTGACAAATTAAAAATTGGTTATAACTGTCACA TTATAATTTTTACAGAATTACTATTCCTTGTTAAATAACATTAGTCAAAA AACACTTTTTGTAGCCCTGGATAGAATATGGGTTTATTTTGTTTGCTTAA GGTTCCTTTAATTTGTTTGATGGAGTTCCACTGATTAAGTATAAGTGAAT ATCAAAGTATTCAAATTACTCCAACTAACCTAGGAATCTTTTGTGAAGTC CATATGTATAAAGTATATTTCTTTCTTCATGAAACACCTGGGCCGAACCT ATGCATATTAAATTCAAGAAAATATTTATTCTCGAGCGTGTTGTCCATCA GCTACGGCGATTCAATTATATTTCTAATTGCTTTTACCTCAACAAATATA GAAATGKCCCAATGTAACTCAAAAGRCCTGCCATTATGGCCTTTTTTAAA CATTTTCAGGATTTTTATGTCATTAGCGAAAATGAAATGCAGGGATTACC TCGGACCCCACACTAAAGAAACAATTGCATTCATCTTAGTTGTACAGTAA ATAATATAAACATGATTAAAGTAATTGATATTAGAATATTTTTATTTATA AATATAATTTGACCATAAATTCTAAGCTATTCTTTTAAAATTTTGATCCA AGCTGGTTATAGCATCCTCACAATCTGATATAAGTGTTCAAGAGTGATTT TACGATGATATTTATTTTCTAAACATTCATTTCAGGAAAAAAACAGACTT TCATCTATATTAAATATTTATTAAGGGAATTATGAAATTGGTCATTGGAT CACTTTTACTTGTGAATAATTTATTATGGAGATAATATTGGCGGATATAA AGGAAGAGATGAAAAAAGGAAGTTATTAACAAGCACCGTAGCAACAATTG GTAGAAGTGAACTCCAGAGAGTATAGGGTAGTCAATGTCATTCTTGCCAA AAAATCATAATTTAGGCTAATCATAGTACCCTTTTTACAATATTATTGTA ATTAAATCATTTCAATCAGTCGTATAAATGCACTTGTACCTCGCAACTTG GTTCATGGACTGCTAGTTAAGAATCCTTACTACAAACTGATATATCAGTC AGTCAGAGTTGCACTTATGAGTTATAACTAGATAATTATTCCATTTGATC CAGCAAACATTTGATGTAGTAAAAATAAATCAATTATTATTCCAATATAT AGTTTTAGTTATYTGTTAGTTTATACTGGACGGTGTTAGAAATATAATAT TTTTTACTAAATAAACTTATTTCATAGCTTTGTGATTGTTTGATTCAGAA TTGTATAAGCGTGCGTCAAAGATGGACATTGGTACAGAGACAAAACGGTA TATGTTACAGATTTAAAAAAAGGTAAAAACGTAGCCAGGTGGCTCAAAAT CTTATTACTGTTTAAGTTCCTCATATTGTAACAGCATAATACGAGAAATA TTGGTCTCGTCCATTTCGTTACAGTCCTTTTGATATCAAAGATGTACCTC GCTCTGCTAAAGCCAGCTGTGAGAAATGTRGATAAATTAAMGGAAATCGG TGARCCCGKCCGTCWTMTAGCCACTTTTTTGATTACCAAGGGAAAAAACA TAAAATTAGAAAAAAAAGGATTTTTCATGGATTTCTTTTTACTATACTTA TTCCTATCTTAAAGTCCATAAATGTATTAAATGTACATTTCTTTCTTTAC GTAGAAGTGACTGAATATTGAACTTATGCAATTGATTTCACGAGAATATT TTTTTCTGTGCTCGTTGTCCACTGAGCTAAGTCACTCCATTTTTTCATCA TTTGCGCCCAAGAGAATTAAAGGAGATTACTTATACTGAATCATCACAAT TCCAGAGCTTATTTAGGTTTATAAGTACATCATATTTGTACATATCTGTT ACAAAGTATTAAAAAGACTAAATGTACTAATGTAAATATAAATAAATCCC TCCCCTAATCAATAATCATGAATTGCCTCTAAAGATGAAAGAACCAAGTT AAATTTTATCATTATAAGAAATGAATATTAATCTCAATATTTTTTAATGA AAGTACTATTATTTATACTTTATGTATGTTCTTANCCCCTTTTTATTAAC AAGAAGATCAAAAGTAGTAAAATTGAATAAAATACCAAGAACATTGACAA TCTTTCCTTTTAATTTTTTTGTTGAAAAAATAGTTGGATTATTTTTAAAT AATATTAATTTATTTCATAAATTATTATTTTGATAACTGTTAGTAAATTT ATCCAGCGTAAAAKAATCTTTTCTTATTTTCATGACATTTTGGTAACCTA TCCTTTAAGTGGTCACAAGTTTTATGAATAGTTAACTGATGAATAAAAAA TAACATTTTTTATGTATTTTTTCCAACTTGAAGTAATTTTTTATTTATTA TCCTTCTCACACAAATGTGAATTAGACCAAGAAATAAATAAATGYAAAAC TTTTTTTTTCTATACTTTTGTAATCCTTAAAATTGTGTTTCTTTTTGAGC ATACAAGTCTTATATTTAATTTAAATCATGGGATTATTTTAAAACGATTA ATACTCGTGTGATAAATAGGAGGAATATAAGGAATATGATGAGATTTGAA TCCTTTCTGATACCTTTTTTCTCTTATTTCACTTTTTAATATCCTCCATT CTTATTATTAGTCTTTAAAATAAAGTTTAATTAAGTGTGATTACCTTTTT AGTCAAATGATTTGTACTGTATATATATATATTATATATTTTAATGGGAA TGTTAAGAAATAAAAAAATACAAAATCATAATAAACTTTAATTTTAGTGT TTAAAGCCTAAATTGGAGTTCGTGAATGATTTTTTTTCATTTCAGTGTAT GGTATAGGTACTTGTAATGCAGCATATTAAAAATTGTCACCAAGTAGCCA TAAAAGATAAATAATTAGAGCATTTACAGATTGAGCAATCCAAAACTTGC AGAAGCATGATTAAATTACAAAAAATGTGAAGAATAGACAGCTCAAAATC AATCTGTGATATCTTTACACACAATATTTAGCTTTCATTATTCCCTTCCT