EMLSAG00000008267, EMLSAG00000008267-691033 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000008267
Unique NameEMLSAG00000008267-691033
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:Unc13d "Unc-13 homolog D (C. elegans), isoform CRA_b" species:10116 "Rattus norvegicus" [GO:0002432 "granuloma formation" evidence=IEA] [GO:0002467 "germinal center formation" evidence=IEA] [GO:0005764 "lysosome" evidence=IEA] [GO:0006909 "phagocytosis" evidence=IEA] [GO:0043304 "regulation of mast cell degranulation" evidence=IEA] [GO:0043320 "natural killer cell degranulation" evidence=IEA] [GO:0045921 "positive regulation of exocytosis" evidence=IEA] [GO:0051607 "defense response to virus" evidence=IEA] [GO:0070382 "exocytic vesicle" evidence=IEA] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 RGD:628593 GO:GO:0006909 GO:GO:0005764 GO:GO:0051607 SUPFAM:SSF49562 GO:GO:0002467 GO:GO:0070382 EMBL:CH473948 OrthoDB:EOG7XPZ4S TreeFam:TF315526 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GO:GO:0045921 GO:GO:0043304 GO:GO:0043320 EMBL:AABR06066170 OMA:PYCLLGI GO:GO:0002432 GeneTree:ENSGT00730000110939 UniGene:Rn.198919 Ensembl:ENSRNOT00000010466 NextBio:35583832 PRO:PR:G3V703 Uniprot:G3V703)

HSP 1 Score: 226.098 bits (575), Expect = 6.901e-60
Identity = 249/1068 (23.31%), Postives = 432/1068 (40.45%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRR-YIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPLVEETCG---------------------QLKPLIFSEDDGESEYINDTL--NLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLD-------------------GEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEF--------------------SALGSITVRLQMLPEHLRVEILNARHLKPPNPVG-----------RFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIH---EKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNE----------------------AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDF--LVRERRK 950
            D LY E LYTI + +G   +P   K+  +L+ YLQEAF    + H+ + Q+    E+P+      +K+AK +LGKD+SG SDP+C + I  K                        EE   T  K +TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +WF LE P  ++   RGQ H                 +P                         +W+ S S ++V IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        +  + +GL  I+K R  +  + +    +++ +++ L  +    +  E   ++     +PQLV  A+     +W+  +Q+   PM        K L+SL+  +   L +  C                      +L+ L+       +  + D +  ++G +LF+LY++L+ F   G    +    +  L   H WF   +  WL      A++R+ +AV++DSL P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +NN++ +   I    ++L  E    ++  VL+                   G E+    R   + L      + Q L+D          G  LP D  L  MK +         ++  CYMN    ++N +                       S+L S   RL++  ++L +         PP  +              Q +S  + I     R R++  A  +  +     VK+ +++ +  +H        +    ++G  DP+V + L P ++F   P + P  +     E                      A LLLT+ D   +G     GEA +PL  +   +   +  +  Q +LPLT P      I+  L+SR  DR A+ F  L R+R K
Sbjct:   53 DLLYEEALYTILHRLG-QPEPNHVKEASELLCYLQEAFQVQPEEHQQMLQRVRELEKPIFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQKVGVPEGSPVSRRRQKAVVRHTIPEEETHRTQVKTQTLNPVWDETFILEFEDITNASFHLDMWDL-DTVESVRHKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVMLRLQDLRCRE-DQWFPLE-PCTETYPDRGQCHLQFQFIHKRRATVASRSQPSYTVHFHLLQQLVSHEVTQHQAGGTSWDASLSPQAVTILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQREELATSFTSLLAYGLSLIRKFRSVFPLSVSDSPSRLQSLLRVLVQMCKMKAFGELCPDS---APLPQLVSEALRMGTVEWFHLMQQHHQPMVQGILEAGKALLSLVQDVMGDLYQ--CRRTWNKIFHNVLKIDLFTMAFLELQWLVAKRVQDHTAAVGDLVSPDVGESLFQLYVSLREFCQLGP---SDSHEVLALDGFHRWFQSAIPSWLQRTYSVALERVQRAVQMDSLVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AVQKDQSQAADMLCVVVNNVERLRLIIDKLPTQLAWEALEQRVGAVLEQGQLQNTLHTQLQGALAGLGHEIRTGVRTLAEQLEVGIATHIQKLIDA--------KGSILPEDAILPLMKFL---------EVKLCYMNTNLVQENFSSLLTLLWTHTLTVLVEAAASHRNSSLAS--SRLKVALQNLEICFHAEGCGLPPEALHTDTFLALQSDLELQAASSRELIQKYF-RSRIQQQAETTSERLGAVTVKASYRASEQKLHVELLSASSLLPLDSNGSSDPFVQLTLEPRHEF---PELAPRETQKHKKELHPLFDETFEFLVPAEPCQKDGACLLLTVLDHDRLGADDLEGEAFLPLCRVPGLTGCVEPGEAPQMRLPLTYPAPNGDPILRLLESRKGDREAQAFVKLRRQRAK 1077          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:Unc13d "Protein unc-13 homolog D" species:10116 "Rattus norvegicus" [GO:0005764 "lysosome" evidence=IEA] [GO:0005770 "late endosome" evidence=IEA] [GO:0006887 "exocytosis" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0055037 "recycling endosome" evidence=IEA] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 RGD:628593 GO:GO:0016020 GO:GO:0005764 GO:GO:0005770 GO:GO:0055037 SUPFAM:SSF49562 GO:GO:0006887 GO:GO:0046903 eggNOG:NOG290002 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 CTD:201294 HOGENOM:HOG000060231 HOVERGEN:HBG104909 EMBL:AF159356 RefSeq:NP_620199.1 UniGene:Rn.198919 ProteinModelPortal:Q9R189 MINT:MINT-4566976 STRING:10116.ENSRNOP00000010466 PhosphoSite:Q9R189 PaxDb:Q9R189 PRIDE:Q9R189 GeneID:192177 KEGG:rno:192177 InParanoid:Q9R189 NextBio:622727 PRO:PR:Q9R189 Genevestigator:Q9R189 Uniprot:Q9R189)

HSP 1 Score: 219.935 bits (559), Expect = 7.949e-58
Identity = 248/1070 (23.18%), Postives = 428/1070 (40.00%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI---ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPLVEETCG---------------------QLKPLIFSEDDGESEYINDTL--NLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLD-------------------GEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEF--------------------SALGSITVRLQMLPEHLRVEILNARHLKPPNPVG-----------RFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIH---EKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNE----------------------AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDF--LVRERRK 950
            D LY E LYT+ + +G   +P   K+  +L+ YLQEAF    + H+ + Q+    E+P+      +K+AK +LGKD+SG SDP+C + I  K                        EE   T  K +TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +WF LE P  ++   RGQ H                 +P                         +W      ++V IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        +  + +GL  I+K R       +D+   +Q   +++ L  +    +  E   ++     +PQLV  A+     +W+  +Q+   PM        K L+SL+  +   L +  C                      +L+ L+       +  + D +  ++G +LF+LY++L+ F   G    +    +  L   H WF   +  WL      A++R+ +AV++DSL P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +NN++ +   I    ++L  E    ++  VL+                   G E+    R   + L      + Q L+D          G  LP D  L  MK +         ++  CYMN    ++N +                       S+L S   RL++  ++L +         PP  +              Q +S  + I     R R++  A  +  +     VK+ +++ +  +H        +    ++G  DP+V + L P ++F   P + P  +     E                      A LLLT+ D   +G     GEA +PL  +   +   +  +  Q +LPLT P      I+  L+SR  DR A+ F  L R+R K
Sbjct:   53 DLLYEEALYTVLHRLG-QPEPNHVKEASELLCYLQEAFQVQPEEHQQMLQRVRELEKPIFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQKVGVPEGSPVSRRRQKAVVRHTIPEEETHRTQVKTQTLNPVWDETFILEFEDITNASFHLDMWDL-DTVESVRHKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVMLRLQDLRCRE-DQWFPLE-PCTETYPDRGQCHLQFQFIHKRRATVASRSQPSYTVHFHLLQQLVSHEVTQHQAGGTSWGRIAESQAVTILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQREELATSFTSLLAYGLSLIRKFRSVFPLSVSDSPSRLQ--SLLRVLVQMCKMKAFGELCPDS---APLPQLVSEALRMGTVEWFHLMQQHHQPMVQGILEAGKALLSLVQDVMGDLYQ--CRRTWNKIFHNVLKIDLFTMAFLELQWLVAKRVQDHTAAVGDLVSPDVGESLFQLYVSLREFCQLGP---SDSHEVLALDGFHRWFQSAIPSWLQRTYSVALERVQRAVQMDSLVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AVQKDQSQAADMLCVVVNNVERLRLIIDKLPTQLAWEALEQRVGAVLEQGQLQNTLHTQLQGALAGLGHEIRTGVRTLAEQLEVGIATHIQKLIDA--------KGSILPEDAILPLMKFL---------EVKLCYMNTNLVQENFSSLLTLLWTHTLTVLVEAAASHRNSSLAS--SRLKVALQNLEICFHAEGCGLPPEALHTDTFLALQSDLELQAASSRELIQKYF-RSRIQQQAETTSERLGAVTVKASYRASEQKLHVELLSASSLLPLDSNGSSDPFVQLTLEPRHEF---PELAPRETQKHKKELHPLFDETFEFLVPAEPCQKDGACLLLTVLDHDRLGADDLEGEAFLPLCRVPGLTGCVEPGEAPQMRLPLTYPAPNGDPILRLLESRKGDREAQAFVKLRRQRAK 1077          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:Unc13d "unc-13 homolog D (C. elegans)" species:10116 "Rattus norvegicus" [GO:0002432 "granuloma formation" evidence=IEA;ISO] [GO:0002467 "germinal center formation" evidence=IEA;ISO] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0005623 "cell" evidence=ISO] [GO:0005764 "lysosome" evidence=IEA;ISO] [GO:0005770 "late endosome" evidence=IEA] [GO:0006887 "exocytosis" evidence=IEA] [GO:0006909 "phagocytosis" evidence=IEA;ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0043304 "regulation of mast cell degranulation" evidence=IEA;ISO] [GO:0043320 "natural killer cell degranulation" evidence=IEA;ISO] [GO:0045921 "positive regulation of exocytosis" evidence=IEA;ISO] [GO:0046903 "secretion" evidence=IEP] [GO:0051607 "defense response to virus" evidence=IEA;ISO] [GO:0055037 "recycling endosome" evidence=IEA] [GO:0070382 "exocytic vesicle" evidence=IEA;ISO] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 RGD:628593 GO:GO:0016020 GO:GO:0005764 GO:GO:0005770 GO:GO:0055037 SUPFAM:SSF49562 GO:GO:0006887 GO:GO:0046903 eggNOG:NOG290002 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 CTD:201294 HOGENOM:HOG000060231 HOVERGEN:HBG104909 EMBL:AF159356 RefSeq:NP_620199.1 UniGene:Rn.198919 ProteinModelPortal:Q9R189 MINT:MINT-4566976 STRING:10116.ENSRNOP00000010466 PhosphoSite:Q9R189 PaxDb:Q9R189 PRIDE:Q9R189 GeneID:192177 KEGG:rno:192177 InParanoid:Q9R189 NextBio:622727 PRO:PR:Q9R189 Genevestigator:Q9R189 Uniprot:Q9R189)

HSP 1 Score: 219.935 bits (559), Expect = 7.949e-58
Identity = 248/1070 (23.18%), Postives = 428/1070 (40.00%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI---ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPLVEETCG---------------------QLKPLIFSEDDGESEYINDTL--NLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLD-------------------GEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEF--------------------SALGSITVRLQMLPEHLRVEILNARHLKPPNPVG-----------RFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIH---EKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNE----------------------AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDF--LVRERRK 950
            D LY E LYT+ + +G   +P   K+  +L+ YLQEAF    + H+ + Q+    E+P+      +K+AK +LGKD+SG SDP+C + I  K                        EE   T  K +TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +WF LE P  ++   RGQ H                 +P                         +W      ++V IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        +  + +GL  I+K R       +D+   +Q   +++ L  +    +  E   ++     +PQLV  A+     +W+  +Q+   PM        K L+SL+  +   L +  C                      +L+ L+       +  + D +  ++G +LF+LY++L+ F   G    +    +  L   H WF   +  WL      A++R+ +AV++DSL P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +NN++ +   I    ++L  E    ++  VL+                   G E+    R   + L      + Q L+D          G  LP D  L  MK +         ++  CYMN    ++N +                       S+L S   RL++  ++L +         PP  +              Q +S  + I     R R++  A  +  +     VK+ +++ +  +H        +    ++G  DP+V + L P ++F   P + P  +     E                      A LLLT+ D   +G     GEA +PL  +   +   +  +  Q +LPLT P      I+  L+SR  DR A+ F  L R+R K
Sbjct:   53 DLLYEEALYTVLHRLG-QPEPNHVKEASELLCYLQEAFQVQPEEHQQMLQRVRELEKPIFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQKVGVPEGSPVSRRRQKAVVRHTIPEEETHRTQVKTQTLNPVWDETFILEFEDITNASFHLDMWDL-DTVESVRHKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVMLRLQDLRCRE-DQWFPLE-PCTETYPDRGQCHLQFQFIHKRRATVASRSQPSYTVHFHLLQQLVSHEVTQHQAGGTSWGRIAESQAVTILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQREELATSFTSLLAYGLSLIRKFRSVFPLSVSDSPSRLQ--SLLRVLVQMCKMKAFGELCPDS---APLPQLVSEALRMGTVEWFHLMQQHHQPMVQGILEAGKALLSLVQDVMGDLYQ--CRRTWNKIFHNVLKIDLFTMAFLELQWLVAKRVQDHTAAVGDLVSPDVGESLFQLYVSLREFCQLGP---SDSHEVLALDGFHRWFQSAIPSWLQRTYSVALERVQRAVQMDSLVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AVQKDQSQAADMLCVVVNNVERLRLIIDKLPTQLAWEALEQRVGAVLEQGQLQNTLHTQLQGALAGLGHEIRTGVRTLAEQLEVGIATHIQKLIDA--------KGSILPEDAILPLMKFL---------EVKLCYMNTNLVQENFSSLLTLLWTHTLTVLVEAAASHRNSSLAS--SRLKVALQNLEICFHAEGCGLPPEALHTDTFLALQSDLELQAASSRELIQKYF-RSRIQQQAETTSERLGAVTVKASYRASEQKLHVELLSASSLLPLDSNGSSDPFVQLTLEPRHEF---PELAPRETQKHKKELHPLFDETFEFLVPAEPCQKDGACLLLTVLDHDRLGADDLEGEAFLPLCRVPGLTGCVEPGEAPQMRLPLTYPAPNGDPILRLLESRKGDREAQAFVKLRRQRAK 1077          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:UNC13D "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0002432 "granuloma formation" evidence=IEA] [GO:0002467 "germinal center formation" evidence=IEA] [GO:0005764 "lysosome" evidence=IEA] [GO:0006909 "phagocytosis" evidence=IEA] [GO:0043304 "regulation of mast cell degranulation" evidence=IEA] [GO:0043320 "natural killer cell degranulation" evidence=IEA] [GO:0045921 "positive regulation of exocytosis" evidence=IEA] [GO:0051607 "defense response to virus" evidence=IEA] [GO:0070382 "exocytic vesicle" evidence=IEA] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 SUPFAM:SSF49562 OrthoDB:EOG7XPZ4S TreeFam:TF315526 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GeneTree:ENSGT00730000110939 EMBL:AADN03007565 Ensembl:ENSGALT00000003497 Uniprot:F1P5D8)

HSP 1 Score: 214.542 bits (545), Expect = 4.879e-56
Identity = 172/678 (25.37%), Postives = 304/678 (44.84%), Query Frame = 0
Query:   43 HKPRKKIITLDELYIEILYTIQNMVGCDTDPK---DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYK----------------------AKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIHPE----------------------------------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEM-PMDNNRALKIKTLISLIIKLCSPLVEETCGQ---------LKPLIFSEDDGE-----SEYINDTLN---------LGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNI 631
            H+  K+ + L  LY E+LYTIQ+ +G    P+   D  +L  Y+Q+AF  D + H  + QQ    E P+      +KEAK +LGKD+SG SDP+C + I +K +E  +   K                      ++TL+P W+E F L+ E+++  +  +D+W+  D  E+V     K+ E+ D    K+  KD   A       + +G+V   ++++      +W++LE P  ++   RGQ H +                                           W+G  S  +  +L  HA Q  L+     +A+WL Y+  +  L  + +  +  +  + Y    + L PE+++   E     + +G+  I+++R  I          E +   L +L          +      D+P++V  A++    +W+   ++ + PM  +     K L  L++++   L  + C +         LK  +FS    E     +E++ + L             +LF+LYL LQ      D +  ++  L+ L + H WF + V +WL  A   A++R  +AV++D L P  +  KHS+S VD+ T   QI   W+QLNWPD E ++  + K+++D+C+  + Y   + +R E +S  C++ E      LC+ +NNI
Sbjct:    5 HRFSKQELAL--LYQEVLYTIQHRLG-KPQPQHVADAQELCAYVQKAFGMDAEEHRAIMQQVQELESPIFCLKATVKEAKGILGKDVSGFSDPYCLLGIESKNQEPAHPDSKRRLKAVVKDLIPEDQIHRTQIISQTLNPVWDETFILEFEDMETASFHLDMWD-SDTVESVR---HKLGELTDLHGLKRIFKD---ARKDKGQDDFLGNVVLRLKDL-HCWDDQWYQLE-PRTETYPNRGQCHLQFLLTHKKRATTCSRTQPSYTVHRHLLQQLVSHEILQHQAGSTAWDGELSPHASTVLYLHATQKDLSDFHQVMAQWLAYSKLYQSLEFNSSCLLHQITSIEYQWVQERLRPEQKAELAESFQSLLTYGVSLIRRYR--IIFPLSVARSTERLQSLLRVLVQMCKMKAFRELCTPSPDLPRMVSEALKSGTAEWFHMKKQHLQPMVKSMEENGKALAKLLLEVIGDL--QQCQKIWNKFFISTLKLNLFSIAYLELESLVAEHVQEQLREIDTGMSKPTAESLFQLYLNLQELYRMKDFLPKRDGPLA-LSDFHQWFKEAVPQWLQKAYSIALERAQRAVQMDQLTPFGEHNKHSTSTVDLSTCYAQIVKTWQQLNWPDPEEAFMIMVKLVEDMCKIALMYCRLVKERAEALS-LCEQNEGEAANRLCIVVNNI 664          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:UNC13D "Uncharacterized protein" species:9913 "Bos taurus" [GO:0002432 "granuloma formation" evidence=IEA] [GO:0002467 "germinal center formation" evidence=IEA] [GO:0005764 "lysosome" evidence=IEA] [GO:0006909 "phagocytosis" evidence=IEA] [GO:0043304 "regulation of mast cell degranulation" evidence=IEA] [GO:0043320 "natural killer cell degranulation" evidence=IEA] [GO:0045921 "positive regulation of exocytosis" evidence=IEA] [GO:0051607 "defense response to virus" evidence=IEA] [GO:0070382 "exocytic vesicle" evidence=IEA] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 GO:GO:0006909 GO:GO:0005764 GO:GO:0051607 SUPFAM:SSF49562 GO:GO:0002467 GO:GO:0070382 KO:K15621 OrthoDB:EOG7XPZ4S TreeFam:TF315526 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GO:GO:0045921 GO:GO:0043304 GO:GO:0043320 CTD:201294 OMA:PYCLLGI GO:GO:0002432 GeneTree:ENSGT00730000110939 EMBL:DAAA02049511 RefSeq:XP_005221223.1 UniGene:Bt.104883 ProteinModelPortal:E1BFF0 Ensembl:ENSBTAT00000018027 GeneID:506146 KEGG:bta:506146 NextBio:20867468 Uniprot:E1BFF0)

HSP 1 Score: 213.001 bits (541), Expect = 1.888e-55
Identity = 250/1072 (23.32%), Postives = 446/1072 (41.60%), Query Frame = 0
Query:   30 PRLRRVNSSSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPK---DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKD-SRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRR-YIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPL--VEETCGQ-----LKPLIFSEDDGESEYI--------------NDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLDGEEVANS----CRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITV------------------RLQMLPEHLRVEILNARHLKPPNPV--GRFQ--------HSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHN------DGLCDPYVCIRLIPGNKFVGXPNVLPNSS-------------TYRM---------NEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            PR + +  SS  +  P ++ +    LY E LYT+   +G   +P    +  +L++YLQEAF  + + H+ + ++    E+PV      +K+AK +LGKD+SG SDP+C + I                           E+   T    +TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++    R FK+  KD           + +G+V   ++++     H W+ LE P   +   RGQ H                 +P                         +W+GS S ++  IL  HA Q  L+    +LA+WL Y+  +  L    +  +  +  + Y      L+ E+        S  + +GL  I++ R  +  +      +++ +++ L  +    +  E   N+     +P LV  A+      W+   Q+   PM        K L+SL+  +   L   + T  +     LK  +FS    E +++              + TL +G +LF+LY++L+     G     ++  L+ L   H WF   +  WL      A+ R+ +AV++D L P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +N+++ +   I    ++L  E    ++  VL+ E++ N+     +  L  L  +     + L + L+          +   E++L    IL L      +L  CYMN    ++N +   S L + T+                  RL+   ++L V         PP  +    FQ         ++ S+ +       R++  A  +  +     VK+ ++  +  +    V++ S+ N      +G  DP+V + L P ++F   P + P  +             T+           + A LLL++ D   +G     GEA +PL  +   +   +  ++ Q +LPLT P      I+  L+SR  DR A+ F VR RR+
Sbjct:   35 PRAQEIEPSSHHL-SPEERAL----LYEEALYTVLYRLG-QPEPNHVGESSELLRYLQEAFRMEPEEHQQMLKRVQQLEKPVFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQGMTVSGGSPGLRRRQKAVVRHTIPEEQTHRTQVITQTLNPVWDETFILEFEDISNASFHLDMWDM-DTVESVRQKLGELTDLHGLRRMFKEARKDKGQ-------DDFLGNVVLRLQDLRCREDH-WYPLE-PCTDTYPDRGQCHLQFQFIHKRRATKASRSQPSYTVHLHLLQQLVSHEVTQHQAGSTSWDGSLSSQAATILFLHATQKDLSDFHRSLAQWLAYSRLYQSLEFPSSCLLFPITSIEYQWIQGRLKAEQLEELATSFSSLLAYGLSLIRRFRSVFPLSVPDSPARLQSLLRVLVQMCKMKAFGELCPNS---DPLPSLVSEALRAGTVGWFHLKQQHHQPMVQGLLEMGKALLSLVQDIIGDLHQCQRTWNKIFHNVLKIDLFSMAFLELQWLVAKRVQDHIAAVGGSVTLEVGESLFQLYVSLKELYQLGPLPSERDGVLA-LEGFHRWFRPAIPSWLQKTYSVALARVQRAVQMDQLVPLGELTKHSTSAVDLSTCFAQISHTAQQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AGQKDQGQAANMLCVVVNDMEQLRLVIGKLPTQLAWEALEQRVGPVLEQEQLQNTLHAQLQGALAGLGHEIRTGVRTLAEQLEAGIAKHIQKLVGIRESVLPEDAILPLMKFLEVEL--CYMNTNLVQENFSSLLSLLWTHTLTVLAEVAASQRSCPRACSRLKFALQNLEVCFYAEGCGLPPEALHTATFQALQRDLELQAASSRELIHKYFCSRLQQQAATTSEELGAVTVKASYRPSEQKLR---VELLSASNLLPLDSNGSSDPFVQLTLEPRHEF---PELAPRETQKHKKDLHPLFDETFEFLVPAEPCQKDGACLLLSVLDHDTLGTDDLEGEAFLPLCSVPGLTGMEEPGEVPQTRLPLTYPAPNGDPILQLLESRKGDREAQAF-VRLRRQ 1076          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:unc-13-4A "unc-13-4A" species:7227 "Drosophila melanogaster" [GO:0008021 "synaptic vesicle" evidence=NAS] [GO:0007269 "neurotransmitter secretion" evidence=NAS] [GO:0016082 "synaptic vesicle priming" evidence=NAS] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 EMBL:AE014296 GO:GO:0008021 SUPFAM:SSF49562 KO:K15621 OMA:RAGTMGP OrthoDB:EOG7XPZ4S InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GO:GO:0016082 GeneTree:ENSGT00730000110939 RefSeq:NP_001261504.1 RefSeq:NP_648096.4 UniGene:Dm.21296 SMR:Q9VS41 IntAct:Q9VS41 MINT:MINT-1010522 EnsemblMetazoa:FBtr0290001 EnsemblMetazoa:FBtr0333368 GeneID:38801 KEGG:dme:Dmel_CG32381 UCSC:CG32381-RB CTD:38801 FlyBase:FBgn0035756 InParanoid:Q9VS41 GenomeRNAi:38801 NextBio:810444 PRO:PR:Q9VS41 Bgee:Q9VS41 Uniprot:Q9VS41)

HSP 1 Score: 212.616 bits (540), Expect = 4.003e-55
Identity = 235/952 (24.68%), Postives = 397/952 (41.70%), Query Frame = 0
Query:  148 TSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKS-----------------------KKFRGQIHP----------------EP-FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPIL---EKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRR-YIANDAKYVIQVEHIVKCLSLLYA-EASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCS----PLVEETCG-QLKPLIFSEDD---GESEYI---------------------NDTLNLGTNLFELYLALQRFVTFGDEIYTK----EKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVS-ELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYG-DKLPHDETLLKMKNILQLY-ASDSSDLIACYMNERYKEQNRTKEF---SALGSITVRLQML-----PEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRR-----------------RMKSLAHLSRSQRNLHWV-KSKFKSLKDNIHEKGVQMHSSHN-----------------DGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNE-------------------AYLLLTIKDRAWIGHGIFVGEALVPLSDIE-----MTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKY 951
            TS K  TL PKW E+F  DI++I+ DT  +D+W+  D    V D   +++EV+  R   +F K    ++      + +GSV  P+  +PS+G+  WFKLE    +S                       +    QIH                 EP +TW G     ++ IL Q AVQ  L+    A+AR++  A  +   PL       +L   EK       + L  + E    +  + FV   L  I++HR  + A +   +I++E +++CL LL +  A +A    N    G+    V  A+ +    W   + +E     N      T ++  I+L       L + T G Q   +I+ + D   GE  Y                       D   + T  FEL+LALQ F      +  +    EK L+ L NSH WF   + RW+ ++  KA+QRI  A+ +D++   + +V++SSS+VD  + L  IK FWK LNWPD + +    S+++D VC   + Y D +   +        +G F  + ++C+++NN++YV + +  + S E  +EE+ D L       + N C R L  L        Q+ L   K + +  +  D LP ++ ++ +   L  + A+ +S L+        K  NR+  F   + LG ++ +++       P H    +  A  L     +  F H+ G   +   +                    R+  + ++ R +  L  V  S + SL        V+ + +H+                 +G  DP+V I L+P   F+       N     +N                    A +  T+ D   +    F GEA + L +I       TSVD     L+Q +LPL   +D+ + I+  L+ R  D+ A+DF+ +++ ++
Sbjct:  450 TSIKPHTLTPKWNEKFKFDIDDINTDTFHLDIWDHDD-ESCVMDAVSRLNEVRGVRGLGRFFKQVCQSARQGSQDDFLGSVNIPLSEIPSTGLDAWFKLEARSHRSTVQGRIRLKLWLSTREDRNTVSEENHEQQIHKVEQLQRVFMQHEVTTHEPSWTWCGDLPGPALTILHQLAVQSDLSDLHCAMARYVAAAKLNRSTPLDPKFLHRLLSDVEKQWNQPNQEALSRDLEQWLADAMNGFVERSLNQIRRHRDIFPALNPPSLIRLEFLLRCLGLLGSMRAFRAVCPFNKGVRGE----VVNALRKGSVMWGQTVMRESQSMPNPLSNFVTTLTADIQLGQTYYHALFDNTNGIQYFSIIYKQYDAMVGEEVYSRMAAGQVPGVRMNLSQYAVLEGDAEPVDTKPFELFLALQEFCQLKRHLSAQPQPPEKPLA-LSNSHEWFIPTLERWMMVSKAKALQRIRAAIRMDAICEGERIVRYSSSSVDTASTLLNIKEFWKVLNWPDEDTAIMMESQLIDVVCSAAMHYCDLIHTALADSGYYEQQGPFRCSDDMCVTVNNVEYVRRTLAEFRSDEQPLEESADNLLESSLTHMENRCERILSKLAP----LMQMSLQ--KAMFHLAWSPDSLPANQAIVPLLEYLDCHLAALNSALLT-------KNFNRSLRFIWKTVLGEMSRQMETGDETDKPTHFHKRLYEALQL-----LIDFFHAEGQGLLLECLHTEDFWRIEQRLQFHKTDTDRLIDMFYMQRLREQLMAVMPSPYGSL-------AVRAYFNHDSLCVEVLHARDVVPLDPNGFSDPFVVIELLPRRVFLHCMEQQTNVHKRTLNPVFDECFEFSVTLEQCLTEGAMICFTVMDHDVLTANDFGGEAYLALGNIPGVADYSTSVDN-FHGLKQIELPLMEQKDKCNPILQILEVRVNDKQAQDFVRKQKSRF 1369          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:BAIAP3 "BAI1-associated protein 3" species:9606 "Homo sapiens" [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IPI] [GO:0007269 "neurotransmitter secretion" evidence=TAS] [GO:0008022 "protein C-terminus binding" evidence=TAS] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 EMBL:CH471112 GO:GO:0007186 SUPFAM:SSF49562 GO:GO:0008022 GO:GO:0007269 EMBL:AB017111 EMBL:AB018277 EMBL:AK294744 EMBL:AK295645 EMBL:AK299309 EMBL:AK299358 EMBL:AK315059 EMBL:AL834321 EMBL:AE006467 EMBL:AL031709 EMBL:BC104966 EMBL:BC112129 PIR:JE0347 RefSeq:NP_001186025.1 RefSeq:NP_001186026.1 RefSeq:NP_001186027.1 RefSeq:NP_001186028.1 RefSeq:NP_001273393.1 RefSeq:NP_003924.2 UniGene:Hs.458427 ProteinModelPortal:O94812 SMR:O94812 BioGrid:114450 IntAct:O94812 STRING:9606.ENSP00000324510 PhosphoSite:O94812 PaxDb:O94812 PRIDE:O94812 DNASU:8938 Ensembl:ENST00000324385 Ensembl:ENST00000421665 Ensembl:ENST00000426824 Ensembl:ENST00000562208 Ensembl:ENST00000568887 GeneID:8938 KEGG:hsa:8938 UCSC:uc002clk.2 CTD:8938 GeneCards:GC16P001383 HGNC:HGNC:948 HPA:HPA015627 MIM:604009 neXtProt:NX_O94812 PharmGKB:PA25252 eggNOG:NOG290002 HOVERGEN:HBG050658 InParanoid:O94812 KO:K15621 OMA:RAGTMGP OrthoDB:EOG7XPZ4S PhylomeDB:O94812 TreeFam:TF315526 GeneWiki:BAIAP3 GenomeRNAi:8938 NextBio:33610 PRO:PR:O94812 ArrayExpress:O94812 Bgee:O94812 CleanEx:HS_BAIAP3 Genevestigator:O94812 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 Uniprot:O94812)

HSP 1 Score: 202.216 bits (513), Expect = 5.828e-52
Identity = 178/688 (25.87%), Postives = 290/688 (42.15%), Query Frame = 0
Query:   55 LYIEILYTIQNMVGCDTDPK--DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFI---SNKAEEK-------------------------QYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKD----SRSFKKFIKDT-YNASTGHI---IHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH-----------------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEE-ESRFYEVASVFVCHGLEFIKKHRRYI-ANDAKYVIQVEHIVKCLSLLYA-----EASKAESEDNTRYIGDIPQLVYVAVEESIQDWY-AFIQKEMPMDNNRALKIKTLISLI------IKLCSPLVEE-------------TCGQLKPLIFSEDDGESEYIND--TLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYV 634
            LY E LYT+    G     +  DE  L+ YLQ+ F    + H    ++    + P     + +  AK+LL KD +G SDP+C + I   S+   E                          Q T  K+ TL+P W+E F  +IE++  D + +D+W+  D    V +  RK++EV       R FK+ +K    N + G       + +G +  P+R VP +G+ RWFKLE P + + + +G  H                                         P   +W G  S  +  IL  H  Q  L+  + A+  W V +  H    L Y+  + +LE +    +     P+E E    +  S F   GL+ +++ R Y  A ++  V ++E ++KCL  L       E    ESE N          +  A++   ++WY   +  + P +     ++  L+ L       ++ C  +                T  QL+ L+  E    +E ++   TL + + LFELYL L     F D I  ++ R   L   H  F   V  W  +   +A  R+  AV++D+LEPVD   +HSSSA      L+ I+  W +L WPD   +    +++  DVC  T+FY + + K+V+T   A  +    V+  LC+ +NN++ V
Sbjct:  139 LYEEALYTVLYRAGTMGPDQVDDEEALLSYLQQVFGTSLEEHTEAIERVRKAKAPTYALKVSVMRAKNLLAKDPNGFSDPYCMLGILPASDATREPRAQKEQRFGFRKGSKRGGPLPAKCIQVTEVKSSTLNPVWKEHFLFEIEDVSTDQLHLDIWDHDDDVSLV-EACRKLNEVIGLKGMGRYFKQIVKSARANGTAGPTEDHTDDFLGCLNIPVREVPVAGVDRWFKLE-PRSSASRVQGHCHLVLKLITTQRDTAMSQRGRSGFLSHLLLLSHLLRLEHSAEEPNSSSWRGELSTPAATILCLHGAQSNLSPLQLAVLHWQVSSRHHQTCTLDYSYLLGLLEDMQAHWEEAPSLPQEQEESLADSLSAFSEFGLQLLRQLRDYFPATNSTAVHRLELLLKCLGKLQLFQPSFEICPFESELNMD--------IAAALKRGNREWYDRILNDKSPREQPGPQRLPGLVVLADAVYDDLQFCYSVYASLFHSILNVDVFTLTFRQLERLVAEEAWVLTEELSPKMTLEVASGLFELYLTLADLQRFWDSIPGRDSRSLALAGIHAPFLPAVKLWFQVLRDQAKWRLQGAVDMDTLEPVDASSRHSSSAATAGLCLSHIQELWVRLAWPDPAQAQGLGTQLGQDVCEATLFYTELLRKKVDTQPGAAGEA---VSEALCVVLNNVELV 813          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:BAIAP3 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 GO:GO:0007186 SUPFAM:SSF49562 OMA:RAGTMGP OrthoDB:EOG7XPZ4S TreeFam:TF315526 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GeneTree:ENSGT00730000110939 EMBL:AAEX03004649 EMBL:AAEX03004650 EMBL:AAEX03004651 Ensembl:ENSCAFT00000031139 Uniprot:F1Q465)

HSP 1 Score: 196.823 bits (499), Expect = 3.673e-50
Identity = 177/689 (25.69%), Postives = 299/689 (43.40%), Query Frame = 0
Query:   48 KIITLDE---LYIEILYTIQNMVGCDTDPK--DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFI----------SNKAEEK------------------QYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKD----SRSFKKFIKDT-YNASTGHI---IHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRG----------QIHPEPFT----------------------WNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLN-YALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI-ANDAKYVIQVEHIVKCLS-----LLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWY-AFIQKEMPMDNNRALKIKTLISLI------IKLCSPLVEE-------------TCGQLKPLIFSEDDGESEYINDTLNL--GTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYV 634
            +++T +E   LY E LYT+    G     +  D+  L+ YLQ+ F    + H    ++    + P     + +  AK+LL KD +G SDP+C + I           +  E++                  Q T  K+ TL+P W+E F  +IE++ +D + +D+W+  D    V +  RK++EV      SR FK+ +K    N + G       + +G +  PIR VP +G  RWFKLE P + + + +G           I  EP T                      W G  S  +  +L  H  Q  L+  + A+  W V +  H    L Y   + +LE +  +  +   L  E+E    +  S F   GL+ + + R Y  A ++  V ++E ++KCLS      L  E    E+E N          +  A++   ++WY   +  + P +     ++  L+ L       ++ C  +                T  QL+ L+  E    +E ++  ++L   + LFELYL L     F   I  ++ R   L   H  F   V  WL +   ++  R+  AV++D+LEP+D   KHSSSA       + I+  W +L WPD   +    +++  D+C  T+FY + + K+V+T  +    GE +  P LC+ +NN++ +
Sbjct:   96 RVLTQEEVEMLYEEALYTVLYRAGTMGPDQVDDQETLLGYLQQVFGTSPEEHAEAIERVKKAKAPTYALKVSVVRAKNLLAKDPNGFSDPYCMLGILPASGTPREPGSHKEQRFSFRKGSKRGGPLPAKCIQVTEVKSSTLNPVWKENFLFEIEDVSMDQLHLDIWDHDDDVSLV-EACRKLNEVIGLKGMSRYFKQIVKSARANGTAGPTDDHTDDFLGCLNIPIREVPVAGEDRWFKLE-PRSSASRVQGDCQLVLKLITTILQEPLTMPAPSSTHAAPPPPRLQRNSSSWRGELSGPAATVLCLHGAQNNLSALQLAVLHWEVSSRHHQTCTLDYGYLLGLLEDMQAHWEEASSLPQEQEKSLADSFSAFCEFGLQLLGQLRDYFPATNSTAVYRLELLLKCLSKMQVFQLSFEICPFEAELNMD--------IAAALKRGNREWYDRLLNTKSPHEQPGPQRLAGLVELADAVYEDLQACYGIYASLFHSIAEIDFFTLTFRQLERLVAEEAWVLTEELSPKMSLEVASGLFELYLTLADIQRFWSSIPGRDSRSLALAGIHAPFLPAVKLWLQVLRDQSRWRLQGAVDVDTLEPMDVSSKHSSSAATASLCFSHIQELWARLAWPDPVQAQALGTQLSQDLCEATLFYTELLRKKVDT--QPGPAGEAVSEP-LCVVLNNVELL 771          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:UNC13D "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0002432 "granuloma formation" evidence=IEA] [GO:0002467 "germinal center formation" evidence=IEA] [GO:0005764 "lysosome" evidence=IEA] [GO:0006909 "phagocytosis" evidence=IEA] [GO:0043304 "regulation of mast cell degranulation" evidence=IEA] [GO:0043320 "natural killer cell degranulation" evidence=IEA] [GO:0045921 "positive regulation of exocytosis" evidence=IEA] [GO:0051607 "defense response to virus" evidence=IEA] [GO:0070382 "exocytic vesicle" evidence=IEA] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 GO:GO:0006909 GO:GO:0005764 GO:GO:0051607 SUPFAM:SSF49562 GO:GO:0002467 GO:GO:0070382 TreeFam:TF315526 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GO:GO:0045921 GO:GO:0043304 GO:GO:0043320 CTD:201294 GO:GO:0002432 GeneTree:ENSGT00730000110939 EMBL:AAEX03006289 RefSeq:XP_540438.2 ProteinModelPortal:E2RFA6 Ensembl:ENSCAFT00000007945 GeneID:483319 KEGG:cfa:483319 NextBio:20857729 Uniprot:E2RFA6)

HSP 1 Score: 196.438 bits (498), Expect = 4.310e-50
Identity = 190/798 (23.81%), Postives = 331/798 (41.48%), Query Frame = 0
Query:   55 LYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI---ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLI------IKLC----SPLVEETCGQLKPLIFSEDDGESEY-----IND----------TLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLD-------------------GEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQN 736
            LY E LYT+ + +G   +P   ++  +L++YLQEAFH   + H+ + QQ    E+P+      +K+AK +LGKD+SG SDP+C + I                           E+   T    +TL+P WEE F L+ ENI   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +W+ LE P  ++   RGQ H                 +P                         +W+GS S ++  IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        S  + +GL  I++ R       +D+   +Q       L +L          +  R    +P LV  A++    +W+   Q+   PM        + L+SL+      ++ C    + + + T   LK  +FS    E ++     + D          +  +G +LF+LY++L+     G     ++  +  L   H WF   +  WL      A+ R+ +AV++D L P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +N+++ +   I    ++L  E    ++  VL+                   G E+    R   K L     ++ Q L+D  + +        LP D  L  MK +         ++  CYMN    ++N
Sbjct:   55 LYEETLYTVLHRLG-QPEPNHVREASELLQYLQEAFHMGPEEHQQMLQQVQKLEKPIFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQGVGVPGDSPGSRHRQKAVVRHTIPEEQTHRTQVITQTLNPVWEETFILEFENISNSSFHLDMWDL-DTVESVRQKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVVVRLQDLHCRE-DQWYPLE-PRTETHPDRGQCHLQFQLIHKRRATVASRSQPSYSVHLHLLQQLVSHEVTQHQAGSTSWDGSLSPQAATILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKEEQLEELATSFSNLLAYGLSLIRRFRSVFPLSVSDSPARLQ-----SLLRVLVQMCKMKAFGELCRDSAPLPHLVTEALKTGTVEWFHLKQQHHQPMVQGMLEAGQALLSLVQDIIVDLRQCQHTWNKIFQNT---LKVDLFSMAFLELQWLVAKRVQDHTAVVAGNPVSPEVGESLFQLYVSLKELCQLGPAPAERDG-VQALDGFHRWFQPAIPSWLQKTYSVALARVQRAVQMDELVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AGQKDQGQAANMLCVVVNDMEQLRLVIGRLPTQLAWEAVEQRVGAVLEQGQLQNTLHAQLQGALAGLGHEIRTGVRTLAKQLEAGIAKHIQKLVDVKESV--------LPEDAILPLMKFL---------EVKLCYMNTNLVQEN 814          
BLAST of EMLSAG00000008267 vs. GO
Match: - (symbol:Unc13d "unc-13 homolog D (C. elegans)" species:10090 "Mus musculus" [GO:0002432 "granuloma formation" evidence=IMP] [GO:0002467 "germinal center formation" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0005623 "cell" evidence=IMP] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005764 "lysosome" evidence=ISO] [GO:0005768 "endosome" evidence=IEA] [GO:0006887 "exocytosis" evidence=IEA] [GO:0006909 "phagocytosis" evidence=IMP] [GO:0016020 "membrane" evidence=IEA] [GO:0043304 "regulation of mast cell degranulation" evidence=ISO] [GO:0043320 "natural killer cell degranulation" evidence=IMP] [GO:0045921 "positive regulation of exocytosis" evidence=ISO] [GO:0051607 "defense response to virus" evidence=IMP] [GO:0070382 "exocytic vesicle" evidence=ISO] InterPro:IPR000008 Pfam:PF00168 PROSITE:PS50004 SMART:SM00239 MGI:MGI:1917700 GO:GO:0016020 GO:GO:0006909 GO:GO:0005764 GO:GO:0051607 GO:GO:0005770 GO:GO:0055037 SUPFAM:SSF49562 EMBL:AL607108 GO:GO:0002467 GO:GO:0070382 eggNOG:NOG290002 OrthoDB:EOG7XPZ4S TreeFam:TF315526 InterPro:IPR014770 InterPro:IPR014772 InterPro:IPR019558 Pfam:PF10540 PROSITE:PS51258 PROSITE:PS51259 GO:GO:0045921 GO:GO:0043304 GO:GO:0043320 CTD:201294 HOGENOM:HOG000060231 OMA:PYCLLGI GO:GO:0002432 EMBL:EF127645 EMBL:EF127646 EMBL:BC141289 EMBL:AK220199 RefSeq:NP_001009573.2 RefSeq:XP_006534251.1 RefSeq:XP_006534252.1 RefSeq:XP_006534253.1 RefSeq:XP_006534254.1 UniGene:Mm.259460 ProteinModelPortal:B2RUP2 SMR:B2RUP2 PaxDb:B2RUP2 PRIDE:B2RUP2 Ensembl:ENSMUST00000075036 Ensembl:ENSMUST00000106450 Ensembl:ENSMUST00000106451 Ensembl:ENSMUST00000173345 Ensembl:ENSMUST00000174822 GeneID:70450 KEGG:mmu:70450 UCSC:uc007mjt.1 GeneTree:ENSGT00730000110939 InParanoid:A3R4M5 NextBio:331645 PRO:PR:B2RUP2 ArrayExpress:B2RUP2 Bgee:B2RUP2 Genevestigator:B2RUP2 Uniprot:B2RUP2)

HSP 1 Score: 196.438 bits (498), Expect = 4.572e-50
Identity = 175/714 (24.51%), Postives = 316/714 (44.26%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI---ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPLVEETCGQ---------LKPLIFSEDDGESEYI------NDTL--------NLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLDGEEVANSCRRTLK 671
            D LY E LYT+ + +G   +P   K+  +L+ YLQEAF    + H+ + ++    E+PV      +K+AK +LGKD+SG SDP+C + I  K                        EE   T  K++TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +WF LE P  ++   RGQ H                 +P                         +W+ S S ++V IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        +  + +GL  I+K R       +D+   +Q   +++ L  +    +  E   ++     + QLV  A+     +W+  +Q+   PM        K L++L+  +   L +  C +         LK  +FS    E +++      + T+        ++G +LF+LY++L+     G  + +  + +  L   H WF   +  WL      A++R+ +AV++D+L P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +NN++ +   I    ++L  E    ++  VL+  ++ N+    L+
Sbjct:   52 DLLYEEALYTVLHRLG-QPEPNHVKEASELLSYLQEAFQVQPEEHQQMLRRVRELEKPVFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQKVGVAEGSPVSRRRQKAVVKHTIPEEETHRTQVKSQTLNPVWDETFILEFEDIANASFHLDMWDL-DTVESVRQKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVVLRLQDLRCRE-DQWFPLE-PCTETYPDRGQCHLQFQFIHKRRATAASRSQPSYTVHFHLLQQLVSHEVTQHQAGSTSWDASLSPQAVTILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQREELATSFTSLLAYGLSLIRKFRSVFPLSVSDSPSRLQ--SLLRVLVQMCKMKAFGELCPDS---APLSQLVSEALRMGTVEWFHLMQQHHQPMVQGILEAGKALLNLVQDVMGDLYQ--CRRTWNKIFHNVLKIDLFSMAFLELQWLVAKRVQDHTVAAGNLVSPDIGESLFQLYVSLKELCQLGP-VPSDSREVLALDGFHRWFQPAIPSWLQKTYSVALERVQRAVQMDTLVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AVQKDQSQAADMLCVVVNNMEQLRLIIDKLPTQLAWEALEQRVGAVLEEGQLQNTLHAQLQ 745          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592794197|gb|GAXK01160371.1| (TSA: Calanus finmarchicus comp143731_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 746.117 bits (1925), Expect = 0.000e+0
Identity = 385/783 (49.17%), Postives = 532/783 (67.94%), Query Frame = 0
Query:   25 PVIPTPRLRRVNSSSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRAXXXXXXXXXX--------------------------------------XXXCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKE---KRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPH--DETLLKMKNILQLYASDSSDLIACYMNE 730
            P + + RLRRVNSS+LS+++ +KK++T++ELY+E+LYT+ +M+GCD D  +E +LI Y+++AFH D + H+ L + A M+EEP LK NL++  A++L+GKD+SG SDPFC+ +++     +  TSYK +TL+P W E+F LD+ +++ D +R+D+W+F +P E+V++K  KI++V+D R  +KFIK+T +A+TG   HEL+GSVE P++N+P+SG+  W+ LEKP+ K +K RG+IH                                    PFTWNG FS ESV ILAQHAVQG+LTGA+TALARWLV+ HTHCDLPL Y +F PILEK++YAL N LL  +EE++F EVA VFV H +EFI+KHR ++A+D +Y++Q+E+I+KCL+LL     K  +E +     +I + V  AV  S++DWY FI  +MP+++NRA++IK L +L                                        +LC   VEETC +L+P+IFSE D + EYIN+++ +GT LFELYLALQ     G+E++T     +    ++ SHIWF+K VARWLDIALYKAMQRIIKAVELD L PVDDLVKHSSSAVDIRTVL QIKTFW QL WPDVE+SY YISKILDDVC+TTIFYAD+M +RV +  +  + G+F V+  LCL+INNIDYVLQYIQP+V+ELG E T+  L  L+G+ VANSCRRTL TL +   +  +  +  L+VL +   G+K+     + LLK  N++  YAS   + I  Y++E
Sbjct: 1122 PTMTSSRLRRVNSSTLSLNRTKKKLLTVEELYVEVLYTVLHMIGCDIDQVNETELINYVRDAFHMDEEKHQQLLEIATMKEEPYLKTNLEVHGARNLIGKDISGQSDPFCTFYLTTNPHARYNTSYKPRTLNPSWNEDFVLDVNSVEQDNLRVDIWDF-NPEESVNEKLNKINQVRDGRGLRKFIKETLHATTGKNSHELLGSVEIPLKNIPASGVSGWWNLEKPETKKQKERGEIHLSLTLSTEKDQHLTSQEHRHLLKILFAHELQRSNAAPFTWNGEFSRESVLILAQHAVQGKLTGADTALARWLVFCHTHCDLPLDYRLFHPILEKISYALDNSLLHADEEAKFAEVALVFVNHCVEFIRKHRHFVASDPEYLVQLEYILKCLNLLQGTLEKCNNEVDC----NIKEQVEEAVVNSVEDWYNFILDKMPIESNRAMRIKNLTNLANILGQDLREGCESSHNQFKESLNVNYRQLCYKTYERQLSELCRDFVEETCDKLRPVIFSEIDNDKEYINNSMTIGTGLFELYLALQSLAKLGEELFTGNEVSRETFEVQESHIWFNKAVARWLDIALYKAMQRIIKAVELDDLSPVDDLVKHSSSAVDIRTVLMQIKTFWAQLCWPDVESSYAYISKILDDVCKTTIFYADKMVERV-SREQNNNVGKFQVSESLCLAINNIDYVLQYIQPFVNELGYEPTLSGLSSLNGDMVANSCRRTLTTLIQNAMENVENKI--LEVLEDV--GEKMAPVIKDFLLKSTNLVT-YASRDKNAILNYLDE 3437          

HSP 2 Score: 263.848 bits (673), Expect = 5.780e-72
Identity = 165/426 (38.73%), Postives = 236/426 (55.40%), Query Frame = 0
Query:  557 DIRTVLTQIKTFWKQLNW-PDVEASYTYISKILDDVCRTTIFYADQMC------KRVETVSKACDKGEFIVTPELCLSINNIDY-------VLQYIQPYVSELGM---EETIDKLHVLDGEEVANSCRRTLKTL--RKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFS-ALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXP-------------------NVLPNSSTYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDF 943
            +I  VL  I+ F  +L + P +    +    ++ + CR T+    Q        K +E +    +K   ++   L  S N + Y       +L Y+   +  L     E+  +++  +  E  A +   T+      KKPP YF+ LL+ LK+L +FFYG  +P DETL +MK +LQLYASDS+DLI  Y   R KEQ   +     LGSIT+R Q+L +HLRVEILNARHLKPP      + S   KY      + R KS  +++RSQ+NL WVKSKF SLK NI+E  V +H+++  G  DPY+ IRL+PG+KF   P                   +   + +  R++ AYL + +KDR  +G GIF+GEA +PL ++E  ++D  L DL Q QLPLTRP D +SD++ ALDSR +DR AK+F
Sbjct: 3144 NIDYVLQYIQPFVNELGYEPTLSGLSSLNGDMVANSCRRTLTTLIQNAMENVENKILEVLEDVGEKMAPVIKDFLLKSTNLVTYASRDKNAILNYLDENLVLLKQNLTEDNFERILAIIWESSAQTLEETIYMCIENKKPPTYFKTLLEVLKILCDFFYGPVVPRDETLTRMKLLLQLYASDSADLIGRYYWNRIKEQRSLQAGDYKLGSITIRAQLLKDHLRVEILNARHLKPPEI---HRGSIADKYTRAG--KLRAKSNMNMTRSQKNLDWVKSKFASLKANINEAQVSIHTANTQGQSDPYISIRLVPGSKFTDTPKHRTRTQRRTLFPLFDETFDFFVSGAHRRLDSAYLQICVKDRGIMGQGIFLGEAYLPLQEVEEENMDKPLKDLPQIQLPLTRPLDHESDLVFALDSRIYDRQAKEF 4406          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592862499|gb|GAXK01095063.1| (TSA: Calanus finmarchicus comp978785_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 474.167 bits (1219), Expect = 2.428e-146
Identity = 262/704 (37.22%), Postives = 399/704 (56.68%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDID-TIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH-------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDA-KYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMP-----------------------MDNNRAXXXXXX----------------XXXXXXXCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTK-------EKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIV--TPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRK 675
            +ELY ++L+ + +M+GCD+   ++ +L+++L++AF  + + H  L  Q   +  P +K +L I EAK L+ KD+SGT++P+C+ ++S+  E  Q TS K +TL+P W E F +D+ N D + ++ IDVWNF DP + + D+ +++ EVKDSRS K  I +T    +G    +LIG +E  +  +P+ G ++W+ L K D K KK RG+IH                                  +TW  +FS+E+++ILAQHA+Q R++  +TAL R LVY   H  LPL   +F+PILEKL   +  + +  +    F+E +   V H   FI+KHR YI N+  KY  Q+E I+K L +L+          N R   DI   V  A+  S+++W+ F+   +P                       ++  RA                         +  +   ++++ C ++KP++F E++ ++  +  +L +GT LFELYLALQ+F T G  +  K       ++        H WF + VA+WLDIALYKAM RI+KAV LD L+PVDDL  H+SSAVD+RTVL QIKTFW QL+WPDVE SY +IS+I+DDVC+  IFYA++MC + E        G  ++  + E CL+INNIDYV+ YI P+V +LG+E  + KL   +G  VA++CR+T++TL K
Sbjct: 1291 EELYCDVLFCLIHMIGCDSKKINQFQLVEHLRKAFQIEPKRHLELYNQVSAKPNPSVKLSLGIIEAKDLVSKDISGTNNPYCTFYVSSSKESPQSTSCKPQTLNPVWNETFTMDVANKDQNESLHIDVWNF-DPGDGIVDQLKRVGEVKDSRSLKLLISNTVAPQSGD---KLIGHIEIQLATLPACGTNKWWTLYKMDGKVKKERGEIHLIQHLFTREDQLTEHTRLLKVLLSHELIKRNCAAYTWRDNFSKETLQILAQHAIQSRMSRVDTALTRLLVYCQMHLVLPLDCRVFIPILEKLRKPVLANQIPDQMVKEFHETSEKLVGHFTTFIRKHRLYIGNNGPKYKTQLEAILKGLHILHTL--------NWRTRNDIVLQVEDALLASVREWFNFVIDRIPTREKSQNGRMANLTRMTHLLMADIEEGRAQYQAMFWENLNIDYVEIAYREFDQNLTLITKAVIDKACDEMKPILFKEEEKDN-VLKSSLTVGTQLFELYLALQQFYTLGFSVIKKGNSQEKDDEEKDDFTVFHSWFIRAVAKWLDIALYKAMVRIVKAVGLDDLKPVDDLSSHTSSAVDLRTVLNQIKTFWLQLSWPDVETSYVFISRIMDDVCKAIIFYAEKMCAKAEEQKMVSGTGVQLLHCSAEQCLAINNIDYVMTYINPFVCDLGIESILTKLEQQNGGLVADACRKTIRTLMK 3363          

HSP 2 Score: 189.119 bits (479), Expect = 4.583e-48
Identity = 116/354 (32.77%), Postives = 189/354 (53.39%), Query Frame = 0
Query:  631 IDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFS-ALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKS-------KFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSS---------------------TYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSR--TFDRLAKDFLVRERRKYGI 953
            +D  L +++  +     E  +  +  +  + +++   ++++  +KKP Q+F  L +T KVL NFFYG+K+P D +LL  K++L+L+ASDS  LI  +  +R  +Q      S  LGSI +R+Q L  HLRV++LN RHLKP  P+ R          P     +R+   + L++S  NL  V S       K+ SL+ ++ E     H + N+G+C PYV ++L+PG    G P     S+                     T   + ++LL ++KD+  +G  + +GEALVPLSDI     D  L+DL+Q QLPLTRP     DI+ A+++R    ++ ++ +L+ +R+K  I
Sbjct:  109 LDENLVFLKARLVPANFERVLSLMWAVSAKSLSDIVHKSIE--KKKPAQFFVSLYETFKVLLNFFYGEKIPQDRSLLSTKHLLELFASDSDSLINNFYKQRLSDQRSIPVGSFPLGSINIRIQFLRSHLRVQVLNCRHLKPVGPLNRSNSGDLGNQNP----NKRLYRNSRLNKSSHNLRSVDSKMDFMSDKYFSLRLSVREARQLAHRTANNGMCSPYVTVKLVPGTD--GQPQFSKVSTKCQPRTLFPLFDETFDMLVPETINTDNSFLLFSVKDKGPLGDRLLLGEALVPLSDISQCDQDCVLTDLDQIQLPLTRPGVNVVDILTAIETRRSNLNKESRRWLINQRQKLLI 1146          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592862500|gb|GAXK01095062.1| (TSA: Calanus finmarchicus comp978785_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 473.781 bits (1218), Expect = 8.502e-146
Identity = 262/704 (37.22%), Postives = 399/704 (56.68%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDID-TIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH-------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDA-KYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMP-----------------------MDNNRAXXXXXX----------------XXXXXXXCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTK-------EKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIV--TPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRK 675
            +ELY ++L+ + +M+GCD+   ++ +L+++L++AF  + + H  L  Q   +  P +K +L I EAK L+ KD+SGT++P+C+ ++S+  E  Q TS K +TL+P W E F +D+ N D + ++ IDVWNF DP + + D+ +++ EVKDSRS K  I +T    +G    +LIG +E  +  +P+ G ++W+ L K D K KK RG+IH                                  +TW  +FS+E+++ILAQHA+Q R++  +TAL R LVY   H  LPL   +F+PILEKL   +  + +  +    F+E +   V H   FI+KHR YI N+  KY  Q+E I+K L +L+          N R   DI   V  A+  S+++W+ F+   +P                       ++  RA                         +  +   ++++ C ++KP++F E++ ++  +  +L +GT LFELYLALQ+F T G  +  K       ++        H WF + VA+WLDIALYKAM RI+KAV LD L+PVDDL  H+SSAVD+RTVL QIKTFW QL+WPDVE SY +IS+I+DDVC+  IFYA++MC + E        G  ++  + E CL+INNIDYV+ YI P+V +LG+E  + KL   +G  VA++CR+T++TL K
Sbjct: 1291 EELYCDVLFCLIHMIGCDSKKINQFQLVEHLRKAFQIEPKRHLELYNQVSAKPNPSVKLSLGIIEAKDLVSKDISGTNNPYCTFYVSSSKESPQSTSCKPQTLNPVWNETFTMDVANKDQNESLHIDVWNF-DPGDGIVDQLKRVGEVKDSRSLKLLISNTVAPQSGD---KLIGHIEIQLATLPACGTNKWWTLYKMDGKVKKERGEIHLIQHLFTREDQLTEHTRLLKVLLSHELIKRNCAAYTWRDNFSKETLQILAQHAIQSRMSRVDTALTRLLVYCQMHLVLPLDCRVFIPILEKLRKPVLANQIPDQMVKEFHETSEKLVGHFTTFIRKHRLYIGNNGPKYKTQLEAILKGLHILHTL--------NWRTRNDIVLQVEDALLASVREWFNFVIDRIPTREKSQNGRMANLTRMTHLLMADIEEGRAQYQAMFWENLNIDYVEIAYREFDQNLTLITKAVIDKACDEMKPILFKEEEKDN-VLKSSLTVGTQLFELYLALQQFYTLGFSVIKKGNSQEKDDEEKDDFTVFHSWFIRAVAKWLDIALYKAMVRIVKAVGLDDLKPVDDLSSHTSSAVDLRTVLNQIKTFWLQLSWPDVETSYVFISRIMDDVCKAIIFYAEKMCAKAEEQKMVSGTGVQLLHCSAEQCLAINNIDYVMTYINPFVCDLGIESILTKLEQQNGGLVADACRKTIRTLMK 3363          

HSP 2 Score: 188.734 bits (478), Expect = 5.112e-48
Identity = 116/354 (32.77%), Postives = 189/354 (53.39%), Query Frame = 0
Query:  631 IDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFS-ALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKS-------KFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSS---------------------TYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSR--TFDRLAKDFLVRERRKYGI 953
            +D  L +++  +     E  +  +  +  + +++   ++++  +KKP Q+F  L +T KVL NFFYG+K+P D +LL  K++L+L+ASDS  LI  +  +R  +Q      S  LGSI +R+Q L  HLRV++LN RHLKP  P+ R          P     +R+   + L++S  NL  V S       K+ SL+ ++ E     H + N+G+C PYV ++L+PG    G P     S+                     T   + ++LL ++KD+  +G  + +GEALVPLSDI     D  L+DL+Q QLPLTRP     DI+ A+++R    ++ ++ +L+ +R+K  I
Sbjct:  109 LDENLVFLKARLVPANFERVLSLMWAVSAKSLSDIVHKSIE--KKKPAQFFVSLYETFKVLLNFFYGEKIPQDRSLLSTKHLLELFASDSDSLINNFYKQRLSDQRSIPVGSFPLGSINIRIQFLRSHLRVQVLNCRHLKPVGPLNRSNSGDLGNQNP----NKRLYRNSRLNKSSHNLRSVDSKMDFMSDKYFSLRLSVREARQLAHRTANNGMCSPYVTVKLVPGTD--GQPQFSKVSTKCQPRTLFPLFDETFDMLVPETINTDNSFLLFSVKDKGPLGDRLLLGEALVPLSDISQCDQDCVLTDLDQIQLPLTRPGVNVVDILTAIETRRSNLNKESRRWLINQRQKLLI 1146          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592949696|gb|GAXK01008857.1| (TSA: Calanus finmarchicus comp938254_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 168.703 bits (426), Expect = 1.457e-41
Identity = 153/657 (23.29%), Postives = 284/657 (43.23%), Query Frame = 0
Query:  148 TSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQI------------------------------------------HPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAK-YVIQVEHIVKCLSLL-----YA-----------------------------EASKAESE----DNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRAXXXXXXXXXXXXXCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPY-----VSELGMEETIDKL-HVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFY----GDKLPHDETLLKMKNIL 713
            TS K  TL+P W E+F  DIE+  +D + +D+W+  D   NV +  + ++EVK  R  ++F K    ++ G    + +G +  PI+ VPS+G   W+KL    ++S+  +G I                                            + + W+GS S+++  IL QHA+QG +   +  + RW V      + P+ + I    L  L      + +  +E        ++FV   LE  K  +      +K    ++E++++CLS +     YA                             E S+ ++E     N   + +I  +V   +E + + +    +  + + N  A   K L  L+++   P+V E C        +E    S +   +L +   +FEL  + +RF  FG  ++  E++   L     +F    + WLD++  K  QRI K++E D        +K ++SA D+ T    +K  WK L +   E +     +++  +C  ++ YAD   +R+E      +  E IV+ ++C+++NNI++V +++QP      +S +G +++ +K  +  D  E+ NS    + +L  K      + L+T  +  N F+     D LP +E +  + N L
Sbjct: 1761 TSVKPATLNPVWNEKFRFDIEDPIMDCLHLDIWDHDDE-TNVLEAVKMLNEVKGVRGIRRFFKQVAQSAKGTDQDDFLGCITIPIQEVPSTGFDGWYKLAGRSSRSR-VQGSIRLKLWLSTREDRGLSEEVDTVKEVEQQLLLYNIFVDHQLSLYQGKYWKWDGSLSQQAKTILHQHAIQGDINDLQAVIVRWKVLLAKSMEKPIDFEILYNALRDLENRWDRNKITSDEVESLGASFNLFVEISLERTKDLQLLCPTGSKPGKRKLEYLLRCLSYVSEMKAYAGCCPFHKEIRGELILTIKKGVTDRFRRKVEESRTQNEMELASNVTLVTNILMMVISDLENASRLYDKLFESIIRI-NYSATVYKQLDRLVLERLHPMVGEICQ-------NEALHTSLFNQFSLAIPLQIFELCYSFRRFYNFGKLLHQSERKCLQLYKFQEYFVPSFSIWLDVSKTKLTQRIEKSIEFDHCAAPHVEIKSTTSAADVTTTFFYMKELWKSLEFYQTETTTILHHRLIQIICEGSVLYADLTHRRLEETGFYENPLENIVSDQMCITVNNIEHVFKHLQPLALEISLSSVGSQDSQEKTDYQGDTNELINSALDHIDSLIYKVLNKISVELET-GLKKNVFHLAWSPDTLPTEEAICPLTNFL 3698          

HSP 2 Score: 62.003 bits (149), Expect = 1.000e-8
Identity = 34/89 (38.20%), Postives = 51/89 (57.30%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIK--LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFI 138
            L  LY+E+LYTIQ+ +G      +  K  L+ Y QEAF  + + HE L   A   + P++  N  + EA++L  KD +G SDP+C + I
Sbjct: 1071 LHRLYVEVLYTIQHKLGASCPQFNHFKEDLLAYAQEAFGVNKKLHEQLLTVASDEKPPIVILNCLVAEAEALEAKDANGFSDPYCMLGI 1337          

HSP 3 Score: 45.8246 bits (107), Expect = 9.122e-4
Identity = 39/140 (27.86%), Postives = 59/140 (42.14%), Query Frame = 0
Query:  835 DGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN-------------------EAYLLLTIKDRAWIGHGIFVGEALVPLSDIE-----MTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            +GL DPYV I L+P   F   P          +N                   EA +  T+ D   I    F GEA + L+ +       +SVD     L+  QL L   + +D  I+  L+ RT D+LA++ L R++ +
Sbjct: 4131 NGLSDPYVIIELLPKRIFPNCPERSTAVQKATLNPQFDETFEFSCRREQCRDPEAVICFTVMDYDVITANDFGGEAFISLNTVSGVEHGSSSVDN-FHGLKPLQLALMFQKQKDHPILKTLEERTSDKLAQECLKRQKER 4547          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592949695|gb|GAXK01008858.1| (TSA: Calanus finmarchicus comp938254_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 168.318 bits (425), Expect = 1.492e-41
Identity = 153/657 (23.29%), Postives = 284/657 (43.23%), Query Frame = 0
Query:  148 TSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQI------------------------------------------HPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAK-YVIQVEHIVKCLSLL-----YA-----------------------------EASKAESE----DNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRAXXXXXXXXXXXXXCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPY-----VSELGMEETIDKL-HVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFY----GDKLPHDETLLKMKNIL 713
            TS K  TL+P W E+F  DIE+  +D + +D+W+  D   NV +  + ++EVK  R  ++F K    ++ G    + +G +  PI+ VPS+G   W+KL    ++S+  +G I                                            + + W+GS S+++  IL QHA+QG +   +  + RW V      + P+ + I    L  L      + +  +E        ++FV   LE  K  +      +K    ++E++++CLS +     YA                             E S+ ++E     N   + +I  +V   +E + + +    +  + + N  A   K L  L+++   P+V E C        +E    S +   +L +   +FEL  + +RF  FG  ++  E++   L     +F    + WLD++  K  QRI K++E D        +K ++SA D+ T    +K  WK L +   E +     +++  +C  ++ YAD   +R+E      +  E IV+ ++C+++NNI++V +++QP      +S +G +++ +K  +  D  E+ NS    + +L  K      + L+T  +  N F+     D LP +E +  + N L
Sbjct: 1698 TSVKPATLNPVWNEKFRFDIEDPIMDCLHLDIWDHDDE-TNVLEAVKMLNEVKGVRGIRRFFKQVAQSAKGTDQDDFLGCITIPIQEVPSTGFDGWYKLAGRSSRSR-VQGSIRLKLWLSTREDRGLSEEVDTVKEVEQQLLLYNIFVDHQLSLYQGKYWKWDGSLSQQAKTILHQHAIQGDINDLQAVIVRWKVLLAKSMEKPIDFEILYNALRDLENRWDRNKITSDEVESLGASFNLFVEISLERTKDLQLLCPTGSKPGKRKLEYLLRCLSYVSEMKAYAGCCPFHKEIRGELILTIKKGVTDRFRRKVEESRTQNEMELASNVTLVTNILMMVISDLENASRLYDKLFESIIRI-NYSATVYKQLDRLVLERLHPMVGEICQ-------NEALHTSLFNQFSLAIPLQIFELCYSFRRFYNFGKLLHQSERKCLQLYKFQEYFVPSFSIWLDVSKTKLTQRIEKSIEFDHCAAPHVEIKSTTSAADVTTTFFYMKELWKSLEFYQTETTTILHHRLIQIICEGSVLYADLTHRRLEETGFYENPLENIVSDQMCITVNNIEHVFKHLQPLALEISLSSVGSQDSQEKTDYQGDTNELINSALDHIDSLIYKVLNKISVELET-GLKKNVFHLAWSPDTLPTEEAICPLTNFL 3635          

HSP 2 Score: 62.003 bits (149), Expect = 1.006e-8
Identity = 34/89 (38.20%), Postives = 51/89 (57.30%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIK--LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFI 138
            L  LY+E+LYTIQ+ +G      +  K  L+ Y QEAF  + + HE L   A   + P++  N  + EA++L  KD +G SDP+C + I
Sbjct: 1008 LHRLYVEVLYTIQHKLGASCPQFNHFKEDLLAYAQEAFGVNKKLHEQLLTVASDEKPPIVILNCLVAEAEALEAKDANGFSDPYCMLGI 1274          

HSP 3 Score: 45.4394 bits (106), Expect = 9.995e-4
Identity = 39/140 (27.86%), Postives = 59/140 (42.14%), Query Frame = 0
Query:  835 DGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN-------------------EAYLLLTIKDRAWIGHGIFVGEALVPLSDIE-----MTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            +GL DPYV I L+P   F   P          +N                   EA +  T+ D   I    F GEA + L+ +       +SVD     L+  QL L   + +D  I+  L+ RT D+LA++ L R++ +
Sbjct: 4068 NGLSDPYVIIELLPKRIFPNCPERSTAVQKATLNPQFDETFEFSCRREQCRDPEAVICFTVMDYDVITANDFGGEAFISLNTVSGVEHGSSSVDN-FHGLKPLQLALMFQKQKDHPILKTLEERTSDKLAQECLKRQKER 4484          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592844650|gb|GAXK01112894.1| (TSA: Calanus finmarchicus comp1771856_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 7.094e-5
Identity = 25/59 (42.37%), Postives = 35/59 (59.32%), Query Frame = 0
Query:  109 LKANLDIKE--AKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNL 165
            ++  +DIK    K L G D SG SDP+  VF  +K   K  T+ KA TL+P+W E+F+ 
Sbjct:   93 MEGRVDIKILCGKDLFGMDFSGKSDPYVEVFHGDKKLHK--TAKKANTLNPEWNEQFSF 263          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592949694|gb|GAXK01008859.1| (TSA: Calanus finmarchicus comp938254_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 47.7506 bits (112), Expect = 1.415e-4
Identity = 81/387 (20.93%), Postives = 153/387 (39.53%), Query Frame = 0
Query:  624 LCLSINNIDYVLQYIQPY-----VSELGMEETIDKL-HVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFY----GDKLPHDETLLKMKNILQLYASDSS----------------DLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEK----GVQMHSSHN------DGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN-------------------EAYLLLTIKDRAWIGHGIFVGEALVPLSDIE-----MTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            +C+++NNI++V +++QP      +S +G +++ +K  +  D  E+ NS    + +L  K      + L+T  +  N F+     D LP +E +  + N L  + +  +                D +   + E     N  K       +   LQ+L ++    + + R L+P              +    +   ++ +  H  R          +F  L+  ++ +     V++ S+ +      +GL DPYV I L+P   F   P          +N                   EA +  T+ D   I    F GEA + L+ +       +SVD     L+  QL L   + +D  I+  L+ RT D+LA++ L R++ +
Sbjct:  123 MCITVNNIEHVFKHLQPLALEISLSSVGSQDSQEKTDYQGDTNELINSALDHIDSLIYKVLNKISVELET-GLKKNVFHLAWSPDTLPTEEAICPLTNFLSDHLTKFNNALLNGNFLRSLHVLWDSVLFQLKEHTDTSNGEKMPLFYDRLHEALQILSDYF---LSDGRGLEPDRLYNDCYRELDVIFGLAKMSTDQLIAEYHRERLNEQYSITVPEFGVLEVRVYFRHDSLCVEVFSARDVIPLDPNGLSDPYVIIELLPKRIFPNCPERSTAVQKATLNPQFDETFEFSCRREQCRDPEAVICFTVMDYDVITANDFGGEAFISLNTVSGVEHGSSSVD-NFHGLKPLQLALMFQKQKDHPILKTLEERTSDKLAQECLKRQKER 1268          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592844651|gb|GAXK01112893.1| (TSA: Calanus finmarchicus comp1771856_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 2.618e-4
Identity = 25/59 (42.37%), Postives = 35/59 (59.32%), Query Frame = 0
Query:  109 LKANLDIKE--AKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNL 165
            ++  +DIK    K L G D SG SDP+  VF  +K   K  T+ KA TL+P+W E+F+ 
Sbjct:   93 MEGRVDIKILCGKDLFGMDFSGKSDPYVEVFHGDKKLHK--TAKKANTLNPEWNEQFSF 263          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592844652|gb|GAXK01112892.1| (TSA: Calanus finmarchicus comp1771856_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 4.996e-4
Identity = 25/59 (42.37%), Postives = 35/59 (59.32%), Query Frame = 0
Query:  109 LKANLDIKE--AKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNL 165
            ++  +DIK    K L G D SG SDP+  VF  +K   K  T+ KA TL+P+W E+F+ 
Sbjct:   93 MEGRVDIKILCGKDLFGMDFSGKSDPYVEVFHGDKKLHK--TAKKANTLNPEWNEQFSF 263          
BLAST of EMLSAG00000008267 vs. C. finmarchicus
Match: gi|592895414|gb|GAXK01062961.1| (TSA: Calanus finmarchicus comp543205_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 45.8246 bits (107), Expect = 7.071e-4
Identity = 38/135 (28.15%), Postives = 62/135 (45.93%), Query Frame = 0
Query:  115 IKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDI--DTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTY--------NASTGHIIHELIGSVEFPIRNVPSSG 239
            + EAK L   D+ GTSDP+  V++     +K  T    KTL+P ++E F   +   D+   T+   V++F        D+F K  E+ + R     I   Y         ++TG      +G + F +R VP++G
Sbjct:  609 VMEAKDLAAMDIGGTSDPYVKVYLLPDKNKKYETKVHRKTLNPVFDESFKFLVPYGDVMGKTLVFAVFDF--------DRFTKNDEIGEVRVPCCNIDLAYVEEHWQELRSTTGD--GHYLGDICFSLRYVPTTG 983          
BLAST of EMLSAG00000008267 vs. L. salmonis peptides
Match: EMLSAP00000008267 (pep:novel supercontig:LSalAtl2s:LSalAtl2s4:1162020:1223298:-1 gene:EMLSAG00000008267 transcript:EMLSAT00000008267 description:"maker-LSalAtl2s4-augustus-gene-12.10")

HSP 1 Score: 1972.21 bits (5108), Expect = 0.000e+0
Identity = 953/953 (100.00%), Postives = 953/953 (100.00%), Query Frame = 0
Query:    1 MVDIMDEKNDDICVKKSQMNSAVQPVIPTPRLRRVNSSSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIHPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYGI 953
            MVDIMDEKNDDICVKKSQMNSAVQPVIPTPRLRRVNSSSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIHPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYGI
Sbjct:    1 MVDIMDEKNDDICVKKSQMNSAVQPVIPTPRLRRVNSSSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIHPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYGI 953          
BLAST of EMLSAG00000008267 vs. L. salmonis peptides
Match: EMLSAP00000004375 (pep:novel supercontig:LSalAtl2s:LSalAtl2s22:214584:243811:-1 gene:EMLSAG00000004375 transcript:EMLSAT00000004375 description:"maker-LSalAtl2s22-augustus-gene-2.12")

HSP 1 Score: 78.1814 bits (191), Expect = 9.137e-15
Identity = 66/266 (24.81%), Postives = 115/266 (43.23%), Query Frame = 0
Query:  120 SLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIHPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDL-LEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAK-----YVIQVEHIVKCLS 379
            SL   DLS  + P      +  A+  + T+ K  TL P+W E F LDIE+ + D   +D+W+  D   +V D  +K++EVK  R   ++ K    ++      + +GSV   I+++P   +      EK   K              W+G   E +  IL QH +QG L+  +    RW V         + + + +  L+ L     + + L   EE+   E    ++ + +  I+ HR+      K       ++ E+++K LS
Sbjct:  530 SLCKTDLSSLAIP------AIPAKFVKTTTVKPNTLFPRWNERFRLDIEDSETDIFHLDIWDHDDE-SSVFDAVKKLNEVKGMRGLGRYFKQVAQSARAGSQDDFLGSVNILIKDLPCKVV------EKCAQK--------------WDGQLDESAEAILHQHEIQGDLSEFQVEFIRWKVLLEKIKTKNIGFHLILSCLKSLEKKWSDPIQLTKREETFLAESFVEYIEYXITLIRYHRQLFPPRNKPAXKPAFVKFENLLKSLS 768          

HSP 2 Score: 54.299 bits (129), Expect = 1.484e-7
Identity = 44/145 (30.34%), Postives = 65/145 (44.83%), Query Frame = 0
Query:  513 WFHKGVARWLDIALYKAMQRIIKAVELDSLEPV------DDL---VKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKAC-DKGEFIVTPELCLSINNIDYVLQYIQPYVSELGM 647
            WF      W+  A  K   R  K  ELD L P       DD    V  SSS  D+ T    +K FWKQL    V+     I  +++ + +   FYAD M +R+ + S    D   F +  ++ + +NN+++V  +I     ELG 
Sbjct:  939 WFIPIYNNWIKEANKKLQYRFEKITELDRLIPFKSKGYEDDSMEKVLRSSSCQDLTTTFHYLKEFWKQLGLNSVKNPKVLIVPLVEMITQKAEFYADFMNERLASTSTLLEDYSGFKLDDDVLIVVNNLEHVHAHIICLPQELGF 1083          
BLAST of EMLSAG00000008267 vs. SwissProt
Match: gi|1075596543|sp|Q9VBY8.5|UN13B_DROME (RecName: Full=Protein unc-13 homolog 4B; AltName: Full=Protein Staccato)

HSP 1 Score: 320.087 bits (819), Expect = 4.258e-92
Identity = 211/721 (29.26%), Postives = 359/721 (49.79%), Query Frame = 0
Query:   49 IITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDI-ENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDA----------------KSKKFRGQIHPEP----------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYA-------IFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESED-------------NTRYIGDIPQLVYVAVEESIQDWYAFI------QKEMPMDNNRALKIKTLISLI-----------------------------------IKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGE-FIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL 673
            ++ + +LY EIL+ I N +GC+ + +    L++++Q+AF     THE + + A ++E P ++ N++I +A++L+ KD +G SDPF ++++ +    +  +S K  TL+P WEE F+L I EN   + + ++VW+F D  E V +K  KI +VK  +   K +K+    AS+G   +ELIG     ++++P SG+  W+ LEK                   K+K    Q H                   + W+G FS  +  I +QHA Q  LT  + AL++W  Y+  H    L++        + VP++      ++ND    E+   F++     +      ++K R    +D   +  +  ++  L  +  E    ES D             +T    +I   +  A+    ++W   I       K    D+ +   +  LI ++                                    ++C  ++ E C  +K L   +D  E     + +N+GT LFE+YL L+R+V  G+ + ++   LS   N + WF +GV  WLDI++ KA+ RI KA++LD L+ VD+ VK+SSSAVD  ++  QIK FW+QL+WP+VE SY +++KI++D+CR  IFYA QM +RVE +  A D  + FI++ E C++INN+DY+ Q +  ++ EL +++ I +L        A  C  T+KT+
Sbjct:  119 VMNVTDLYEEILFEIFNNIGCENNEECTNSLVEFVQDAFKIPNATHEEIYEAARLKEPPNVRLNVEIIKAENLMSKDSNGLSDPFVTLYLESNGSHRYNSSVKPATLNPIWEEHFSLPITENARDEVLIVEVWDF-DAAETVKEKVNKILDVKGVKGLSKLMKEIAVTASSGKHDNELIGRAAITLKSIPVSGLTVWYNLEKGSKGRSRGSLLVNLALSAEKNKSVAVQEHKNLLKLLLMYELETSQVANYWWSGKFSPNAELIRSQHAAQSGLTPFDCALSQWHAYSTIHETHKLNFTLFNSILDVVVPVIT----YMQND---SEDVKTFWDGVKRLLPSCFAVLRKLRSKNTSDKNIIRALNEVLDILKKI-KELEVPESVDIFPKSVYGWLHTNDTDETCNIDTAIEDAINTGTREWLEHIVEGSRQSKNTETDDEKLQYVIKLIQMVRSDLQRAMEYFDKIFYHKIQLNYSAVLYLFYDSKLAEICKSIIIEVCNNIKRLDVPDDQFEYLPNLENVNMGTTLFEVYLILKRYVQLGESLCSEPLELS---NFYPWFERGVTHWLDISIIKALSRIQKAIDLDQLKAVDETVKYSSSAVDTLSIFYQIKIFWQQLDWPEVEGSYIFVAKIVNDLCRCCIFYAQQMSRRVENIFIADDNNKNFILSEEWCIAINNMDYIRQSLPSFIKELSIDDIIKRLGEYRTNLEAERCASTIKTV 827          