CACCATTAATAACAGTGGTGTATCACGCTATCATGATGACAACTCGGAGG TAATCTAAATTTAATTGAGAGGTGTGGTAAACATTCTTCTCTAAGACGTC CCAAACTGCAACGTCCTGGGAGTTGAGGCAAGGGATGGAGGAGGGCCATA TGGAGACAGGCAAAAAAATAGACATATGTTCGCTGCAAAAATGTTGGGTT TTCTTGTCTGTATTCCCATCATTATTGGATTTATTGATATTGTAAGGAGT CCAGATAGAGAAGCCAACTGTCTTTACAGACTTATCGGCGAGGAGGAGAT CACATACATGTTCCCTTTTTTGTTGTTGCTCCCAAAAATTTACAAATAGA GAACTGGAATAAAAACAAAACTTCTTTATTTTTGTTCATCTGTTGTTTGA TTGCATAATAAAGCCTTATTATAAGAAATAAGCGGGATAAAATTGTTATG AACTGATTCTGTAAGTTTTGCATTTCCCACTTAGTAGGTACTTCAACCTT CTAGCTTATGCAATGGCTGCTACATTAGTCATCAATACAAATTACTTTAT CACCACAAAACCAAAAACTTTGAGGGCGAATCTAGTTCTAAACAGAGTTG TTGTTTTTTTTGGGAAAAATTTGAATCCTCACAACTTGATAAGAAATATG ATTATGTAGTTATACTTAAAGGTGCAACTGCGTAACTTGTGTTTGATGAA GGGGAAAGCTATGGCTTKATAATATTTTTKCAGGGATTAAATCCTCAATT TTAAATTACCTATTGACATGTAAGAACCGGGTTTATTGTTAATTTAATAT CATACTGATTTAAATACTTCAGTATCCATTTTTGCATTGCAACAATTATT TATGACTTCTGATCACATGTTAGAAAGAAATGTCGTAGATTATACAGGTA AAAAGTTTTAATTTGAGTTTAAATATACCCTACTTATAAGACGTATTATG AAGAAAAAGTAGATGGAGATCATTAAATTACAAATAATTTGCATTGTTTC TCCCTTGTTCTATTTTTTTTTCTATACAGTTCGTGACGTCTAATTGTAAC TCTTTAAATGCATGTATAGGAAATGTACCTGTGTATGTAAGAAGAAAGAA ATGTTAAATGACTTTTTTGGTATCAGATTTTGTGACCAAACTTGTAATAA TGTTTCAGATTACCTTTATAGCTTTCCAAATACCTTTTCGAGACATGTCT CCGTCTTATATTTTTGACATTTACATTCAAAGATTACAAATATCTAGTGA TGAATATTGGGTGTTTATTTTAATGCACGGCTGTTTTTATGGAATTGGTA ATCTGAAGAATGATTTTTCCCCCTCAGCTGATGTTATTATTGTATGGTTT TTAGTATTATACTTACTTTTTAAATAGATTCCATTATTTCAAAACTTAAT TGAATATTTGTGTGTGCTCATAAAGACGGAGAGTAACCTTGAAGATTTGT TGCAATTACAGTTGTAAGTCTTTCTTGGATTCAGAGTAGAATTCTGGATG ATTATCAGAGTAATTTTTGTCTATTTTCCAATTTTTTTTTTTTCCTTCCT CCTTTGTCACTGCACATTCAGCAAAGGCTTTGGTCTGAATGGAGAGCCAT ATGTTGTAATCATAGGATTAAGATTAGGCAATAATGGATCCCAAAAGTGC TTCGGCCAATAAACAGGATTTTCCTTAATTTTTTTAGATAATTTTASCAG CCTATACAGCTTAACTAATGAAACTTCATGAAGGCTAAGCTGCTCTCATC TAAATCATTATTTAAATTGTCTGGGTCACCATGTTAATTTTCAGTTTCTT TTTTTTTTAATACAAAATACACAACATTTTTATCACTACTAATACCCAAG AGAAAGTTATTTGGTTCGTTAAAAATGTTATCTGACAACCATTTAGCTCA TATTATATGTGCACATTAAAGTTGTAACATGTCACTCTGTGTCAAAGATG ATATTTGTTGCCCACATTAGTCTACTGTTATTTTTAATTATCCTTATTTT ACAAATATTGTTAGGAAAAGTTAAGTATCTGTTTTAATATGTTGTCCAAC TTTTAAAACTTTTGCAATGTAAGATTTACATTGGATRGAATTGAGATCTT CTTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNTGAGTATTCTTATTTTTTAAARTAATACAAACAACTTTTG TTGTAGCATGTAGTTCGACATCTTTAATATTTCAAATAACAAACAGGTAA GATGATCTATTTATAAACTATGATCGCCTATACATAATGTAATAGCCCTT CGAACATGTATATAAATGTCCATAAATAGTGATGATTTTARTTATSAAGG ATATAAAAMATATATACCATGATATTTTTATGATGGAAAAAAAATGTATG AAAATTAAAAAAAAAATCAAAAGTTAGTGTTTTTGGGTAGGATAAACAGT ATTGARAATAAAGCAGAAGTTACTGCGAAAAATATCTGATGAAAAGACAA CAATGCATGCAAAAAGACATTATTTGACTTTAATAATTAATTATATGAGT AATTTGGAATCGACTTGTCTGCAAATTTTTCTTTTAAAAATAATGTTATT TATTAATATCTATGGAATACATGAACAATCTTAATGATAATGCCGACGAG AGTGATTGTTTATTTTTACACACTAACTAAGAATTTATGTTTTCTTTTTC GGAAAATTATTTTGCCAATCAATTTCATAAGTCAGCTCATTCAATAGTTT ACGTAGTAGTATCATTTTTGCCCAAATGCCCACCAGGATTAACAACATAT CTCAAACTATTGCAACAACGTATAACTATTTTTGACYTAATGTAGATCCT ACTAATATTCAGAATATCTGAGATAATTTAGCTTATTAATTAAAGAAATA TGGAAGGGCTTTAGATTAATACTTTTACGACCGTCCAGGATTGGCAAATT GTTTGTACAGGTTAATACAGTGTATATGCTGTCCAAACTGCCAAGTAGTC