HSP 2 Score: 72.7886 bits (177), Expect = 1.059e-11
Identity = 70/282 (24.82%), Postives = 129/282 (45.74%), Query Frame = 0
Query:  674 RKKPPQYFQLLLDTLKVLSNFFYGDKLPHDET--LLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNE--AYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            +++PP +FQ L +TL+ + + F    L   +   L  +++ L+LY+ ++SDLI  Y  ER + Q +++E S  G +T+  Q+    L + ILNAR+L P +  G       + ++P +    R   +                  ++K N+H K            C P            +       N S ++ +E  + ++ +IKD+   G    ++ E+ +  +D+E T         EQ  + L+RP+  DS+ + AL+ R  D+ AKDFL + + +
Sbjct:  920 KRRPPAFFQNLNNTLQTMMDCFKMGNLQTSDIKILSSIQSRLRLYSLETSDLIHQYYLERLENQ-KSQESSPYGQLTITAQLTDTGLLLNILNARNLLPMDSNGSVDSFVKASFMPTS----RFNDVP-----------------TVKTNVHNKS-----------CFP------------LYDQEFRINLSDHQRSEKNSLIVFSIKDKDLFGMSSQYIAESYISFADLEATPPG------EQIMMNLSRPEYTDSESLRALEYRLGDKQAKDFLKKLKNR 1150          
BLAST of EMLSAG00000008267 vs. SwissProt
Match: gi|51316559|sp|Q9R189.1|UN13D_RAT (RecName: Full=Protein unc-13 homolog D; AltName: Full=Munc13-4)

HSP 1 Score: 219.935 bits (559), Expect = 6.403e-58
Identity = 248/1070 (23.18%), Postives = 428/1070 (40.00%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI---ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPLVEETCG---------------------QLKPLIFSEDDGESEYINDTL--NLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLD-------------------GEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEF--------------------SALGSITVRLQMLPEHLRVEILNARHLKPPNPVG-----------RFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIH---EKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNE----------------------AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDF--LVRERRK 950
            D LY E LYT+ + +G   +P   K+  +L+ YLQEAF    + H+ + Q+    E+P+      +K+AK +LGKD+SG SDP+C + I  K                        EE   T  K +TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +WF LE P  ++   RGQ H                 +P                         +W      ++V IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        +  + +GL  I+K R       +D+   +Q   +++ L  +    +  E   ++     +PQLV  A+     +W+  +Q+   PM        K L+SL+  +   L +  C                      +L+ L+       +  + D +  ++G +LF+LY++L+ F   G    +    +  L   H WF   +  WL      A++R+ +AV++DSL P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +NN++ +   I    ++L  E    ++  VL+                   G E+    R   + L      + Q L+D          G  LP D  L  MK +         ++  CYMN    ++N +                       S+L S   RL++  ++L +         PP  +              Q +S  + I     R R++  A  +  +     VK+ +++ +  +H        +    ++G  DP+V + L P ++F   P + P  +     E                      A LLLT+ D   +G     GEA +PL  +   +   +  +  Q +LPLT P      I+  L+SR  DR A+ F  L R+R K
Sbjct:   53 DLLYEEALYTVLHRLG-QPEPNHVKEASELLCYLQEAFQVQPEEHQQMLQRVRELEKPIFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQKVGVPEGSPVSRRRQKAVVRHTIPEEETHRTQVKTQTLNPVWDETFILEFEDITNASFHLDMWDL-DTVESVRHKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVMLRLQDLRCRE-DQWFPLE-PCTETYPDRGQCHLQFQFIHKRRATVASRSQPSYTVHFHLLQQLVSHEVTQHQAGGTSWGRIAESQAVTILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQREELATSFTSLLAYGLSLIRKFRSVFPLSVSDSPSRLQ--SLLRVLVQMCKMKAFGELCPDS---APLPQLVSEALRMGTVEWFHLMQQHHQPMVQGILEAGKALLSLVQDVMGDLYQ--CRRTWNKIFHNVLKIDLFTMAFLELQWLVAKRVQDHTAAVGDLVSPDVGESLFQLYVSLREFCQLGP---SDSHEVLALDGFHRWFQSAIPSWLQRTYSVALERVQRAVQMDSLVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AVQKDQSQAADMLCVVVNNVERLRLIIDKLPTQLAWEALEQRVGAVLEQGQLQNTLHTQLQGALAGLGHEIRTGVRTLAEQLEVGIATHIQKLIDA--------KGSILPEDAILPLMKFL---------EVKLCYMNTNLVQENFSSLLTLLWTHTLTVLVEAAASHRNSSLAS--SRLKVALQNLEICFHAEGCGLPPEALHTDTFLALQSDLELQAASSRELIQKYF-RSRIQQQAETTSERLGAVTVKASYRASEQKLHVELLSASSLLPLDSNGSSDPFVQLTLEPRHEF---PELAPRETQKHKKELHPLFDETFEFLVPAEPCQKDGACLLLTVLDHDRLGADDLEGEAFLPLCRVPGLTGCVEPGEAPQMRLPLTYPAPNGDPILRLLESRKGDREAQAFVKLRRQRAK 1077          
BLAST of EMLSAG00000008267 vs. SwissProt
Match: gi|51701298|sp|O94812.2|BAIP3_HUMAN (RecName: Full=BAI1-associated protein 3; Short=BAP3)

HSP 1 Score: 202.216 bits (513), Expect = 4.375e-52
Identity = 178/688 (25.87%), Postives = 290/688 (42.15%), Query Frame = 0
Query:   55 LYIEILYTIQNMVGCDTDPK--DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFI---SNKAEEK-------------------------QYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKD----SRSFKKFIKDT-YNASTGHI---IHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH-----------------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEE-ESRFYEVASVFVCHGLEFIKKHRRYI-ANDAKYVIQVEHIVKCLSLLYA-----EASKAESEDNTRYIGDIPQLVYVAVEESIQDWY-AFIQKEMPMDNNRALKIKTLISLI------IKLCSPLVEE-------------TCGQLKPLIFSEDDGESEYIND--TLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYV 634
            LY E LYT+    G     +  DE  L+ YLQ+ F    + H    ++    + P     + +  AK+LL KD +G SDP+C + I   S+   E                          Q T  K+ TL+P W+E F  +IE++  D + +D+W+  D    V +  RK++EV       R FK+ +K    N + G       + +G +  P+R VP +G+ RWFKLE P + + + +G  H                                         P   +W G  S  +  IL  H  Q  L+  + A+  W V +  H    L Y+  + +LE +    +     P+E E    +  S F   GL+ +++ R Y  A ++  V ++E ++KCL  L       E    ESE N          +  A++   ++WY   +  + P +     ++  L+ L       ++ C  +                T  QL+ L+  E    +E ++   TL + + LFELYL L     F D I  ++ R   L   H  F   V  W  +   +A  R+  AV++D+LEPVD   +HSSSA      L+ I+  W +L WPD   +    +++  DVC  T+FY + + K+V+T   A  +    V+  LC+ +NN++ V
Sbjct:  139 LYEEALYTVLYRAGTMGPDQVDDEEALLSYLQQVFGTSLEEHTEAIERVRKAKAPTYALKVSVMRAKNLLAKDPNGFSDPYCMLGILPASDATREPRAQKEQRFGFRKGSKRGGPLPAKCIQVTEVKSSTLNPVWKEHFLFEIEDVSTDQLHLDIWDHDDDVSLV-EACRKLNEVIGLKGMGRYFKQIVKSARANGTAGPTEDHTDDFLGCLNIPVREVPVAGVDRWFKLE-PRSSASRVQGHCHLVLKLITTQRDTAMSQRGRSGFLSHLLLLSHLLRLEHSAEEPNSSSWRGELSTPAATILCLHGAQSNLSPLQLAVLHWQVSSRHHQTCTLDYSYLLGLLEDMQAHWEEAPSLPQEQEESLADSLSAFSEFGLQLLRQLRDYFPATNSTAVHRLELLLKCLGKLQLFQPSFEICPFESELNMD--------IAAALKRGNREWYDRILNDKSPREQPGPQRLPGLVVLADAVYDDLQFCYSVYASLFHSILNVDVFTLTFRQLERLVAEEAWVLTEELSPKMTLEVASGLFELYLTLADLQRFWDSIPGRDSRSLALAGIHAPFLPAVKLWFQVLRDQAKWRLQGAVDMDTLEPVDASSRHSSSAATAGLCLSHIQELWVRLAWPDPAQAQGLGTQLGQDVCEATLFYTELLRKKVDTQPGAAGEA---VSEALCVVLNNVELV 813          
BLAST of EMLSAG00000008267 vs. SwissProt
Match: gi|257096965|sp|B2RUP2.2|UN13D_MOUSE (RecName: Full=Protein unc-13 homolog D; AltName: Full=Munc13-4)

HSP 1 Score: 196.438 bits (498), Expect = 3.213e-50
Identity = 175/714 (24.51%), Postives = 316/714 (44.26%), Query Frame = 0
Query:   53 DELYIEILYTIQNMVGCDTDP---KDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI---ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLIIKLCSPLVEETCGQ---------LKPLIFSEDDGESEYI------NDTL--------NLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLDGEEVANSCRRTLK 671
            D LY E LYT+ + +G   +P   K+  +L+ YLQEAF    + H+ + ++    E+PV      +K+AK +LGKD+SG SDP+C + I  K                        EE   T  K++TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +WF LE P  ++   RGQ H                 +P                         +W+ S S ++V IL  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E+        +  + +GL  I+K R       +D+   +Q   +++ L  +    +  E   ++     + QLV  A+     +W+  +Q+   PM        K L++L+  +   L +  C +         LK  +FS    E +++      + T+        ++G +LF+LY++L+     G  + +  + +  L   H WF   +  WL      A++R+ +AV++D+L P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S A  K +      LC+ +NN++ +   I    ++L  E    ++  VL+  ++ N+    L+
Sbjct:   52 DLLYEEALYTVLHRLG-QPEPNHVKEASELLSYLQEAFQVQPEEHQQMLRRVRELEKPVFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQKVGVAEGSPVSRRRQKAVVKHTIPEEETHRTQVKSQTLNPVWDETFILEFEDIANASFHLDMWDL-DTVESVRQKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVVLRLQDLRCRE-DQWFPLE-PCTETYPDRGQCHLQFQFIHKRRATAASRSQPSYTVHFHLLQQLVSHEVTQHQAGSTSWDASLSPQAVTILFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQREELATSFTSLLAYGLSLIRKFRSVFPLSVSDSPSRLQ--SLLRVLVQMCKMKAFGELCPDS---APLSQLVSEALRMGTVEWFHLMQQHHQPMVQGILEAGKALLNLVQDVMGDLYQ--CRRTWNKIFHNVLKIDLFSMAFLELQWLVAKRVQDHTVAAGNLVSPDIGESLFQLYVSLKELCQLGP-VPSDSREVLALDGFHRWFQPAIPSWLQKTYSVALERVQRAVQMDTLVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELS-AVQKDQSQAADMLCVVVNNMEQLRLIIDKLPTQLAWEALEQRVGAVLEEGQLQNTLHAQLQ 745          
BLAST of EMLSAG00000008267 vs. SwissProt
Match: gi|51316668|sp|Q70J99.1|UN13D_HUMAN (RecName: Full=Protein unc-13 homolog D; AltName: Full=Munc13-4)

HSP 1 Score: 196.052 bits (497), Expect = 3.852e-50
Identity = 167/710 (23.52%), Postives = 311/710 (43.80%), Query Frame = 0
Query:   55 LYIEILYTIQNMVGCDTDPK---DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKA-----------------------EEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRS-FKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH----------------PEP------------------------FTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRR-YIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE-MPMDNNRALKIKTLISLI------IKLCSP-------------LVEETCGQLKPLIFSEDDGESEYINDTLN--LGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKAC-DKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLH-VLDGEEVANSCRRTLKT 672
            LY + LYT+ + +G   +P    +  +L++YLQEAFH + + H+   Q+    E+P+      +K+AK +LGKD+SG SDP+C + I                           EE   T    +TL+P W+E F L+ E+I   +  +D+W+  D  E+V  K  ++ ++   R  FK+  KD           + +G+V   ++++      +W+ LE P  ++   RGQ H                 +P                         +W+GS S ++  +L  HA Q  L+    ++A+WL Y+  +  L    +  +  +  + Y      L+ E++       S  + +GL  I++ R  +  + +    +++ +++ L  +    +  E   NT     +PQLV  A++    +W+   Q+   PM        K L+ L+      +  C               L      +L+ L+       +  + D ++  +G +LF+LY++L+           ++  L+ L N H WF   +  WL     +A+ R+ +AV++D L P+ +L KHS+SAVD+ T   QI    +QL+WPD E ++    K ++D CR  + Y   +  R   +S    D+G+      LC+ +N+++ +   I    ++L  E    ++  VL+  ++ N+    L++
Sbjct:   55 LYEDALYTVLHRLG-HPEPNHVTEASELLRYLQEAFHVEPEEHQQTLQRVRELEKPIFCLKATVKQAKGILGKDVSGFSDPYCLLGIEQGVGVPGGSPGSRHRQKAVVRHTIPEEETHRTQVITQTLNPVWDETFILEFEDITNASFHLDMWDL-DTVESVRQKLGELTDLHGLRRIFKEARKDKGQ-------DDFLGNVVLRLQDLRCRE-DQWYPLE-PRTETYPDRGQCHLQFQLIHKRRATSASRSQPSYTVHLHLLQQLVSHEVTQHEAGSTSWDGSLSPQAATVLFLHATQKDLSDFHQSMAQWLAYSRLYQSLEFPSSCLLHPITSIEYQWIQGRLKAEQQEELAASFSSLLTYGLSLIRRFRSVFPLSVSDSPARLQSLLRVLVQMCKMKAFGELCPNT---APLPQLVTEALQTGTTEWFHLKQQHHQPMVQGIPEAGKALLGLVQDVIGDLHQCQRTWDKIFHNTLKIHLFSMAFRELQWLVAKRVQDHTTVVGDVVSPEMGESLFQLYISLKELCQLRMSSSERDGVLA-LDNFHRWFQPAIPSWLQKTYNEALARVQRAVQMDELVPLGELTKHSTSAVDLSTCFAQISHTARQLDWPDPEEAFMITVKFVEDTCRLALVYCSLIKARARELSSGQKDQGQ--AANMLCVVVNDMEQLRLVIGKLPAQLAWEALEQRVGAVLEQGQLQNTLHAQLQS 747          
BLAST of EMLSAG00000008267 vs. SwissProt
Match: gi|341940578|sp|Q80TT2.3|BAIP3_MOUSE (RecName: Full=BAI1-associated protein 3; Short=BAP3)

HSP 1 Score: 177.563 bits (449), Expect = 2.882e-44
Identity = 178/711 (25.04%), Postives = 300/711 (42.19%), Query Frame = 0
Query:   16 KSQMNSAVQPVIPTPRLRRVNSSSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPK--DEIKLIKYLQEAFHYDTQTHEHLKQQAIMR----EEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFI----------SNKAEEK------------------QYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKD----SRSFKKFIKDT-YNASTGHI---IHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQIH-----------------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEE-ESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWY-AFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGE-----SEYINDTLNL--GTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYV 634
            +S   +  +PV P   LR +    + +            LY E LYT+ +  G     +  DE  L+ YLQ+ F   T + EH+  +AIMR    + P     + +  AK+LL KD +G SDP+C + I          S + E++                  Q T  K  TL+P W+E F  +I++++ D + +D+W+  D   ++++  RK++EV      +R FK+ +K    N + G       + +G +  PIR VP +G  RWFKLE P + + + +G  H                                         P   +W G  S     +L  H  Q  L+  + A+  W V +  H    L Y   + +LE +    +     P+E E    +  S F   GL  +++ R Y    A     V  +   L  L        + +   +  ++   +  A++   ++WY   +  + P +     ++  L+ L   +   L  + C  +   +F     E     +E ++  +NL   + LFELYL L     F   I  +E R   L   H  F   V  WL +   +A  R+  AV++D+LEPVD   KHSSSA      L+ I+  W +L WPD   +    +++  D+C  ++FY + + K+V+T   A  +    V+ +LC+ +NN++ V
Sbjct:   75 RSGSPAPAEPVDPNRGLRTLTQEEVEM------------LYEEALYTVLHRAGTMGPDQVDDEEVLLSYLQQVF--GTSSEEHM--EAIMRVKKAKAPTYALKVSVMRAKNLLAKDPNGFSDPYCMLGILPASSAPQEPSGQKEQRFGFRKGSKRSSPLPAKCIQVTEVKNSTLNPVWKEHFLFEIDDVNTDQLHLDIWDHDDDV-SLAEACRKLNEVIGLKGMTRYFKQIVKSARANGTAGPTEDHTDDFLGCLNIPIREVPVAGADRWFKLE-PRSSASRVQGDCHLVLKLITTQRDTVMSQRGRSGFLSYLLLLSRVLRFEHRVEEPNSSSWRGELSGPGTTVLCLHGAQSNLSPLQLAVLHWQVSSRHHQTRTLDYGYLLGLLEDVQAHWEEAASLPQEQEESLADSFSAFSEFGLRLLRQLRDYFP--ATNSTAVYRLELLLKCLEKLQLFQPAFEICPFETELSMDIAAALKRGNREWYDQLLNTKSPREQPGPQRLAGLVELADIIYEDL--QLCYGVYASLFHGQVAEEAWVLTEELSPKMNLEVASGLFELYLTLADTQRFWSCIPGRESRSLALAGIHTPFLPAVKLWLQVLRDQAKWRLQGAVDVDTLEPVDAASKHSSSAATASLCLSHIQELWVRLAWPDPSQAQGLGTQLSQDMCEASLFYTELLRKKVDTQPGAAGEA---VSEQLCVVLNNVELV 760          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: gb|EEZ97425.2| (BAI1-associated protein 3-like Protein [Tribolium castaneum])

HSP 1 Score: 437.958 bits (1125), Expect = 1.525e-135
Identity = 328/1050 (31.24%), Postives = 503/1050 (47.90%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPK-DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDID-TIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDA----------------KSKKFRGQIHPE----------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAE--------------SEDNTRYIGDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLI--------------------------------------SLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKT--------------------LRKKPPQYFQLLLDTLKVL---SNFFYGDKLPHDETLLKMKN---------ILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSH-----NDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTY---------------------RMNEAYLLLTIKDRAWIGH-GIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            +T+DELY EILY I + VGCD   +  +  LI Y Q+AF      H  L  +A  +E P    N+++ EAK L  KD +G SDPF ++++++    +  TS K  TL P WEE F L I +  ID T+ I+VW+F DP E+V +KF +  +VK  +  +KF+K+    A+TG   +ELIG  + P+ ++P+SG+  W+ L+K +                 K+++   Q H                   F W G+FS +   +L QH  Q  LT  E AL +W VY   H +  LS+++F  +LEKL   L+++    E+   F++ A   +      I+K R+    D   + Q+  ++  L  +      A+              SED  R   DI  +V  AV++   DW+  I +  +    N   +++ LI                                      + I  L  P V   C  LK L F+         N+ L  GT LFELYLAL RFV  G  +   +     +RN + WFH GVA+WLDIA++KA+QRI KAVELD L PVD  V++SSSAVD  ++  Q+K FW+QLNWPDVE  YT+I+KI+DD+CR  +FYA++M  RV+ +    D+ +F VT E CL+INNI+YV Q +QP+  ELGME  I+KL  L     A  C+ TL T                    ++K  P   +LL++  ++    SN      L  D  L  + N         +L++   D+ D I   + +   E+ R   F A  ++   L ++    +   LN   LK      +      +  I   +     +   +L  S+  +  VK+KF   ++N + K   M++ +     ++G  D +V I L+P +KF G P   P + T+                      + +  LL ++KD+  +G+   ++GEA +   DI+  S +T + DL Q  L L RP D  ++ I AL+SR  D+ AK+FL + +++ G
Sbjct:  126 MTIDELYAEILYEILHNVGCDVSVEIGQTALISYAQDAFKIPNNKHNQLLSEAEKKEAPEFLINVEVIEAKDLKPKDSNGLSDPFVTLYLASNTSHRYNTSVKYGTLVPTWEEHFALPISDNSIDDTLCIEVWDF-DPAESVKEKFGRFFDVKGVKGMRKFVKEIAVAAATGQHENELIGVAKIPLNSIPASGLTMWYSLDKKNKATRQGVIKIRIAFSAEKNRQVAAQEHRHMLRIILLHELELSKVAQFWWCGTFSPQGEALLTQHIAQSGLTPPEVALCQWSVYTSVHQNHQLSFSLFSKLLEKLAKPLRSE----EDLKIFWDGAKKLLPSCFSVIRKIRKRDFKDKMTMQQLTEVLNILGNIKMMEMPADVDLFPNNMYPWVTFSEDTKR---DILTVVADAVQQGADDWFNHITENNVQQVENDVGRLQYLIQAIQLVKSDLQKALEFYDKLFQQTINFQYAKALYVFYQAKISALAEPDVRNICKSLKKLSFTGFTTNETDSNEPLKEGTTLFELYLALHRFVVLGKGLCQTDSDSFHIRNFYQWFHGGVAQWLDIAVFKALQRIEKAVELDKLVPVDTTVRYSSSAVDTISIFYQVKVFWQQLNWPDVEGCYTFIAKIIDDICRCCVFYAERMAMRVDGMGVQTDEKKFEVTNEWCLAINNIEYVRQSLQPFTDELGMEGVIEKLADLKSAMEAKRCQDTLNTVIANAIDTVKNEIIALLETVVKKMVPAMKRLLIEGAELFNQDSNSIDRLMLYVDSNLSTLHNELNEENFNRVLEI-VWDNLDGILKEIIQSNLEKRRPPSFFA--NLHKTLNLMLGSFKANDLNCEELKKTELKLKVNGLETNDLI-HLVHLNLYEEFKNLKESKYGVLSVKAKF---ENNNNLKVTVMNARNLLAMDSNGYSDSFVRIHLLPEHKFSGIPK--PKTQTHYKTLFPLYDENFTVELPTDYKSVEDGLLLFSVKDKDMLGYNNQYIGEAFLHFKDID--SSNTPMDDLPQISLALGRPTDLSTEAIKALESRLGDKQAKEFLRKLKQRMG 1156          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: EEB13180.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 409.068 bits (1050), Expect = 1.641e-125
Identity = 251/722 (34.76%), Postives = 374/722 (51.80%), Query Frame = 0
Query:   48 KIITLDELYIEILYTIQNMVGCDTDPKDE-IKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLE-------KPDAKSK--------------KFR-----------GQIHPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLL----------------YAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFI----QKEMPMDNNRALKIKTLISL----------------------------------IIKLCSPLVEETCGQLKPLIFSE---------DDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACD--KGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTL 670
            + +T++ELY EIL+ I N VGCD +  +E  ++I YLQ+AFH +   H  L Q A  +E P +  N+++ EAK L  KD +G SDPFC++++++    +  TS K +TL P WEE F+L + +   D + ++VW+F DP E + +K  KI +VK  + F K IK+    ASTG   +EL+G+   P++ +P+SG   W  L+       + D K K              ++R                +P+ WNG+FS  +  IL QH  Q  LT +   LA+W+ +   H D PL++ +F  IL KL   +    L+ +E   F+E    F+   + +I+K R+Y  N+     Q    +  LS+L                Y    + E  ++ +Y  +I Q+V  A+ +   DWY  +     +E  +++   L I+ +  +                                  I ++   +V E C  LKP+ F E         ++G+    N  L +GT LFELYL LQRF   G  +         +   H+WFH+GVA+WLDIALYKAMQRI KA ELD+L+PVD  VK+SSSAVD   +  QIK FWKQL WPDVE SYT+I+KI+DD+CR  IFYAD+M ++VE +       + +F VT E CL+INNIDYV   I  +  +LG+++ I  L        A+ C++TL
Sbjct:   29 QTMTIEELYSEILFEILNNVGCDVESTEEQTEIINYLQQAFHLEDDKHSFLLQTAKEKEPPNILLNVEVIEAKDLKPKDCNGLSDPFCTLYLNSTPTHRYNTSVKTETLCPVWEEHFSLPVHSPADDVLHVEVWDF-DPAETIREKMTKIGDVKGVKGFSKLIKEIAVTASTGKHDNELVGTTNIPLKVIPASGQTFWLHLKKKSKTKKRGDVKLKLSFSSEKNSQVSLQEYRHLLKLLLLHELNNTKVDPYEWNGNFSSLAKDILTQHIAQSGLTTSSVLLAQWIEFISVHSDHPLNFILFKNILLKLTTTIHAGNLQDDELKLFWEATKKFLPSCINYIRKIRKYPVNNKTITNQANTAISILSILSDLNVPEDVTLFSRSTYGWLREPEENEDGKY--EIKQVVKEAIIQGASDWYNHLISSNSEEKSLEDQLQLIIRVVQFVRTDIQRALESYEKVFKENMQFSYARILYEFYEEKISEMAEDVVVEACKLLKPIKFKEIHNRLENRFEEGDD---NPMLKMGTTLFELYLGLQRFAILGTGLCPTGSSFK-INEFHLWFHRGVAQWLDIALYKAMQRIEKAAELDNLKPVDSSVKYSSSAVDTLAIFYQIKIFWKQLAWPDVEGSYTFIAKIIDDICRCCIFYADRMTRKVEGIGHTSSIYEDKFQVTHEWCLAINNIDYVRTSIPTFSKDLGLDDIISALADFQSPSAADHCKQTL 743          

HSP 2 Score: 88.5817 bits (218), Expect = 7.443e-17
Identity = 75/278 (26.98%), Postives = 127/278 (45.68%), Query Frame = 0
Query:  674 RKKPPQYFQLLLDTLKVLSNFFYGDKLPHDET-LLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            +++PP +F  L  TL++L NFF   +     T L  +++ L+L+  ++ +LI  +  ER+KEQ    E + LG +TVR Q +   L++EI+NAR+L P +  G          IP                        + KF S    + +   + H      L D    ++L    K               +  + +   IKD+ ++G+  F+GEA + L +I  T     +  L Q  L L+RP + +S+   AL+ R  D+LA++FL ++R K
Sbjct:  839 KRRPPSFFSNLYLTLQILKNFFKKTEDSKSNTKLASIEHNLRLHGLETWELIHQFHLERFKEQEEM-ENANLGYVTVRGQFVDNLLKIEIMNARNLHPKDSNGSCDPYVKINLIP------------------------EEKFSS----VTKPRTKTHKKTTFPLFDEVFSMQLTSDQK--------------NIENSLIHFIIKDQDFLGNE-FLGEAYMDLKNIPTTDSSVSIHSLSQIHLKLSRPTNFNSEAFKALEHRIGDKLAREFLKKQRTK 1072          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: EAA08409.5 (AGAP003164-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 384.8 bits (987), Expect = 1.069e-115
Identity = 242/729 (33.20%), Postives = 377/729 (51.71%), Query Frame = 0
Query:   38 SSLSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDI-ENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAK------------SKKFRGQIHPE--------------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDA---KYVIQVEHIVKCLSLLYAEASK----------AESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQK----EMPMDNNRALKIKTLISLI-----------------------------------IKLCSPLVEETCGQLK----PLIFSEDDGESEYIN-DTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVET--VSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL 673
            +SL +H      +T++ELY EIL+   + +GCD +  +   L  Y+QEAF    + H  + Q A  +E P L+ N++I EAK L  KD +G SDPF +++I++    +  TS KA TL+P WEE F+L I E+ +   + ++VW+F DP E V +K  K+ EVK  R  +K +K+    ASTG   +ELIG    P++++P+SG+  W+ L+K +              S +   Q+  +                    P+ W+G F+ +   +L QH+ Q  L+    A  +W V+A  H D PLS+ +F  +LEKL   ++   +  EE+  F+E     +      ++K R+    D    K +  V +I+  ++LL                    ++T    DI + +  AV    +DW+  I++    +   D +R   +  +I L+                                    +L  P VE+ C +LK    P   S   G+S +I  + +N+GT LFELYL L+RF T G  +   E   + +   H WF  GV  WLDIA+YKA+ RI KA+ELD L+PVD+ VK+SSSAVD   +  QIK FW+QL WPDVE +Y +++KI+DD+CR  +FYAD+M  RVE   V +   + +F VT E CL+INNIDY+ Q ++P+ +ELG+++ + KL  +     A+ C+ TL+ +
Sbjct:  120 ASLIVHS-----MTIEELYEEILFENIHNIGCDDEELNVDVLFPYIQEAFKMSDEKHNEILQIARDKEAPQLRLNVEIVEAKDLEPKDSNGLSDPFVTMYIASNPNHRYNTSVKAGTLNPVWEEHFSLPIAEDANDANLIVEVWDF-DPAETVKEKMNKLFEVKGVRGLRKLMKEIAQTASTGKHDNELIGRTSIPLKSIPASGMLMWYNLDKKNKLRRQGTIRIRLNFSSEKNSQVAAQEHRHLLRILLLHELESSKVTPYWWSGKFTIQGEAVLTQHSAQSGLSSTTEAFIQWSVFAAIHQDHPLSFVLFDTLLEKLVRPIQTLAVSEEEQKSFWEATKKLLPSCFSAVRKLRKKNTGDKLLLKTLNSVLNIIAKVALLEPPEGTDLFPVQMYGWIRRSNDTEPNWDIREALASAVVSGAEDWFGGIKEGHFLQTGTDEDRLQNLIKIIQLVRSDIQKSIEYYDKTFQEIMHFPYTKELYITYELKLAELIKPTVEDICRKLKRIDLPETSSHRGGDSGFIEYEDINMGTTLFELYLVLKRFCTLGTALSPGESNFA-IDEYHRWFTTGVTHWLDIAVYKALMRIHKAIELDKLQPVDETVKYSSSAVDTLAIFYQIKIFWQQLAWPDVEGAYIFVAKIVDDICRCCVFYADRMSARVENLGVVENVYEKKFEVTSEWCLAINNIDYIRQSLKPFATELGVDDILAKLGDVQSSIEADRCKETLRAV 841          

HSP 2 Score: 88.5817 bits (218), Expect = 6.621e-17
Identity = 91/342 (26.61%), Postives = 154/342 (45.03%), Query Frame = 0
Query:  629 NNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL----------RKKPPQYFQLLLDTLKVL-SNFFYGDKLPHD-----ETLLKMKNILQLYASDSSDLIACYMNERYKEQNRT-KEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNEAYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            N++D ++ Y++  +S L  E     L+ ++ E V ++    L T+          +++PP +F  L DTL ++ +NF   +    +     ETL  ++ +LQL+  +++DLI  Y  +R +EQN++    +  G +TV+       L +EI+NAR+LKP +         G+    P +R        H    +R +   K K             Q  S     L D    I   P  +       +PN        A ++ +IKD+   G    ++ E  +  +DI   S D     +EQK L LTRPQ  D D + AL+ R  D+ AK+F+ + ++K G
Sbjct:  884 NSLDRLMMYMEESLSVLNAE-----LNEINFERVLDAIWAELTTILYDLIQSNLDKRRPPSFFANLRDTLHLMVANFKTAENRESETAADKETLAHIERLLQLHGYETTDLIHQYYLDRLEEQNQSDASATGYGMLTVQCFFKENVLELEIVNARNLKPMD---------GNGSCDPFVR-------VHFLPEERFVGVAKPK------------TQCQSKTLFPLYDEKFVITFTPEQR------AIPN--------ALIMFSIKDKDLFGMSNQYLAECYLSFNDIADISGDA--GKIEQKHLVLTRPQKMDIDCLRALEYRQGDKQAKEFIKKLKQKMG 1176          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: XP_016768981.1 (PREDICTED: protein unc-13 homolog D isoform X9 [Apis mellifera])

HSP 1 Score: 383.259 bits (983), Expect = 2.973e-115
Identity = 291/1042 (27.93%), Postives = 482/1042 (46.26%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIK-LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKK----------------FRGQIHP----------------EPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVE------------------------------------HIVKCLS-------------LLYAEASKAES-EDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPL--RNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSK-------ACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK--------TLRKKPPQYFQLLLDTLKVLSNFFY--GDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYK----------------------EQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRF--QHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIH-EKGVQMHSSHNDGLCDPYVCIRLIPGNKF--VGXPNV----------------LPNSSTYRMNE-AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVR 946
            ++ELY  +++  Q+ +G D   + +++ L+ +LQ AF  D   HE +  +    E P +   +++ EAK L+ KD +G SDPFC++++ +    +  T+ K  TL P WEE F L +E+ + D + ++VW+F D  E V +K  K+ +VK  R   K  K+    A+TG   +E IG    P++++P++G   W+ LEK +   ++                   Q H                 E + W+G +S  +  +L QH+ Q  L      LA+W+ YA  H + PL++ +F  ++  L   ++N L  P+E   F++     +   L  I+K RR+   D   + Q+                                      IV+ L              +L     ++ES ED+ +Y   + QLV   ++ +I ++     K +     R L +      I  LC  +V++ C ++K +     D E       LNLGT LFELYL LQRF   G ++   E +L  +  +N H WF  GVA WLDIA+YKA++RI +AVE D+L+ VD+ V++SSSAVD  T+  QIK FW QL WPD+E SYT+++KI+DD+C+ +I YAD+M K+ E  ++       +  + +F V+   C +INNIDY+   I P   +LG +  +D       ++ A+ C++TL+        T++ K  +  Q++ + +    N F   G +L  D T   M  +LQ   ++ + L      + ++                      E+ R   F +  ++   L  L  +  +    A ++K    +      H   +  +     + R+K    L  S+     VK++F     NI      ++    ++G CD YV +RL+P  KF  V  P                  +P +S  R  E A +   +KD+ ++    F+ EA +P S+I  T  D  +  LEQ  L L+RP  + +DII AL+ R  D  A +FL +
Sbjct:  120 IEELYAALVFMTQHQIGYDVSNECKLETLLNHLQNAFKVDNDVHERVLDETKNMEPPEMHLCVEVIEAKELVSKDANGKSDPFCALYLESAPTRRYNTAVKTSTLSPVWEEHFELPLEDPENDVLFLEVWDF-DAAETVPEKMSKVKDVKGVRGLVKLAKEIAVTATTGSHDNEFIGRCRIPLKDIPTTGHTMWYSLEKRNKPKRRGVVKLRLAFSAEHNALVAAQEHRHLIRVLLLYELETEKIEKYCWSGRWSAPAEVLLLQHSAQRGLLARNVTLAQWIEYARIHQEHPLNFTVFNKLVVDLLRPMENGLFSPDETRLFWDATKKLLYSCLNSIRKIRRFTVGDKNAMAQLSAILGILSSLSSLKVPEDVNLFPGKMYHWFPDPDEKLSIVQALDYTVEQGGIEWFEHILNNNYPESESDEDSLKYRIKVIQLVRADLQNAIDNYDKLFIKRINFPYARCLYV-MYEKRISGLCRIIVQDVCSRMKRIEIENTDVE-------LNLGTTLFELYLTLQRFALLG-QVLCAEGQLERMEVQNYHDWFRAGVAHWLDIAVYKALKRIDRAVEFDTLQAVDNTVQYSSSAVDTLTIFYQIKVFWTQLAWPDMEGSYTFVAKIIDDICKCSIAYADKMAKKAELTTELEQLSEGSVYEKKFYVSTAWCFAINNIDYIKTSIGPLAHDLGFQSIVDAFAEKKTQQEADRCQQTLQLIIDNATDTVKNKIIELLQVVANKMSPAMNRFLMEGAELI-DTTSNSMDRLLQYLDTNLTTLHDNLNEDNFERILFVIWDILSESLYQLVHNNLEKRRPPSFYS--NLHRTLHTLIRYFNIGADEAANVKVLEKIEHLLELHGLETAELIHRYHQERIKEQNDLEESEYGQITVKAQFVDNSLNIQILNARKLRPVDSNGSCDSYVKVRLLPEEKFTDVKLPKTHVQKENLYPLYDEIFNIPLTSEQRATENAIVAFELKDKDFL-RSRFMAEAFLPFSEIPETGPDRGIESLEQIHLKLSRPIRKSTDIIQALEHRKGDNQATEFLSK 1147          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: EGK96970.1 (AGAP003164-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 381.719 bits (979), Expect = 1.170e-114
Identity = 238/715 (33.29%), Postives = 370/715 (51.75%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDI-ENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAK------------SKKFRGQIHPE--------------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDA---KYVIQVEHIVKCLSLLYAEASK----------AESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQK----EMPMDNNRALKIKTLISLI-----------------------------------IKLCSPLVEETCGQLK----PLIFSEDDGESEYIN-DTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVET--VSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL 673
            ++ELY EIL+   + +GCD +  +   L  Y+QEAF    + H  + Q A  +E P L+ N++I EAK L  KD +G SDPF +++I++    +  TS KA TL+P WEE F+L I E+ +   + ++VW+F DP E V +K  K+ EVK  R  +K +K+    ASTG   +ELIG    P++++P+SG+  W+ L+K +              S +   Q+  +                    P+ W+G F+ +   +L QH+ Q  L+    A  +W V+A  H D PLS+ +F  +LEKL   ++   +  EE+  F+E     +      ++K R+    D    K +  V +I+  ++LL                    ++T    DI + +  AV    +DW+  I++    +   D +R   +  +I L+                                    +L  P VE+ C +LK    P   S   G+S +I  + +N+GT LFELYL L+RF T G  +   E   + +   H WF  GV  WLDIA+YKA+ RI KA+ELD L+PVD+ VK+SSSAVD   +  QIK FW+QL WPDVE +Y +++KI+DD+CR  +FYAD+M  RVE   V +   + +F VT E CL+INNIDY+ Q ++P+ +ELG+++ + KL  +     A+ C+ TL+ +
Sbjct:  118 IEELYEEILFENIHNIGCDDEELNVDVLFPYIQEAFKMSDEKHNEILQIARDKEAPQLRLNVEIVEAKDLEPKDSNGLSDPFVTMYIASNPNHRYNTSVKAGTLNPVWEEHFSLPIAEDANDANLIVEVWDF-DPAETVKEKMNKLFEVKGVRGLRKLMKEIAQTASTGKHDNELIGRTSIPLKSIPASGMLMWYNLDKKNKLRRQGTIRIRLNFSSEKNSQVAAQEHRHLLRILLLHELESSKVTPYWWSGKFTIQGEAVLTQHSAQSGLSSTTEAFIQWSVFAAIHQDHPLSFVLFDTLLEKLVRPIQTLAVSEEEQKSFWEATKKLLPSCFSAVRKLRKKNTGDKLLLKTLNSVLNIIAKVALLEPPEGTDLFPVQMYGWIRRSNDTEPNWDIREALASAVVSGAEDWFGGIKEGHFLQTGTDEDRLQNLIKIIQLVRSDIQKSIEYYDKTFQEIMHFPYTKELYITYELKLAELIKPTVEDICRKLKRIDLPETSSHRGGDSGFIEYEDINMGTTLFELYLVLKRFCTLGTALSPGESNFA-IDEYHRWFTTGVTHWLDIAVYKALMRIHKAIELDKLQPVDETVKYSSSAVDTLAIFYQIKIFWQQLAWPDVEGAYIFVAKIVDDICRCCVFYADRMSARVENLGVVENVYEKKFEVTSEWCLAINNIDYIRQSLKPFATELGVDDILAKLGDVQSSIEADRCKETLRAV 830          

HSP 2 Score: 89.7373 bits (221), Expect = 3.250e-17
Identity = 91/342 (26.61%), Postives = 154/342 (45.03%), Query Frame = 0
Query:  629 NNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL----------RKKPPQYFQLLLDTLKVL-SNFFYGDKLPHD-----ETLLKMKNILQLYASDSSDLIACYMNERYKEQNRT-KEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMNEAYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            N++D ++ Y++  +S L  E     L+ ++ E V ++    L T+          +++PP +F  L DTL ++ +NF   +    +     ETL  ++ +LQL+  +++DLI  Y  +R +EQN++    +  G +TV+       L +EI+NAR+LKP +         G+    P +R        H    +R +   K K             Q  S     L D    I   P  +       +PN        A ++ +IKD+   G    ++ E  +  +DI   S D     +EQK L LTRPQ  D D + AL+ R  D+ AK+F+ + ++K G
Sbjct:  873 NSLDRLMMYMEESLSVLNAE-----LNEINFERVLDAIWAELTTILYDLIQSNLDKRRPPSFFANLRDTLHLMVANFKTAENRESETAADKETLAHIERLLQLHGYETTDLIHQYYLDRLEEQNQSDASATGYGMLTVQCFFKENVLELEIVNARNLKPMD---------GNGSCDPFVR-------VHFLPEERFVGVAKPK------------TQCQSKTLFPLYDEKFVITFTPEQR------AIPN--------ALIMFSIKDKDLFGMSNQYLAECYLSFNDIADISGDA--GKIEQKHLVLTRPQKMDIDCLRALEYRQGDKQAKEFIKKLKQKMG 1165          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: XP_006561490.2 (PREDICTED: protein unc-13 homolog D isoform X2 [Apis mellifera])