CCAATTCATGCAAACTAAGTTTTTTTACGCGTTCCACAATTGTATTAWCG TATAGTCATTGGTATCTTTTTTATTTGAAAAAAACAAAAAAAAACTCATA TGGATTGCCATTGTGCCCTACCACGACTTAAGGACCATAATTACATTTTT GAAGGTGAATTTGTATAAGCATTTTAATYCGTTTAAACATTTCATATAAT CCTTGACATGTGTAAAGTTGATCAATAAAATGATTTTTGCAATTGAACCC TTTTGTTATGGTTTTTTGCCATTGCCATGGAGTTGGTTCCTACTCAATAA TTAGAAGTTTTTTAACATTAATTTTATTTTTAATATTTTTAACAAGGTGC ACTTCATTGGCATCGCTATATAACTCAATTTCACCAAAAATGTTACTTAA GTATTTTTGTCGAGTAGGGCAGCATTATTTTTAGCTTATAATACTGAATG TATGATGAAAGCACAACTTTTCAAACTTTAGAACAGGTTAGGAAAAAAAT TTATTTAAAACCCTGAATGGGTGTCTAAATTTGACAAAATTAAATATATA TTTACCTAAAAAATAGAGTAAATTTGCACATAAAAACTAATTTAATTATT ATGCTATTATTTTCCAATTCATGTCTTAATTAAATAAAGCACGTTGATTC GATATATCTAGTTATCTATCAAATGTATTAATTTAGAGATACAACCACTC AAAAAAGACTCTTCAGTAATTTCGTACATCAATTTTTAAAGGCAATTTTA GACATTTGGTAGATCAGAGCGGAAATTACATTTTCTTAAAATTTATATAT TGAGCTTCACTTTTTAAAAAAAATAGCTAAGGAATCTAAAGGGTTGGACA TTTATTTAATACTTCAAGTGAACAAAATAATTTGTTTATATTTTTTGAAA TGTTTGAACGATTGTGCATGGAATGACTCTCATTTCAGTTGTTAAGTGTT TTAAAGAAAGAAAAAAATAACTATCTTTACGATATGTATAGTCATTGATA TTCACCTGGATCAAATAATTTTTTTCTGACAATTTCAAGAAGTGCTAATC TCGATAATTAAATAATAAATTTATATCCATTTGCGTATTTATTAATTTAC TACAAAATATGTAGCTAGAATGGAGATGTTCTCATCTTTTTTTTTTCATT TTCGTTCTATATTATATTGATATAAATATAAATCAAAAACTTTTATTSAA ATGTCCAAAAGTAAAACTTTTTTTTGTCAAGGTAGAAAGATTTTTTTTTA GAAAAAGATGGTCAAATCCTTTCTTCTTATTTCTCTTTATATTCTATGTT GGTACTATTTTGAGTTCGAAAATCCAATGATATAATCAAAAGATACTTTT TGATCAATGTAATATGTAGATTGTAAAAACTATGATCTTAAAAGAGTGCA AGACTTTTTTTAAATGTAACATAAATAGTGTTCATTATTTTCAAAAGATG TTAACATTATTTTTTTATCGTTGAGGTGGGAACAACTCACAATCTCTAAC CTTATTATCATAAAAACTAAAACTGTATATTGTTGTCAGTTGTCAATGTA TCCACTTTACTCCTCCCGAATCAGTCCTCTGTACATTGATTGGTTGAATT ATAAGATGTAAACAATTTCCAACTATTATAGAAAAATAATACCATAATCG GAACTACTAACTGTTTTTGAGCATTTTTCTGTTTKTTTTCGGATGAAAGT TTGATAACGTTGTGATCTAAGTATCTATAACGTCTGTTTACTCATTAATC AAAGAGAGTAATACTGAGGATTTGTTGGGGAGTTAGAAGTGTAATAAGTC TAMAATTGAGGATTGAAATTGGAATAATTATGATCCGTGTGTTTACTAGA TACAAAGTGATATTTGTGTCTAATTCCTTTCTTTCATAGCTATTTACAGC TAATTTAATATAACGTCATGTGAGCTGAAGTGATATCTTCCAAAACATTA TAAACACCATGATATTATTTGGTTTCATTTATTTTTGAAACATTGGCAAG TCATATTTATAAGGAAATAAATATATCCAGACGACAAAAGGATTTTGAAT GACACTACGGCATAGAAAGGCCAACTAGAATCAAATCGAAAGTATCCAGC AGTGAAAATCAGCATGGCATTGGGTAAAACCAAAAGTACATTAAGGCTTT AAGATCCGAGRACTGCAACATATGCCTTTTAATAAAAATACGACCGAAAA TTATCAACAAAAAGCAAGAGAAGCTTAAATTTAAAAGTTGTTTTTTCTTG GGGGGGGGGGGAGAAATAAATGAATACATGTGTTTAATTGGTTTGACTTA CAAATCCCTCAAGGAATGAATTAAAGTCGTATATCAAGTTATTACTCTAT ATGATTTTTTATATCTCGTGTATTATAATTTCAACGTCATTTAAAGAAAA TAAGTTATCTTTTTATAACTGCATCAGAGTAGTCATAGTTAAAGGTCAAT TATCTAGTTGGAACTGCTGATGATTATTTTGAGAAAAATAAACATTTATG ACATCATAGCAGTGGTGCAAGACCCATGGGAGCCAAGGAGCTATTTGATC CCGCTTTTGCAACAAAATTAAAGTTATCACACAATAATAAAATTTCCTTT AGGTCTAAAAAATTTTAAATGACNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NTTTTGAAAAAKAAAAACTTTTTTAAGAATTAATAAAATGGATAAAAAAC TTTTCAGTCAAATTGTCAATAAAGGCTCAGCTCCCCCACAATAAAAGAAA TCTCAAGATGTCCCTGATAACCTCATCATTATATNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN GCTGATATTTTTGATTAATTATTTGTGCATTTTGCCACCTTTATGGTCAT ATTTTTTACAATTTTGTTACATCTTACATTTTTTTTTTTTTGTGCACATT AAATTATGTCTTATTATTTATACACATCAAAAATTCTCAGTTATTTTTAT TTTATGAAACTTCAATATGTTATGTGCATTCACAAGCCACATCAACAACA CTTCAAGCAGCATATATCAACCAAATAATATATATATATATAACAGTCTT CTTATAAGTAGAATAAGAAGCAAACATATATGTACATAGATCATAAAAAG AAATATACTCCATTATGAAGGAATATTAATAGAAAACAAACAAAATATAT TGTCTATAAAAGCACATTTTGTATGTGTTTTTGTGTTCTTTTCCAAATAA AGATTTTTTTTTTACTTTCTTGCAGCAAAAACTTTCTCTTGTAAGTAGAT AGCATGGACATAATATGTAGAATTGACCCCTAGATATAAAAATACTCAAA ATATTACAATAAAGTTATGTATGTCTGAAAATATATACTGTATTTTATTG TCATCCATTAATGTGTTTGCTTCTTATCTCCTAATCAGGGGTCTGAACAT TGATTGGTTGAATTGAAATTAGTATCTGTTAAGATATGTGCAATGACTAA CTTTTTTAACCACTCTCTTAACCTCGAATGTCAGAAGGGAAAATAAATAT TAGAAAAGTGTTCAGAATTCTTTTTTCCAACTGTTAATTATTATTTAAAG AATTTTATTATCCATTAAAAACAATTAATTGATTATCTTACAATGACTGT ATTTGAAAGTACAAAAATTATGAACAAAAGCTCTTGATTGATAAAGTAAA TATAACAATCAAAGTCTTATGTAATACATTTTATGAGCAAAATTATTATG TTTAAGTTCATAATACGTAGAATCAGCTTCCTTGAATCATACTTGAGTTA AACMCTCCATCTGTGTATATTTAAAAAAGYGAGCCGTGAGCACGGTGATA ATTAACAAAAGCAAACTTATTTAATGTATTTTGTTTTCAGCTGTCAATTC CCTCGTCTTTTCCATCGTTACTATTTTGGTTTTTTTATATTTTATTCTTT TTGATAAATAAACGAAGTAATCGTTACAATACTATAYTTATGCTCGGTTT TCCAAAAGGACTTAAATACAATTTCTCCTCGTTGATCCCCTCGTCGTATA TATATATATATATAAGTATATTCTAGGTAATTGACAAAAGTTTTCTCGTC AGTCGAGAAAAAGTGTATTACCACTAAAGTAGATTACTTAACCTTCTTTA CTGATCTAGGAAATTTACACCCCAAACTTTTTTAAAAATACTTCTTATTT TTTATAAATCTACATTTGATACATATCAGTATTAAATCAAATTATATATA TTTMTTTATTTATTGTCATAGTACATTGTTCAGGACTAATTCGTAATTCG ATGTTTAATTAATTTAATTAACTGTTTTTTTTTAAACCCGTTCCTTCGTT TTTTGTTAAACAAGGGTAGCTACAAACATCTAATGCAGTTTAAAAAAATG AAACATAATTGAAATGACRTCATTATTTTAATCATTCAACTGCTTATCAT ATCATGAAATAAGTTTAATTGAKGGGGGTTCTTTTTTMCTCTATTCACTA GCCGTGTTTAATAAAAAGAAAGTTCACTAACAAAGGTTAAAAAACAATTA TTGCTTATTAAAAATAAGATGAGAGACGGTCATATTAACCAATATTTCCT TACATATTCTAAAATTTAATAAAAGCAAACATATGTTCAAAAAATGAATT ATGATCMTAWATTTTTTTCGTACACAAATTCCTTTTGATACCCCCAAMAA ATTCAWCTTCATATTTTGATAAAATATATAGTAATAATGATATTATTGTA TGTACATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNATTTGAACAAAAACAAATATGT CATGCCTTTGAAAAAATAATYTRATGTACATGACTGTATTGTGTTGTTCA CTCCRTTCTTATCTTATTATAGTATAGATGTAAGAATTTTCAATATCATA GCATATAATATACATATATTATAATGAATTCTTCTTTGAAGATATATTTT CTTCCTCAGTCCTTATTTGTTTTCTTTCTTGATTGTCACATAAAATATAC CTCTTTGAGAGGCCTTGATCTGATGAAATTTTAAMAAAAATCCACAAGTA CCTAGAAAAGTGGTTTGAAAGTATTTAGTAGGGAAGAATACCTTCGTCTA ACCCTATTGATTTTCTTTAACTTCCTTTCTATAATATTATGTATAAAAAT AAATATGTATGCACGGATAACTTATGAGATGATAATGTATATAACGTTGT TCCTCATGACAATAGAAACACTTTAATATTTAAAAATATTTATAATATAT TTTCCATTTACAGGAGAACCTCTACCTAGTGTTTTATGGTACATGGATGA CGTTCTAATGGATGATACTTTTCAACAAACTTATGAAGGCACTGTTAAAA ATGGCTTAACGATACGAAAGTTAGAAAGAAAGCACACAGAGAGCTTACTT CGATGCCTAGCCTCGAATAATAACATTACTCGTCCTAAAGAGAGTCATGT CCAGCTCAAAATGTTTTGTAAGCTATATACAAAATACATATATACTTAAA ATAAAGTCGAAGTAATTGATTTAAGCAGCTTTTAACTTATGATGTTATCA TTGACAAAAAAGCAACAATTTGTTTGTAATACTGATCGTCTTCTTTTTCT TTTTTATATATATTTAATAATAGTTCCTCCACAAGGAGTAAAGATACAAG GACCTCTTCAACCTTATACATCAGGTCGAGTTTACTACATATCATGTGTT GTATGGGGATCAAATCCTCCAGCAAATATTAAATGGTATCGAGGTATTAA AGGACTCTCTGACTTAGTACCTTTGAGCTCGTACAATCAAACAGTAACAC ATTCTGGAAATGTTTCTCTCAGTTGGATTAAGTATTTACCTCTACCGTCA CATCAAAGGGATCTTCTTATATGTCGTGGATCTAATCAGGAGCTAATGGG TCATCAACAATTTGTTGAAGACTTTCATCGATTAGAAATTTTTTATGCTC CAAATGTTATGTTAACATTGGGTCGGATGGTAAACCCAAAGGATCTGGAA GAGGGAGATGACGTTTACTTTAGTTGTAATATCGATGCTAATCCTGCAGC