HSP 1 Score: 383.645 bits (984), Expect = 2.245e-114
Identity = 291/1042 (27.93%), Postives = 482/1042 (46.26%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIK-LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKK----------------FRGQIHP----------------EPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVE------------------------------------HIVKCLS-------------LLYAEASKAES-EDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPL--RNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSK-------ACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK--------TLRKKPPQYFQLLLDTLKVLSNFFY--GDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYK----------------------EQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRF--QHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIH-EKGVQMHSSHNDGLCDPYVCIRLIPGNKF--VGXPNV----------------LPNSSTYRMNE-AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVR 946
            ++ELY  +++  Q+ +G D   + +++ L+ +LQ AF  D   HE +  +    E P +   +++ EAK L+ KD +G SDPFC++++ +    +  T+ K  TL P WEE F L +E+ + D + ++VW+F D  E V +K  K+ +VK  R   K  K+    A+TG   +E IG    P++++P++G   W+ LEK +   ++                   Q H                 E + W+G +S  +  +L QH+ Q  L      LA+W+ YA  H + PL++ +F  ++  L   ++N L  P+E   F++     +   L  I+K RR+   D   + Q+                                      IV+ L              +L     ++ES ED+ +Y   + QLV   ++ +I ++     K +     R L +      I  LC  +V++ C ++K +     D E       LNLGT LFELYL LQRF   G ++   E +L  +  +N H WF  GVA WLDIA+YKA++RI +AVE D+L+ VD+ V++SSSAVD  T+  QIK FW QL WPD+E SYT+++KI+DD+C+ +I YAD+M K+ E  ++       +  + +F V+   C +INNIDY+   I P   +LG +  +D       ++ A+ C++TL+        T++ K  +  Q++ + +    N F   G +L  D T   M  +LQ   ++ + L      + ++                      E+ R   F +  ++   L  L  +  +    A ++K    +      H   +  +     + R+K    L  S+     VK++F     NI      ++    ++G CD YV +RL+P  KF  V  P                  +P +S  R  E A +   +KD+ ++    F+ EA +P S+I  T  D  +  LEQ  L L+RP  + +DII AL+ R  D  A +FL +
Sbjct:  265 IEELYAALVFMTQHQIGYDVSNECKLETLLNHLQNAFKVDNDVHERVLDETKNMEPPEMHLCVEVIEAKELVSKDANGKSDPFCALYLESAPTRRYNTAVKTSTLSPVWEEHFELPLEDPENDVLFLEVWDF-DAAETVPEKMSKVKDVKGVRGLVKLAKEIAVTATTGSHDNEFIGRCRIPLKDIPTTGHTMWYSLEKRNKPKRRGVVKLRLAFSAEHNALVAAQEHRHLIRVLLLYELETEKIEKYCWSGRWSAPAEVLLLQHSAQRGLLARNVTLAQWIEYARIHQEHPLNFTVFNKLVVDLLRPMENGLFSPDETRLFWDATKKLLYSCLNSIRKIRRFTVGDKNAMAQLSAILGILSSLSSLKVPEDVNLFPGKMYHWFPDPDEKLSIVQALDYTVEQGGIEWFEHILNNNYPESESDEDSLKYRIKVIQLVRADLQNAIDNYDKLFIKRINFPYARCLYV-MYEKRISGLCRIIVQDVCSRMKRIEIENTDVE-------LNLGTTLFELYLTLQRFALLG-QVLCAEGQLERMEVQNYHDWFRAGVAHWLDIAVYKALKRIDRAVEFDTLQAVDNTVQYSSSAVDTLTIFYQIKVFWTQLAWPDMEGSYTFVAKIIDDICKCSIAYADKMAKKAELTTELEQLSEGSVYEKKFYVSTAWCFAINNIDYIKTSIGPLAHDLGFQSIVDAFAEKKTQQEADRCQQTLQLIIDNATDTVKNKIIELLQVVANKMSPAMNRFLMEGAELI-DTTSNSMDRLLQYLDTNLTTLHDNLNEDNFERILFVIWDILSESLYQLVHNNLEKRRPPSFYS--NLHRTLHTLIRYFNIGADEAANVKVLEKIEHLLELHGLETAELIHRYHQERIKEQNDLEESEYGQITVKAQFVDNSLNIQILNARKLRPVDSNGSCDSYVKVRLLPEEKFTDVKLPKTHVQKENLYPLYDEIFNIPLTSEQRATENAIVAFELKDKDFL-RSRFMAEAFLPFSEIPETGPDRGIESLEQIHLKLSRPIRKSTDIIQALEHRKGDNQATEFLSK 1292          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: XP_016768980.1 (PREDICTED: protein unc-13 homolog D isoform X8 [Apis mellifera])

HSP 1 Score: 350.132 bits (897), Expect = 1.867e-103
Identity = 223/749 (29.77%), Postives = 369/749 (49.27%), Query Frame = 0
Query:   48 KIITLDELYIEILYTIQNMVGCDTDPKDEIK-LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKK----------------FRGQIHP----------------EPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVE------------------------------------HIVKCLS-------------LLYAEASKAES-EDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPL--RNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSK-------ACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK--------TLRKKPPQYFQLLLDTLKVLSNFF 695
            + +T++ELY  +++  Q+ +G D   + +++ L+ +LQ AF  D   HE +  +    E P +   +++ EAK L+ KD +G SDPFC++++ +    +  T+ K  TL P WEE F L +E+ + D + ++VW+F D  E V +K  K+ +VK  R   K  K+    A+TG   +E IG    P++++P++G   W+ LEK +   ++                   Q H                 E + W+G +S  +  +L QH+ Q  L      LA+W+ YA  H + PL++ +F  ++  L   ++N L  P+E   F++     +   L  I+K RR+   D   + Q+                                      IV+ L              +L     ++ES ED+ +Y   + QLV   ++ +I ++     K +     R L +      I  LC  +V++ C ++K +     D E       LNLGT LFELYL LQRF   G ++   E +L  +  +N H WF  GVA WLDIA+YKA++RI +AVE D+L+ VD+ V++SSSAVD  T+  QIK FW QL WPD+E SYT+++KI+DD+C+ +I YAD+M K+ E  ++       +  + +F V+   C +INNIDY+   I P   +LG +  +D       ++ A+ C++TL+        T++ K  +  Q++ + +    N F
Sbjct:   37 QAMTIEELYAALVFMTQHQIGYDVSNECKLETLLNHLQNAFKVDNDVHERVLDETKNMEPPEMHLCVEVIEAKELVSKDANGKSDPFCALYLESAPTRRYNTAVKTSTLSPVWEEHFELPLEDPENDVLFLEVWDF-DAAETVPEKMSKVKDVKGVRGLVKLAKEIAVTATTGSHDNEFIGRCRIPLKDIPTTGHTMWYSLEKRNKPKRRGVVKLRLAFSAEHNALVAAQEHRHLIRVLLLYELETEKIEKYCWSGRWSAPAEVLLLQHSAQRGLLARNVTLAQWIEYARIHQEHPLNFTVFNKLVVDLLRPMENGLFSPDETRLFWDATKKLLYSCLNSIRKIRRFTVGDKNAMAQLSAILGILSSLSSLKVPEDVNLFPGKMYHWFPDPDEKLSIVQALDYTVEQGGIEWFEHILNNNYPESESDEDSLKYRIKVIQLVRADLQNAIDNYDKLFIKRINFPYARCLYV-MYEKRISGLCRIIVQDVCSRMKRIEIENTDVE-------LNLGTTLFELYLTLQRFALLG-QVLCAEGQLERMEVQNYHDWFRAGVAHWLDIAVYKALKRIDRAVEFDTLQAVDNTVQYSSSAVDTLTIFYQIKVFWTQLAWPDMEGSYTFVAKIIDDICKCSIAYADKMAKKAELTTELEQLSEGSVYEKKFYVSTAWCFAINNIDYIKTSIGPLAHDLGFQSIVDAFAEKKTQQEADRCQQTLQLIIDNATDTVKNKIIELLQVVANKMSPAMNRF 775          

HSP 2 Score: 108.227 bits (269), Expect = 5.692e-23
Identity = 86/294 (29.25%), Postives = 134/294 (45.58%), Query Frame = 0
Query:  674 RKKPPQYFQLLLDTLKVLSNFFY--GDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKF--VGXPNV----------------LPNSSTYRMNE-AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVR 946
            +++PP ++  L  TL  L  +F    D+  + + L K++++L+L+  ++++LI  Y  ER KEQN  +E S  G ITV+ Q +   L ++ILNAR L+P +  G                                   +  K  +LK  +H K  Q         CD YV +RL+P  KF  V  P                  +P +S  R  E A +   +KD+ ++    F+ EA +P S+I  T  D  +  LEQ  L L+RP  + +DII AL+ R  D  A +FL +
Sbjct:  838 KRRPPSFYSNLHRTLHTLIRYFNIGADEAANVKVLEKIEHLLELHGLETAELIHRYHQERIKEQNDLEE-SEYGQITVKAQFVDNSLNIQILNARKLRPVDSNGD----------------------------------LVGKVSTLKRKLHTKSKQRQKEWKTSSCDSYVKVRLLPEEKFTDVKLPKTHVQKENLYPLYDEIFNIPLTSEQRATENAIVAFELKDKDFL-RSRFMAEAFLPFSEIPETGPDRGIESLEQIHLKLSRPIRKSTDIIQALEHRKGDNQATEFLSK 1095          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: XP_016768979.1 (PREDICTED: protein unc-13 homolog D isoform X8 [Apis mellifera])

HSP 1 Score: 350.132 bits (897), Expect = 1.867e-103
Identity = 223/749 (29.77%), Postives = 369/749 (49.27%), Query Frame = 0
Query:   48 KIITLDELYIEILYTIQNMVGCDTDPKDEIK-LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKK----------------FRGQIHP----------------EPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVE------------------------------------HIVKCLS-------------LLYAEASKAES-EDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPL--RNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSK-------ACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK--------TLRKKPPQYFQLLLDTLKVLSNFF 695
            + +T++ELY  +++  Q+ +G D   + +++ L+ +LQ AF  D   HE +  +    E P +   +++ EAK L+ KD +G SDPFC++++ +    +  T+ K  TL P WEE F L +E+ + D + ++VW+F D  E V +K  K+ +VK  R   K  K+    A+TG   +E IG    P++++P++G   W+ LEK +   ++                   Q H                 E + W+G +S  +  +L QH+ Q  L      LA+W+ YA  H + PL++ +F  ++  L   ++N L  P+E   F++     +   L  I+K RR+   D   + Q+                                      IV+ L              +L     ++ES ED+ +Y   + QLV   ++ +I ++     K +     R L +      I  LC  +V++ C ++K +     D E       LNLGT LFELYL LQRF   G ++   E +L  +  +N H WF  GVA WLDIA+YKA++RI +AVE D+L+ VD+ V++SSSAVD  T+  QIK FW QL WPD+E SYT+++KI+DD+C+ +I YAD+M K+ E  ++       +  + +F V+   C +INNIDY+   I P   +LG +  +D       ++ A+ C++TL+        T++ K  +  Q++ + +    N F
Sbjct:   37 QAMTIEELYAALVFMTQHQIGYDVSNECKLETLLNHLQNAFKVDNDVHERVLDETKNMEPPEMHLCVEVIEAKELVSKDANGKSDPFCALYLESAPTRRYNTAVKTSTLSPVWEEHFELPLEDPENDVLFLEVWDF-DAAETVPEKMSKVKDVKGVRGLVKLAKEIAVTATTGSHDNEFIGRCRIPLKDIPTTGHTMWYSLEKRNKPKRRGVVKLRLAFSAEHNALVAAQEHRHLIRVLLLYELETEKIEKYCWSGRWSAPAEVLLLQHSAQRGLLARNVTLAQWIEYARIHQEHPLNFTVFNKLVVDLLRPMENGLFSPDETRLFWDATKKLLYSCLNSIRKIRRFTVGDKNAMAQLSAILGILSSLSSLKVPEDVNLFPGKMYHWFPDPDEKLSIVQALDYTVEQGGIEWFEHILNNNYPESESDEDSLKYRIKVIQLVRADLQNAIDNYDKLFIKRINFPYARCLYV-MYEKRISGLCRIIVQDVCSRMKRIEIENTDVE-------LNLGTTLFELYLTLQRFALLG-QVLCAEGQLERMEVQNYHDWFRAGVAHWLDIAVYKALKRIDRAVEFDTLQAVDNTVQYSSSAVDTLTIFYQIKVFWTQLAWPDMEGSYTFVAKIIDDICKCSIAYADKMAKKAELTTELEQLSEGSVYEKKFYVSTAWCFAINNIDYIKTSIGPLAHDLGFQSIVDAFAEKKTQQEADRCQQTLQLIIDNATDTVKNKIIELLQVVANKMSPAMNRF 775          

HSP 2 Score: 108.227 bits (269), Expect = 5.692e-23
Identity = 86/294 (29.25%), Postives = 134/294 (45.58%), Query Frame = 0
Query:  674 RKKPPQYFQLLLDTLKVLSNFFY--GDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKF--VGXPNV----------------LPNSSTYRMNE-AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVR 946
            +++PP ++  L  TL  L  +F    D+  + + L K++++L+L+  ++++LI  Y  ER KEQN  +E S  G ITV+ Q +   L ++ILNAR L+P +  G                                   +  K  +LK  +H K  Q         CD YV +RL+P  KF  V  P                  +P +S  R  E A +   +KD+ ++    F+ EA +P S+I  T  D  +  LEQ  L L+RP  + +DII AL+ R  D  A +FL +
Sbjct:  838 KRRPPSFYSNLHRTLHTLIRYFNIGADEAANVKVLEKIEHLLELHGLETAELIHRYHQERIKEQNDLEE-SEYGQITVKAQFVDNSLNIQILNARKLRPVDSNGD----------------------------------LVGKVSTLKRKLHTKSKQRQKEWKTSSCDSYVKVRLLPEEKFTDVKLPKTHVQKENLYPLYDEIFNIPLTSEQRATENAIVAFELKDKDFL-RSRFMAEAFLPFSEIPETGPDRGIESLEQIHLKLSRPIRKSTDIIQALEHRKGDNQATEFLSK 1095          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: XP_006561493.1 (PREDICTED: protein unc-13 homolog D isoform X7 [Apis mellifera])

HSP 1 Score: 347.051 bits (889), Expect = 6.045e-102
Identity = 222/745 (29.80%), Postives = 366/745 (49.13%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIK-LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKK----------------FRGQIHP----------------EPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVE------------------------------------HIVKCLS-------------LLYAEASKAES-EDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPL--RNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSK-------ACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK--------TLRKKPPQYFQLLLDTLKVLSNFF 695
            ++ELY  +++  Q+ +G D   + +++ L+ +LQ AF  D   HE +  +    E P +   +++ EAK L+ KD +G SDPFC++++ +    +  T+ K  TL P WEE F L +E+ + D + ++VW+F D  E V +K  K+ +VK  R   K  K+    A+TG   +E IG    P++++P++G   W+ LEK +   ++                   Q H                 E + W+G +S  +  +L QH+ Q  L      LA+W+ YA  H + PL++ +F  ++  L   ++N L  P+E   F++     +   L  I+K RR+   D   + Q+                                      IV+ L              +L     ++ES ED+ +Y   + QLV   ++ +I ++     K +     R L +      I  LC  +V++ C ++K +     D E       LNLGT LFELYL LQRF   G ++   E +L  +  +N H WF  GVA WLDIA+YKA++RI +AVE D+L+ VD+ V++SSSAVD  T+  QIK FW QL WPD+E SYT+++KI+DD+C+ +I YAD+M K+ E  ++       +  + +F V+   C +INNIDY+   I P   +LG +  +D       ++ A+ C++TL+        T++ K  +  Q++ + +    N F
Sbjct:  120 IEELYAALVFMTQHQIGYDVSNECKLETLLNHLQNAFKVDNDVHERVLDETKNMEPPEMHLCVEVIEAKELVSKDANGKSDPFCALYLESAPTRRYNTAVKTSTLSPVWEEHFELPLEDPENDVLFLEVWDF-DAAETVPEKMSKVKDVKGVRGLVKLAKEIAVTATTGSHDNEFIGRCRIPLKDIPTTGHTMWYSLEKRNKPKRRGVVKLRLAFSAEHNALVAAQEHRHLIRVLLLYELETEKIEKYCWSGRWSAPAEVLLLQHSAQRGLLARNVTLAQWIEYARIHQEHPLNFTVFNKLVVDLLRPMENGLFSPDETRLFWDATKKLLYSCLNSIRKIRRFTVGDKNAMAQLSAILGILSSLSSLKVPEDVNLFPGKMYHWFPDPDEKLSIVQALDYTVEQGGIEWFEHILNNNYPESESDEDSLKYRIKVIQLVRADLQNAIDNYDKLFIKRINFPYARCLYV-MYEKRISGLCRIIVQDVCSRMKRIEIENTDVE-------LNLGTTLFELYLTLQRFALLG-QVLCAEGQLERMEVQNYHDWFRAGVAHWLDIAVYKALKRIDRAVEFDTLQAVDNTVQYSSSAVDTLTIFYQIKVFWTQLAWPDMEGSYTFVAKIIDDICKCSIAYADKMAKKAELTTELEQLSEGSVYEKKFYVSTAWCFAINNIDYIKTSIGPLAHDLGFQSIVDAFAEKKTQQEADRCQQTLQLIIDNATDTVKNKIIELLQVVANKMSPAMNRF 854          

HSP 2 Score: 108.612 bits (270), Expect = 4.312e-23
Identity = 94/344 (27.33%), Postives = 158/344 (45.93%), Query Frame = 0
Query:  629 NNIDYVLQYIQPYVSELG---MEETIDKLHVLDGEEVANSCRRTLKT--LRKKPPQYFQLLLDTLKVLSNFFY--GDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKF--VGXPNV----------------LPNSSTYRMNE-AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVR 946
            N++D +LQY+   ++ L     E+  +++  +  + ++ S  + +     +++PP ++  L  TL  L  +F    D+  + + L K++++L+L+  ++++LI  Y  ER KEQN  +E S  G ITV+ Q +   L ++ILNAR L+P +  G                                   +  K  +LK  +H K  Q         CD YV +RL+P  KF  V  P                  +P +S  R  E A +   +KD+ ++    F+ EA +P S+I  T  D  +  LEQ  L L+RP  + +DII AL+ R  D  A +FL +
Sbjct:  867 NSMDRLLQYLDTNLTTLHDNLNEDNFERILFVIWDILSESLYQLVHNNLEKRRPPSFYSNLHRTLHTLIRYFNIGADEAANVKVLEKIEHLLELHGLETAELIHRYHQERIKEQNDLEE-SEYGQITVKAQFVDNSLNIQILNARKLRPVDSNGD----------------------------------LVGKVSTLKRKLHTKSKQRQKEWKTSSCDSYVKVRLLPEEKFTDVKLPKTHVQKENLYPLYDEIFNIPLTSEQRATENAIVAFELKDKDFL-RSRFMAEAFLPFSEIPETGPDRGIESLEQIHLKLSRPIRKSTDIIQALEHRKGDNQATEFLSK 1174          
BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Match: XP_016768978.1 (PREDICTED: protein unc-13 homolog D isoform X6 [Apis mellifera])

HSP 1 Score: 346.665 bits (888), Expect = 1.214e-101
Identity = 222/745 (29.80%), Postives = 366/745 (49.13%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIK-LIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKK----------------FRGQIHP----------------EPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVE------------------------------------HIVKCLS-------------LLYAEASKAES-EDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNNRALKIKTLISLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPL--RNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSK-------ACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK--------TLRKKPPQYFQLLLDTLKVLSNFF 695
            ++ELY  +++  Q+ +G D   + +++ L+ +LQ AF  D   HE +  +    E P +   +++ EAK L+ KD +G SDPFC++++ +    +  T+ K  TL P WEE F L +E+ + D + ++VW+F D  E V +K  K+ +VK  R   K  K+    A+TG   +E IG    P++++P++G   W+ LEK +   ++                   Q H                 E + W+G +S  +  +L QH+ Q  L      LA+W+ YA  H + PL++ +F  ++  L   ++N L  P+E   F++     +   L  I+K RR+   D   + Q+                                      IV+ L              +L     ++ES ED+ +Y   + QLV   ++ +I ++     K +     R L +      I  LC  +V++ C ++K +     D E       LNLGT LFELYL LQRF   G ++   E +L  +  +N H WF  GVA WLDIA+YKA++RI +AVE D+L+ VD+ V++SSSAVD  T+  QIK FW QL WPD+E SYT+++KI+DD+C+ +I YAD+M K+ E  ++       +  + +F V+   C +INNIDY+   I P   +LG +  +D       ++ A+ C++TL+        T++ K  +  Q++ + +    N F
Sbjct:  144 IEELYAALVFMTQHQIGYDVSNECKLETLLNHLQNAFKVDNDVHERVLDETKNMEPPEMHLCVEVIEAKELVSKDANGKSDPFCALYLESAPTRRYNTAVKTSTLSPVWEEHFELPLEDPENDVLFLEVWDF-DAAETVPEKMSKVKDVKGVRGLVKLAKEIAVTATTGSHDNEFIGRCRIPLKDIPTTGHTMWYSLEKRNKPKRRGVVKLRLAFSAEHNALVAAQEHRHLIRVLLLYELETEKIEKYCWSGRWSAPAEVLLLQHSAQRGLLARNVTLAQWIEYARIHQEHPLNFTVFNKLVVDLLRPMENGLFSPDETRLFWDATKKLLYSCLNSIRKIRRFTVGDKNAMAQLSAILGILSSLSSLKVPEDVNLFPGKMYHWFPDPDEKLSIVQALDYTVEQGGIEWFEHILNNNYPESESDEDSLKYRIKVIQLVRADLQNAIDNYDKLFIKRINFPYARCLYV-MYEKRISGLCRIIVQDVCSRMKRIEIENTDVE-------LNLGTTLFELYLTLQRFALLG-QVLCAEGQLERMEVQNYHDWFRAGVAHWLDIAVYKALKRIDRAVEFDTLQAVDNTVQYSSSAVDTLTIFYQIKVFWTQLAWPDMEGSYTFVAKIIDDICKCSIAYADKMAKKAELTTELEQLSEGSVYEKKFYVSTAWCFAINNIDYIKTSIGPLAHDLGFQSIVDAFAEKKTQQEADRCQQTLQLIIDNATDTVKNKIIELLQVVANKMSPAMNRF 878          

HSP 2 Score: 108.612 bits (270), Expect = 4.367e-23
Identity = 94/344 (27.33%), Postives = 158/344 (45.93%), Query Frame = 0
Query:  629 NNIDYVLQYIQPYVSELG---MEETIDKLHVLDGEEVANSCRRTLKT--LRKKPPQYFQLLLDTLKVLSNFFY--GDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKF--VGXPNV----------------LPNSSTYRMNE-AYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVR 946
            N++D +LQY+   ++ L     E+  +++  +  + ++ S  + +     +++PP ++  L  TL  L  +F    D+  + + L K++++L+L+  ++++LI  Y  ER KEQN  +E S  G ITV+ Q +   L ++ILNAR L+P +  G                                   +  K  +LK  +H K  Q         CD YV +RL+P  KF  V  P                  +P +S  R  E A +   +KD+ ++    F+ EA +P S+I  T  D  +  LEQ  L L+RP  + +DII AL+ R  D  A +FL +
Sbjct:  891 NSMDRLLQYLDTNLTTLHDNLNEDNFERILFVIWDILSESLYQLVHNNLEKRRPPSFYSNLHRTLHTLIRYFNIGADEAANVKVLEKIEHLLELHGLETAELIHRYHQERIKEQNDLEE-SEYGQITVKAQFVDNSLNIQILNARKLRPVDSNGD----------------------------------LVGKVSTLKRKLHTKSKQRQKEWKTSSCDSYVKVRLLPEEKFTDVKLPKTHVQKENLYPLYDEIFNIPLTSEQRATENAIVAFELKDKDFL-RSRFMAEAFLPFSEIPETGPDRGIESLEQIHLKLSRPIRKSTDIIQALEHRKGDNQATEFLSK 1198          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|646722202|gb|KDR23282.1| (BAI1-associated protein 3 [Zootermopsis nevadensis])

HSP 1 Score: 450.284 bits (1157), Expect = 2.004e-137
Identity = 272/730 (37.26%), Postives = 387/730 (53.01%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDE-IKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEK---------------------------------------------------PDAKSKKFRGQIHPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLL----------------YAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKE---------------------MPMDNNRALKI--------------KTLISL----IIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACD--KGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLK 671
            ++ELY EILY I ++VGCD   ++E   L  YLQEAF  D + H  L + A  +E P +  N+++ EA+ L  KD +G SDPFC++F+++    +  TS K +TL+P WEE F+L +EN   D + ++VW+F DP E V +K  KI EVK  R  +K +K+    ASTG   +EL+G    P++N+P+SG   W  LEK                                                   PD K    + ++  EPF WNG FS+ +  IL QH VQ  L+ A   LA+W+ ++  H D PLS+  F  +L+KL   L+N L+  +EE  F+E A   +      I+K R+   +D   + Q+  I+  LS L                Y   + +E+E N     DI   +  AV +  +DW+  I +                      +  D  +A++               KTL  L    + +L  P+V E C  LKPL F++   +    ND L +GT LFELYL +QRF   G  +   +  +  + N H+WFH GVA+WLDIALYKA+QRI KAVE+D+L PVD  VK+SSSAVD   +  QIK FWKQL WPDVE SYT+++KI+DD+CR ++FYADQM  +VE + ++ +  + +F VT E CL+INNIDYV Q IQP+V ELGMEE +  L     +  A+ C+RTL+
Sbjct:  112 IEELYSEILYEILHIVGCDAAAEEERAPLFCYLQEAFKLDYEKHNQLLEMARAKEAPNILLNVEVIEARDLRPKDANGLSDPFCTLFLTSSVAHRYNTSVKQETLNPVWEEHFSLPVENPAEDVLYVEVWDF-DPAETVREKMMKIGEVKGVRGLRKLMKEIAVTASTGKHDNELVGCAALPLKNIPASGQTLWCTLEKKGKAKKQGDVKIQLSFSSEKNSQVASQEHRHLLRLMLLHELENSKECDLEEPDGKMFS-KCKVGVEPFQWNGKFSQSAETILTQHLVQCGLSTAVVTLAQWVEFSSVHVDHPLSFITFSLLLQKLIKPLQNGLITDDEEKLFWEAAKKILPSCYNGIRKIRKLTHSDKSTLQQLSAILSILSQLATLQPPEGTNLFPPSIYGWLAVSENEPNC----DIRATLDAAVTQGAEDWFFHILENNNSNDPSEEAQLNHLIRIIQLLRTDLQKAIEFHDRLFQQYFRFSYAKTLYKLYESKVAELVEPVVTEVCKSLKPLKFNDRATDGICDNDPLLMGTTLFELYLIVQRFAVLGTGLCPVDSDVFNIHNFHLWFHAGVAQWLDIALYKALQRIKKAVEIDNLVPVDGSVKYSSSAVDTLAIFYQIKIFWKQLAWPDVEGSYTFVAKIIDDICRCSVFYADQMSGKVEGMGESQNVYEKKFEVTNEWCLAINNIDYVQQSIQPFVGELGMEEIVTSLANFRSQTAADHCQRTLQ 835          

HSP 2 Score: 85.5001 bits (210), Expect = 3.139e-13
Identity = 49/142 (34.51%), Postives = 75/142 (52.82%), Query Frame = 0
Query:  829 MHSSHNDGLCDPYVCIRLIPGNKF--VGXPNVLPNSSTY-----------------RMNEAYLLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKY 951
            +H+   +G CDPYV + L+P  KF  V  P    +  T                   +    ++ T+KD+ ++G   F+GEA V  SD+  T + T L +LEQ  L L+RP  QDS+   AL++R  D+L++DFL +E+ KY
Sbjct: 1027 LHAMDANGSCDPYVKVHLLPEEKFRTVTKPRTKTHKKTMFPLFDENFTLHLTPEQRHLKNGLIMFTVKDQDFLGMNEFLGEAFVSFSDVPKTDMTTGLEELEQVHLKLSRPTKQDSEAYRALENR-HDKLSRDFLKKEKAKY 1167          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|1058213812|gb|JAT10422.1| (hypothetical protein g.35263, partial [Graphocephala atropunctata])

HSP 1 Score: 444.506 bits (1142), Expect = 1.520e-135
Identity = 323/1054 (30.65%), Postives = 503/1054 (47.72%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEK----------------PDAKSKKFRGQIH-----------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYI---------GDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLISLI-----------------------------------IKLCS---PLVEETCGQLKPLIFSEDDGESEYI-NDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETV--SKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQ-LLLDTLKVLSN---------FFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRL------QMLPEHLRVEILNARHLKPPNPVGRFQHSS--GSKYIP------PTIRR------------------RRMKSLAHLSRSQRNLHWVKSKF--KSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN---------------------EAYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            + ++ELY E+LY + + VGC  + ++   +  +LQ++F  D + HE L QQA  +E P +  N+ I EAK L  KD +G SDPFC++++++    +  TS K +TL+P WEE F+L +++   D + ++VW+F DP E V +K  KI +VK  +  +K +K+    ASTG   +ELIG+    ++N+P++G   W  LEK                   K+ +   Q H                  EP  W G FS+ +  +L QH  Q  +T A+ ALA+W  YA       +S   F  +L+KL   L N L   EE   F++ A   +      IKK R+    +      + + +  LS L      A ++     +           I  +V  AV ++  DW+  I     P DN+   ++K  I +I                                    K+C    PLV + C  LKPL + E    ++ I +D L LGT+LFELYLALQRF   G  I   E     +   H WFH+GVA WLDIA++KAM RI +AVELD L P+D  VK+SSSAVD   +  QIKTFW+QL+WPDVE SY++++KI+DD+CR ++ YAD M  +V+ +  ++   + +F VT E CL+INNIDYV Q IQP+V ELGM++ I +L        A  CR TL+ +     +  +  +LD L+ +++            G +L   E      + L  Y  ++   ++C +N    ++  T  F  L  I   L      +  P      +    H+     +G F+H    G++ +       P I R                   R++    +  +   L  V+ +F   +L+  I      +    ++G CDPYV I L+P + FV      P + T + N                     EA LL  +KD+ + G    F+GEA  P  +I  T+++T + +++Q  L L++P + D + I ALD R  ++LA++F+ R++ K+ 
Sbjct:   95 LNIEELYSEVLYEVIHTVGCMAEAEERDVIFNHLQKSFRLDPEKHELLLQQAKSKEPPNILLNVQIVEAKELRPKDANGLSDPFCTLYLTSAPTHRYNTSVKEQTLNPLWEEHFSLPVDSPGDDILCLEVWDF-DPAETVREKMTKITDVKGVKGLRKLMKEIAVTASTGKHDNELIGNAMVQLKNIPTTGQIMWVNLEKKTKVRRQGIVKLKVNFSSEKNSQVATQEHRHLLRIFALYEIESAQSEEPSEWKGEFSQAADMVLQQHVAQSGMTAADEALAQWTEYAAVGQTHAISIETFHSVLQKLTRPLANALFTDEEIKSFWDAAKKLLPPCFNIIKKLRKLPPAEPSTKALLTNTLGILSTLNKLQPPAGTDLFPASVYGWLTRTQNCTINTVVEDAVTQAAIDWFIHITDHNKPEDNSEKAQLKQQIKIIQLVRTDLQKAIEFHDKLFITLLQVPYAKTLYTMYECKVCEMTEPLVNDICATLKPLRYKERPRANDNIEDDPLALGTSLFELYLALQRFAILGTAICPTEADKFHITQFHSWFHRGVAHWLDIAVFKAMHRIERAVELDELIPIDSTVKYSSSAVDTIHIYYQIKTFWQQLSWPDVEGSYSFVAKIMDDICRCSVHYADIMALKVDKMGDTETVYEKKFEVTNEWCLAINNIDYVRQSIQPFVKELGMDDIIQRLADFRSPSAAEHCRDTLQLVMDNAVETVKNKILDLLETVADKMSPSVRRFLMEGAELADQEN--NCVDRLMQYLDENLTTLSCQLNPDNFDRTLTIIFDKLSRIMFDLVENGLEKRRPPSFFANLHKTLHVL----MGFFRHGEKDGTENLQTQGEMLPRIERLLTLHGMDTADLIMQVHHARLQEQREMESASNGLLTVRLQFVHDTLRIEIM-NARNLKPMDSNGSCDPYVKIHLLPEDMFVDITK--PRTKTQKRNLFPLFDETFSIQLSREQRQSKEAMLLFMVKDQDYFGMSSQFLGEAYYPFLEIPATTMETNIQEMQQIHLKLSKPSNFDCEAIKALDHRQGEKLAREFIKRQKSKHN 1138          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|1058269128|gb|JAT37278.1| (hypothetical protein g.35255 [Graphocephala atropunctata])

HSP 1 Score: 444.506 bits (1142), Expect = 2.236e-135
Identity = 323/1054 (30.65%), Postives = 503/1054 (47.72%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEK----------------PDAKSKKFRGQIH-----------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYI---------GDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLISLI-----------------------------------IKLCS---PLVEETCGQLKPLIFSEDDGESEYI-NDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETV--SKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQ-LLLDTLKVLSN---------FFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRL------QMLPEHLRVEILNARHLKPPNPVGRFQHSS--GSKYIP------PTIRR------------------RRMKSLAHLSRSQRNLHWVKSKF--KSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN---------------------EAYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            + ++ELY E+LY + + VGC  + ++   +  +LQ++F  D + HE L QQA  +E P +  N+ I EAK L  KD +G SDPFC++++++    +  TS K +TL+P WEE F+L +++   D + ++VW+F DP E V +K  KI +VK  +  +K +K+    ASTG   +ELIG+    ++N+P++G   W  LEK                   K+ +   Q H                  EP  W G FS+ +  +L QH  Q  +T A+ ALA+W  YA       +S   F  +L+KL   L N L   EE   F++ A   +      IKK R+    +      + + +  LS L      A ++     +           I  +V  AV ++  DW+  I     P DN+   ++K  I +I                                    K+C    PLV + C  LKPL + E    ++ I +D L LGT+LFELYLALQRF   G  I   E     +   H WFH+GVA WLDIA++KAM RI +AVELD L P+D  VK+SSSAVD   +  QIKTFW+QL+WPDVE SY++++KI+DD+CR ++ YAD M  +V+ +  ++   + +F VT E CL+INNIDYV Q IQP+V ELGM++ I +L        A  CR TL+ +     +  +  +LD L+ +++            G +L   E      + L  Y  ++   ++C +N    ++  T  F  L  I   L      +  P      +    H+     +G F+H    G++ +       P I R                   R++    +  +   L  V+ +F   +L+  I      +    ++G CDPYV I L+P + FV      P + T + N                     EA LL  +KD+ + G    F+GEA  P  +I  T+++T + +++Q  L L++P + D + I ALD R  ++LA++F+ R++ K+ 
Sbjct:   99 LNIEELYSEVLYEVIHTVGCMAEAEERDVIFNHLQKSFRLDPEKHELLLQQAKSKEPPNILLNVQIVEAKELRPKDANGLSDPFCTLYLTSAPTHRYNTSVKEQTLNPLWEEHFSLPVDSPGDDILCLEVWDF-DPAETVREKMTKITDVKGVKGLRKLMKEIAVTASTGKHDNELIGNAMVQLKNIPTTGQIMWVNLEKKTKVRRQGIVKLKVNFSSEKNSQVATQEHRHLLRIFALYEIESAQSEEPSEWKGEFSQAADMVLQQHVAQSGMTAADEALAQWTEYAAVGQTHAISIETFHSVLQKLTRPLANALFTDEEIKSFWDAAKKLLPPCFNIIKKLRKLPPAEPSTKALLTNTLGILSTLNKLQPPAGTDLFPASVYGWLTRTQNCTINTVVEDAVTQAAIDWFIHITDHNKPEDNSEKAQLKQQIKIIQLVRTDLQKAIEFHDKLFITLLQVPYAKTLYTMYECKVCEMTEPLVNDICATLKPLRYKERPRANDNIEDDPLALGTSLFELYLALQRFAILGTAICPTEADKFHITQFHSWFHRGVAHWLDIAVFKAMHRIERAVELDELIPIDSTVKYSSSAVDTIHIYYQIKTFWQQLSWPDVEGSYSFVAKIMDDICRCSVHYADIMALKVDKMGDTETVYEKKFEVTNEWCLAINNIDYVRQSIQPFVKELGMDDIIQRLADFRSPSAAEHCRDTLQLVMDNAVETVKNKILDLLETVADKMSPSVRRFLMEGAELADQEN--NCVDRLMQYLDENLTTLSCQLNPDNFDRTLTIIFDKLSRIMFDLVENGLEKRRPPSFFANLHKTLHVL----MGFFRHGEKDGTENLQTQGEMLPRIERLLTLHGMDTADLIMQVHHARLQEQREMESASNGLLTVRLQFVHDTLRIEIM-NARNLKPMDSNGSCDPYVKIHLLPEDMFVDITK--PRTKTQKRNLFPLFDETFSIQLSREQRQSKEAMLLFMVKDQDYFGMSSQFLGEAYYPFLEIPATTMETNIQEMQQIHLKLSKPSNFDCEAIKALDHRQGEKLAREFIKRQKSKHN 1142          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|1058209792|gb|JAT08412.1| (hypothetical protein g.35267 [Graphocephala atropunctata])

HSP 1 Score: 443.736 bits (1140), Expect = 3.421e-135
Identity = 323/1054 (30.65%), Postives = 503/1054 (47.72%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEK----------------PDAKSKKFRGQIH-----------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYI---------GDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLISLI-----------------------------------IKLCS---PLVEETCGQLKPLIFSEDDGESEYI-NDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETV--SKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQ-LLLDTLKVLSN---------FFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRL------QMLPEHLRVEILNARHLKPPNPVGRFQHSS--GSKYIP------PTIRR------------------RRMKSLAHLSRSQRNLHWVKSKF--KSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN---------------------EAYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            + ++ELY E+LY + + VGC  + ++   +  +LQ++F  D + HE L QQA  +E P +  N+ I EAK L  KD +G SDPFC++++++    +  TS K +TL+P WEE F+L +++   D + ++VW+F DP E V +K  KI +VK  +  +K +K+    ASTG   +ELIG+    ++N+P++G   W  LEK                   K+ +   Q H                  EP  W G FS+ +  +L QH  Q  +T A+ ALA+W  YA       +S   F  +L+KL   L N L   EE   F++ A   +      IKK R+    +      + + +  LS L      A ++     +           I  +V  AV ++  DW+  I     P DN+   ++K  I +I                                    K+C    PLV + C  LKPL + E    ++ I +D L LGT+LFELYLALQRF   G  I   E     +   H WFH+GVA WLDIA++KAM RI +AVELD L P+D  VK+SSSAVD   +  QIKTFW+QL+WPDVE SY++++KI+DD+CR ++ YAD M  +V+ +  ++   + +F VT E CL+INNIDYV Q IQP+V ELGM++ I +L        A  CR TL+ +     +  +  +LD L+ +++            G +L   E      + L  Y  ++   ++C +N    ++  T  F  L  I   L      +  P      +    H+     +G F+H    G++ +       P I R                   R++    +  +   L  V+ +F   +L+  I      +    ++G CDPYV I L+P + FV      P + T + N                     EA LL  +KD+ + G    F+GEA  P  +I  T+++T + +++Q  L L++P + D + I ALD R  ++LA++F+ R++ K+ 
Sbjct:   90 LNIEELYSEVLYEVIHTVGCMAEAEERDVIFNHLQKSFRLDPEKHELLLQQAKSKEPPNILLNVQIVEAKELRPKDANGLSDPFCTLYLTSAPTHRYNTSVKEQTLNPLWEEHFSLPVDSPGDDILCLEVWDF-DPAETVREKMTKITDVKGVKGLRKLMKEIAVTASTGKHDNELIGNAMVQLKNIPTTGQIMWVNLEKKTKVRRQGIVKLKVNFSSEKNSQVATQEHRHLLRIFALYEIESAQSEEPSEWKGEFSQAADMVLQQHVAQSGMTAADEALAQWTEYAAVGQTHAISIETFHSVLQKLTRPLANALFTDEEIKSFWDAAKKLLPPCFNIIKKLRKLPPAEPSTKALLTNTLGILSTLNKLQPPAGTDLFPASVYGWLTRTQNCTINTVVEDAVTQAAIDWFIHITDHNKPEDNSEKAQLKQQIKIIQLVRTDLQKAIEFHDKLFITLLQVPYAKTLYTMYECKVCEMTEPLVNDICATLKPLRYKERPRANDNIEDDPLALGTSLFELYLALQRFAILGTAICPTEADKFHITQFHSWFHRGVAHWLDIAVFKAMHRIERAVELDELIPIDSTVKYSSSAVDTIHIYYQIKTFWQQLSWPDVEGSYSFVAKIMDDICRCSVHYADIMALKVDKMGDTETVYEKKFEVTNEWCLAINNIDYVRQSIQPFVKELGMDDIIQRLADFRSPSAAEHCRDTLQLVMDNAVETVKNKILDLLETVADKMSPSVRRFLMEGAELADQEN--NCVDRLMQYLDENLTTLSCQLNPDNFDRTLTIIFDKLSRIMFDLVENGLEKRRPPSFFANLHKTLHVL----MGFFRHGEKDGTENLQTQGEMLPRIERLLTLHGMDTADLIMQVHHARLQEQREMESASNGLLTVRLQFVHDTLRIEIM-NARNLKPMDSNGSCDPYVKIHLLPEDMFVDITK--PRTKTQKRNLFPLFDETFSIQLSREQRQSKEAMLLFMVKDQDYFGMSSQFLGEAYYPFLEIPATTMETNIQEMQQIHLKLSKPSNFDCEAIKALDHRQGEKLAREFIKRQKSKHN 1133          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|1058212360|gb|JAT09696.1| (hypothetical protein g.35256 [Graphocephala atropunctata] >gi|1058214176|gb|JAT10604.1| hypothetical protein g.35259 [Graphocephala atropunctata] >gi|1058221168|gb|JAT14100.1| hypothetical protein g.35270 [Graphocephala atropunctata] >gi|1058234390|gb|JAT20711.1| hypothetical protein g.35261 [Graphocephala atropunctata])

HSP 1 Score: 444.121 bits (1141), Expect = 5.097e-135
Identity = 323/1054 (30.65%), Postives = 503/1054 (47.72%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEK----------------PDAKSKKFRGQIH-----------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYI---------GDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLISLI-----------------------------------IKLCS---PLVEETCGQLKPLIFSEDDGESEYI-NDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETV--SKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQ-LLLDTLKVLSN---------FFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRL------QMLPEHLRVEILNARHLKPPNPVGRFQHSS--GSKYIP------PTIRR------------------RRMKSLAHLSRSQRNLHWVKSKF--KSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN---------------------EAYLLLTIKDRAWIG-HGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            + ++ELY E+LY + + VGC  + ++   +  +LQ++F  D + HE L QQA  +E P +  N+ I EAK L  KD +G SDPFC++++++    +  TS K +TL+P WEE F+L +++   D + ++VW+F DP E V +K  KI +VK  +  +K +K+    ASTG   +ELIG+    ++N+P++G   W  LEK                   K+ +   Q H                  EP  W G FS+ +  +L QH  Q  +T A+ ALA+W  YA       +S   F  +L+KL   L N L   EE   F++ A   +      IKK R+    +      + + +  LS L      A ++     +           I  +V  AV ++  DW+  I     P DN+   ++K  I +I                                    K+C    PLV + C  LKPL + E    ++ I +D L LGT+LFELYLALQRF   G  I   E     +   H WFH+GVA WLDIA++KAM RI +AVELD L P+D  VK+SSSAVD   +  QIKTFW+QL+WPDVE SY++++KI+DD+CR ++ YAD M  +V+ +  ++   + +F VT E CL+INNIDYV Q IQP+V ELGM++ I +L        A  CR TL+ +     +  +  +LD L+ +++            G +L   E      + L  Y  ++   ++C +N    ++  T  F  L  I   L      +  P      +    H+     +G F+H    G++ +       P I R                   R++    +  +   L  V+ +F   +L+  I      +    ++G CDPYV I L+P + FV      P + T + N                     EA LL  +KD+ + G    F+GEA  P  +I  T+++T + +++Q  L L++P + D + I ALD R  ++LA++F+ R++ K+ 
Sbjct:  134 LNIEELYSEVLYEVIHTVGCMAEAEERDVIFNHLQKSFRLDPEKHELLLQQAKSKEPPNILLNVQIVEAKELRPKDANGLSDPFCTLYLTSAPTHRYNTSVKEQTLNPLWEEHFSLPVDSPGDDILCLEVWDF-DPAETVREKMTKITDVKGVKGLRKLMKEIAVTASTGKHDNELIGNAMVQLKNIPTTGQIMWVNLEKKTKVRRQGIVKLKVNFSSEKNSQVATQEHRHLLRIFALYEIESAQSEEPSEWKGEFSQAADMVLQQHVAQSGMTAADEALAQWTEYAAVGQTHAISIETFHSVLQKLTRPLANALFTDEEIKSFWDAAKKLLPPCFNIIKKLRKLPPAEPSTKALLTNTLGILSTLNKLQPPAGTDLFPASVYGWLTRTQNCTINTVVEDAVTQAAIDWFIHITDHNKPEDNSEKAQLKQQIKIIQLVRTDLQKAIEFHDKLFITLLQVPYAKTLYTMYECKVCEMTEPLVNDICATLKPLRYKERPRANDNIEDDPLALGTSLFELYLALQRFAILGTAICPTEADKFHITQFHSWFHRGVAHWLDIAVFKAMHRIERAVELDELIPIDSTVKYSSSAVDTIHIYYQIKTFWQQLSWPDVEGSYSFVAKIMDDICRCSVHYADIMALKVDKMGDTETVYEKKFEVTNEWCLAINNIDYVRQSIQPFVKELGMDDIIQRLADFRSPSAAEHCRDTLQLVMDNAVETVKNKILDLLETVADKMSPSVRRFLMEGAELADQEN--NCVDRLMQYLDENLTTLSCQLNPDNFDRTLTIIFDKLSRIMFDLVENGLEKRRPPSFFANLHKTLHVL----MGFFRHGEKDGTENLQTQGEMLPRIERLLTLHGMDTADLIMQVHHARLQEQREMESASNGLLTVRLQFVHDTLRIEIM-NARNLKPMDSNGSCDPYVKIHLLPEDMFVDITK--PRTKTQKRNLFPLFDETFSIQLSREQRQSKEAMLLFMVKDQDYFGMSSQFLGEAYYPFLEIPATTMETNIQEMQQIHLKLSKPSNFDCEAIKALDHRQGEKLAREFIKRQKSKHN 1177          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|1004395822|gb|EEZ97425.2| (BAI1-associated protein 3-like Protein [Tribolium castaneum])

HSP 1 Score: 437.958 bits (1125), Expect = 7.461e-133
Identity = 328/1050 (31.24%), Postives = 503/1050 (47.90%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPK-DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDID-TIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDA----------------KSKKFRGQIHPE----------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAE--------------SEDNTRYIGDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLI--------------------------------------SLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKT--------------------LRKKPPQYFQLLLDTLKVL---SNFFYGDKLPHDETLLKMKN---------ILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSH-----NDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTY---------------------RMNEAYLLLTIKDRAWIGH-GIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            +T+DELY EILY I + VGCD   +  +  LI Y Q+AF      H  L  +A  +E P    N+++ EAK L  KD +G SDPF ++++++    +  TS K  TL P WEE F L I +  ID T+ I+VW+F DP E+V +KF +  +VK  +  +KF+K+    A+TG   +ELIG  + P+ ++P+SG+  W+ L+K +                 K+++   Q H                   F W G+FS +   +L QH  Q  LT  E AL +W VY   H +  LS+++F  +LEKL   L+++    E+   F++ A   +      I+K R+    D   + Q+  ++  L  +      A+              SED  R   DI  +V  AV++   DW+  I +  +    N   +++ LI                                      + I  L  P V   C  LK L F+         N+ L  GT LFELYLAL RFV  G  +   +     +RN + WFH GVA+WLDIA++KA+QRI KAVELD L PVD  V++SSSAVD  ++  Q+K FW+QLNWPDVE  YT+I+KI+DD+CR  +FYA++M  RV+ +    D+ +F VT E CL+INNI+YV Q +QP+  ELGME  I+KL  L     A  C+ TL T                    ++K  P   +LL++  ++    SN      L  D  L  + N         +L++   D+ D I   + +   E+ R   F A  ++   L ++    +   LN   LK      +      +  I   +     +   +L  S+  +  VK+KF   ++N + K   M++ +     ++G  D +V I L+P +KF G P   P + T+                      + +  LL ++KD+  +G+   ++GEA +   DI+  S +T + DL Q  L L RP D  ++ I AL+SR  D+ AK+FL + +++ G
Sbjct:  126 MTIDELYAEILYEILHNVGCDVSVEIGQTALISYAQDAFKIPNNKHNQLLSEAEKKEAPEFLINVEVIEAKDLKPKDSNGLSDPFVTLYLASNTSHRYNTSVKYGTLVPTWEEHFALPISDNSIDDTLCIEVWDF-DPAESVKEKFGRFFDVKGVKGMRKFVKEIAVAAATGQHENELIGVAKIPLNSIPASGLTMWYSLDKKNKATRQGVIKIRIAFSAEKNRQVAAQEHRHMLRIILLHELELSKVAQFWWCGTFSPQGEALLTQHIAQSGLTPPEVALCQWSVYTSVHQNHQLSFSLFSKLLEKLAKPLRSE----EDLKIFWDGAKKLLPSCFSVIRKIRKRDFKDKMTMQQLTEVLNILGNIKMMEMPADVDLFPNNMYPWVTFSEDTKR---DILTVVADAVQQGADDWFNHITENNVQQVENDVGRLQYLIQAIQLVKSDLQKALEFYDKLFQQTINFQYAKALYVFYQAKISALAEPDVRNICKSLKKLSFTGFTTNETDSNEPLKEGTTLFELYLALHRFVVLGKGLCQTDSDSFHIRNFYQWFHGGVAQWLDIAVFKALQRIEKAVELDKLVPVDTTVRYSSSAVDTISIFYQVKVFWQQLNWPDVEGCYTFIAKIIDDICRCCVFYAERMAMRVDGMGVQTDEKKFEVTNEWCLAINNIEYVRQSLQPFTDELGMEGVIEKLADLKSAMEAKRCQDTLNTVIANAIDTVKNEIIALLETVVKKMVPAMKRLLIEGAELFNQDSNSIDRLMLYVDSNLSTLHNELNEENFNRVLEI-VWDNLDGILKEIIQSNLEKRRPPSFFA--NLHKTLNLMLGSFKANDLNCEELKKTELKLKVNGLETNDLI-HLVHLNLYEEFKNLKESKYGVLSVKAKF---ENNNNLKVTVMNARNLLAMDSNGYSDSFVRIHLLPEHKFSGIPK--PKTQTHYKTLFPLYDENFTVELPTDYKSVEDGLLLFSVKDKDMLGYNNQYIGEAFLHFKDID--SSNTPMDDLPQISLALGRPTDLSTEAIKALESRLGDKQAKEFLRKLKQRMG 1156          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|1059381065|ref|XP_017783333.1| (PREDICTED: protein unc-13 homolog D isoform X5 [Nicrophorus vespilloides])

HSP 1 Score: 434.491 bits (1116), Expect = 2.468e-132
Identity = 319/1050 (30.38%), Postives = 509/1050 (48.48%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPK-DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSK----KFRGQIHPE----------------------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLS----LLYAEASKAESEDNTRYIG-----DIPQLVYVAVEESIQDWYAFIQKEMPM-DNNRALKIKTLISL--------------------------------------IIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVS--KACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTLRKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNIL----QLYASD--SSDLIACYMNER----YKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLH-----------------------WVKSKFKSLKDNIHEKGVQMH----------SSHNDGLCDPYVCIRLIPGNKFVGXP---------NVLP----------NSSTYRMNEAYLLLTIKDRAWIGH-GIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
            +T+DELY EILY   + VGCD   +  + +L  YLQ+AF      H+ L ++A  +E P +  N+++ EAK L  KD +G SDPF ++F+++ A+ +  TS K+ TL+P WEE F L +     DT+ ++VW+F D  E+V +KF K  EVK  +  +K +K+    A+TG   +ELIG  + P+  +P +G+  W+ L+K    ++    K R     E                            P+ W+G+FS ++   L+QH  Q  L   + AL+++ V+   H + PLS+ +F  +LEKL   +++ +   E+   F++     +      I+K RR  +N+   + Q+  +++C+S    L   E +    E   +++      DI   +  AVE   +DW+  I +  P  D++   K++ LI +                                      I  +  P V   C  LK L F   +  +E   + L +GT+LFELYL LQRFV  G  +   E     +RN + WF+ GVA+WLDIA++KA+ RI KAVELD+L PVD  +K+SSSAVD  T+  QIK FW+QLNWPDVE SYT+I+KI+DD+C+ +++YAD+M  RVE +   +   + +F VT E CL+INNIDYV + +QP+  ELG +    KL  L     A  CRRTL T+           +DT+K  +      +   D+    MK +L    +LY  D  S D +  Y++      ++E N       L  I  +L  + E L    L  R  +PP+       +   K +  + +     S   L+R Q+ L                         V+S++  L   I      MH          +  ++GLCD +V + L+P  KF+G           N  P          +S    +++  ++ ++KD   +G+   ++GEA VP  +I  T+ D     L Q +L L RP + +++ I A++ R  D+ AK+F+ + +++ G
Sbjct:   40 MTIDELYSEILYQTLHNVGCDESCEFGQEELFHYLQDAFKISPNKHQELLEEAKSKEAPEIHLNVEVIEAKDLRSKDSNGLSDPFVTLFLASNAQHRYTTSVKSATLNPTWEEHFALPVSENSEDTLCLEVWDF-DAAESVREKFGKFFEVKGVKGIRKLVKEIAITAATGQHENELIGRAKIPLNAIPVTGMTMWYSLDKKHKINRQGVLKVRLNFSSEKNSQVAAQEHRHLLRLLLVHELEHSKVAPYWWSGTFSGKANTFLSQHIAQSGLQPIDVALSQYAVFVAIHQNHPLSFNLFSNLLEKLIKPVQSQIPCDEDLKIFWDATKKLLPSVFAVIRKLRRKCSNEKTAMKQLIEVLECVSKVSMLEPPEGTNLFPEKLYQWMNASDGWDIRNTLTQAVERGAEDWFCHILENSPRSDDSDIGKLQHLIKITQLIRTDLQRATEFYDKIFKNIVNFPYAKSLYMIYQVKIATMAEPEVLHICKSLKRLSFHGFEPAAEESTEPLTVGTSLFELYLVLQRFVILGSGLCPLEVDTFHIRNFYSWFYSGVAQWLDIAVFKALTRIEKAVELDTLNPVDATLKYSSSAVDTLTIFYQIKVFWEQLNWPDVEGSYTFIAKIIDDICKCSVYYADKMSARVEGMGDIRNVYEQKFEVTSEWCLAINNIDYVRKSLQPFTEELGKDAVTQKLSDLRSPLEAERCRRTLDTVIDNA-------IDTVK--NKIIELLETVVDKMCPSMKRLLVEGAELYNQDNNSIDRVLRYLDNNLATLHEELNEENFNKTLDIIWAQLATILEELIQSNLEKR--RPPSFFANLHET--LKIMIKSFKCSEDSSCIELARIQKLLQLNGFETSDLIHQIHLDLYNEQEELVESQYGELTVRIKFHNSDMHVEMINARNLIAMDSNGLCDSFVRVHLLPEEKFIGISKPKTQTHYKNKFPLYDEKFQIVISSEQQNLSDGLVMFSVKDSNLMGYNNQYIGEAFVPFKNIPKTTDD--FDTLPQIRLQLIRPANLNTEAIKAIEYRLGDKQAKEFMKKFKQRMG 1073          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|642936747|ref|XP_008198564.1| (PREDICTED: protein unc-13 homolog D [Tribolium castaneum])

HSP 1 Score: 435.261 bits (1118), Expect = 3.424e-131
Identity = 327/1050 (31.14%), Postives = 501/1050 (47.71%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPK-DEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDID-TIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDA----------------KSKKFRGQIHPE----------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSLLYAEASKAE--------------SEDNTRYIGDIPQLVYVAVEESIQDWYAFI-QKEMPMDNNRALKIKTLI--------------------------------------SLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKT--------------------LRKKPPQYFQLLLDTLKVL---SNFFYGDKLPHDETLLKMKN---------ILQLYASDSSDLIACYMNERYKEQNRTKEFSALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSH-----NDGLCDPYVCIRLIPGNKFVGXPNVLPNSSTY---------------------RMNEAYLLLTIKDRAWIGH-GIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRKYG 952
              +DELY EILY I + VGCD   +  +  LI Y Q+AF      H  L  +A  +E P    N+++ EAK L  KD +G SDPF ++++++    +  TS K  TL P WEE F L I +  ID T+ I+VW+F DP E+V +KF +  +VK  +  +KF+K+    A+TG   +ELIG  + P+ ++P+SG+  W+ L+K +                 K+++   Q H                   F W G+FS +   +L QH  Q  LT  E AL +W VY   H +  LS+++F  +LEKL   L+++    E+   F++ A   +      I+K R+    D   + Q+  ++  L  +      A+              SED  R   DI  +V  AV++   DW+  I +  +    N   +++ LI                                      + I  L  P V   C  LK L F+         N+ L  GT LFELYLAL RFV  G  +   +     +RN + WFH GVA+WLDIA++KA+QRI KAVELD L PVD  V++SSSAVD  ++  Q+K FW+QLNWPDVE  YT+I+KI+DD+CR  +FYA++M  RV+ +    D+ +F VT E CL+INNI+YV Q +QP+  ELGME  I+KL  L     A  C+ TL T                    ++K  P   +LL++  ++    SN      L  D  L  + N         +L++   D+ D I   + +   E+ R   F A  ++   L ++    +   LN   LK      +      +  I   +     +   +L  S+  +  VK+KF   ++N + K   M++ +     ++G  D +V I L+P +KF G P   P + T+                      + +  LL ++KD+  +G+   ++GEA +   DI+  S +T + DL Q  L L RP D  ++ I AL+SR  D+ AK+FL + +++ G
Sbjct:  213 FNIDELYAEILYEILHNVGCDVSVEIGQTALISYAQDAFKIPNNKHNQLLSEAEKKEAPEFLINVEVIEAKDLKPKDSNGLSDPFVTLYLASNTSHRYNTSVKYGTLVPTWEEHFALPISDNSIDDTLCIEVWDF-DPAESVKEKFGRFFDVKGVKGMRKFVKEIAVAAATGQHENELIGVAKIPLNSIPASGLTMWYSLDKKNKATRQGVIKIRIAFSAEKNRQVAAQEHRHMLRIILLHELELSKVAQFWWCGTFSPQGEALLTQHIAQSGLTPPEVALCQWSVYTSVHQNHQLSFSLFSKLLEKLAKPLRSE----EDLKIFWDGAKKLLPSCFSVIRKIRKRDFKDKMTMQQLTEVLNILGNIKMMEMPADVDLFPNNMYPWVTFSEDTKR---DILTVVADAVQQGADDWFNHITENNVQQVENDVGRLQYLIQAIQLVKSDLQKALEFYDKLFQQTINFQYAKALYVFYQAKISALAEPDVRNICKSLKKLSFTGFTTNETDSNEPLKEGTTLFELYLALHRFVVLGKGLCQTDSDSFHIRNFYQWFHGGVAQWLDIAVFKALQRIEKAVELDKLVPVDTTVRYSSSAVDTISIFYQVKVFWQQLNWPDVEGCYTFIAKIIDDICRCCVFYAERMAMRVDGMGVQTDEKKFEVTNEWCLAINNIEYVRQSLQPFTDELGMEGVIEKLADLKSAMEAKRCQDTLNTVIANAIDTVKNEIIALLETVVKKMVPAMKRLLIEGAELFNQDSNSIDRLMLYVDSNLSTLHNELNEENFNRVLEI-VWDNLDGILKEIIQSNLEKRRPPSFFA--NLHKTLNLMLGSFKANDLNCEELKKTELKLKVNGLETNDLI-HLVHLNLYEEFKNLKESKYGVLSVKAKF---ENNNNLKVTVMNARNLLAMDSNGYSDSFVRIHLLPEHKFSGIPK--PKTQTHYKTLFPLYDENFTVELPTDYKSVEDGLLLFSVKDKDMLGYNNQYIGEAFLHFKDID--SSNTPMDDLPQISLALGRPTDLSTEAIKALESRLGDKQAKEFLRKLKQRMG 1243          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|939646217|ref|XP_014272983.1| (PREDICTED: protein unc-13 homolog D isoform X2 [Halyomorpha halys])

HSP 1 Score: 431.795 bits (1109), Expect = 5.252e-131
Identity = 308/1044 (29.50%), Postives = 518/1044 (49.62%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQI----------------------------------HPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSL-----------LYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFI-QKEMPMDNN------RALKIKTLI--------------------------------SLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETV--SKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTL--------------------KTLRKKPPQYFQLLLDTLKVLSNFF-YGDKLPH--DETLLKMKNILQLYASDSSDLIACYMNERYK----------EQNRTKEFSAL--GSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHN-DGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN------EAYLLLTIKDRAWIGHGI--------------FVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            + +DELY E++Y I + VG D    D+  L  Y+++ F  D   H+   ++A  +E P +  N+++ +A+ L  KD +G SDPFC++++++K+  +  TS K +TL+P W+E F+L +++   D + ++VW+F DP E V +K  KI  V+  +  +K +K+    ASTG   +E+IG V  P++ +PS G  +W+ LEK   KSK  RG+I                                  + +P  W+G F E +  IL QH  Q  L  A+  +ARWL +   H   P  Y++F+ +L+K+   LKN L   EE   F+E     +    + I+K R+   +D  ++  +  I+K LSL           L+ + S     +++    DI  ++   +++S  +WY  I +   P D +      +A+K+  L+                                + + +L  P V+  C  LKP+ F  D    +  ++ +++GT+LFELYL LQ+F+  GD ++        +   H+WF KGVA WLDIA+YKA+ RI KA+ELD+L+PVDD V +SSSAVD  ++  QIK FW QL WPDVE +YT+++KI+DD+CR  + +AD+M  +VET+  S++    +F VT E CL+INNIDY+ Q I+P+V++LG ++ + KL  L   + A  C++TL                    K   K  P   + LL   ++L+    + D+L +  D+ L  + +  QL + +   ++A   ++ Y           E+ R   F A   G++ + +    +   ++  N         + RF H   +  +  +    R+K    +      +  ++++F +    I     +    H+ +GLCDPYV I L+P  KF     + P + T R N      + + L   K++    +G+              F+ EA +  SDI  T+++T + ++ Q  L L +P + DSDII A+D R  ++ A+DF+  ++ K
Sbjct:   72 LNIDELYEEVIYEILHSVGADASV-DKSSLFNYVKDLFKIDDDKHDSAYKEAQDKEAPNIVLNVEVVQARELDPKDANGLSDPFCTLYLTSKSTHRYNTSVKPETLNPLWQEYFSLPVQSTADDVLVLEVWDF-DPAETVKEKMTKITSVQGIKGLRKLMKEIAVTASTGKHDNEMIGYVNIPLKCIPSLGHEKWYPLEK---KSKS-RGEIKLKLTFSSEKNSVVAFQEGRHIIRLLLLHEVENKNIDPKEWDGEFPELANTILRQHTAQSGLQPADEYMARWLEFIRFHSGQPFCYSLFLKVLDKIIQPLKNGLYSDEEVKLFWESTKRILPLFFQHIRKLRKLSQDDNNFIEGLTSILKILSLISSLNVPDNFELFPKTSFGWLSESSCSEQDIVPILKETIKQSAAEWYDHILENNKPEDFSNEKVLQQAVKVIQLVRNDIQKGIEIFDKHFYLILGIQYAAELYQIYDTKVCELVEPCVKNICSALKPINFDCDVNGLDDDHEVMSIGTSLFELYLILQKFLILGDGMFPTNIGSLHVSQFHLWFQKGVAHWLDIAVYKAIMRINKAIELDNLKPVDDSVTYSSSAVDTLSIFYQIKVFWTQLAWPDVEGNYTFVAKIIDDICRCCVHFADKMGTKVETLGESESVYGKKFEVTNEWCLAINNIDYIRQSIEPFVTQLGTDDLLTKLSDLRNPKAAEHCKQTLKLVVENALDNVRNKIIDLLEKVSLKMSPNVKRFLLGGGEILNQGNNHMDRLINYLDDNLTTLNS--QLNSDNFEKILAILWDKIYSILNELIQDSLEKKRPSSFFANMDGALEILVGFFKQSENLK--NNESYITIRKLLRF-HGMETDELIQSYYLERLKEQKMMKEPTMGMLTIRAQFVNYMLRIEVLNARNLIPHDKNGLCDPYVKIHLLPKEKFADV--IKPKTKTQRRNLFPLFDDTFTLQLSKEQKETKNGLVHFIMKDQDFISSEFMAEAFLSFSDIPQTTLETSIHEMAQVHLILNKPTNFDSDIIKAIDHRQGEKQARDFVKDQKTK 1102          
BLAST of EMLSAG00000008267 vs. nr
Match: gi|939646215|ref|XP_014272982.1| (PREDICTED: protein unc-13 homolog D isoform X1 [Halyomorpha halys])

HSP 1 Score: 431.409 bits (1108), Expect = 7.726e-131
Identity = 308/1044 (29.50%), Postives = 518/1044 (49.62%), Query Frame = 0
Query:   50 ITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKD-TYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKSKKFRGQI----------------------------------HPEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVIQVEHIVKCLSL-----------LYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFI-QKEMPMDNN------RALKIKTLI--------------------------------SLIIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETV--SKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTL--------------------KTLRKKPPQYFQLLLDTLKVLSNFF-YGDKLPH--DETLLKMKNILQLYASDSSDLIACYMNERYK----------EQNRTKEFSAL--GSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHN-DGLCDPYVCIRLIPGNKFVGXPNVLPNSSTYRMN------EAYLLLTIKDRAWIGHGI--------------FVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            + +DELY E++Y I + VG D    D+  L  Y+++ F  D   H+   ++A  +E P +  N+++ +A+ L  KD +G SDPFC++++++K+  +  TS K +TL+P W+E F+L +++   D + ++VW+F DP E V +K  KI  V+  +  +K +K+    ASTG   +E+IG V  P++ +PS G  +W+ LEK   KSK  RG+I                                  + +P  W+G F E +  IL QH  Q  L  A+  +ARWL +   H   P  Y++F+ +L+K+   LKN L   EE   F+E     +    + I+K R+   +D  ++  +  I+K LSL           L+ + S     +++    DI  ++   +++S  +WY  I +   P D +      +A+K+  L+                                + + +L  P V+  C  LKP+ F  D    +  ++ +++GT+LFELYL LQ+F+  GD ++        +   H+WF KGVA WLDIA+YKA+ RI KA+ELD+L+PVDD V +SSSAVD  ++  QIK FW QL WPDVE +YT+++KI+DD+CR  + +AD+M  +VET+  S++    +F VT E CL+INNIDY+ Q I+P+V++LG ++ + KL  L   + A  C++TL                    K   K  P   + LL   ++L+    + D+L +  D+ L  + +  QL + +   ++A   ++ Y           E+ R   F A   G++ + +    +   ++  N         + RF H   +  +  +    R+K    +      +  ++++F +    I     +    H+ +GLCDPYV I L+P  KF     + P + T R N      + + L   K++    +G+              F+ EA +  SDI  T+++T + ++ Q  L L +P + DSDII A+D R  ++ A+DF+  ++ K
Sbjct:   84 LNIDELYEEVIYEILHSVGADASV-DKSSLFNYVKDLFKIDDDKHDSAYKEAQDKEAPNIVLNVEVVQARELDPKDANGLSDPFCTLYLTSKSTHRYNTSVKPETLNPLWQEYFSLPVQSTADDVLVLEVWDF-DPAETVKEKMTKITSVQGIKGLRKLMKEIAVTASTGKHDNEMIGYVNIPLKCIPSLGHEKWYPLEK---KSKS-RGEIKLKLTFSSEKNSVVAFQEGRHIIRLLLLHEVENKNIDPKEWDGEFPELANTILRQHTAQSGLQPADEYMARWLEFIRFHSGQPFCYSLFLKVLDKIIQPLKNGLYSDEEVKLFWESTKRILPLFFQHIRKLRKLSQDDNNFIEGLTSILKILSLISSLNVPDNFELFPKTSFGWLSESSCSEQDIVPILKETIKQSAAEWYDHILENNKPEDFSNEKVLQQAVKVIQLVRNDIQKGIEIFDKHFYLILGIQYAAELYQIYDTKVCELVEPCVKNICSALKPINFDCDVNGLDDDHEVMSIGTSLFELYLILQKFLILGDGMFPTNIGSLHVSQFHLWFQKGVAHWLDIAVYKAIMRINKAIELDNLKPVDDSVTYSSSAVDTLSIFYQIKVFWTQLAWPDVEGNYTFVAKIIDDICRCCVHFADKMGTKVETLGESESVYGKKFEVTNEWCLAINNIDYIRQSIEPFVTQLGTDDLLTKLSDLRNPKAAEHCKQTLKLVVENALDNVRNKIIDLLEKVSLKMSPNVKRFLLGGGEILNQGNNHMDRLINYLDDNLTTLNS--QLNSDNFEKILAILWDKIYSILNELIQDSLEKKRPSSFFANMDGALEILVGFFKQSENLK--NNESYITIRKLLRF-HGMETDELIQSYYLERLKEQKMMKEPTMGMLTIRAQFVNYMLRIEVLNARNLIPHDKNGLCDPYVKIHLLPKEKFADV--IKPKTKTQRRNLFPLFDDTFTLQLSKEQKETKNGLVHFIMKDQDFISSEFMAEAFLSFSDIPQTTLETSIHEMAQVHLILNKPTNFDSDIIKAIDHRQGEKQARDFVKDQKTK 1114          
BLAST of EMLSAG00000008267 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold192_size271026-snap-gene-0.13 (protein:Tk07191 transcript:maker-scaffold192_size271026-snap-gene-0.13-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 483.411 bits (1243), Expect = 1.957e-151
Identity = 282/742 (38.01%), Postives = 405/742 (54.58%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDI---------ENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAK----------------SKKFRGQIH-----------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI-ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNN----------------------------------RALKI-------KTLISLIIKLCSPLVEETCGQLKPLIFSED-DGESEYINDTLNLGTNLFELYLALQRFVTFG--------------DEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLE-PVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVET--VSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL 673
            +++LYI+ +Y++ +M+GCD D  D+  L+++L++AFH D + H  L + A  R +P +  NL + +A+ +  KD+SG +DPFC+ ++ +   E   T  K KT +P W E F +++         E   +  + +DVWNF  P E   +K ++I++VKDSR F++FI DT N   G I H+LIGSVE PI ++P+ G  +W+ LEK                      K RG+IH                                     P++W  SF++E+++ILAQHAVQGR++  +TALARW VY  TH  LPL Y +F PIL+KL   L++  +  E    F+ VA  F  H L FI+ HRR++ +N AKY +Q++H++KCL +L+    + +        GDI   V  A+  S+ +W+ +I+ ++                                        AL I       + L  LI     PLV E C  LKPL FSED +  SE  +   +LGT+LFELYLALQ+F   G              D     ++    L   H WF + VA+WLDIAL+KA++RI+KAVELD+L  PVD+LVKH+SSAVDIRTVL QIKTFW QL WPD E +Y ++S+ILDDVCR  IFYA++MC +VE   +             E C ++NNI+YVLQ I P + ELGM E I+K+  L G  VA++C+RT++TL
Sbjct:  183 VEDLYIDCVYSVLHMIGCDVDQSDQWALVEHLRKAFHLDPKRHLELYETASSRPKPPVSLNLSVLQARDMASKDISGINDPFCTFYVKSNPGECFNTGCKVKTFEPNWNEHFVIELPPDKVLAKEERDPLLVLHLDVWNFH-PDEKFREKLKRINDVKDSRGFRQFIVDTVNTKKGQINHKLIGSVEIPIHSIPACGFKKWWTLEKLSTSDSKSSLSSNSSSLSVSGGKPRGEIHLQVHLSTSDKPHQTIINEHQRLLRILLSYELLNRNASPYSWKDSFNKETLQILAQHAVQGRMSRDQTALARWFVYCQTHFILPLDYRVFPPILDKLRKYLQSGEVGKESLEEFHRVADTFTTHCLVFIRSHRRHLGSNFAKYHVQLDHVLKCLHVLHCLKWRTK--------GDIVIRVEEALRSSVCEWFHYIETKVAKTRQGHTAHERMAKWTRLTHILIADVKSSQRDYGDIFCEALGIHYGQIAYRQLEVLISGKAKPLVSEVCELLKPLSFSEDYELTSEDFD--FSLGTSLFELYLALQQFYQQGSTPLIGGPQVESSSDGPNDAQQYPGGLSQYHKWFIRAVAKWLDIALFKAIKRILKAVELDNLGVPVDELVKHTSSAVDIRTVLGQIKTFWHQLKWPDPETAYVFVSRILDDVCRAAIFYAEKMCAKVEHQFLGAETPSPAIYFAHEQCYAVNNIEYVLQAINPLLVELGMGEIIEKIEALHGGLVADACKRTVRTL 913          

HSP 2 Score: 86.2705 bits (212), Expect = 2.965e-17
Identity = 69/231 (29.87%), Postives = 110/231 (47.62%), Query Frame = 0
Query:  755 PEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSL--------AHLSRSQRN------LHWVKSKFKSLKDNIHEKGVQMHSSHNDGL-CDPYVCIRLIP-----GNKFVGXPNVLPNSSTYRMNEAY--------------LLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTR-PQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            P+H R  IL  R ++   P     HS+   Y P  ++R    ++        A L+RS  +        ++K+K  S++ ++    V MH +      C+PYV I+L+P       +      V   +     +E +              L LT+KDR  +G GIF+GEA +PL  I+ +++D  L DL Q QLPLTR P+    +++ A+ +R  D   +DFL +ERRK
Sbjct: 1215 PQHAR--ILTLRRIRDHGPG---DHSALGYYTP--VKRLPSNAVVFQCPSPTATLARSVSSSGDDVRFDYLKTKLDSVRLSVQGAHVMMHKNFGSSRQCNPYVTIKLVPTRAQQSERLKARTKVQERTLFPLFDETFDLVVPPEIDVPTTFLHLTVKDRGVMGEGIFLGEAYLPLQRIQQSNLDISLPDLGQIQLPLTRPPRANHEELLFAIQTRCADSSTRDFLRKERRK 1438          
BLAST of EMLSAG00000008267 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold83_size396513-snap-gene-0.15 (protein:Tk00958 transcript:maker-scaffold83_size396513-snap-gene-0.15-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 483.411 bits (1243), Expect = 1.957e-151
Identity = 282/742 (38.01%), Postives = 405/742 (54.58%), Query Frame = 0
Query:   52 LDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDI---------ENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAK----------------SKKFRGQIH-----------------------------------PEPFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYI-ANDAKYVIQVEHIVKCLSLLYAEASKAESEDNTRYIGDIPQLVYVAVEESIQDWYAFIQKEMPMDNN----------------------------------RALKI-------KTLISLIIKLCSPLVEETCGQLKPLIFSED-DGESEYINDTLNLGTNLFELYLALQRFVTFG--------------DEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLE-PVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVET--VSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL 673
            +++LYI+ +Y++ +M+GCD D  D+  L+++L++AFH D + H  L + A  R +P +  NL + +A+ +  KD+SG +DPFC+ ++ +   E   T  K KT +P W E F +++         E   +  + +DVWNF  P E   +K ++I++VKDSR F++FI DT N   G I H+LIGSVE PI ++P+ G  +W+ LEK                      K RG+IH                                     P++W  SF++E+++ILAQHAVQGR++  +TALARW VY  TH  LPL Y +F PIL+KL   L++  +  E    F+ VA  F  H L FI+ HRR++ +N AKY +Q++H++KCL +L+    + +        GDI   V  A+  S+ +W+ +I+ ++                                        AL I       + L  LI     PLV E C  LKPL FSED +  SE  +   +LGT+LFELYLALQ+F   G              D     ++    L   H WF + VA+WLDIAL+KA++RI+KAVELD+L  PVD+LVKH+SSAVDIRTVL QIKTFW QL WPD E +Y ++S+ILDDVCR  IFYA++MC +VE   +             E C ++NNI+YVLQ I P + ELGM E I+K+  L G  VA++C+RT++TL
Sbjct:  183 VEDLYIDCVYSVLHMIGCDVDQSDQWALVEHLRKAFHLDPKRHLELYETASSRPKPPVSLNLSVLQARDMASKDISGINDPFCTFYVKSNPGECFNTGCKVKTFEPNWNEHFVIELPPDKVLAKEERDPLLVLHLDVWNFH-PDEKFREKLKRINDVKDSRGFRQFIVDTVNTKKGQINHKLIGSVEIPIHSIPACGFKKWWTLEKLSTSDSKSSLSSNSSSLSVSGGKPRGEIHLQVHLSTSDKPHQTIINEHQRLLRILLSYELLNRNASPYSWKDSFNKETLQILAQHAVQGRMSRDQTALARWFVYCQTHFILPLDYRVFPPILDKLRKYLQSGEVGKESLEEFHRVADTFTTHCLVFIRSHRRHLGSNFAKYHVQLDHVLKCLHVLHCLKWRTK--------GDIVIRVEEALRSSVCEWFHYIETKVAKTRQGHTAHERMAKWTRLTHILIADVKSSQRDYGDIFCEALGIHYGQIAYRQLEVLISGKAKPLVSEVCELLKPLSFSEDYELTSEDFD--FSLGTSLFELYLALQQFYQQGSTPLIGGPQVESSSDGPNDAQQYPGGLSQYHKWFIRAVAKWLDIALFKAIKRILKAVELDNLGVPVDELVKHTSSAVDIRTVLGQIKTFWHQLKWPDPETAYVFVSRILDDVCRAAIFYAEKMCAKVEHQFLGAETPSPAIYFAHEQCYAVNNIEYVLQAINPLLVELGMGEIIEKIEALHGGLVADACKRTVRTL 913          

HSP 2 Score: 86.2705 bits (212), Expect = 2.965e-17
Identity = 69/231 (29.87%), Postives = 110/231 (47.62%), Query Frame = 0
Query:  755 PEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSL--------AHLSRSQRN------LHWVKSKFKSLKDNIHEKGVQMHSSHNDGL-CDPYVCIRLIP-----GNKFVGXPNVLPNSSTYRMNEAY--------------LLLTIKDRAWIGHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTR-PQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            P+H R  IL  R ++   P     HS+   Y P  ++R    ++        A L+RS  +        ++K+K  S++ ++    V MH +      C+PYV I+L+P       +      V   +     +E +              L LT+KDR  +G GIF+GEA +PL  I+ +++D  L DL Q QLPLTR P+    +++ A+ +R  D   +DFL +ERRK
Sbjct: 1215 PQHAR--ILTLRRIRDHGPG---DHSALGYYTP--VKRLPSNAVVFQCPSPTATLARSVSSSGDDVRFDYLKTKLDSVRLSVQGAHVMMHKNFGSSRQCNPYVTIKLVPTRAQQSERLKARTKVQERTLFPLFDETFDLVVPPEIDVPTTFLHLTVKDRGVMGEGIFLGEAYLPLQRIQQSNLDISLPDLGQIQLPLTRPPRANHEELLFAIQTRCADSSTRDFLRKERRK 1438          
BLAST of EMLSAG00000008267 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1069_size64751-snap-gene-0.14 (protein:Tk02462 transcript:maker-scaffold1069_size64751-snap-gene-0.14-mRNA-1 annotation:"protein unc-13-like protein d")

HSP 1 Score: 315.079 bits (806), Expect = 1.518e-95
Identity = 154/236 (65.25%), Postives = 189/236 (80.08%), Query Frame = 0
Query:  440 IIKLCSPLVEETCGQLKPLIFSEDDGESEYINDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNSHIWFHKGVARWLDIALYKAMQRIIKAVELDSLEPVDDLVKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRV--ETVSKACDKGEFIVTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVANSCRRTLKTL 673
            ++++   LVE TC +L+P+IFSE+  + +Y ++TL +GT+LFELYLALQ+  T G +IY        + N H WF++ V RWLDIALYKAMQRIIKAVELD+LEPVDDLV+HSSSAVDIRTVL QIKTFWKQLNWPDVEASY YISKILDDVC+T+IFYA+ MC+RV  E    A   G++ VTP LCL+INNIDYVL +I+P+V++LGMEET+ KL  L+GE VANSCRRTL TL
Sbjct:   48 LVEVAKDLVESTCSKLQPIIFSEN-FDHDYASETLTIGTSLFELYLALQQMTTMGQDIYGDVPPTEFMIN-HTWFNQAVPRWLDIALYKAMQRIIKAVELDNLEPVDDLVQHSSSAVDIRTVLLQIKTFWKQLNWPDVEASYAYISKILDDVCKTSIFYAEHMCRRVALEQQELAQTGGKYEVTPSLCLAINNIDYVLNFIKPFVTDLGMEETLAKLEALNGEMVANSCRRTLTTL 281          