ATACAAACTCACTTGGAGACATAATGTAAGTACATATATGACCCCAAAAG TAATGAAAAAGACCAACAAGGAAGTATTTTAGGGCGAAGAAGTGACTCAG GACATTAACAAAGGGATCATCATAGCTAATCAGAGTCTTGTTCTACAACG AATTAGAAGGGACCAAGCAGGGAGCTACTCCTGCGAAGCAAGTAACGTTG AAGGAGATGAAGTCTCGAGTCCAGTGGCGATTTCAATCATGTGTATGTCA TATTGAATTCAATTGACTTCTCTTTTCATACATTTCTTTTGTAGATCGCC CAGTTTGTGTCAAGGATCAAAAAACAATTTATGGTGTATCAGAGCACGAA ACAGCTCACATATCTTGCAAAGTTGATGCTCKCCCACAAGCTGAATCTTT TTCTTGGAGTTTCAATACATCCAGTGGAGGCATGAATCTTCCACGAAACT CATTTACAAATAAAGGCTCTGGAAGCCTTTTAAGCTATACACCTCAAACA CAAATGGATTATGGAACAGTGCTTTGTTGGGCTGAAAATATGGTTGGAAT GCAGCTTCTTCCCTGTATTTATCACGTGATTCCAGCAAGTAAGGACATTG TCTTTTTTATACATCATTTTTTAACATATAATACGGGGAAATATTTCGAC GAGGAAAAAAGCAAACGCTTTCTTTCCTGAATAAATTAGGTCTCATGCAA AAAATATATGTAGTAAGACACATTTTGTTTTATAAGAAATAGTAAACGGT ATAAATAAATAGATATTTTGATATTATACCTAAATAAATAAATAAACTTT TTTTTTAAATATATGTAGATACAATTTATAACAGGCCAGAAACATCCCTT AGAAACAATGGATATAAAGGGAGCAACAAAAACAAACATAACTTTCAATT CATTAATAAAATTTACAAATAATATAATGTTATATTATACCCATTAGTTA CAATATTTATAGAGAATATGTTTAAGAMTAGCCAATAACTAAAAGAATAT TAATAATAAAAAATATGCATGTACATAATAGGGTTTTAGTAATGTTTTGC CACTTATACATGGACTCACTGTACAATAATAAACAAAGTTTTTTTCTCGC AATTTAGATACAWAAACTATTTTCATCCTTGAATCAAAAAGGATTTAAAT AACAAAAAAAAAAAAAAAAACTACAATTTATAAAATNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNATTATTTAGGACCCTCAACATNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNGTACAATAATAAACAAAGTTTTTTCTCGCAATTTAGATAC ATAAACTATTTTCATCCTTGAATCAAAAAGGATTTAAATACAAAAAAAAA AAAACTACAATTTATAAAATGTGATTACGTCTATTATATTCCCATTTGCA CAAATAAATCATTGTATGACAGTCTGTACTATGTATTACATATAAATGAC CATGAAAAAAGATGATTTAAATGTCCTTGTCAATAATGTAGATATATATA TATATACTTACATTTATATAATGAATATTTAATTATGACAAATTGACTGA ATTTTACAGTWGGAATGTATTTATGTCAGACCATTAATAAATTTGACAAA TATATTATCACAATACTATGTATATTCAATATTGACAATCAATTTATTCA CAAAAACAAAAGTAAAGGAGAAGGTATAAAACMGAATTTTCAAATTATAC TTGAGATACGCATATGATGTATTTTTTTCTGACATTATCCTTCTGGAAAT CTGTCATAAACAAACAAAACTTATATTAATAAAACATGCGTAGCATCTGC TCTTAATATATGAGTCAAAATCGATCCGTTCTCCATTATTGGTGCTCTTA AAATCGTTTCAAATTTTGAAAGCGTCATCTATACTTCATTTTTTACTTAC GTAATCACAATAAAGTAGGAATTGAATTTGTTCAGAAAAAAACTTAAAGT ATCTTTCATTGCAATACATTTTTTGATGAGTTCAACTGGTGCATAAGAGC ATTTGCATGATATTGATGTGACCAAGGCAGACTAGAGCAGTAACTTTTTA TTGATATTTTACACTTAAGAGTATGTAATCTCACCTAACTTCTAAAACTA CCACGACAAAAATTTCGAACACCTTGAAGCACATGGAAAAAGAGTTTTTA TATTCTGAAATTATTAGAAAATTGTTGAGAATAGCATTTTTCTAAAGAAA AATATGATTTATATTCATGTCCAAGACAGAAAGACATGTTACAATGACTT TTTGGAAAAAGCTAGTTAATTATCATCAAGGACAAATTTGAATATTATAA ATTAACTTATAAAGTTTAAACATGAGAACAGAYCCTCTAACCCCCCCCCC CCCCAAGTTGAGTTGAAGGAAGTTTGAGTATCTAGTTATCTCAGTAGAAA TGGAGCATGATTCAAACAACTCATTTTTTTGGAGACTTAGATTTTTTGTT ATAGTCATTTTGAATAAATCTTCTACAATTCATTGTTAGTTATAGAGCAC TTTTCTGAACTTTTCTTTCTATGTGTTCCCYCAATGACTCTATTGGGTTC AAATCAAAAAATTGAGCTGGTCATTGCATAATAGGTGAGATGCGAAATAT AAATCAAAAATCAATCTTTTATTTTGTAAAACGCGATCTGTGTAACTACT TACATAACTTTTTATGCGCTAAAAAAATATTAAGGAAAAGGAATAAAGTT AAATAATCACCCATTTAGGTTTTTATTAATATTTTAGCAATTTTTACTTC AATGGATAGTTTTTAACCCTTCTATCCACATGAGTAAGGTCTCTTTGAAA GGGGTTTGTAGATATTTAGAAAAAATATCAGTACATAATATTTAATAAAG AATCCTTATTATTGAAGTCAAGTTTACCTCATAGTTAATTATTTTCTTGT TTATAATGAAGGGTATAAATTCTTATCGCGCTAAAATAGAACGGTGGTTA GTCCTATCATTTTAAAGAAAAAAAATTAAACATTAAAATAGATCAATAAA AAAATTTCCTTTCATAATATAATAAAAAAAAGATTTTTACTTTATATAGA AGCCTTTTGGCCTAGCGGCAGGGGCTAGTGTGAAGTTCCAAACAAATTTA AATTTGAAAAATGTTTCATTCATTAAAGAATTTTTTGAAATAATCAAACC CGTTCATTCTCTAAATTTGTGAATTCACATGTATTTATTTATGTGGGTAC CTACTAAGGCTTTTTATTAGCGGATATATTGGTAATTAAGTCGTACCAGG TATTGGCGAATTTAAAACGGTCATATAGTATAATTTTTTAAGAATTGTGT AGTAATAAAATTGTGTTGCTAATGACGAAACACCTAAAATTTCTGAGCTA TTACCCTCCCACGCCTTAACCCTCTAAAACATGAAAGAAATAACTGATGC CCACATATAAACATAACGATTGTGTACTAAAGTTTTTAACAAATTATTTT TTAATAAAATTAGATATTAAATTTATAAATTTTTTGCAGTTGTAATTATA TGATCTTGGCATGCATAATTTGGTACCTCTTATAGGCAATTCCACTTTCT TTCTTGTTTTTCTCCAGACTAATATTARACCTTCAATATGTGATTATTAG CTTTTTTTATTTAGGATGCACAAAATTGACATAATTTAAATCACTTATTG ACCAACCATTCATTTTTAAACACACAAAAGTGGAAACGTTGACAATTATT GGAATATCAACAAATTCATATTCATATTATTAAACAAAAATATATCACCG AAAGAAATGACCATTTTTGTGTAAATCATGTGAATAAGTAGTTTTTTTAA TAATAACCCCATATATATAGGTAATTGGTGGAATTATCATAAATTTTATC GGATATATATGTACTCTAAATTAGAGAGCAATTGATTTTTTTCTTGATTA AGTACAAAAATTAATAAAATAAAATATGTCAGTACTAATTTGGTAATCTC CATGTTTTAGAGGCAATCTTATTTGCCTTAAATACTTTTTTTAATTGAAT TCTTAGTAAAAAAACAAAAAAAACTTGAAATACCAATACTAATCTTCATA ACAGAACCAGTACAAAAATATTGGTATCATGACAACATTATTGCCTACTA AATAAAATTTTGTGTAATTTATAATAATATTATTTACAATTKTTTCATAA TAATAGTGATGATACGAGAAGAAGTACTTGATATTTTTTTTAACCATTTA TTATTGATGAAATACTTTTACCGATTTGAAGAAAGTATCACTAAGTGAGT TGGTTACATAATTTTCCTGTGTTAAGTATTGGTGCATTTTATACCTATAC ATATACGAGTATGTACTTACATATTTAAGTAATGAAAATGCACCTCTTTT ATTTTCTTTGCATCAATTTATTTTAATGCAAGGCTCTAAGTAATTATTTA ATAGAGGTATAAATAATATAACTTGTTTCTTTATTTATACTATTTTAAAC TYTTACTTTTTTAAATTTGTTAACACGTCAAAAAAATAAAAAAATAAAAT AAACAAAACATTATTATAATTATGCCAATTTATGCAGGCACATTTATATC AATACTTTTTCAATTTATTAATGTCTCATTAATCATTATTAACGATGTGT CTCTGATGATTAAACTTATCAATTAAGTGATGTYTTTTATTTTTTATTAA TTATATATTTTTCATACTACCGTTTTTGAACTTTAAGTTTGTTTGTTTTA ATAATTCGTTTTATATTATATGTAAAAAATTATATCCGATTTGATAAAAG CAACGCTTAAAAGTGAAATAATATTAAAGAGAGAGGGAAAATATGTCAAT TTTTGAAAAACTATCCAATAAATAAATTTAAACAATGTTGAATGTGTAAA CAATATGTTACACAATTTTTTTTTAATTAAAATATACMCTTGATATTAGC CACACTTTCGTGACAAAAGCATGGAGGACATAGAATTTCAGAGACTTACC GATCTATAGTTAAAACTTTGCTTGAAAATGTTTARATTTGCTTTAAAGAG GTAGATAGTTTTGTGGTCAGAGAGTCTTGTTTTGTAAAAGAGGTAGCCTT TGTCTAGTATTCTTTGGGAGATATAGGTGATTATTTTTTTGTTAAATTAC GTGGAAAGTAATAATATTCTTCANNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCACGRC TATGATACAGAGGAATGAGGACAAGTCTTTAGATTTTGCATAGATACTTG CTGTTATTTTCCAATGAAGGAAAAATAAACAGAAACCTAAATTGTACCTT TTCTAGGGACTTAATCAAATAATTTCTGAAAGAGATTAGATCTGTTTATG AAGGTTGGAAGTAGATAAAGTTTTATCATAAAACAAGGATTACGTGTTTA GAAAATTCTTTTAATAACTCAGTTTATGTTGGCCTTTTTTATAATGAATG TAGTGTATATGGTTCTCTAATATCAGATCACGTGGGATGTAAATTTCTAA GTCTAAGTAATCATCTACCACCTTATTACATCAGGAATAAGAAAAAGTTC CTATACGACATTTAAAAGTCAAGCCCCAAGTACTTGAATATTTTTAAATA GTCCAATTCGAGTCCTGAAATTGATTTTGTACTAATTTCAAATGAACACT TGTAATATATGAACCATAGTATTGCAACATTTATTGAGTTCAGTATGAAA TAGCTTTCGAATCCCATTCGAGTCGCAATTCTAAGCTATCGAGTCCAACC CCAGTCTTTAATCTATGATAGTTAGATTAAGTCGACTTAAAAATCTTCAA AATATGGGGGCAAGTCCATATTAAAGACCCAAGGTCTGGTACTAGTACCC CCTACAGTTACTAATACGTTTGAATTTCAGAGAAAAACGTACAATCCCCA AAATAAGATTTCATGAAATTTGAACAAACCCCATATGCGAATAATTTAGA TTTATCTGGTCTACTCCGTCTGTTGTAGATGTTACGTATTAATCTTCTTT