HSP 2 Score: 281.567 bits (719), Expect = 3.594e-83
Identity = 149/299 (49.83%), Postives = 197/299 (65.89%), Query Frame = 0
Query:  674 RKKPPQYFQLLLDTLKVLSNFFYGDKLPHDETLLKMKNILQLYASDSSDLIACYMNERYKEQNRTKEFS-ALGSITVRLQMLPEHLRVEILNARHLKPPNPVGRFQHSSGSKYIPPTIRRRRMKSLAHLSRSQRNLHWVKSKFKSLKDNIHEKGVQMHSSHNDGLCDPYVCIRLIPGNKFVGXPN--------------------VLPNSSTYRMNEAYLLLTIKDRAWI-GHGIFVGEALVPLSDIEMTSVDTKLSDLEQKQLPLTRPQDQDSDIILALDSRTFDRLAKDFLVRERRK 950
            R+KPP YF+ LLD LKVL NFFYGDK+PHDETL+KMK++LQ YA+DS++LI+ Y+  R++ Q    E    LGSIT+R Q+L EHLRVEILN R+LKPP+P     H   SK++PP IR R   S   LSRS  NL WVKSKFKS++ N+HE  +  H+  + G CDPY  +RL+P  KF   P                     VL  S   R  +A++ +TIKDR  + G+  F+GE ++P +D++ T ++ KLS+L Q Q PLT+P+D DSDII+AL+SR FDR AK FL +ER+K
Sbjct:  374 RQKPPSYFKTLLDILKVLINFFYGDKIPHDETLMKMKDLLQTYAADSTELISRYLWARHEHQKAIMEADWPLGSITIRCQLLKEHLRVEILNGRNLKPPDPQAIRVH---SKHLPP-IRSRSYNS--ALSRSSMNLEWVKSKFKSIRANLHEASIHFHAQTHAGQCDPYATVRLVPEGKFSFAPKFKTKTQRRTFFPLFDETFDFVLGPSQPNRFQDAFIQITIKDRGVLPGNDFFIGEIVIPFADVQKTDLNKKLSELPQIQFPLTKPEDLDSDIIIALESRHFDRAAKVFLQKERKK 666          
BLAST of EMLSAG00000008267 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1069_size64751-snap-gene-0.15 (protein:Tk02464 transcript:maker-scaffold1069_size64751-snap-gene-0.15-mRNA-1 annotation:"GJ14122")

HSP 1 Score: 231.106 bits (588), Expect = 1.654e-70
Identity = 106/194 (54.64%), Postives = 149/194 (76.80%), Query Frame = 0
Query:   40 LSIHKPRKKIITLDELYIEILYTIQNMVGCDTDPKDEIKLIKYLQEAFHYDTQTHEHLKQQAIMREEPVLKANLDIKEAKSLLGKDLSGTSDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIR 233
            +S+   +K+I+T++ELY+EILY+I +M+GCD +  ++  LI++LQEAFH++   H  L   A MREEP LKANL+I EA++L+GKD+SG+SDPFC+ +++     +  TSYKA+TL P W EEF LD+ ++D D++RID+W+F +P ENVSDKFRKI+E+KDSR  +KFIK+T NAS G   H LIGSVE P+R
Sbjct:    1 MSLGANKKRIMTVEELYVEILYSILHMIGCDAERDEQALLIEHLQEAFHFEDDKHSQLLDIATMREEPYLKANLEIVEARNLIGKDMSGSSDPFCTFYLTTNPLSRFNTSYKARTLSPVWNEEFVLDVNSVDQDSLRIDIWDF-NPEENVSDKFRKINEIKDSRGLRKFIKETMNASAGKTTHGLIGSVEIPLR 193          
BLAST of EMLSAG00000008267 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold75_size407189-snap-gene-3.18 (protein:Tk10141 transcript:maker-scaffold75_size407189-snap-gene-3.18-mRNA-1 annotation:"bai1-associated protein partial")

HSP 1 Score: 166.392 bits (420), Expect = 4.416e-42
Identity = 154/628 (24.52%), Postives = 271/628 (43.15%), Query Frame = 0
Query:  122 LGKDLSGT-SDPFCSVFISNKAEEKQYTSYKAKTLDPKWEEEFNLDIENIDIDTIRIDVWNFKDPYENVSDKFRKIHEVKDSRSFKKFIKDTYNASTGHIIHELIGSVEFPIRNVPSSGIHRWFKLEKPDAKS--------------KKFRGQIHPE--------------------------PFTWNGSFSEESVKILAQHAVQGRLTGAETALARWLVYAHTHCDLPLSYAIFVPILEKLNYALKNDLLEPEEESRFYEVASVFVCHGLEFIKKHRRYIANDAKYVI-QVEHIVK-CLSLLYAEASKAESEDNTRYIGDIPQLV-----------------YVAVEESIQDWYAFIQKEMPMDNNRALKIKTLIS-----------LIIKLCSPLVEETCGQLKPLIFSEDDGESEY---INDTLNLGTNLFELYLALQRFVTFGDEIYTKEKRLSPLRNS-HIWFHKGVARWLDIALYKAMQRIIKAVELD-SLEPVDDL-VKHSSSAVDIRTVLTQIKTFWKQLNWPDVEASYTYISKILDDVCRTTIFYADQMCKRVETVSKACDKGEFI--------VTPELCLSINNIDYVLQYIQPYVSELGMEETIDKLHVLDGEEVAN 664
            LG +L+   S P  + FI       + T+ K  TL P W E F  DI+++  D   +D+W+  D   +V D   K++EVK  R   ++ K    ++      + +GSV FP+R++PS+G+ +W+KLE    KS              ++ RG    E                          P+ W+G   E +  IL QH +QG LT  + A  RW    +      ++Y +    L  L+      +L   EE    +  S F+ +GL  ++ HR       K+ + ++E++++ C +L   E    E  DN   + D+ Q +                 Y A  E I     FI      D+  + ++ +LI            L+ +  SP+   +  Q   ++ +       +    N    L   LFE+ LAL+ F    + +  +E+ +  +R +   WF  G+  WL I L K  QR+ ++++ D  +  +D+L V HSSSA    + +  +K FW+Q  W ++     +++ ++D +C+++  Y D   K +   +K  +KG +         V  ++ +++NN++++L YI     EL  EE  D    +D  E  N
Sbjct:  169 LGANLNANPSGPLPAKFI-------KATTVKNNTLSPFWSERFRFDIDDVSSDVFHLDIWDHDDE-ASVLDAVGKLNEVKGMRGLGRYFKQVAQSARSGGEDDFLGSVNFPVRDIPSAGVEQWYKLEGRSTKSNIQGSLRLKLWLSTRENRGLSEEEDLWNEIRQHEQIYSVFLDHQVNHLKYPWDWDGGLPEAACTILHQHMIQGDLTELQVAALRWRSLFNQAKKSQINYRVLYETLRNLDKRWDKHMLSLPEEQSLAKSFSEFIDYGLLLLQNHRDLFPPGNKHAMDKMEYLLRFCKNLDCNEVE--EMIDNGSNLRDVLQTLIEVLVVISSDLEQGKTAYQAPFEDILRIPYFITLYKQYDSLVSKELSSLIQKVADSEIITKELVKQFQSPVSRRSSSQNGDVLMAACGSPPAFGTKGNSGHLLAYYLFEVCLALKDFYEQREVLSPQERSVLHMRPTFRDWFVTGLHVWLKIVLEKLPQRVERSLDSDVVITDLDNLEVLHSSSAHHFTSSVASLKDFWRQFGWSELTNPRPHLAILIDAICQSSALYTDLSHKNLLEATKG-EKGFYAESTPITLHVAEKVVITLNNLEHILMYISLIPKELNFEE--DTKGSMDSNESDN 783          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000008267 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-6.901e-6023.31symbol:Unc13d "Unc-13 homolog D (C. elegans), isof... [more]
-7.949e-5823.18symbol:Unc13d "Protein unc-13 homolog D" species:1... [more]
-7.949e-5823.18symbol:Unc13d "unc-13 homolog D (C. elegans)" spec... [more]
-4.879e-5625.37symbol:UNC13D "Uncharacterized protein" species:90... [more]
-1.888e-5523.32symbol:UNC13D "Uncharacterized protein" species:99... [more]
-4.003e-5524.68symbol:unc-13-4A "unc-13-4A" species:7227 "Drosoph... [more]
-5.828e-5225.87symbol:BAIAP3 "BAI1-associated protein 3" species:... [more]
-3.673e-5025.69symbol:BAIAP3 "Uncharacterized protein" species:96... [more]
-4.310e-5023.81symbol:UNC13D "Uncharacterized protein" species:96... [more]
-4.572e-5024.51symbol:Unc13d "unc-13 homolog D (C. elegans)" spec... [more]

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BLAST of EMLSAG00000008267 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592794197|gb|GAXK01160371.1|5.780e-7249.17TSA: Calanus finmarchicus comp143731_c2_seq1 trans... [more]
gi|592862499|gb|GAXK01095063.1|2.428e-14637.22TSA: Calanus finmarchicus comp978785_c0_seq2 trans... [more]
gi|592862500|gb|GAXK01095062.1|8.502e-14637.22TSA: Calanus finmarchicus comp978785_c0_seq1 trans... [more]
gi|592949696|gb|GAXK01008857.1|1.457e-4123.29TSA: Calanus finmarchicus comp938254_c0_seq1 trans... [more]
gi|592949695|gb|GAXK01008858.1|1.492e-4123.29TSA: Calanus finmarchicus comp938254_c0_seq2 trans... [more]
gi|592844650|gb|GAXK01112894.1|7.094e-542.37TSA: Calanus finmarchicus comp1771856_c0_seq3 tran... [more]
gi|592949694|gb|GAXK01008859.1|1.415e-420.93TSA: Calanus finmarchicus comp938254_c0_seq3 trans... [more]
gi|592844651|gb|GAXK01112893.1|2.618e-442.37TSA: Calanus finmarchicus comp1771856_c0_seq2 tran... [more]
gi|592844652|gb|GAXK01112892.1|4.996e-442.37TSA: Calanus finmarchicus comp1771856_c0_seq1 tran... [more]
gi|592895414|gb|GAXK01062961.1|7.071e-428.15TSA: Calanus finmarchicus comp543205_c0_seq2 trans... [more]

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BLAST of EMLSAG00000008267 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000082670.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s4:1162020... [more]
EMLSAP000000043759.137e-1524.81pep:novel supercontig:LSalAtl2s:LSalAtl2s22:214584... [more]
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BLAST of EMLSAG00000008267 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 6
Match NameE-valueIdentityDescription
gi|1075596543|sp|Q9VBY8.5|UN13B_DROME4.258e-9229.26RecName: Full=Protein unc-13 homolog 4B; AltName: ... [more]
gi|51316559|sp|Q9R189.1|UN13D_RAT6.403e-5823.18RecName: Full=Protein unc-13 homolog D; AltName: F... [more]
gi|51701298|sp|O94812.2|BAIP3_HUMAN4.375e-5225.87RecName: Full=BAI1-associated protein 3; Short=BAP... [more]
gi|257096965|sp|B2RUP2.2|UN13D_MOUSE3.213e-5024.51RecName: Full=Protein unc-13 homolog D; AltName: F... [more]
gi|51316668|sp|Q70J99.1|UN13D_HUMAN3.852e-5023.52RecName: Full=Protein unc-13 homolog D; AltName: F... [more]
gi|341940578|sp|Q80TT2.3|BAIP3_MOUSE2.882e-4425.04RecName: Full=BAI1-associated protein 3; Short=BAP... [more]
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BLAST of EMLSAG00000008267 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EEZ97425.2|1.525e-13531.24BAI1-associated protein 3-like Protein [Tribolium ... [more]
EEB13180.11.641e-12534.76conserved hypothetical protein [Pediculus humanus ... [more]
EAA08409.51.069e-11533.20AGAP003164-PA [Anopheles gambiae str. PEST][more]
XP_016768981.12.973e-11527.93PREDICTED: protein unc-13 homolog D isoform X9 [Ap... [more]
EGK96970.11.170e-11433.29AGAP003164-PB [Anopheles gambiae str. PEST][more]
XP_006561490.22.245e-11427.93PREDICTED: protein unc-13 homolog D isoform X2 [Ap... [more]
XP_016768980.11.867e-10329.77PREDICTED: protein unc-13 homolog D isoform X8 [Ap... [more]
XP_016768979.11.867e-10329.77PREDICTED: protein unc-13 homolog D isoform X8 [Ap... [more]
XP_006561493.16.045e-10229.80PREDICTED: protein unc-13 homolog D isoform X7 [Ap... [more]
XP_016768978.11.214e-10129.80PREDICTED: protein unc-13 homolog D isoform X6 [Ap... [more]

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BLAST of EMLSAG00000008267 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|646722202|gb|KDR23282.1|2.004e-13737.26BAI1-associated protein 3 [Zootermopsis nevadensis... [more]
gi|1058213812|gb|JAT10422.1|1.520e-13530.65hypothetical protein g.35263, partial [Graphocepha... [more]
gi|1058269128|gb|JAT37278.1|2.236e-13530.65hypothetical protein g.35255 [Graphocephala atropu... [more]
gi|1058209792|gb|JAT08412.1|3.421e-13530.65hypothetical protein g.35267 [Graphocephala atropu... [more]
gi|1058212360|gb|JAT09696.1|5.097e-13530.65hypothetical protein g.35256 [Graphocephala atropu... [more]
gi|1004395822|gb|EEZ97425.2|7.461e-13331.24BAI1-associated protein 3-like Protein [Tribolium ... [more]
gi|1059381065|ref|XP_017783333.1|2.468e-13230.38PREDICTED: protein unc-13 homolog D isoform X5 [Ni... [more]
gi|642936747|ref|XP_008198564.1|3.424e-13131.14PREDICTED: protein unc-13 homolog D [Tribolium cas... [more]
gi|939646217|ref|XP_014272983.1|5.252e-13129.50PREDICTED: protein unc-13 homolog D isoform X2 [Ha... [more]
gi|939646215|ref|XP_014272982.1|7.726e-13129.50PREDICTED: protein unc-13 homolog D isoform X1 [Ha... [more]

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BLAST of EMLSAG00000008267 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 5
Match NameE-valueIdentityDescription
maker-scaffold192_size271026-snap-gene-0.131.957e-15138.01protein:Tk07191 transcript:maker-scaffold192_size2... [more]
maker-scaffold83_size396513-snap-gene-0.151.957e-15138.01protein:Tk00958 transcript:maker-scaffold83_size39... [more]
maker-scaffold1069_size64751-snap-gene-0.141.518e-9565.25protein:Tk02462 transcript:maker-scaffold1069_size... [more]
maker-scaffold1069_size64751-snap-gene-0.151.654e-7054.64protein:Tk02464 transcript:maker-scaffold1069_size... [more]
maker-scaffold75_size407189-snap-gene-3.184.416e-4224.52protein:Tk10141 transcript:maker-scaffold75_size40... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s4supercontigLSalAtl2s4:1162020..1223298 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s4-augustus-gene-12.10
Biotypeprotein_coding
EvidenceIEA
NoteProtein unc-13 homolog 4B
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000008267 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000008267EMLSAT00000008267-704114Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s4:1162020..1223298-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000008267-691033 ID=EMLSAG00000008267-691033|Name=EMLSAG00000008267|organism=Lepeophtheirus salmonis|type=gene|length=61279bp|location=Sequence derived from alignment at LSalAtl2s4:1162020..1223298- (Lepeophtheirus salmonis)
ATGGTGGTAAGTTTTGTTTTCTTTGTGGCTATAAATGTACAATTATACTC TGAAATGGTTAATTGTTCAATTATGGTCCGTATTTTAATGTTAATAAATA CCGTGTATGTATCACAGTTTCGCTCTTTGAGAGTAAACTAGAGAATCTGT GGACCGATCAGTCTGAAATTTAACAATTATATTATTTACTGCTTACTCAG TAACCTGGTCCATTAAAATTTGCTACCTTTTATTGCAATAAACTAGTAAG ATGTCAGTATTCATTTATTTGGTGCAGTCCAATTCAGTCTTAGGACGTGC CCTATCAGTCCTTCGACTGTATATTTGCTGAGAAATGATTTGTCATTAGA CCTTGGCGCATAATAAATTATATATATAGTCAATTTTGATTGATAATTAC AAGTAATTCACAATCATTATGCTCTTAAATTAGAATCAACTAAAATATGT TTGAAACATTGTGAACAATATTTTTTACTAAAGAACCAAATACTAACAAA TATAAAAAGGTAAATTTTTGGCTAATAACATCATATTTGACACGTTACAG CAACCCCTTAAAATAGCCATTTTCGACCCAAAAGTATCATTTTTCCAAAT CAAACGGTCTCCGACTCTTTAAACTTTCCCAAAGATGGTTTTTTACTATT CCTAGCTATTATCTTTAAATCCTTTAGCTGTTTTTAGTATGATGAGTTTT TTTTAATACATACTTTATACGTCCTATAATTATTCTCTAATTCTACTAGA AAGAATATCTATGTTTATAGTAATCAGTAGTGTGTGTAGTCTGGCATTAT TGGGGAGTTATAAGTTTGAAGTCCCTCTTGTACTCGGATAATAATTTCTG CCCATGTCTTTGCTAGATACGGAATGGGATTTGTCTGTATTTCTTCCTTC TCATGGTTGCTTGCTGCTGATCTAATAACACGTCATGAAATATCCAAGAA AGCTCACCTTGGGAAAGTATGCCGTAAGATTACTTTCCCATGGAAAATTT CCCGGGCAGAAAAATCGCCTTCCTTTATTTAATGTATATAATAATCTCAC TTATAGAGTTCTAACCAGGGAGAAAATAACCAGGGACACTCATATGGCAG GMCGMAGAAAAAKACGAGGAAWGAGAAAWGTAGGCGAGAAAAACTGTAAA ACTTAGTACAGTTGGAGCACTAATGAGTTGGTTCGAATTCATTATTCGAG CTTTATTGATACTATCATGATAACTTATTTGCTCTCCTCCTGAACATCCT TCAAAATGACATGGTAAATTTTTGAGTTTTTACATACTAAAAATTCTTAC TACGATTTACAACTTTTAATCATTTATCTGCATGTATATACAATTGACTA AACATCCTTTAATAAATCACAATTCTAAAAACAAAAAAATATAAATATAA AATAATGCTATGAATCACAGCAAAATACAACACTTTATCTTTACGCTATA TATAAATAGAAACGTGCCATTTATTAATACGTCACACTACATTGACTTAG GCTCACACATCTTCCAAATTACGTAACTTTGGCAGTATTTCCTATATAGA AGATTGATGCATTCGGTATGATTTTATGGATATTTTCAAGCAATCCTGCT TTTTTTAGGTATACACCTAATAGTTTGTCATGATAATTATATTTTTGTAA CGGTTTCAGTATCCAAAAAGTATTGTTAGTTTGTTTATATTCGTTTTTCA ATTGAAAATATAGAGCAAAAAAGGGTTATTCACTCGAAGGAGCATCTTCA CAATTTTTGGGTTTTGTTAATGAAGGGATATTTGAAGATTTTTTTGAAAG AAAATGCAGTTTTCATTATCAATTTAAAAAAAGTAATTATACTTTTTTGA AAAGGGGGGAGTTTAGTTAAAAAAAATTGGGGGTTATGTTATCAGTGGTA CAATAAACTAAAGTAATGATTCGTCAAGAATCGGGTCTAATATCAACTTA CTATACTATTATTTTAATTAGTCAAGTATTCCGGTACCCCTATAGTATCA GTACACGTATATCCATCTTATAATGTTGTTACGATATCAATAGTCTTGTG TCGGTAGAGGTATCAAAAACTATTATCGATATTTCGATTAAATTTAATAC ATACTTTTTTGACTGAAAATATAGAACAAAATTGCCGTTACAGGTCATTC AAGTGGTCCTACACGTTTGATTTGATATATGTTGTAAGGGGGAAAATAAA TTTATTGATGTTTTTTGACAATTTATATTCCTTTTTTTTAAATTAAAGAT ATATAATTATATTATATATATAACCCTAATCTGCAATTTTGTATGATCCA TCTCTCTTACGACGTCTTTTTCCCCTCGGTATAAGCTTTGTTCTATCAAC AAAGTTAAGTTACGTTTTGGGCATCATGGCAACGCGAAGGTTGCTCCAGA TATGAAGAAGATTGAAGGTGCAGAGGAGGAATGCTGTTGCACCTTGATGA CGATTTTTGTCCACAACAACAAAGTGATGGAGGAAATTGTGCTACCATGG ATCGAGCAAATTTCTGTTGATCCGCCTTGGGTTTGGCAACAAGACTTAGC AGCTTGTCATGTCTTAGTATGGCTTRAGAAATGGCTGYGTGYGCACTGCC ATGCTTTTATTTGGAAGGAATTATTGCCCAATACAGTCAAGAACTTAATC TCTATATAGGAAGTCCCTGCATAATACAGTTCGAAAACCCGCGGATTTTG CATAGCAGTGTGTTTGGAATTATTCTGACCCCCCCGTATACTACGGTGTA TTCCCCTCATGCCGCGTTTTTATAATGTAATATAAAAACCATACATTGAG GTAAACCAGAATTTTTGTAGTTGTTGGTAAATTCGTTTATACTATGACTA TATATGCAAATAATGAAATTGCATAATTTTGCATGGGGGGGGGGGGATGA GGCTCCTTTAAATTTGGTTTGATACCTTGACATAAAATTATTGGATATTA CTTAACATCCAAGCTTGCACTTAAAAGATTATTGAATGAATATTACTTAA GTTTCGACTATTTTAATTTTACTTATTAAAATGACTGTGTTAAAAATCAG ATTACATTTTTACATTTTAAGTATCCTGTCTGTCATACATTATTTCAAAT AAAGTATAATGAAGAAAATATTTTTATATTTCTAACAACACTAAAAAATA GTAAAAAGTATACTTTGAAAAATAATATTTCCAATTTTACCAGTTTTACT ATTAAAAAAAACGCAGACTTTTTCTGTTCCCAAAAACTGAGATAAGTGGG GACCCCCTTTATATTTCATAAATATTGTATATAATGTAGTGTCAGTCCTT TTTTAGGGCTGAAGACTGCAGTCCAGTTCAGTTCKCTCTCAGAACAGCCT AGGGCAGTGCTTCCTATCAGTCCTAAAAAGCTATAAAGAAGTTTTGTCCT TGATGATGATGTTACACAACTTTATTTATTCTTTTTTTTTATCAGATCTA GTACTGAGAGTCTGAAAGTACGACGGTATTAAGGACCTGTCCAAAAGACT AATAGGACCGGTCCTAAGACTGTACTAGAGATCATAAATAAGTACCAGTG TTATCTGCAGGATTATATGTATTTCTTGGTTTAGGGGGGGGGGGGGTATT TTTTGGAATTAGCCCCTGATGACTCAAACAAAACACTAACTGTGTGTAAT ATCCTAAAGTTTGAAATTTATATAACTTAACTGTATTATACAGAGCTATG AATCCCTATATTTAGAAATCTTTCAGAGTGGATATGTCAAAGAAATGATA TTTCACTTGTTACGTTAGCAATTGCTAATTACATGTAATTAGCCAATTAT AACGTCTTTATATAGTTTGTCATGAGGCAAGGTCTTATGACAAATCATTT CTCAGTAAATAAATTAAAATGATCTTCATACCTCTTAGAAATAAGTGCAT AAGAAAACATTGCACATAGAGAAAACACCTCCGTTTTGTTGTTACCTCCC CGGTTTTCTGCATTTTTACCCTAATCAGTGTTCTTAACGTTAATTGGTGG TAGATTTGATATTGAGATCACAAAATGATTTCGAATGACAGTTCGGCAAA GAAAAACATTAATAGATTAAAACCTTCCGTTTGATGCGATGGATCAGCTA TATAAAAGGTTATAAACAGATATGCCGTAATACCTTGAGATACAAATGTC CTAAAATATTAGGTGGTCAAGAATTGGCGAGGAACGTAAGAGTTATTTCA AGTTTAATTTACTGAATCGACGAGCTTCGTTTTTATCTCTGGGTCTAGAG GATTTTTGTATGACATTAGTATTGTTGATGTCGTCCCTTTTGAAGGCCTA AACAACTAAGTTTTATAACAATAAAAACACTTAATTTATTAATATTAAGG AAAATAGTTTAAGTATTAGATGTCAAAATGGAACACACAAATATAAGAAC ATTAACTTTACTGTCTTCAATAATATTTCCCTCTATAACTTAATTTTATT ATTTTTCTTACTCTAAAATGTATTAAAAATATGTTATTTCCATATTGTAC ATACAAATTAACTAATAATATCGAAATAATAAGATATTTGTCTTTTAATA TCCTACTTTTCTCGTCCCGAATCGATCAAAAAAATAATAATAATTTTACA AATTTGGACATTTCATAGTTATTTTCAAGACATACTACTTTGATTTAATA TGGATATAACTGTTTATCATTTGCATTCAAGAGTAGTCAATGCATCCTTT TTTAATTCAACCCTTTTACATCGAGAGGCCACTGGAGTCCCATATTTTCA TTCATTACTCATTTCACTATTTTTCATGATGTTTGAGATATTTTTGCGAT CTTCTTTCTGCTTCGTCAAAAAAATTATAAATTCGGTCTAAAAGTTTAGA ATATTTTGTCCTTTGATTTCTTTCCATTAAAATATTTGTAAGTACTTCTT TCACTTGCTAATCTGTCTACTAATAAAGAGTATTGTAATACTCTAAAAGG AGATAAATGTCTGATCAAATTTTTTAATCTAATAAAAAAAGAAAAGAAAA TACCTTTCAAGCCCAGAGGGACACCAATTTCTTATTAAATTCTGGCGAAC CTATTGAAGTTATCAAAAAAAAAATTGAATTAGTTTCAATATGATCAAAG AGATCAAGAATTGAGTATAGTAGTTGATTTTCTTGTCTATTCATTTTGGG TCTAAAAGAGTTAAGTAACTTGATATAGTTTTATCGAGATTAATTAGAAA TGTATTCATTTTATTTTGAAAAAATATCAATTTTGAGTCCTGAAATTGCC GCCTCTTTCAATTATGACGCAATTTTTGACGTCTGTGAAAACGCTCTATA AAGGTGGTTTATCATTTCAGCGTTAGATAAAGGAAAGAAGTTGATTGGTT AGAATCTTTAATATAATATGAAAGTGTAATATCATTTCTCTAGTTGTAAT TGTCTCTTCAATGGCGTCGCTTCCATAAAAGTTTATGACCCCCCTCCCCC CCCAAAAAAAACATTTTCTTTTGCATATTTTTAAATCTGTTTTTGGCGAA ATTACACTTTGAACCCAAAATGATCAAACAAGTCATTCTGAAAGTTAGAA AGTACACGTATAAATTAACCAAGCATGTTTCTATGATATTTTTTGGGCCT GTTTTGACCGAAATAAAGCCTCATTTCCTTCTCTCTCTTCTTCTCGTCTC CCTATGTCTCTTTCTACGTTCTTCTTTGTGTTTTTTCTCCTACATTCATT CTTTGGTTCTATTCTCGTCTATTCAGCCCCGTAATGGGGGGACCGTCTGC CAGTATATATAACATAAACCTTTTTATTTAACGGTGTTGATAATTTTTGA GGCTAAGCCCTCATATGGTGAAAACGAGCAACATTCTTGATGAAGTTCTT AATCCGTTAATGTAAGAAAAATAAATAAATACAACGTGACATTATACCCT TTGTGTCAGCTGATATCTTTGCTCAATCATACGCACACCTCGTTGTCTCT ATGTATCTCTTTCTCTGAGTTCTAACTTCTTAGTTCGACCCAAGAATATA AATTGAGGTCAAAANNNNNNNNNNNNNNTATTCGTATATGTATATAATTG AGCAATAAAAAAAGAAGAAGATATTAATGACTTAATAAAACATGTTGTCA TATATTTTTAACAAAAATAGAATCAAGTATGAATGCACTTTGTACACTTA AATGATGACTTATACGATGACAGCAATGAACCAGTCTAATTTTTTCTTTA TCAATCGAAATTTAATATAGAGGATGTATCACATTGCATGTACCGAGTTC AGATTTATTATCAGTTATCCATTATGTAGGATTTTCATATCAATCGGATT AAAAAAGATATAGGATATTGATTACTATAGATTCTTATTAGTATCACCAA ACCTTTACTCAAAAAAAAAGAGGGAAAAAGGCCACAAATCAAGACAATAG GACATGCTCAACTAAAAAGTAGATTTTATCCGCAAGGTGCTGTGACGATT TGTAGGTTGATATTTCAAATATTTTTTTTAATGGAACATCCTTAGAATAA TTGTTGCAGCTAAATTACAAAAAACGTGTTTATTACGGAATCTAGTAAAG ACAATTAAATACGCAATTGTGATATGTTTAAATATTATATTTAGCTATAT TTTTATTCAAAATGCCCTTATCCACAAGCAATAACGGCCTCAACACACCA GCGAACAAATTGGGAACTCTTGAAGATGAAAGCCGTTTCTATGGTTGTCC ACACTGCCATGATGGCAGCTTAGAGMGACTCCAGAATTAGATGAGAGATC ATAGGCGTCCGMAAAGGGGGGGGGGGAGGGGATTTTCTTGGGCAATAGTC CCCCAATAAAGTAATTTTTGCTTTTACTTTAAAAAAAAATCGACGGGTGT AAATCATTATACGCAAAAAGTTGAGTTAAAATTTTTCATAAAAAGGTCAA ATTATGAAAGTGGGGGAGAATTTTCAAACTACAAATACCAGGGGGCTGAG GTCAGGTCTGTAGGAGAGTCAAATGGAAGAAGTAGGCCATATTGTTGCTG CAGTAATTTTGGTTCTTTTCTTGGCTATTTGATGCTGTAATGGACTTTAT TATAGAAAAGTGGTGACCTTGAAAACAAAATTCGATTTGTACTTGAGTCT ATGGTTTGAAAACTCCACATGGTCTCACAATAATTGAGTCGCAACCTGAG ACGGACTCGAAAGCTAGGATATACTCAAGGTTAATTAATATACATGGTTA GACTATCACGTTTTCGGGCTTGCTACAATTTTCAATTTGATGTATTGTAC TGTCTGCTGAGCAAGATAAGTATATTTTGACAAAACACACAACCACTCAT AGTCTATGACGTCACTATTGCTAGAATTTTGAATTTAATATATCGTACCC CCTGCTGGGTAAGAAAAACACATTTTGAGAAAACACTCAATCCCTCAAGC ACTATGACGTCTATTTTTAAAGGCGTGGTGGAATTCAAACATCAGTTGTA CAGGCGTTATGGTATAAACTTGTATTTCTATTAAACTTGGGATATACTGA ACTCAAGAAAAGCTTTTACACTATAGAGTATAGACCTGTTATTATAATTA TGTACTTGAAATTAACTCTAAAGAAATTTAACGACTGGAAGTGGACTTGA GAAAAAGTATTAAAGGATTCTAATTGGAATTGATGAAAATATTAAAGGGC TTGACTTGGACTTTTAAGCAAATACTTGCAGTATACTAACTTTTCTCCAA GTCAGGAATAAAACAAGGGTAATCTTACAAAGATATGTTACACGTGTTTT ATAGTACCACGCCCCTTCCTCTCTAGTATTTTTAATTGAAATAATGAGAT CAATTTGTCAGGGATCAAAAGCACGTTTAAAAATATGTTGATAATATACA CAAAATACGGGGCGGGCACCTCAACACAAAAGCAAGCCAGAACTATGTTT CTCAAAAAAGTATGTTTTTCGAGTGATCATCATCAAATTGTATTCACCAT ATTAATCCTATTAACCTCATAGAGGCGCTGTCAATGTCACTTAAAGTAGC TAAAATTGATACTCACAAAAAAAGAAAGAGAAATTGATAGATTTGATTTA AAAAGGCCCATATCGAAGTGAATATAAGTCTTTTACATCAAAAAAGATTC GAAACTATAGTTAAAATTCTTAGGTATCTTAATTCATCCCACAAATTTGA CTACAAAGCTTATAGTCGACTCAAATATGTCCATTAAATATTGGGATATA TATATATATTATATATGAAGTAAAAAAATAGAATTGGGATTTTATCCTTT TCATTATTTTTGTGAAAGATTTTTTATTGTTGATGCACTAGATATACAGA AAAGTAAACTCCTATAGAAATATATAAAATAATACAAAAAGAAGCACATG ACACAATATATAATAGAATGTTGTTTGGAGTGACATGAGAGAGACGATTG CTGAATTACTCATTTTCGCTACATCATCATTAGGACTAAGAAAAGTTGAC AGTGTTTACAATTCATTTAATTCCACAATTTGTCAACTTTGCATATAATT TGTATACTAAAAAAACTCTTAACTATTAACCCTATTGTAGTTATGATTAG ATGATTTTTTTTGGGTCAAACTTATGAATGGGAAAAACGTTTAGAAAAAA TAAGTTTTAAGATTCTACTGCTTTTTTTCATTTTTAATAGATCGTCGTGA GTTTAGTAACACTATTTCCGTGTATTTTTTATTAATTTCATATTAAAATA TACGTTTAAAAATAATGTTGATATATTTTTAAACGCGAGTAATGTTATTA TAAATATTGTAGATTAATCTCTCCATAGGAGTGGTACATTTTCTTCCACC AAAATCTTAGAACATACAGCTGATGTGAACAAAGATACAGTGGTGCCAGA ACTATAGAGGTCAAGGAGCCATTGCCCTCCTGGCACTTTAGCAGAATTTT TATGGCTATGACAATAAAAAAATTACCTTTTGTCTAAAAAAATTTAAATG TAATAATTTTTGAGAAAAAATGATCAATTTCCCTTTATTGTTATAATTAT TACTCGTTCAAATTTTTTCTCATCTAAAAAGCTTTAACTCGAAAATTACA AAAAAAAACAACACATGGTATCCAGTCAAAATAATATTTGGCAAATTTAG GATTAATAAAAAGAACAAACTTATCAGTCATAAATGTCAAATAGTCCAAC GGCTCAGCCCCCAAGAGAAAATTCTGCAGACTCCTCTGATTATGTCATTA TTGCATCAATTGACACCCCCTTTTCTGGGCACCAGTGCAATGATTTTCAT TCAGTTGCACCATAAGTCTACCTCCGCCTTCTCCTTGTACTCTACGAAAC GCCCATCCCTTGTCATACTTCATATTTTTATTAGCTTAGCTATTAACGAA ATGGACGAACACCAACTCTTGACCTTCGTAGGGTCCTGGGATTGGTTCTT GCCTCTCTTTTCCTTCTTTTTTTTCTTCAAAAATTTAAATTAAATTTTTT GATCAAGATTCTCTCCTTTCTTTCAAATGAGCTTTAATCCGAAAATGTAT CTTTCCAACTAAGGGCAATGTCTATCGAAAAATTTGCGCCCACGTCTAAT TCTAGCCTTCCTTATTACATTTGTATAAATATCAACATCAAGGAGGGAAC TCGGAGTGAAGTGTAGCAATATTTCATCATAGGAGATCAACATTAGTTAG TTGACAATTAATCCCCTCTATTGATCTCTACACAATGCTTATTTATAAGT TCAATTATAAGGGATATTTGTTATAGATCTTTAAAAATATGTATTTTCTT TTGTAGGACATTTGTATAAGGGGGAGAGAGACAGGGGAGCCTTGATTTTA AAATCTCTGGAATAATCCTTCTTGAGAACATTTAGTTGAACAATTAGGGT GTTTACTTATTTAATCTATGTCCTACTCTCTTGTACAATGTTATTGGGCG TAGAAAACTTGTTTAAAAAAAAACAGAAAAAAAAAACATAATCTCTTTCA GTAAACGAAATTAAATTCACATTTAGTTTTTTGACGATATGGGGGTTAGT GAAGTGTATACTATATATGTCGTGCGTCAACATTAAAACAGTTTTGAAAA AAAGAGAAAATCACAATTTAAAAAAATAAATCATTTATACTTATACTTTC AGACAAATTTGAATTCTTTATTGAATTTGAGTTAAAATTTGTGGGATGAG TTAAGATACTTAAAGACTTCAGCTCTAGTTTAGAACCTTTATTTGATTTC AGAGACTTAAATTGGACCCCATATGGCCTTTCGCATACAAGATATAAAAT TCTCATATTTTTAATAAATTGTCACTATCAATTTTAGTTACTTTAATTGC AATTCGCAACGACCCCAATGGGTTTATAAGAATATTTTGTATACGGAAAT TAATGATAATTTGTGGAAGAATATTAATTTTGGGGCGAGAGTCAAATTAT TGCAACTAAATTATTTACTTTATCAAATTCAGCTCAAAAACTTCTTTCTT TCACTATGAAGTCTTTTGTTTTCCAATTTTTCCAAATAAGTGAAACTGAA ACATTCATTTTATCAATTTGAGTTGCTCTGTTTTTTAATATTAGCTTTTA ATATTTCATTTTTTTTTGTTACATATGGGTAATAACTATAATATTTGCAA TTTTGAGTTTCGACAATTTGGTCCTCAACCAACGAAATGTAATCCATGCT TCATTTTGAAAGATGAAAAAAAACAAAAAACAATTCTAGCTTGCTTTTTT GTTGACAGACACCGTATATACTTTTTAGGTTATTCTTTTAATTCAACAAC AGGAATAATAAAAATATAATTCTTTTTTTCTTACAGGGGGAAATTTTGAT TCTATTCTGAAGACTATGTGCTTTTTCTTTAAGGATATATGTATATTTAT ATATGTGTTGTTGACTCTATAGGCAGTTTACCCGCTGCCCCTGCTTACAT TTACCTTGAAAAAATAAAAAGAAAGACCCGGCTGAGAGAAAGCTGTGAGT TGTAGTCATTCAATAGCAGATTTCAATATAAATTTATTTTCTTTTCTTTT TGAAAAAAAGAAAAGAAAACTCTAGGCCCAAACAGAGTTTAAGTGAATGA AATGAAGTGAAGAAGCCGAGTTAAGTATATAACATTAATAATAAGACTGT TATCATCATCACCACATGAAAAGAAGGAAGAGGGAGACTCTGCTGGAAGT GCAACATTTTCAACAACAAAAATAAAAAAAAAATCATATTCAGCACTCAT AATAGTTATAATCTACCCTTTTGCAAATTAATATTTGAAATCCAAAGCTT TAACGAATATTAAAAAAGTGATACAAATCCCTCTTCAGTTGTTTTCATTG TATTTAAAGTACTACTTAAAGCATGAAAAGAGTGGGCCTAAAAACCGTGT TCCGTACCGACCTGGGTGGAGGAGAAAATGAGGACAACAAGAGCAATATC CTTAGCGGAAGTGCTGCTCCTCTGCTCCCAAAATCCTTTACAAGTTTCTT CTCGCAAAGAGGAGCTAAGGGTCTTATTCAAAAAAGAAAAGAAATGATGA AGKCAGCCAATGGGGTAAGGACATCCATTTATTTATATATTTAAAAAAAA CCCACACGAATCACTCAACCTTTCTTTCAAAAAGAGAAAGAAAAAGAGAC AGAAAATTACCTGATAGTTTGCTAATTAACTCTTCCTCTAACTGTTATAG AGATCCGAGATGTTTTTTGGCTCTTAGTTTGTATATGCACAAAGAATGGC TGAACCAGATTGTCAAAAAATAATCAATAAACCTTCTTATACTCATGAGA AAATTAATATTAATTAACAGTCCATATTTGTCTGTCCAACCCTGTCCATA AGTCCTTGTTAGACTCGGAGTAGAATTGACGATTGATATCGGAGTATTTT ATGCGTAGTGTTGTGTTGGTTATTATTGAAGACTACGGTACTATCCAGTT AAGTTCTGTAGTTAAGTATTTATTAAGTACTTGAATAAGTCTCTCAATTT TATTTATTCAGTTTTGTTACTAATAGTATGAAGGCTACCAAGTAAATACA ACGACAATAGCAAATGAAGAAATGATATCTTAATTCTAGATTAGCTTTAA CAAGTGCTGTTCCTTCCTTTTCGTTTTTACTCAATGTATGTATATGACTA ACTAATTTTAAAAGGAAGTTATCATTTGAGATGCATAAGTTTTAACTTGT GTAAACAGATTGTACCAATTACAATTTCTAGTTCCCATAATGACTAACTT CCAATTTCCATTATCGAATTATACTGTATTTTCGTACTGACCTATAAAAA TTACATATTTATAATGTATTATACGAGTAATTTGTATAACTATGGGTTAT ATTATTTGTAGAAATATTTAATTATAAAGAGTCTGTGAACCAGGGAATAA ACACTTTTGGGAGTATTAGTTAAGGGTTCTAAATTTAAAGTTGCAAAATT AGAGCACGCTGTTTCATATTTACATGCTTCATTATTGTTAATTTTGTAAA AAAAAATATATATTTTCTAGTTTTATTCAGAGGATTCAGCTTCAAAAATA ATTAATCAATGATTTTTAAAAAAATCAGGAAATGTCATAGAAATTAGTTT TTGAAGCTTTTACAATTAATATTAACCTATTCGTTATACAATATAAGAAA CTACTCCAGTTGATAGTATCATTGTGAATTCTCTTAACCTTTTGATAGTG AACTTGGATTTTTCTGTAACCCAAAATTATATATAATACCACTAATTTGT GAGTTGAATTCCATTTGTGTGTCCTAGACATTGCTACTTTGTCAAATTAG CTCCTATTTTAAGAAAAATAGAATACACAACCTTATCAAAATTGAAGAGT AACACACTGGCTGAAAAGTTCCTGCTTAACAAAGGAAACACGTTTTTTTC CTTTAAAATAGGCTTTTTTTATTCATTCCTTTTATATTCATTTTATTGAG CAGAGTCCTTATAACACTTTTTAACCATTGCTTATACTTGAACGGTTTTT TTTCTCATCCAGAAACAAATAATAAAAGTAGCGTCTGCCTTACCATCATT ACTCACAAACTAGAGAATAAATTGTAATGAAATTTTTATCACTGTTTTTT GAAGGTTGGTACTATCTGAAAATGAGGTGAATTTGAAAAAAATAAAAACC TCTATTTCTGTGCTAACCCGGGACTTTTCATTGTTAAATATTTGGCAACC AAAATTCGTTGAAAGTAATAAATATTTCATATATATTTGTATTTGCAATA AAGGTCTAAGGATTTAAATACATATGTTAATTACTGTTTATATTTCATTG GAACGCACCATCTGAATATTATGGTTTTTAATAAAATGATTTTATTTTGT CTTTTTTTAAAGAGTTATAATCTAAAAAGTCCAAAGTTTCTTCGGCACCT GTCCTAAGACTGGATTGGACTAAATAAATAAGGGCCGTCACAACGGAAGG ATTAAATAGCTATGAAAATATTACAAATTTATATAATCTCACTTTTGATT TATATCGATTGTAATTCAATTGTTTTTATTTTAGGAGTGACTCTTATCTC TGTTCAGTTACTGCATTTAGATCTTCACATACAAAGGGCTAAGGGGACAT GGTGTAAAGTTACATTTTAAATCTTGATTCTAAGTAATATATTTAAGTTA CTTTTTCACTGAGTAATATGTTATACGTTATATATTATTCAAATAAGTAA TATTTGTAATCTATTTTTCATCAAGTTACTTATAAATTAAATACATCATA TTACACAACGCTCTCCATTAAGTGAATTTGTAGAGCATTTGATATTTGAC CAGAGATTCAATTATTATATTATTTCCCCTCCCTTCTCAAAACAAAGTTG CTTTAAATAATAAGGCTTAAAAAGAAGAAACAAAGAGAAAAACACGCTCC ATTAACAACAAAAGAAATCCAAGTGTTTAAATGACATTAAAAACTAGCTC ACAAATGTCATTAATATTATTTGACTTTTTTTTATTTGCCTTATAATATT TAAAAAAGTTATGTAACGAAAATAAATCAAAATTTATTTTTCTTTGCATA AATATTTAGTTAACATATGTGGGTTATCAAAATCACTGTTGATAGATAAT TATTATCAATCTTATGATATCTTGTTTTTATGAAACTTAATACATAATAT ACTCTTCTTTTTTTATATATAATAAAAAAAATAACTTATCAATGTGTTTG ATGAAATATAAGCTCTCAAATCAAACTTAGGGTAGATATATAATATAGAC TAAGAAAGGTCCATTTAGAAGCATATATTGGATTACTCGGAAGTGCAAGC GAGAGTTATGAGTTTACTAAATTAATGTGGACGAACATGTTGCCGAAAGC CTTACTGCCCAATGGCATTTTCGCAAATCACCCCTTTTCCAAATGGACAC TTTGCCGAAAAAATAATAAATATATTTGATAATGATTCACGCTGCAATAC TGTGCAATAATGATTCCCATTTATGTTACAACGATTTTAAAAGGTAAAAT GCTCAATTATTTGCTACTAATTACATATAATGGTTAATTATTGCTTTAAG CTTTATTACGTATATACGTGGCAAAGTGTACGTTCAGAAAAGTGTTCGNN NNNNNNNNNGTAAAAGTGACTGTTAGGGAAAATTACATTTGATAAAGTGA CTTTCGACATTAGGGTTTTTTGGAAGTGTCCTTGATGTTAACACCACCCC AACATATTAAAGAAAGTTAAAAAAAATCACCAAAAAATCGTTTTCGTAGA AAAATGCAGAATATATATCCGTTTTGGGCTTGTATCTACACAATTTTTTG AAAAAGGCTTTTCGGGTGGAAGAATCTTAAACGTGGTTTACCCGTAAAAT AACTTGTACAATTTGTAACTTGCAACAGCACTTACACAAAATGCGCTTAG TTCCCTTCTCAATTAAGTAATATAATATTCCCATTAGATACATCAACACA CTTAACTGGCTCAGATTGATCATATTACATCCTTTTGTGGACACGAAACT TTTTGAATCTGAATAAAATAAATATACCATCATTTAAAAAAGATTACCGT GGGTACAAGGACTATTTTTCTCTGATTATATCGATTCTGCTGTACATTAC GGAAGTAAGTTTTTCCAGTAAGCAAACTCGAGATTTTAGGAAATGATTTG TAAAATATAAGTTTGCAAAAATTGTTGGCAAATCACAGAGGCTACATCTT AGTCGATATAGTATTTATTTAAAAACTAATGATATTCTCAATACAGTGCA TTAAGCTGATGCATGCTTTGCCAATTTTGTCTCTAGAAAGTTGGGCTAGA GCATGGAGATGGTGGAATTTAGGTCATTCAAAATTCTGTGTGAGGTTGCA TCTGTGATGCCCTCGATGAAAACCCAATCAAAGTAATCATTGGGGTTCAT TCGCGAATGACAAAGGCTTTATGTACTTTAGCCAGAAATCAGCAAATTTT GGAGTATAGAACTCTACTTCCTGTATCTTTGGACATCCCTTTACTAATGT TCTTTATATGCTGTGCATTGCAAAGAGCCTCACATTGACATCGACAATGG CAGTGATATCTGTTTGGGATATATGTTCGTCAAGTATGTCGGATACACGA CACATTTTTGCCCTTTATTTTGGTGGCCAATTTTGTTTCATAAAAAAGCA ATCATGTGGTAAAAAAACGCAACATCTTACTCAAAAACTGAATTGAAATG CAAACAAATCTAATGGAAAATTTTATGCCATACTCTGTAGAGTAGAATAC ATTGATAGTTATTTGAGTGATAACTATCGAGTGCAGCTTCCAGTTTGGGC AAAAGGAAGAGGAGGCAAAGAACTATATTTTGCATTGATTTGATAGAATC AAAGTTCAACAATTAACTGTGATTGACTACTTTAATAAGACAGTCAAACA ATTATTAATAAAATTATTAGAAAAAAATTATTTCCATAATAAGCAATAAT TTCAAAAAAATGGTATATATATAATTATAGCTAATCATGAATTAGATTGA CAATTATATAACTATTAACATGTCAGCTGCATGATCATTACCAATGCAAT TTCTTCTGTTTGATATCAAAATTTGTCAAAAATATCTCCCTACCAAAAAA AACAAAAAAAACCCTGGGATACCCTTCATATTCGAATTGATTTCATATTT TGAATAATATTTTTTTCAATTCCTAAAAATCCCAATGGTATTATTCCCAA AGCATAATCAACTCCAATGTGTTCTAGTAAACTGTTGATTTACCTATTAT TCTCTTGTATTAGATTAGTAAACATTGAATTATTTAACTCTTATTGATTT TGTTGAATGTTCCCATTTTAGTACATTTAGCCGAAAGAAATTTTGCTGAA TAAAAAAATGTAATATACCAGTATTTACATATTTTTATAATATTTATAAT TATATAATGAATAATTTTGCGGAACCGATATAAAATTTTTAATGTGTTAT AGTAAGGGGCTATGTTTTCAACTTGTTTTGAATATTGATTAAGGCTATTT GTATATGTTAAGAGAATCACTTTTGCAAAATTTCATTTTATTACAATGTC ATCTAGTTCAAGGTTTGATAGGATACAAAAGTTATTTATTTCGTCAATGA CAATTAAAATAGAGCATTAATCATTATTCTGTTTTTTTTTAACTATGAAA GACATTATTTTAACAGAGAAAAACATTTAAAAAGTTTTTTTTCAAAGCTT CCTTATCTAGTAAAAAGACAGAATAACATAAGAAAATTTGGATATTTCCT TTCTGAAAATGTAAAAAAAGGATGCCCTTTATACGCAGACCATCAAATTG TTCAAACTCTTTTTTCTTCTTTTTTGCAAAATAGCTAAAAATGTTTTCTT AGAATCAATATACATTCATTAAGTAAAGAGTTTTTGAGTTTTTTTACAAT TGGATCGCACGTGACAACTTTTCCGCACTAGCTGTAATCAATATTCGAAA AAAAATGAATAGAAAACGTCTCTAATGTATAGGTCAATTACCTGAACAAC ACTGCACTCCACATTAGTTTACTCTAAGGAGAAAATAAGATAATGAAGGG TCATCGTCAAAGTTGTATAAAATATATATCCTTGAATGCGGGAGCGTCTT TTGTAGTTTGTAATGTGAACAGGTTTTTATTTTCCAAAGCTTTTGTCAAT ATTATTTTATTTTTACAGACAGCACATCTAAGTTTTAAGTATTCACAAGT GCGCAGCCTTCCGGYCCCGCTTGAAAGCTGTCATYCCTGCCAATGGTGGG CAGTGTACAATATAAAATTTCTGTATACATTTATATATAATAAATCCCTC TTTGATGTCTACCGAGTTCATTTGATTTTACCTAATATATAATGATTATA TATTAATACCAAAATTAATTCATAAAAATATCACTTTGGAAAATAACACT CATTAATTTAAAAATATGATAAGTAGTGATGTCCAAATTATGTAAATAAT ATTCATTTGAACTTTTGGCTTTTATTTACATTTCTGACCTTTATTTGCAG TTTTATGTAGAAAATGTGTATTATTGCAATCGTTCCATAGTAACAGCCCT GATTACCTACTCTTTAAGTTTCCCCCTAAAAAACAAGAGAACTCTGTCTC TTAGATTCCCTACCCCTACTTATCCTATCCATCTTGCCCCCAAGGCTATC GAAGATTTTACAATCCATTTTCCCTCTATAAATTTGAAGTGCATCCATTT TTCTTTTCATAAGCTCTAGGTACTGGAAACACTTAGATTTTATTGATTTT TATTTCCCTATTTCGCTCCATTTTAATGCATCATTTGAATATTACTAATG ATAAGGAAATATTAAATAGTAAAGACAATACATGTCTAATATAATTTCAC CATATTGTATTAAAATATGCGTATGTGTATATCATGTATAATATAGTATT TTTCAACATATATTAAGCAAATTACTTTTTGGCGAATACGTAGTTCAATT AATTACTTATATAATAGTCTAACAGTTTAAGAAACTGACGTAATGGGCTA ATTACCATATTCTTTTGGGTCGTTATTGTCTTTTTAGAGGAAAGGTTGAT AAATGCAAAAAACAATATTTTACATATGTTACAAAAGCAAACTATAATGT GTCTTCTCAAAATTGAGTGTGATTATATTAGTGTTCATAGATAAATATGT AAATTTCTATAAACAAATCATTCTTATTTTCCCTTTGACGCACCCGCAAA TGACACTTAGAGTAGCCAAATTTGGTTTTTAAAGTAGAAAAATGAGAAAT TTACATGTTTTATTTGAAAAGCCATATCGGGATCACATTTTAGTCTTTCA AATCAAATAAAGGTTCTAAACGGTACAATTCTAGGGTGTCTTAAGACAGG GCACAAATTTGAATACAAAGCCAAACATTTTGACATATGTACCATATTTT TATTAAATATTTTTTTATGTCGATAAATTACATATTTTAACAATATATAG AAAGTTTTTCTTTAACTAGACTTGATACTCAAAACGTTATAGGTTTATTT TTTCTTTGCAAAAACGTCATATTACTTAGTTAAGATATGACGTAATTCTA GTGCGATATGATGATAATTTCAGATGCATAGTAGTTTGATTCAATAAAAA TATATGCCTACACAACTACATTTACTTTTGTTTAGTATTACGCGGATTCA TCAAATATATTTTTAATCTACCCTTTGATTTATAATATATTGTATACATA CTATATAGGTACATATATCTCTTCACAACTACTAAGTAATACTGTGTTTT AGTAATTGAATTTATAAATATTAAATTGTTTCTAAAGGTGGGTTACCACA TCTATCGTGTGTGTACACGTCTATATGCATAAATAGGTATATATAAAGAA TGCATCTTATCTAGTCGTACACATTTTATTATTTTCAATCCAGAATGCCA TATGAGCAAAATAAGGGAGTAGGACAAAAATACATCTTATCTCTGAACAA AACAATATGAGATGGTTGGAAAGTTCAAAGAAGATTCTAATTTTTCTTAA GGACATCAAAAATTGGAACAATTTTTTTATCMCCGTTCATGCCACTTTGA ATAAAAAACAGCCACTGCATCACAACGGAACCTCCTGACAATATCCCAGT TTCAGTGAGACATATCTCCAGAACTCAAAATCCAAAATCATGAACTCGCC ATTTAATTGATTAACAAATTAAATTGCGTATAGGAAACAAAAAGTTCTAT ACGACATAAGGGAAGTAACGTCCTCTGTGTTATTATAAAAACGACTTCAT AGGTGGGATAAAATATATATTTGTATGTCCAGGAATTTACTCAAACTAAC AGTCATGTTTTTTATTATTTAAAAAGGTTTGGGAAAAAATATGCCCACAA AAATATCATGTCCTAAAAATATTTGATATTTATCGAATAATTCTACAAAT AGTTACAATATAAACAATACTAGAATAAAATAACATCTCTGTTTTGTATT TTAAAAAAACAGCTATAAAAACCTAGTAGTTAGACTAATATTTTAATTTT AGAAAGTAAATTTTATTTTTTTATGTTTGATTCACCTTACGTTAATGTTG TTGCTAACTTAAAAGTTGAAAATAATTTATGTATATGGACTTCAAAGAAG ATCCCTTGGTCAGATGTAATTAATGAAATGCTATAATGTTTACTTATACT TAATCAGTGCAACTCCATCAAACAAATTAAATGAACATTAATTTTAATGG AACGCCGTAGCTCAATGGATAGGACTGAAGAGAAAGAGCGGACCGACAAA AAATCAACAACAACGACATATATATAAGGGAAAGAAATAAGCTTCTCATT GATTCATTCAGAGAGCAGTCTATATCASTATACACATGGAGAGTGAACAA TTTTCAAGAACAGCATGAAAGAAAAATAAGTTGTATTATTGACATAATAA AATTATAATGATAATTAATTAATGATTGTCATCATTTAAATTCTCACTGT CACTCTTAGATTCAAAAATGGTCCTATCCATTTCTAATTAAATATTTGAA GAACGGTTGTAATCTTCTTCATCAATTTTGTGATATATGTCATTTTCCTT AAGTATAAAATTGTATGAATAGTGGGGAAATCAAAAATAATGACGAAATC ATTCACCTATACTTTGCTAATATTATAATATTCAAACAGTTTGTCATATA AATTTGAAATTAGCCACAACCCATGCATTCTAAAATAAATAATCACAATT ATAAATTATTGTAATAAATATAGGTTAAATCAATAGGTTGAAACAAATTT CAATATACAAAAATAAATTGTAAAGGACCATCTGGAAATCATCATATATG TACTAAATATTTAGATTCTACAAAGAAAAAAAAGAGTATCTTGTACTCAA AAATGCTTTAAAATTAACTAAAAATTATTTAAACATTGGCATTACCTTCC ATTGCACAAGAGACTAGAGGACTCCCATTTGCATAGTATTTAGATTTCTA TAAACTGGATAAAGAGAAAGTCTTAATAGATGTTCGTCTGCTGTCGTTGT CTATATTTATGTGTTTACATGTAATAATTCTTGAATAAAATATATTTTTA CTTTCATGGGAAAGAAATCATAGTCACTTTCCTCAAAGCTCCTTGAAGTT ACTGTTATGCAAATGACTCCAATTAAGTTAATCCTCCGTTACTATGTGCC AAGGAGTAATTGATCAGCGGACTATATACAGCAACATTCTTTTGAAAAAT CTTAATAAAAAAAGATGTGACCTATTTTTTTTCTACGTGTGGGAGTCCTT AGTCAGAAAAAAAGACTGATTCCAAGGACTGAACTTATTCAACATTAGCA TCTAAATGATGATACAAGTCAGTCAAAATTCATCTAAAAACTCTTTCCGA AGAAATAGGAAGACTTAGGCAAGTAGACGAATAGAGGAATTACTCTTCTC AAATGAACATTTGAATAAGTGAGATAGATTCACAGATAAAAATTTAAGAT AAAGGAGAGTTTTAGTCTTTTTATATCTAATAATGCTCATATACTTTCTC TGAAACAATATTCTCAAAATGAGGCTTAAATCGAATAATTTAAGTACCAA AATTAGAATATAAAGCCCCATTTATTTATTTTTTACATCCCTCACGTGGT AAAAAATAGTTGATTATATTTTTTGACAAACTCTTAGCCTTGGGTTGACT TCTAATTAGCACGTTTGATGGCATTGATCCACAACTTCCTTATATTTATG TTTTTTGGAAATTTAAATATTTTCATGAACAAAAAGACTAAAGACTTTAT GTTTGTTGCTGATCTATTTTTTTAATACACATTTAAGATTACCATTATCA AAAATATATTGGAATTTTTGACTAATTTAAAAAAAAAAAATAATTAAATT GAGGCAACAAAATAGTAAATAAACCCATCCAATATCTTATATATCTTATG GCAACTGACAATTTTAAATGAATCAGTAATGAGAAGGAAAAAATATGATC TTCCACTGAATATCCGCTCTTTCCCTTGATTCCTTTAGCTCAATGAATAT GGATAAATTATTATCTTAAAATCAATGTGTGTAGGTTCGTGCCCTGCCAT TCATAGCTAATGTAATATATTCTATGTGTGTGGACTTCAAAGAAAATTCC TATATCCGATGGAGTAAATGAAATATTAAAATACTCACTTATATTATATA AGTAAAACTCCATTTGGGGAAATTAAGGGAAAAAACCTCTTGATAGCTTG AAATCAAAGGGGGACTAGCGGATATTTTGGGTCATATTGAACAAAATAGA ATTTCAGAACAGTCGTTAATATGTTTTATCTACAGTTTTCAATTGGAAAT AGAAAATCATATAAATTTTAATATGTATTTGTATACAAGTTACAACTTGT ACATGTTTGAACTAAAAAATGAGATGAATTGTTTGAATGATTTACTGTAC TTGGGTTAGAAATAATGAACTAACTGAATATTTTATAAATGATCAATCTT TCAATGAAAAATTTAATTTTTGATAATTTAATTACAAATTTAAAAAAAAT ATAAGTTTTCTGCGGAACATAATAATGTGCAAATGGCTGCAGTTTTATTA CTCATCAATCAAAATAAATGCGTAATTTTCATAGATCCAAATCAAATTAT AGGGTCAATGTATAGTTGGTAATAAAAATGCATTTTAAGACGAAGAAATT AAAGTATGTACAATTTGGGACTATTCTACAGACATATATTAAGAATTTCC TATGCCGTTATTTTGCTTCTATTAAAAAATATGATGTATGGACATTGTAC AAATTACGTACTTATTTTAAAAATAAATTAATCATTCATTTTTTCGGACA TATTTGAACAAAAATCTATTACATATAACAAATATGTAATTTGTTTTAAC ACACAATATTTTTTCGTAATTTCCCTTGAATTTTAAGTACTTTTTTAATA ACTACTTTAAAATATATACAAATTATTATTGTTTGGTATCACTATTATGG TAGTTCCGAGCTACTGACACATTTAAAATGATTGTATACTAAATAGAAAT GGAAATGACCCATGGATGATCTTATTCTCTAAATGTGTGTTGACAATAAA GTCTTAATATAAATTCTTACATGGTTGTGGTAGAAATATCCTCCATCGGG ATATTTCTCAAGGATATGTTGCTAAAGACCATGAATAAAGCAGCGTATGA TTTTAAAAGTGCATAAAATATTTTAGTACTTCATCAGGTTCTTGGTGGTT ATATACATGGCTGTCCGGCTGATGGAGACTCGGKCATTATATACAATAAT ATATCAGAGTAATATATTCCCCGAATATATTGTGCTTAACGTTTTTTAAA TGTCTAAATACAAATTTTAACAAAAATTTTGGTATTCCCACATTTGTTTT ATTACAAATTCTTACGTTAACAATTATTTTTCAGAAAGTTTTTATTTTTG AATGGTTAAATTGTAAATAAAAGACTCATTACTTACCACTGATATCGTTT AATATGTTCATTACCAAATAATTACCAAGGAAAGATCACTCAAAATAAAA ATTATGAAATACGAACTGTAAATGAATAAACTATTTATGAAAATACATTT TATCACTCAAGTGGTGAAAAAATGCCTTTGATAGACTTTATATATCTACA AATTCCATGATTCGGTCAACCCTGAATAACTTCTTGTCAGAAATAAAATT ACGTCTCGAGTTGTTTTCATGACGTTGAGGAGCCATTTTGTTCTGGCGAG CCTTTTTTTCTTTGCACTGCTATAAGCAATTTTTTCGCCCTAAAATTACT TGACTTAGCTTCAAGGTCCCCTTTTTATGATCCTAATTTATGATTGTTGC TGACAAAGCCAAATTAAAGCGGTTTGATTTTCGAATTTCGTATAAGGTTA GTTCGAAAAAGTTGTCATATCGTATGAAAATGACCTATGTAAAATTTCAT TTTTCTTCTATGTCATCTTACGGTACCACATTTTGTTCAAAGCTAGAGAA GAGACAAAATTAAGGATTAAATAATTAWTAAAATRAAGCATTATTAATTA TTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNATTAATGTGTATAAATATAATTTTTTTGGCAAAATAT AATGAAAATCATCCAAGAAAAATAGGAAAAATGAATGTGCAGTATGTTGA CATAAATTGTGCATCTATGTTAAGCTTAAATCCAAAAATTTAATTAACTT AAATGACAAAGTTTCTCGTTACTTAAAGTTTTACTGAATTACTCAGTGTA TAAACTAAAACACTGTACTTTAATCTGATCGAAACTAATGTCTTGTAGAG GGTACTATAAAAAATTCCAATATAACGAAGGTAAAGTATTTTTTTTCATA ATATTTCTTTCATATCTCTGTTACATTTACTCAAAATTTAATTTGGATTA TAATCAATGTCAATTTTAATATTTCTAAAAAAGAATAACGTTTAAAAAAA AAGAAAGATGAAACCATTAGTTTATACCATTTTGACACTAATATTTTATA TTCAATAATGATGTCATTCAGGAATTTAAATTATTTGGCCGCAATATAAC ACCACTCTCTTTTACTTTGTTTACAAACTAATATAAGTAAACATTGCTCA TGTCCTATTATATTATTAGCTCTTGACTTATCAATCATTATTTTGATAAT TGAAAGGCATGGAAAATTATCTTTTAATTTATTTTTTTCAAAATATTAAT TTCTCATAGATTACTTTTTTGTATATATGTCTCATTGCATATACTAAGAA ATAAAAATAATATCAGTTTTCATGAATTTTCATTATCTTTTCTTCAATTA GTTCTATAGGCAACAAAATGGGCAGTTTCTTGCAAATATCTTGTATATAA TAATATATATTCCTTGTATTTTGTATGCACTGTGTACGAGATAAAATTGT AAATTTGATTTTAAATCAGTCTGGATTACTTGATGGAGAATATTTTGTGT TATTATTTTTTTTATTATTTTTGTACTATTTACAAAAATCAAAAGTAATC GTCATATAGGTGAAAATGACAGGGTGTTGTGTTTGCTCTACGTCCAAGTA AGTGTCGACAAGTTCATGAAAGTCGTAGGATGCTTCTGGAGMCTTATTTA CAAAGATTAAAAGCTTGTTGTCTACAGATCAGATCCCTAAGTGGTCCCTG GTAGTGGTAGACGCTTGAAAATCGGGATCCTTGAAGATGTTGAAACCATC ATCACCATAAGTCCGGGCAAATCGATGAGGCAGCATGTCTAGGCTCTTAC TGTCATTAATTGGAATGTGAGGATGTATATGAAGAGATTGCAGAAGGTTT CTTATGTACGACGACATCGGCAACTGATTTCAACAACAACCAAGGCCAAC CAGGTAAAGAGAGGCCATAAAGTGTTGATATGCTTAAATCGTAATTCATC AATTTGGTCAACCTCCACCTGAAATCTTCCCCCCTCGACAATATAACATT TAAGTTGTAGTCTAGAAAAGAGCTTGAGCTACGCTTTCTCGAAATTTGGA TGACTTCAGGGCCTCCGGCGAGCAGCAGTGGGTGCCAATGTCCGATAATT TCATCAAAAAGTGCTGCAGCGCCTTCAGTACCCAAGTTTTAGGCCATAGT AGGAGCCAAATGAAATCATTTTGGAAAATAATAAAATCTATCAAGAAAGA AGTATGTACTAAAGAGTCAATCTTGTACACCTTTTCATTCTTGTAAAAAT ACACTATTTGTTTATTATAAAAATACAGGATTTTACAACGCTCAATGTAC