TGTCATTTGTATTTCTTGAACGTATTTACCATATATGTTTGTTAATTAAA ATTTGCATTGAAGACCGATGTATTTCAGTGGACAATCTTTCGAGATAAAT TATTATCCTGAACTCACTYTACGTAGGTTCGATCGACAGTCGCTTCCAGA AAAGAAAATATCATAATGTATATGGACTTCAATAACTTTTAGGTCATAAA TAATAATAGTAATACTATAATGTTTCCTAATACTTTATTGGTGCAACCGT ATCTGGCTAAGGAAAAATTTAAAAAATGCTTTACAGTTTTGAGAAGAGAC TCTGTAGACTGAAAACTCCAATAGCATCGTCCTAGATTGTTTTTTTATGA TAAGTACTGTTGGAATACTACATTTGGAATCTGATGTCAAAACCTTAGTT GAAAATTAAATCAATTTGTCTGAACACTGATCTAGCATTAAGAAGATAAG TTTTTTGTTCTTTATAGTCTTCAAATAAATAAAAAGTTTTTCTCGAGCAT ATAGCATCAGGCTTATAGTGTTTGTTTATGTGTTGGGACAATGGTTCTAT ATTTACTTCATAGTTGGTATTTATGTAGATACATTTGTTTTACAAATGTA GTTATACGTCTGTATATAGACATATATTTGTAATAACCTTAATGTGATGA CTTAAAAATAAAGATTTAAAATATTATGTAGAAAACCAGGATATACTATA CAAAATTAAACTTATGGTAGGGAGAAATAAGTCTAAAAATTTGTTTCTAA ACATTAACTAATTGAAAAACAAAGTGCATCACAAAATAATGCTTCCTAAA GTGAAAACAATAATGAAAACAGGGAATTTGCATCTTASTTAATTGTTGTT ATAGTTAGTCTTTAGTTATATTTTTTAAATATTAATAACTCAAATTACTC TAGTTTCTTTTGGTATAGGATTTCAATGTGTTATGTTAATTTTGAGTAAT TTTCAGTAATTTGTGCATTTTACAGATGCTCTTAATATGTATGTATAACA TAGTTATAACTTTGCTAAAGTGATATAGGATAGTTTTAATGCTATATACA ATCCAACATTAGTGTGAAACGGTTTGTATCAACATAAAGTTGTACATATT ACTCCTCATGAGTCCATCATTAATTTAAATGCTTTTAATGTATCAAAAAT ATAATCTCAATCGTCCATTTTAGTTATTAAGTAGTTATCAGTGACTCTTT AGAGATGATTTTACCCAAAATTGACAAATTAAATCGAAGGAATATATTTC ACTGATTATTCCTAACTGAATAATTATTTTTGTGATAATTAATGGCAAAA TTATTAGTCTGGGTCGAAACACATTTAATAACAAGCTTTTTTTGTACTTT GGTACAACTATATTTTCATTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN ACTTGGTATTTTATATTAATTATAATAACATGCTTTTACACTGTCTTTTT TTTTTGCTGATTTGTTGAAATTTTAGGACTTTATTTCTATGAATATATGT ATTATCTAAATAACTAATGACTTTATCTGTTAAAAGTTATATTAACTGTT TAAATTATGAATGGAAGTCGATGTAATTAGCCATAAAGATTAATAATAAA TATTCATTTGATAATGGCGATTGACATATTTTATSATATTTACTAGCTAA ATTTTTATGGCTTATGTGTAAGCAATATCTGATTGAGTACTTTTCAATTT GTAAAACAATTATRTCAAGTTGAGGTTGAAAAAAACGTGAGAKAATCTGT TAATCCTTTAACAGCATATCTTTTGACTTCAACAATAAATGTTTACATTG TTAGATAACTTGGTTTAGTACCAAACATTGCCTAGAGTAATTAGGCATCG GCTAAAAAACAAATTTTCCTTCAATACTTACCCCCAATCAATCCTTAGAA TTATTTGCCGTTTTTCATGAGTACAATCAAACTTAACTAATCAATACTCA TATATTTTATGTGCTCGAGATTGAAAAATAAAGAAGATTATATGTGGATG ACTGAAGAGTAATTTAGTCTTAAGATTGCTCCCTCATAAAAAAAAACAAA AGTTCAATTAAGATACCAGCGTTTATATATCAAATCTTAAGATATATTGA AAATACACATTAATTATGATATGATATACATATGTACATAAGAGACCAAT CACAAAAATTAACAGAATCAGTGTTCTTATTGTATATACTTGCAGTATTT CATTAATAAAACCAATTSTTATTTTTATATGAAAAATACTCTTATGATTT ACATTAGGGATCACTATATATAGAGCAATATATGACTACATTGTTATTTT TTAAATCAAAATATGTTTATGATATACATCATCGAGCACTATATAGAGTC TATTTGGTGACTCGTTTTCATATATTCATACAGACAGACAAACTTGGTTT TACTAATATTGATAAGCATAGTAAATTATTTTTTTTGTAAGTTACATTTA TTTAATATTTGAACAAAACTATAACATAAYACCACGTGATATACATGTGT ATACACATAATTAAAATACATTGAGATATAAATTTTTACTTTGTTTAATT AATCTATATATTAATTTTTTATTTTTTTTTATTTTCTCTTTATATAAATC AATAATGCAAGCTTGATATGGACAACTTCATATCATAATTTAAGTTATTT CAACATGAGGGAAAAAGACAATTTAAAAGAATGAAAAAGTTTAATAAACA ATTGATCAAGGTGATAAACAAAACTGCTTCATGTTAATTTATGTATAAAG ATTTGGCATCCTAATATAAATATCAGAGTATAATTAGTTAAAAATCTTTT GATCTTCAATGTAACAATATACGTAGTTTAGCAATATACCAATTTGACGT GGCAGAACCGTTAAGAAACACATAAGACTACTCAAATTTACTAATTAATT GCATGACAACATAGCTACAACTAGAAAAAGGATTTGTGTATGTCTGTGAG ACAAAAACCGAGGATATACTTATGGTAAAACTCTATTAATACCATTTTTA TATCAGATGCCTCTTAAATGATTTTTGCTTGAGAAAATCAAATACGGCTA TAAAGAGGAGAACATTCTACATTTAAAATAGCATTAGTGCAGGGAAAATA TGATCATTTTATTTAAATTTAGATATATTTATTTTAATATATATTATCAT AAAAACATATACTCAAGATTGGCGAGAATTCTTCTTTTGAAGAGAAATGT AAACAGATCCACGATTTAATTAATAATAACAAAAAAAGGGAAATAACATA CACATTAAGTGTTTTTATTTTTATAATTGCTTAATTTTAGTTTTTTCATT ACAGAGATCCCTTCTTTATATTTAAAACTATGCAACATCAAAGCCCAAAT ATATAATTGTTATTTAATCCATCAAACAAGACAATTATTATTAAAACCTT TAACTACAACAGTTTTGGCCTTTAAAGTATTTTTTTAAAAGCCACGTTTA TAAGAATAATTTCGATTCAGAGTCATATTTTAAGTTGAAATAACTATTTA GAAGAAAATTAAAGGTAATAACAGTGGATAGAAATATTACACCATTCAAA AGATAAATTATTCATTATGTTATCTTGAATAAAGATCCTACACAATGTGT CTAATCATACAAAAATCAAGTAAAATGAAGGATTGTCTTTAGCAGCTAAT ATGTTTTGTATTCATTCTTCATAAGTTTTATATTATAGATAAAACTAAAT AATAAATCTGATAACAGCTTAAAAAGATTAGCTCAAAAAAAAAAGTCAAC TTTGATCATCTTTTCCGTTTAATTACTAATTTCCTCATAGAATATTTAAT AAATAAGCAATGTAAGGATGCGTTAACAAAATTCCAATTTTAAAAATAGG TTAGTAGATTACACTATACTACAAAACCACACTGTTTTTATATGCACAAG AACAGTATATGCTCCACTTAGTAGAGTTTGATCCCCTGATTTTCCTTCAT ATAAAAGCCATTCCATTTTTTTGGTTATTATTGGCTATTTTTAAAGTTCA AAGCTGTTTTAAACCCTGGTGTTGACGATAGGAAGAAATTATGTTAATAT ATATTTGAAAGCCGAATGTTAAGAAATTCTAAAAACAATTTGAAAAAGTA TGTGGCCTGCTTATAACTCGAGTTATCTTTGTTTAAAGTGGAAAATATGT GTTTTTTATTCAGAGACTCATAGCATAGGACGAATAGATTTAAAAAGTTT AAAAGTATATCAATGGTAAGCTGAATATATAAGCTTCAAATTAAAAAAAA AGAGCCTCCCCAAAAACGCTGTATATTGTTTTCAATTTGACACAAAGCCA CAACTATATTTATAGGATAAAACTTATTCTTGAATGAATCTCAAARTAAA AGTCCATATATAGCGGAATGTCCCAGCTAGAAGAAATGGAAATATAGAAA GANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAT GCAATAAGTAATGTTGTATCTATGAGGCTTGAAATAAGGATGCATGTGCG GTATAACTCTTACTAGGGAATTTTAGAGTCAATGTAAAATGATCAATCTC TTTTTTGAGTTTAATCTTGGATATGTGTTGATGGAMGGTGGTGTTCTGCT GAAGGTCTAGCTAACTAACAATTTTTATTTATCTGATCAACGTGGAGGCA TCTTAGTATCATGGGAATATGAACCCTTAATATACGATACCAACATTTCT GGATAACGCCTCTTACTTAAAGAGATTAAAAAATGTAATATTCACWTTGA TTTCAACATCTACAGATCCTTTTCACTAACGTKATGAATTGCATTTAAAT TGTATAGCCTTTTTTTAAAGGCCACGAGCCTCTGTGAGAAAAAATAAGAC CATTTTTGGAATCAGGGCATCAAATTCTATTAGATTGGACATATACTGTT TTTGTAGCATTTTTGCTGTTAAAAAGTATTATTTGAGTAAATGTAATAAG AAACTAATATTTTATAGGTTAAGAGAATAATTACAAGTTACATGTCTTTG ATATCCAATGTAAATATTTGATAAAGANTCTATTCATTTAATCACTCATA AAATCAACTTATTTCTATTTAACTTCGGATCTGTTCACGCAGAAATTTTA ATGCTAATTTGTTAACTATTCCATGCTAAAGTTAAAAGTGAGAAGGAAAA AATAAATCAATATTGACCTTTTCTTTTTTTGGCAGCAAATCTTTAGTAGT TGTGTTATTAAGCTTATTATTTTGTTATAGCTATAACATATTGCATTCAA AATAACTTATCTTTCAAATGATAGAATGTTTCTGATCAATTTTTATTACT TTTAATTTAGGTGTATGGGATCTTAAAAATGATATTAAAATCATTTGAAG AGGTCAAATAGTTTCTTTACTTTTTTCTCTTTGTTCTTTAATTAAAATAT TATATTATAAGGATACTTAATTATTTCAAGTTCATTCCATCAAAAAGAAA TTTATGTGTAGATATACCTACATAAACTTTTATGATTTTATATTCTCAAG TGATGTTTACAATATTATAGTATCATTATTTACCTACTTCAAAAATATAT GTATTTATATAAAGGTTTTAATAAATTATTTTTTGCTTCTCTACAATAGA AGATGAGAGGAAAGAGTTTCTAATTTAATTTTACTCATTTCAAATAACTT ACAGGTCAACCAGATCCACCTCGAAATTGTTCCGTTGTCAATCAAACCCA CGATAGTCTTGAAGTGGATTGCGAAGCAGGTTTTAGTTCTGGCCTCAAAC AAGAGTTCCACATGGAGGTGTTTCGTGCAAAGTCCAGACCTGAGCATCAG CTCTTAATTAACATCACGGCAAAGACACCTAAACTTGTTGCTCGAGGMCT TCCACAAGGGCAAGCCCTATTTCTTCGGGTTTATGCTTCCAATGCGAAAG GGCGAAGTCGTTCTTCTACTTTTGACGGGTATACACTCAAAATGGCGGRT AAACATCCA
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