TTTTAAAAGAGAAAAACATATTTATCAAGATAGAATTTCCTTTTAGGCTA TTTATTTAAAGCAATTACCTACATATCTCGACTAATACTAATCAAAAGTA CATGTTTACATGAATATTTTTGTATATTTATTTTATATTTAATTTTTAAA GAAAGTTTTCATTGATAGATAATGTGGTAAAATGTAATAACTGACCCAAT TCTTTCATAAAAAGATAACTATATATTATTTTTACATTTACGGAGAATTT ATTTTTTTATCTGTAGTTAGGGATGTAAATCATTCAAATTTTTTAGTGGG CATGTTGTTTTTTGTTATTGACAAGCTGGAAGCTGTTTCTTCATTGTATA TATCACTAGCAAAGGGCAACCCGGTGTTGCTAAGATCAAAGAGGGAGCGG GAAATCACATAGACACTGGTCACTATTACTTTACCTAAGAATTATATCCC TTTAAGGAGAGCATCATTATAATATATGTAATATTATTAATTAAAAAAAA ATTGCTATGTATTTTCAAACAGCATATCAACATACTGTTATATATATGTG TGTATATATTTTTTATTGTTATTTAAGATACGTCCTACCTGGTTTAGAAC ACAAATATATGTGTGATACGTGCGTACCTATGTGAAATTCTCTCGTATTT ATTCCGTGATTATTTCTAGAATATAACCGTGATAACACATCAAATAACAC ATGGTGCAGTTGGCAGTCCTAATCGAACTCCAAAGAGTTTAACAAAAAGA AGAAAAGTCCTAGGCAACATGAGATCAGAGGTACGGAAGCACTCCTAGGT GAAGATAGACTCGTTTGCTTATTCAAAGGTGCCCAAAATAGATCAAACAT CTCGATTAATAGATCTTTGAAGATCTAGAGGTGCGCAAATAAGATCGTTT GACGCACAAATAAAGAACATGGAGGAATTTAAAATAATAATGAAAGCTTC CTAGAAGTTTAAGGAATTATTGTGCTTCTTGAGGAATCTTTTCGGGAATA CGAACTTGAAGTCGAAAAGTCCATTGATTAAGAAGAGCGATTAAATAATA TTTACTACATACAACCTAGGAATCTTATGTGAAATCCACATTCATTTCAC ATAACATTTCTTTCTTTAGCTACGTTAATTCCATCCATGGACATCTTTGT GTAGAAAGCAGCAGTTGATTGKCTCACCAACAGATACTGGGGCACAAAAT CTGAGCTAATGTCCAMTATCCGGTCAGAAAGCTTTGCAAAAGGACACTGC CATAAAAACCTACTCCCGTTTCTGGGGTCAAATAGAGGGTGTTATTGACA CCCAGGGTGATTATATTGGATAACAATTTTTTTGTTTGATTTCGCTTTCA TTTGACGTTGGTCTTTCTTCAAATCAAATGATGAGCTTAGGCAAAAATTA TTTTTTTAAGTTGGTTTTTAAATAGCGGTCATACCCTGTAGATATTTCAT GAAATATTTTCAATAGGGACAAATAAGAAATGAATGTTACAAAGTTCATA ATTCTTTAAACTATATTAAAACTACGTTTTTCATCATTAAAAATAAAAAT ATTTTATGATTGAGAAGCATATACAACATTATTGACTTGATTATTGTTGA GAAGGAGTTATTAGGAATCATGTAGCATATCAATATAAAAATCAAATATT TGAACAACATTTCCTAATTATAATTTACTATTCAATTAAACTTTTTTGAT AATCTATTTATTTATATGTGGTGTGTCAACATAAGAACCATTTTAGCAAA AATCAAGTTTATAATATGCACCTGCAGCCAAGCATTAGGGCTAAAATTTG AATTAGAAAAAGGTTTTCATTTTTTTTTAAAAGTATTTGTTTTTAAATGG TTAAGTTAAGTAGCAAAATCTTTTTGTGGATTTGTATAAAATTTACTATT GAAGAATAAAGAACATAATCTTTTCAATGGAGTTTGTAATTGGAAAGGTA TCATAATGTCTTTAACAAGCAACACCACATTGATTTCAAGGTAACGATGT CGAACATTTAAAATCATTTATCATTGTAAATAGAAAATCGATTCTTAATA TCTTGCCATCAAAATACAATATAAAATTATATTCAGAACTAATATAAAAA AAAACCATGTTTTTGAATGGCACTTATGACAACCCCTTTTTTTCAATAGT TTCTACTATTATATTACGGAAAAGGGATCAAGTAAACCGTCCAATATTGC TGAATGAGGTTTCATCCTTGCACTGAGTGTCTCTCTCTCTCTTTATGTCT GTCTGTCTTTAATCTCTTTCATCATTTTTACTTTTTTTTCTTTTTCTATA CTTTTTTCTACTTCTTATTAGAGTACCGACCACTGTGCCGGGCCAAAAAT CAAAGGCCACCAAGTATGTTGGAACCACGCTACAGTACGGTCCCATCTTG TTAAACCTTGGTACCCTGGTATTTCTATAGAACCGGTATACKAAGCCACA CTATTCTGGAAGATTTTTTTCTTCCAATGTAGAACGACAAAAGGTTACTG AACCTCTTAATTTCTCAACATATTTTTATATGGAAAGATATTTTTGCTGT AAAATAAGAGCAATTTCATTTTTCTTACTTTATATTAAAAAGTTACTCTC GGGGTTTAATTCTTTGCTATAATGATTACAAATATATATATGTATATACA TTTAGTAGTGAAGTACATAATATACTGAGATGACATATTTTATATGATAA TGATAAATACTTGAAGTTGAATGCTATTTCCTTAAATTATTTGGATGACA TCCAATTAAATAAAAAAATTCTCAAATATTATAATTTTAAAATAAGTGCA TTTCTTCTATATGTTATAATTTTATAATGCTAATGAAATTGAGAGACAAG TAGTTTACTCACTTTTGAACTGAAATATACATATGCACCTGTACTTATTG GGGTTCATCATTCAACGGGAAATTGTATTCCATTGTGATTCCTAGATTTT TTTTTGTCCCAAGTTAAAACTTACTTCGCCCTTAACTTTTCTTAATTATA CGTAATACGAACTTTCTTCTAACTTTATTAATTTTACTATAATTATTGAT TTGTAAATTTAATACATTACGGAAATCTTGCATTTTAACAATAACGTAAG AGTGCAAAAAAAAAAAAAATGATTAATTAAAAATCTCTTGAGGTCAACCT CACTTCCATGTCGAAAGTATTAAGGTGTCGAATTGCAAAGACTTGTCAAT CTATAATAAAAACTATGCTTGAAAATGTTTATATTTAGTTTTGAAAGGTA GATGGTATTATGATCGGAGAGTCTCGTTTCGTGGAAGAGGTTGCCTTTGC TTAGTATTCTGGGTAATAATTTTGGGTTTATCTTTTTGTTTAAAATAATC TAGCGTCATAACATCTTAAATGGCACGACTATGAAACAGAGTGATAAGGC CAAGTCTTTTGACTTTGTATGGATAGTTGTCGTTATCTCCCAATCAAGGA AACACTGACAAGAAATGATATTGTACATTTTCTAGGGACTTAATCAAATA GTTTGTGGAAGGATTTTTCATTTCAAATCCATACATTAAGATTGGAAGGA CAATAAGTTTCACTACGAACGGAGAGTTACGTGTTTTGAAACTTATTTTA ATGATTCACAAGTTTCGATTAGGCTTTTTTATAGTGTGTTGTATATTCTT TTTCAAACTCATATGTAAGATATGTAAGTTTCTAAGTTTAAGCAATCATC AGCCAGCTGAAGACTTGGGTGGATCAACTTTATTTTTGAGAAAGGAAGAA GTACACATTTATTAATATTTATAGGCATTCTCCAAAGTAACCCGAAAGTT TTCATTCTATCTAATCAAATTTTAAAGTATTTTTTGAGTAAGATGTTGGG TTTTTTACCATAATTGCGTCATCCATAAGCTTTGTTATGATGTAGTTTTT TTGTTTTTAATATCAGCCACCAAATGAGTGAAGAAGGATATAAAAGGAGT CGTGTATCCAATTTGCTTGACGCACATATGGCTCAAAAGATATCGCTAGC ATCATTGGAATCAATGTGAGACCCGTTAGCAATATTTAGCAAACCAAAAA TGTAGGCAAAGATACCACCAGGAAGTTGAGTAATGCACCCAAAACTTTTC TGACTTTTAGGCCCAAGGACATGTATCCTCCATCATCCTCAGACTTGACC CCTTTTAGTGTGGTACCTTCGAGGGAATCACAAATACAACCGCACACCGA AATGTGGATGACCTAAAGTACACTATCTGCAAACTGCAAAAAAAAAATAG TATGTGATCAAAGAACTAATTTATCATAGATCTGGGTGCTGTATTGCTGC GAAATAAACAAAACTACCTGCATGCTAAACGTTCAATCTTGTTGTGTATA TCATTAGAATCGTAAAAACTTTAATCTAAGTAATTTCTCAATATATATTT AGTGTTAAATTTAATGATTATATAATTAAATAGAAATTATATAATAATAT AGTCCAATACGGGATTCACCAGGATAATGGACTCCCTGGGAGATAAACCT AACTACTTACAGGTCGAGAAACATTTTCAGTCGGATAATTTTACAAAGTT AAATTCAATATAAATTAATTAATTAACATAAACTATTGTGAAAAAGAATT GTTGTATAAATTAATTTGAAAAAAACAAAACATTGCTCTGCCCAAATTAC ATGACAGCGACTAAGAGGCCAATTCTAGAAGAAGAACAAACAAATTGTTC ACCGTAGAGGCCATCAACTACTCCCAAAATGACTATGTTCTAGGAAAGAG TACCGATAGCATCTCTTAAAAGCACCACATCATAACCAGTTGCTAGAAGC CGGCTAGTGCTATAGTCTGGYCTGTTACTATGTCAGATGGGAAGAAAATG CCTTTCATTTTCATTACGGAGGGTTACAAGATCAACCCACATATTTTTAA CACCGTGTTGGTCGACAAGATACTTCCTTTGCTTTGGGATACATATGATG ATGTCCCGTATATCTTCAGCCAAGACAAAAAACCAAAAAATGTGTAGGAC TGGGGAAAAACAAATTTCAGGGGCTTTAGGGAAAATAATATGTGGCCTCT TAGTAGCCCTGACCTAAATCTTATGAACTTTTACATGTGATGTATCCTTC AGCCCAGGGCTAGTACCATGTGCAACACCACCAAAGAAACTCTACAGGTT GACCTCATCCAGGAATGCACCAACATATCTGTAGAAACTGTGTGTGCCTC CTCTGCCCAAGTTTTTCTAATCGGGTAAAGGATAGTGTAGCAAACAAGCT CCATCACCAATTATTGTCTTTCTCTCTTCGGTTTTCTTTATTAATTAAAC CCTTTTATTATAAGGGGGATTTTAAAAAACTGTATATATAAAAATAATTA CTATCAAAGGCCAACATAAACATGAATAAATATTTTATTCGTTCTCACAC GTACTACAAATTGGTGACCCCTACTCCAATAGTATTTCGAAGAAAGTTTT TCTTATTTAAATTAACTAATATTACAATTTGATCATTTTCACAAAAGTTT ATACTAAATAATAAATAAACTAAAATATACCTTCACGAATTTATTCCATA CCCTCTATATTTATATATAATAAATTTCTAGTACTGCACAGTTGACAATA TTTTTCAATTATAAAAAAAACCTAATTCTTCAATTATAAAAAAAACACAT TAATTTTTCAATTATTTCAGGATATCATGGACGAAAAGAATGATGACATA TGTGTTAAAAAGTCGCAAATGAACTCTGCCGTGCAGCCTGTTATTCCTAC TCCCCGTCTAAGACGTGTCAATTCCAGCTCTTTATCAATTCATAAACCTA GGAAGAAAATAATCACGGTATTTATTTGGTAAAATCTAATTTCATTAAAT TCATTTTTATTTTTTTGTGTGATTTCAGTTGGATGAGTTGTACATTGAGA TTTTATATACCATTCAAAACATGGTTGGCTGTGATACTGATCCAAAGGAT GAAATTAAACTAATAAAGTACCTACAGGAAGCATTTCATTACGATACCCA AACACATGAACATTTAAAACAGCAAGCAATTATGAGAGAAGTCAGTTTTT TATTATTCATAACTTTGTTCATTAAATTTCTTTTCTTTTTACAGGAGCCA GTTTTAAAAGCAAATTTGGATATTAAAGAGGCTAAAAGTCTTCTTGGAAA GGATTTATCTGGTACAAGTGATCCTTTTTGTTCGGTATTTATATCAAATA AAGCCGAAGAGAAGCAGTACACTAGCTATAAAGCTAAAACACTGGATCCA AAATGGGAGGAAGAATTCAATTTGTAAGAAATTAAAGAATTACTTTCTTA TATATTTATAGTTCTTTTCACATATTGTTTTCACTCAAATTACAAACCAT ATTTGGCTAGGAAGGAAATTTTTGGCTTCATAAACTAAAAAAAGTTATAT ATAAACCGATTTGAAAAATATATTTCCAAAAATTTTAGCCAAATTACAGA AGCTTAGTCATAGTTAATATGCCCTTCATTAAAAGCAATGAAAACCTCAA TAATGTGCCTGAAGCTGTTAAGGCTTTCACAATTTTATCCTTGGGGTAGT TGTCCCAAATATTGGAGATGGTGGACTTTAGATCGTCCACATTTTGTTGT TGGGTTGCATTTGTAATGCCTCGATCGTTTCCTACCAAAAAAAACAAAAA ATCTGAAAAGTTTTGACTAAGAAATGAGGGTAAAATTGTTGTAATACTAA AATTACAAATATTATTCTTATTGATTATACAATGTCATCGTACAAGTCTA ATATTTATTGTTAACACTTACAAAGAAAAAAATTAAGACTTGCAATATAA ATTTCTATGATCCCACTGATTGTAAAGATTTGACAATATCGTTATTCATA ATGAAGGAATGAAAGTTTTTAAGCAAAGTTCTATAAATTACATATTTGAG TTAAGACAATTTGGTGCTCATCGCGAGATGCCTCCGTAAATAAAGCTTAT TCAAACTGAACTATAATGTATATATATAATTTGTTGAGCGCAAATTCACT GCTGAAGAAAAGGGATATTTGATTAAAAAATGCAAAAACAAATTAAATAA ATTTCTTGTGCATTACAAAGCATATATGATTGTTTTTTATTGCCCAATTT TGAAGGAATGAACGTAGTGTAATTTGTCACAAAGTGAAATGATTAAGTGG TCATTGTTAATATTCAACATGACCAACAAACGTATATTTCATTTCAATTT TGTTGGTATATACTAAGGGTTCGACAGGCTAGTAAAAATCAGTCGAGCTA GAAGTGCTATATTGTAAACGAATCTTTTTAATTTAACTAATATGGGTACA AATAAGTGTGAAAAAAAAATCTGTCATTATTGAGTCCTTTGCCTGAGAAA ATGCAATGTTTATATGATCAAACTATGCGAATCAGAATCATTTCAAACTT ATTTTCTACTAGCGGTTGTAATCTAAATATTAACTACATATATGTAGACC TCTTCCAAATGGATTTCTATATCAAACATATTTTAACTGATATGATTCCT ATATGTCAAGGTTTATCTATACTTTAGTTTCAATTATTCACAAATCTTTA CCAAATTAACTGAAATACACTTTTATTGCGGCATTTTAAAAATTAACATG ATATAGAATTAGAATAATCAGTGAATTGATACAATTTGAATGAATTGAGT GAAACATATTTTCTTTTGTAAAAAATCTTTCAAACTATTAAGAAAAAGTA TTTAAAATATCATGTTGACTCAACTTAAGAGCTATCTAGTGAGTAAATAA CAATTGCTGTATGTCTGCATGTATGAAAAACCACCAACGGGTGCACTGTA TGTAGGGCTCCCAGATTCATATACCAATGCAGTATAAAGAAGAAAAGAAA ACTAGTATAATATCCAGGAAGCACTGTATAAAATGAAGAAGTTCTTGCAG ACGTTTAGTTCAACTCATATATAAAAAACATAAAGAAAAACAAAACAAAA CAGGAAGTACTTTATATATTCATGAATATGAGGTTTAGCAACGAGCTAAA GTACTCCCTGGCTCATCAAATCTTACTGAGAAAATTTTTCAATCTTTTAT TATTATTATTTAATTCTTGAGGAGAGAATGTCGAAAGTATGTGTCAAGTG TGCTCATGAAAAATTGAGGGTAACCCCCAGGATTTGTTAGGATGTTTTCT TCTATATTATTAAAGCAAATTTTATATTTTGGTCCTGACCTCGGGTACTA CCGCTAGTCAATAATAAAACAAATGAAAAATGTCTATTCAGAAAAGGTAC ATATACATAAAGCTTGTACTTCAACTTTCAAAATAAGAGGATTAATGTAA TCTCGCATTAATGTAAGTATATAGTGAATGGCCGTGCTCATATGACTACG ATAGGTGTGAATGGGTAAATATCAAGAGTAAAACATACTATTTGAGTTTA TATTATAAAGCATGACCTTTGACATTAATAAATTTGTATTTATTCCTAGG GATATTGAAAACATCGATATAGACACGATACGAATTGATGTATGGAATTT CAAGGATCCGTATGAGAATGTGTCTGACAAGTTTCGTAAAATACACGAAG TGAAAGACAGTAGAAGCTTTAAGAAATTCATAAAAGATACATATAATGCC TCAACTGGTCATATTATTCATGAGCTTATTGGAAGTGTGGAGTTCCCGAT TCGAAACGTTCCCTCTTCAGGAATTCATCGATGGTTCAAATTAGAAAAAC CAGATGCTAAATCCAAGAAATTCCGTGGTCAAATCCATGTTTCATTAACT ATTTCCACAAACAAGGCAACAGATCAAACTGCTCAAGAACATCGCCATCT GTTAAAAATTCTCTTTGCTCATGAATTAAAAACAAATTTAGTAAGTTGTA CATGTGACGTGTATTTGATTAGGTTCTGTTCTTTAAATAATACAATATAA GGTATGTTTTCCCGGCGATGCCCAGGATATTAAGTAATGAAAATTAATTC CAAACTCTTTTGTTTCATATAAAAAAATAAGAATTATTATCCCTGCACGT TGGTATGTATTTTACCACACTTTTTTTAAAGGTAATTTTAAGGCTTGGAG AAGAAATAATATTCAAGTTGAACTTTTGTTTACTCAAATTTTATAATATT CCCAAAAATCCTTTGTCTTATAGTCTCCTCTTTTTTTTCTCTCTAAAAGT CTAAAAGTGTGCAAAGATACTTTCAATATGTTGTGAGAATCATTCTAAGA ATTTTAAAGTCTTTATTTTTTGTTTTATATGAAGAAAATTATTTATTAGT CGTAAAATTTGTTATTAGAAAAGTGTTATTTTGGTAGTTGTGAAAAGATG TCGCTCAATCTAAATTTCTATTTATTTTTAGAGTACTCTCAGACTGTCAT CCACAATTTTTAAAATGAATTACTTATATATTATTAAAATCCTATATAGT CTTTTATTCGAAACTTTATCATTATATTACTTGGTATGAATTTATTTAAA ACTTACCTATACATTATTATTTCTATATGAGAGTCAAAATTTATTCATAG GAATAATAAAAGGCTCAATATATATACATTATATATTTGACAAGGAGTCA ATAAGAAATTGTATTCCTGTCCTTTTGGAAACGGAGCATAATTATAGACT AACTTTTTACTTCGTTTGATTATAAGAATAATTAAAAAAATAAATTATAA AATATTCCATCCCGTATCAAGTCAGCAGATATAATCGACAGCTGACAACG AAATGCATAACGTAGTTTTGTGTTAATGAGGGTACGCTCTGGAAATTCTT ATGCCCCGTAGGATTTGATGCTTCAAATTTACAATTCTAATAGATTACAA AGCAGTATAAGAATCAAAAGAATGATGTAAAATAGTAAAAAACAATCGTT TTTTGCTCAAAGTATTCATTTTTATTCCATCCTGTTTTGCTGTTTACACG TCATATATATATCCAAATATTCATTATTAACGTAATATTGTATTTTTGTT GATTTATGCAGCCGGAACCATTTACGTGGAATGGAAGTTTTAGTGAGGAG TCTGTGAAAATTTTAGCTCAACATGCTGTTCAAGGACGGTTAACTGGTGC AGAAACAGCTTTAGCAAGATGGTTAGTGTACGCTCATACACATTGTGATT TACCCTTAAGCTATGCCATTTTTGTGCCCATATTAGAGAAGCTAAACTAT GCGCTCAAAAATGATTTGTTAGAGCCCGAAGAGGTAAAAAAATATAGTAT TTTGTATGAAATAATATAAAACTGTTGCTCTTTTCATCAAAGGAATCTCG TTTCTATGAGGTGGCCTCAGTATTTGTTTGTCATGGATTGGAATTTATTA AAAAACATCGAAGATATATTGCAAATGATGCCAAATATGTTATTCAAGTG GAACATATAGTCAAGTAAAAAAAAGTTATTTAATAATGAACTTTTTATAG AGAATATTGACAACTACTTACTTATGTGTGTTGGATCTGTCCAAGGACTT TTATTCTTTTTTTATAGGTCCTATTTTTATACCATTCAACAGTCCTGAGG ACCGATTATTCGGGCCTTCAGTCCTATGTTCCTAGCTATCTATATATTTT TTTTTCAATCCTAGCAAGGATTAGATAATAAAAAACCAATGTTATTTTAA CAAGGTTATGCAACTAAAAAATCGAAAGGAAAACAAAATCAGATTTATTA ACTCATTTTCTCTTCCAAGTGACGTCATTGGTCAAATATAATACATAAAA AGTAAAAATATAGTCATTTAGTTTTGCTGTTATACAGATTCGTTATTAAT TAACGCAATGTTAAGGTTTTTCAATTATACTCGATAGCTATATTCCTATA TTTGCATATCGAATGACGTCATCCGTTATGCTAGTAAATTTTCAGTGAGT AATGAAAAACGTTGCTCACGAACATTGGTATCTTATCTCTTTTAAAAAGG TTGTGATAAAATTTCACCTGCTATASCGGCCATAAAGACAGATAACGACC CAAAGGACATACAAATTTTATAAGGACTGGACTGATATGGAAGTAGTCAT TATAGTTTTTTTTAGACTGATCCAACCCATAAAGAAATAATAATATAAAG GTCACCAGGAATTCAAAATGCTGTTCCATTTGTTTCACTTGTTAACTTTG GTATGCTTAAGGGATAGTATTTTGCCGAAAGAAGAATGAATTTAATAACC GGATTTTTTTTCTCCGGATTTTAAAAATCTAATATAATTAACAGCTGCAT TAAACTTCTCAAGATCAGAATATTTTTTATATTCCTACATAGTTACCTTT ACATTTATATTCTCTGTGATCCAACCCTACTACCTAAACAGCATTTAGGG CTAAAAATTTTTGTAATTTCCTTTTACAGATGTTTGAGTCTTCTATATGC TGAGGCCAGTAAGGCCGAATCTGAAGATAATACTCGTTATATTGGAGATA TACCTCAGTTAGTATATGTAGCCGTTGAGGAGAGCATTCAGGATTGGTAT GCCTTCATTCAAAAGGAAATGCCAATGGATAACAATCGAGCTTTAAAAAT TAAAACATTAATCAGTTTAGTTCATATCTTAACGACAAGTGATTTAAAGG AATCGTGTATGCAACTTCATAGTTTATTTAAGGACACCTTGGAAATCGAC TATATCAAAATTGCTTATAAAGTGTATGAAGAAAAGGTATGAGTGAATAC AATTATTTTATTTATATATATATATATGAAGCTTAGAGATGTGAAAATTG TCGAAATCCTTGTGAGCGTAAATAAAAAGAAGTATATATTCGTAACTTTG AAAAAAGACATATATAGTAAGGAAATCTACTGTATTACAGAAATCTTAAA AAAAAAAAGGAAATAAATAACAACATGGTAATTTGAGCAATGTTTTGAAG GAGAGCAGCTTAACTGTCATGAAGTTTAATTAGATCAGCTACAATCACCT ATGACGAGAGAGGAGGGGAAGAAGGAAATACACCAGGATATTTCAAGAAT TACTCCAATATCGACGTCATTCTACTCTGAGTCCAGGAGGACTTACTATT ATAATTTTTCAACAAATCCTCAGGGTTGTTACTCTTCGTCTTTTATGGGC ACACACGCTCAATCAAGTTTTGAATATAATTGAATGTAGTATGAAAGGAA GTTCACTACTCTGGAATTGAAAATTCATTTATCAGTTTACCAATTCCAAA CAAACGGACAAGCTACAAAATACACTGGATTTTCATCAGTAGAAATTCCT TTCTGTGGACAGACATCACCAGCAATGAGGACTTGGACTTAAGTTAATAT TTTGGAAAGAGTTGTAACTCGATTTGATAGAACAAACAAAAAATCTCGAC TTGAATTGAACATGATCGCTAAGACTTGCTACTCGAGTTGGACTCTAAAG TTAGTTAATATTTATGTCAAGAAAAGCTTCGGAACTTTGAACCTTACATT ATAACTATGGTTATGAAAGAAACACAAAAGGAATCTGAAAACTTATTAAA GTACTCAAAATTCACGTCGACTTTCAGTTACGACCGCTGAAGAAATTTGT ATTACAATTATGATAGAATATTATTGTTCTGTCTAAAAACATTTAAAATA CTGATAATAACTATTTTTCCTTCCAATTTAGTCTAGTTTTAGATCTGCCC AAAAGTTGACCCCCTGACAATTGAAAAAAGATTTGAGACTCGACTTGAAC TTGCAGTATAATGACTTTACAAACTTATGGAGAATACTATATTGTGCTCA TTGCTCACTATATACGTTTGAACTTTTAAAATACGGAGGAGTAATTAATA AGATGTTCCCGGAAAAAAACAAATATTTTTTTCCCCAATGTTTTAAGCTA CAACGGATTTGAACAATTTTCACATCTCTAATGATACTGAAATAATATTG TACAATTACAAATGTAAATGGATTAATCAAAACAATTTTTATGAATCCTT TATTCGATAAATCATTTCTACTTCAATAAATTCCTTCTTTATTAAGCATG ATAAATATTATTTAGTATTTTCATAGTAAAATGACCTTTAATTTATTATT AAGCCATAACGAATGATAAATTATAGTCTAATACAATATTTACTGTCAAA TTATATTGTATCCGAACTTTTAAAACAGATAATTTTTATTATAGATAATT AAACTATGCAGTCCATTGGTGGAAGAAACTTGCGGCCAGCTTAAACCTTT GATCTTCAGTGAAGATGATGGCGAATCCGAATATATCAACGATACTCTTA ATCTGGGAACTAATTTGTTTGAGCTGTATTTAGCTCTACAGCGTTTCGTC ACGTAAGGTTTTTAAGTACTCACAAGTAGAGTTGACATTTTTGTATGGTA AAAACTATGTCTAGAAAACAGAAAAGAAAAAAAAACCTTGCGTGTGCTCT TTCTTCTTTTTTGTTCATTATTTAATAAGTCGTTGTGGGTGTATTAACAT TTCCGTATTAAAGAAGAATGATCGCCTATCTTTGGTGTAAAGTGATTTAA AAATTGCAGAATATTGATAAGTGTCTCAATTAATAATTACCATATTTCTC GCTCCCACTTTCTCCTGGTGCTCTTTTTTTCCTTCAAAAATGTCCACTCT ACTCACAAGTTACTTACTAGCGTTGAATAGTATCATAAGTAATTTAATTA TTTTAAAAATTACATAAATACATTATTTTTAAGTCTTATTTACTGATAGA ATACATATTAAGTCGATTTCTGTTGGAGCATCGGCCAAAGTAGAACATTG CCTTATTGCCCCATGGACCTTTTTCTATGGCCTGTATCATTTTTCGTGGA TTTTCTGGAGTACTACCTTGCCTCTTTCTCCAATACTCCACCAATAATTG AACTAAAAACTCAAATAAAACGATKCAGCCAATAGGGAAGGGTCCATGAG GCAATAAGAATAGTTATACTCTGCCGTTTGCTCCACCGAAAATCGACCTA TTACATTCTGATCAAAAATAAAAAATAATTTTTTTATTTTAAATTCTATT TTTTTTATTATGTAGTACAATGTTTGCATTAAAAAAACTTTTGTTTTTTT TCCAGATAGAAATGTTTGACATATTTTTGTGTGATATGTATACAAAAAAT GAATTTAGGGGAAAATTCAATGAAAGTTTTTAAAAGATTTTTTATTCCTC CAAATTTTATATAGTGTAGCTTATAACTATTTGAGAAGAGTAAAAAAAAA ACTTACAAACGTGTTATAAGAATTTTTTGGAACTAAATTGATGTTTTTTC TAGCAATTCCTTTAAATGACTAGATTAAGTTGTACTAATTAAGTATAAGT AAACATTTTACTAATACAATTACTCCATCTGACGTAGTAACTGTCTTTGA AGTCCCTATACATAATGTATATTTTCGTCTCAAGGAGCTACTCAGTATCG AATCTACACACATTTAGTTCAAGAGAATAATTTCTCCCGAGCGTGTTGTC CATTAAGCTACGTCGCTCTTTTCGAACTTTTTTATCTGTCAAAAACAAAT AATACTGAAAATTGATTTATAATGTCAGTATACATTGTGGAAATGAGGAC CAACATAATAAACTTGATATTTGAGAATATGAGGAGAATTGAATCGGAAA TTAGAAAATTTGTGATCAAAGTAATATTGAAATGAAAAGTTTATTTTTGA ATTTATAATTGCTGTAACAATTTTCATTCATAATACAATGACCTTCTAAA TTATTTTTTTAACTTGACATAACACATTTAAGTATCACCTTCTACACAGC ATAATATGTATAATTAATTGTCATCGAAATTGCAGAACCTGCCATCTTCA ATAGTTATCTTGAATGTTAATTTTAAAAAAAGGATTCTCATTTCAAACTC AAAGCTACCTTTAAATGGTAAAAAAATGTGATGCAAAATTCACTGTGTGG AATAAAAGTTTCAAACTATTGTGAAAGAAATGAGAGGTCTAATATTTGGA CTTTTTTTTTTGGTTTTTAATATGACATTCCAAGTGTAAAAACGTAGCTA CTAAGCATTTTTTCCTTTTAGAATTGCAGGTTATTAATACACAACCCGGC CCATGGCCTAAAATTCAACCTACTCATCGTTATAAGTTACTAATTTTAAG CAACAGAAAGTAGTCACTTATCTGTATTTATTTGAATTTTTAATAAATTA ATATGTACCCATCTGCGAATTTATTAAACAATTATTTCCATTACCTTCAC AGATTTGGAGATGAGATATACACAAAGGAAAAACGATTATCCCCGCTTCG AAATTCCCATATTTGGTTTCATAAAGGTGTCGCAAGATGGTTGGACATTG CTTTGTACAAAGCAATGCAAAGGATTATTAAGGCTGTTGAATTAGACTCA CTGGAACCCGTTGATGACCTCGTGAAACATAGCTCTTCAGCTGTTGATAT ACGTACAGTACTCACTCAAATCAAAACATTTTGGAAACAGCTTAATTGGC CAGATGTTGAAGCTTCATATACATACATTTCAAAAATTTTAGATGTTTGT AACATTTTATAATTGTTTGAACAAGTATTTATATTTTTTTATGATTTTGT AGGATGTTTGCCGAACAACCATTTTCTATGCTGATCAAATGTGCAAACGT GTTGAGACAGTATCCAAGGCTTGTGATAAAGGAGAGTTTATCGTGACTCC AGAACTGTGTCTTTCCATAAATAATATCGACTATGTTCTTCAATACATTC AGCCTTATGTGAGCGAGCTTGGGATGGAGGAAACTATTGATAAGCTTCAT GTTCTTGATGGAGAAGAAGTTGCTAATTCTTGCCGTCGTACTCTTAAAAC ATTGGTACAAAACGCCACAGAAAATGTAGAAAATAAAATTCTACAGGTTT TGGACAATGTTGGCGAAAAAGTATGTTGTTTAATATAATAATTTAACATT AGAACGACGACGGTAGATCACTTACCTTTATGAACTGCTGATATCCAAAA ATACCCCTCCCCCTTGTTTTAAAGCTATGCAAATTAATTAATTTTTATTC TGGTATCTGCAAACTGCTGGTATAAAAAAATATTCCTCCAAAGTTTCAAA ACTATATTGGCTAACAAAAAATAATATTTGTGTCTTATCTGACTGGCACA AGATACATTTGCTTTAAACTATTTTGCATCAGGACATTTTTCCTTATAGC CTTTTTGCCTCAAGTATATGTTAAATTTAATATATTAAATTCATATCGAT TATAAAAATTGAGGTTCCCACTAAACTTTGCTAATTAAAATATGTAGTTT TTATACTATGAAATGCATTAAAAGGTTCTTTTCTATTGGAATATTGATGG AGTTATGTTCTAAAATTCCGATGCATACATATAATTGAAATTTTGCTTAT GAATTAGAATCAAAGAAAAAATAGGTAATAAAATTAGGATAGTAGGAAAA ATAAAGATTAATAAACACGATGACAAATTGAATAACTTCTATGTAACCAA TTATCATTAGACAAGATGGATTATTCATGGTAGCAAAGACTCATTGTTTT TACAAACAAGAATGATATGAAGTAAATGCATAATCTCATCATTTTTCCAA CAGAAAACAACCATTTAATGCATTTTATATTAATATATATTGTATATTTT TTTATAAAAATTCTTAGGGAACCTCAATTTCAACCGAAAACTAGACTGAA CTCACGGTCAAGCGCAAAACCTCCTTCTAAAATCAAATTGAGTTATCTAT CTCAATGGGTATCAAAATGATGGTAGATTATCCCATATTTAAGTTTTGTG TAATCTACACCCTTTACCTTGACCTCTAAAGATTCAATCACATCTTACTG TGACCCTATATAATCTTCGCAACAAGTTTGATCAAAATCGATCCGTAACT TTTGCCGTAATCCTGTTGCCTTATTTGTATATACATATTTAAGTTTAAGG GAAACGTACCCAACATCGTTCTGACTTATATAGCTACCTACACTTCAACT ATTAACTTGCTGTTAATCATCAAAAAAATCAAGGTAATGGAAATACAAGG CTATTCTATAACGCGAGTACGACTGATGTTTGACTTCCACCACGCCTTTC AATATTTACAGTAGATTGAGAGTTGCATGTTTTGTCAAAATCTCAAAAGT AAGTACGATGCATTAAATTGAAAATTCTAGCAATAGTGAAGTCATGGAAT ATGAGTGGTTCGGTATTTTGTCAAAATCTTTCTTTCTTGTCCAGCAGTCG GTACAATACATCAGATTGAAAATTCTAACAAGCTCGATTACATGATGGTC TAACCTTTCATTTCTATGAACCTTGAAAACAGTGAAGTCTTATATCCTTG AGGTGGTGTTTGAACAAGTAAAAATTAATAGGTACAAAAAGGATTCCACC GTCTACTGAGGTAGCATGACCTGCTGTAAGGGTAATTATAAAGTCTATGG CTCAGGAACTTAGCCTAAGCGTAGAGTTTATATTCTTAGTAATATACACA TTTTTGAGAAGGATAGGGATTATATATTAGATAATATTATACAACAAAGT CAAAAGGGTATAACAAATCCATTGTGACCTAGTGTTAATTTAAAATATGG TTCTCTTTTTTAATTTTTAATTTTAATAGATGGCTCCAGTTATTCAAAGA TTTCTTGTGGATGGCTGTACACTGGTTGCTTACGCAGGGYCAAATAAAGA TACTCTCATAAGCTATTTGGATGCAAATCTAATACTTCTAAAAGATAAAT TAACGGTTGCTAACTTTGAACGTGTTCTCTCCGTTATTTGGGAAAGCTCT GCTCATAGCTTGAACGATACCATACAATTGAGTATTGAGGTTCGTATGAA TGTTAAATATGTTTAAGAGTACTTTAAATGTTATATTTGCTTTGATACAT ATATAGAGAAAGAAACCACCCCAATATTTCCAATTACTATTGGACACACT CAAAGTACTCAGTAACTTTTTTTATGGAGATAAGTTACCCCATGATGAAA CTCTACTTAAAATGAAAAATATTCTGCAACTCTACGCTTCCGACAGTTCG GACCTTATTGCCTGCTACATGAATGAACGATACAAAGAGCAAAATCGTAC AAAGGAGTTTTCCGCCCTTGGGAGTATAACTGTTCGTCTTCAAATGCTTC CAGAGCATCTCCGTGTAGAAATACTTAATGCACGGCACCTAAAGCCTCCC AATCCTGTGGGGAGATTTCAGCACTCAAGTATGTAATTATAAGTCAGCTT GAATGTTTAGAATATGTTGTATTTATATGCCCTTTAGGCGGTTCCAAATA TATACCACCAACAATTAGGCGCCGAAGGATGAAGTCATTAGCACATTTAT CCCGATCTCAAAGAAATTTGCATTGGGTCAAATCCAAATTCAAAAGTCTG AAGGACAACATTCACGAAAAAGGAGTGCAGATGCATTCAAGTCATAATGA TGGCTTGTGTGATCCCTATGTTTGTATTCGACTCATACCAGGAAACAAAT TTGTCGGCTGMCCGAAGTTGAAAACAAAGGTTCAGAGACAAACCTTATTT CCACTATTTGATGAGACATTTGATTTGTAAGTAATTATATCCTTATCATC CAGGAGTATATATGTAGCCCCTCAACATAATGCGATCTAGAAGGATTTTT CTCAAAATGTAGTATGGATTACGTTACCATCCCAGGGTTTTAGATGATTA ATTTTTCTTACCCTGTTCTATAGGACAGGTTAGCAAAGTTTTTTAATTTT CCTGCAGTTGTAGGATGTGGTATACACTTCTGTTACGCTTTACGCAAGTG CAGAATGTGTAGGTTGTGTTTGACAAATGCATGCCAGTTATAAGTAGGAT ATAATGGATGTTGATTAGTGCAGTATCAGTCCTTATTTATTAAGTCCAGT CTTAGGACTGGTCTTATCAATCCTTTGAACCAGTCCTTTGGATTGTCAGT ACTATAACACTACTATCCATACAATTTTCTTCATAAGGTCAATAAAAACT TAGTTTGCACAGCCATTTGTCTGTTTGGACAGCTTATACTCTCTATTAAC CTGCCCCACATAATAGTTTAACTGTCTTGAACGATCGGACTAGTGTTAAT ACAAAGTAATGTATTCTTTAACGAATTATCGGTAATTAAAATTAATAAGT GATTCTTATTCCCCCTTTGGAAAAGCTGCAAATTACACTTAAGTACCAAA ACCGATCGTTAAAATAAAATGAGCCATATCGAGGCCAATATAAGTATTTC GAATAGAAAATAAGTTCTAGAATATAGCATAACATCTTTGTTAACTTAAA TAATCCCACAAATTTGAATAGAATGATTATAATCGACTCAAATATGACCA TGAAATATTGGACATTGTGTACCATATCAATGAAATTAATAATTATTTGG GATTTTCTCTTTTCCGTTCAAGATTGTTTTTATGTTGACGCACCACATCA GTGGAATTTTCTTATTTTATTGTTGTCATATTAGGGCATACTACTATTTA GTGTATTAACTGTTTCATTAGAAGAATAGAACATTGTGAAGAATGTCTTT GTTTGATAATGATACAGTTATTAATGTCGATGTCACGGTTATATTGTTCA ATGTAAAGGGCTTAAAATATGTCTCTAATCATATAAAATGTATGAAGTAC ATAAAGAAAGAAAATAAATAATACCAAAAATTATGGTATTATAACTCAAA AGAGTCGGAATTAGCTTGATAATTTTACGATTTCAATCCCAGTCCGTTTT TGACAAAACTGATACCAATAAATAATTCATGAAATAAAGGCGATGTTCAC CATTTTGAAACACACATTTTTCTTTGAGACCAGTTCAGATGAACTTAAAA ACCCGCATAATAACAGTCTCAGACTGGTGTACAATTCTTAGACCAKCCCC CGACACTAATATTTGTGGTCCATTTAAGAGTATTGCATCATTTTGTATTT GAGCTAAAAATCACGTTCTTGGGTTTTTCAATTAATTTTATTTTATAATT TATGTAAAGTTCTTAAGAATGAAGTAAAAAGTATTTTTGTAAACATTTTG AGCCAATAATTATAGAGGTATATCACACTTGACTAATCTCAAACTTCCAA TAGTCAATCTTTGACACATTTAAGACTGGTTATTTTTAAATGAGAGAAAG AACAATGTTATTGATGATGTGATATATAGACATTACGACAGCAAATAACA TAGAGGGTGATGAATAAGTTTGTATAAATATTTTCTGTTTATTAAGTGAA TATATTTATTAGTCTAAACTCTTGTCAAAATATCAAATTATAACATAAGT TAATTAATATATTATTTATTTTAATATTGAAAATACTCCTTACGGTATTA GCAAAAAAGTTTGATACCCCTCAGTATTATAAGATTATTTTTCTACAAAA TTCATTTTTTTTATTATCTTACTTCATAAAAAGTTTCCTTTATGATCCCT TATCCAACTAGATGTACCTTAAGTTCTACCACTCTATAAAACAGAAATTT CATTTACTTTAGCCACATACAATAAAGTTTAAGAGTGAGCTCTGATACAT ATTTTATTCAATTTGGTGGTCAGTACAGTGATTCTGATCGTTCAGTATCG GAAGTAGTTTGTTGGCCTTTAATTTGTTTTGGGTAAATATAATAATATCT TAACAAAAATCTGCTAACTAATTAAATTCAAAACCTATCCATAAGAAAAT TGCATTTCCATTCATATTGAACCTCTACAGCACTTCGTGAGATCTTAAGA GGAGTCTGTCCAGACAAGTAGGTATGCAAGAGTTCTTTGACGCTTGGAAT AGATATAGTTTGTTACGCCACATATCACTTGATTGGGGGGGGGGGGGACT ATAAAAAATTCACCTCTAGTGTTCAATCTATGGTTGAAGTTCAACGGTTC GTCTACTCTCAGCATAGGAAGAACAGAGTCCACAATTGATTTCCATGAAT TTGTCATTTGCTTCCAGTCTGCACAAACCATACTTGAAGACTTGAACACT CAGCAGGACTCTTTTGTTGAATGGAAACTCCGTATTCCTTTTAAAATTGT CTTTCAAGCATTTTGCCCTAAAATCCGAATAGATTCTGAGTCTAATCACC TATGTAAAGTTTAAAGATTTCCAAACAGTTTTTATATTTTTAGACCTATG TCGCACGAGGAAATTGGAGAGTACTACCAGCTTTTCGAAAGATAAGATCG CTTTGAACCCCATATAAATGTTCTTGGATTATTTTTTTCATCTTTCATTT TATCTGAATAAGGAGTATGAACCTATGAATTAAGACTTTTTCTTTTACAT TTAAAAGTTTATTGTGAAAAAGTGGCTACAAATTTATTTTTAAAAGTATG AGTCTAGTTAAGGCACTATTCTATCTGGCAATTTATGGATGCTTTTCAAA AAAAATTGTTCGGCTTTGGTCGCAAACCAAACATCGATCCATTTTTTTTG GCTTCAGCGTGAGAATTGAAGCGTAAATCATTGAGTGAATGGCCCATCGA TGCAAGCAAGTGATGATCGGAAGGCACCAGGTCTGTTGAGTAAGCCACAT GAGAAAAAGGTTCCCAGCTGTATGATTCAACAAGCTTACAGGTGGCTATA GAGCGATGCAGTGGTGCGTTGTCATCAAGGAAAATTACCTTGTGTTGCCT GGATTCACATTTTGGGCGTTCATGGCGTATAACAATATTGCAATGGTCCA ACAGTCAACATCAAATTGTTCTGTGAGCTGTTCTTACGTTTGCCATCATC TTCATCGAGCAATGCTTGCAATTCGGCGTCTTGAAKCTTTTTCGGTGSCC AGCCGTGCTCTTCATTTCTTACGTCAAAATCACAACTTTGTAATTTTTCA AACCACCTGAAGCACAGTGTTCTGCTTAGAACTTGTCCACCATAAGTTTC TACAAGCATTTGATAGGCTTGAGAAGTGTTTTTCTTCAATTAGGATTATA TAAAATCAATTATGTACGCACATCACAGTTTTTAGGCAAACAATTAGACA ATTTTATGAGCGAAAAATGTGACTTGTTGAATAAAACTATACAAACAATT AATTAAATATTGTTGACACATGTCAAAATAAGCATTTAGATTTTTGGATG TTTGAATGTCAAACTGGCAACACCTAGGAACCAATAGCCGAAAGTATCAT TTCATAGGTGCATACCCAGTATACCAAAGTTAGTGGACTACTCGGGGTAT TCAAACCAGATTCCATATTTTTACACTATCTAGTATATTTATATGGTGCC TATAGTACCACAACGTAGTACTAGATATATATTCTAGGACTGTCTCTGTG TTAGGGTTGATGCCATTCGTTCCCTCCTCTTTTGTTATTCAGAATCCAGG GATAGTTGATCCACTGGATAACTTCAATAACAGAAAACATCTTTGCAAAG GTTTTTCCGTCTTGCTGGTGTTGACCACTAGACCCAAGGGTTCGATAAAT GATTACAGGGTCCCGAACATCCCTGTCATAAACGAAGTGATCTCTTTCAG AGATTCCGTGCTGTAAATAGTTAATTCATCCGCGTAAAATYAAGCCATAT TTGGCATTTCTTTTTTAGAGATAGAACGTAGGGGCTCATGTAAATATACC AATACTAAAGGAAAAGGATAGGAGACAATGGATCTCGTTGCTTGCTTCCC AGGGTTATCTCGAAATAATCTTCCCCACACAAAGAACTAGCTTTAGAAGA AGAGTATCCCAATATAGTTGCTACTGTATGAATCATTTTTAGTGATAATC CTGATCTTTTTAGCTGCGACAGTATATATTTATGGGAGATGGAGTCGAAG GCCTTCTGAAAGTCCACCAGCATCACAGAGAATTCCCACTCATTCGTCTT ATCGATATCAATAGCGTCTTGGATCAATCTTACTATGTCTTCCTTTGATA AAACCCTCTTGTGATTCCGCTATACTGGAAGGAGTGAAAGGACTATTTAT TGTTGATAATCCCTGTTATAATTTTGTACGAGGTAATAAGAAGTGTTATC GGTCTATAATTGGCTATAGTCTTTCTTTGTCATAGTTAATACCCCTTTAC TTATAAGGTTTGAAATGGAACGTCAGTTCCAAACCTCTTTGTAAGAAGCT TCTAAAATGGGACATAATTTTTTCACAAATATCTTATAAAATTCAAATAA CAAGCCCGATATCCCTGGGGATTTATATTTTTATATAGAATTCATTATAT TTTTTATGTATTTCTTCGGATGAGATGGGGGAATTGAGCCCCTTTACAAT CAATTTTTTTCTGCTGATCCTGACCCACATCATCTAAGTCCTCCAGTGAG AAATCGTTCGGCACTTTCTCCATCTGTACATCACTTTTTACAGTTGATAC ATCTATAAAGATTCGAATAAAACAACAAAATTTCTTCTTTAATTTGTGTG TTGTCATGAGTTCAATTCATCCGCCTTAAAGAAACAAATTTTTCTCGAGC TTTCAAAAAACAAAAAAATCTTTGGCAGAGAAGAACACAAGACCCTTGAT TTTTTTTCCATCAGCTCTGATTAAGACTTTATTGATCTGTCTCTGTTTTT ATTTCGAATCTTTTTTAACCATTAAAGACAGTTTATTTTTTCGTGTTTGT ATGCAGCGATTATACCTTTTTCCGACGAAAATGTTCTTTAACTTTTTTTC TACACGTCGGAAAGGCGAGCACGGGGAAAGTGTTTTATTGTCAAGCAAGT AACTACATTCGTCAATAACTTTTTCAATTTCGTTACTAGTGGAACTATGA TTGAGGAGTGATATATTTATTTTCCAATATGTTTTAAGTAGTAGGTTAGA GAGATGAAAATTTGACGTAATAGGTGAGTGATCGGAGTTGTAAGTTAGAA GGGCTATGAAAATCTGTGAGGAACTTTGCTAAGTTTGATAAGACAAGAAT AAAATATAGTCTGCTTCTCAATAGTTTGCCCAATTTATTTTTCTTGTAAT ACGTCATATAAGGATTATTTCTTTTATCGATAGACTTGAATCTTCTCGGC AATACATGGAATTAATTTCCTTTGGTTCGAGTTTATTTTTTAAATTTCGT GAACCGTTATAATTAAACGTGTCCCTTCCAATTTGTTAAGTAACATTTAG ATTTAAATGTAAGTAAGAATAATAAATTTATTAATTTTTAAGAATTTTCA GAATCAAATAAGTACTAATAAGTTATGTTGAGGTTGTGTGTATAAACTTA AATAGAAGCTAGAATGTTACACTTTTGTGGCTCTAAGATATCATTGAATA AAAGAAAAAACAAAGGTTCTTAAGCAAAGTTGTTATATCAAATAACTAAA TATCGATTAAACAAGGGATTATCAAGTTAAATAAGTAATAGTATATAATC TGATCTAATGTTTCAGGACCATACTGAAAAAATATATGCGTTAAAATGTA GATTCAAAGGAAAATGAAGCTTTTTTTTATATTTCGGGTTCACGAACAGA AGGTTAATGACTTTTGATAAAGTTTCATCAAGATTTCTTGAAAATGTGTA TATTTTTGGTTACAAAATACCTGAGCTGAGTAGCGTACAAAAACTTTTAG TTTCGTATCTGTACCTACGTACCATTAGACTAGTTGGTTCCATATTCGTA CCATTTTTCAGATGATGGTTCCGTACTGGGAATATCCGTACCGTACCAAA CTATTTATTACAAACCAAAGATATTCTCGTATTGGTAAAAAATATTCAAA AATACCTCGAATAACAAGTAATAATATTAAAAAAAAAATTATTTCTTGCA TTATCCTGTAATAAATATAAATTGATAATAATAGTCTTGGTTATTATTAG TAGTAGTATGATGTAACGACATTTTTGACTACTTTTTTTTTGACATACTT TTTTTTGTGCTATAACACCAGGTGAAAACTTAAAACTTACAATCTTGGAA AGAAAAAAGAAAATAGCCTACTATTCTCGAAGTGGGTCACATTGCCACTT GAAATATTTTAATGGGCCACATAACCTATTAAATTAAATTTCATGAAAAA TGGAAAGTTGAACTATTTAATTTTAAAATTTTTACTTTGCTGCATAATTT GATCGAATGAACTTTATTTTTTTAGAAAAGAAATCCTTAAATTTTNAGCA ATAATTTTTCAAAATTCCTTTATTTGGGGAGAGATATAACCCCTCTAGAT ACTGGCAGYCGCCCGRGTTCTTWGAGMCTCKACAAATACGAGATGACAAC AAATATTTTTRAATGTTTGTACTTATTATTCTACGTGAATTGATGATATC GTGATAATTATGCTAACAGATACTACTTGAAGTGAGAATGAGTAGTGGGG TATATGTATTACTATATAGTGGACCACGTGTAGGACACCCCTAGCTTAAA CATTTTCTTTTTTTTAGAAAGTGGAACTTTTTTGAACTATTTCCACTCAA CTTTTCCGATAAAAAACAAAAACATAATATGAACAAGTCAATTATCCATA TGTTTGGTCTGTCAACACAAAAGTAAGCTATAATGATTTTTTCTCAAAAT TGTGTGGGGATAATCCTTTTTAGGCCCCGAAAATTGCATTACTTATATAA ACCCAAAATTGATCATTACAAAAAAAAAATTTACATTCATATATTTTATT TATATGATAAGATCACATCGGGTCTAAATTATGTCTCTTAAATAAACTAA AGGTTTTAAACTGTACTTAAAATTTTTGGGTCCCTCAATTCATCCTGCAC ATTTTAATACAAAGCCTGTGGCTGGCTTAAATATTTCTTTGAAATATTTG TCTGTATGTACCAATTGCACTAATTCAGGAAATCAAAATTCATCGTCAAT AAGAATTTGAAAGAATATGAAATTGATCGATTATGTATTTGGCTAATATA AGTCCCTTAAGTCCATTAAAGGTTCCAAGCTTTAGCTAAAATTCTTGAAT AAAAGGTCTATAATTGACTCAAACATAATTATAAAATATTGGGTTGTATG AATCAGCTAAATCATTTCTGAGAATAGTTTTGGGAAAACTGGAAACGATA TCAAAAATTTATATTTAAGTTATCTAAAGATACATAATTAAAAATTCTAA ATTCAAATTGCACCAATTACCGTCACATATTTCTCATGACAAGGTGGGAA GCTTCTGCATCCTATGAAAGTATCAGCAGAATCAAGGGAAGCCCATTCCC GGAAAAAGGAAGCTTTTAAATCAATGATGTTATTGTGATGGGTCCTAGAG ACTTTCCTTTCAATGCCACACTAAAAATAAAATGCAGTAGATTCAAATTT TGGATTGATAAGGCCTTTTCTTCTTTGACCGGAATCTCCCAAAGTTGTCT GAACATCATTTTGGGCTTCTTTTTGATGGTATGGCAGGGAGTTTTGCTAC CAAGTATAGTACCCATGCGGGTAATTTTCATCTTTCCAGGGCTTTAAAAC TTTCAGAAAAACCTGAATGTATGCATCCGAATCAACTCCCCCCTTTAGGA AGAAATGCAATGACACCCAAAACCCTGACGTTGGCTGGAAATTTGGTCTT GGCTATCTTGGAATTGCATGCCTTTGTTACATTTATAAAAAAGTATTTCC TTCGATTGTGGGTGGCGTCGACTGTTAAGATTTTCTTATCAGAGAAGATC TTGATAGCCGACCGCTTTTTATACTTGATAATAACAGCCTTGACCCCTCC AGGCGCTTGGCTTTCATTGCTTCAATTAGGTACATAGTCGGAGAAGGAAC ATGGGACCTCAATCCAACCTTCATACATTGACGACGTATTGTCAACTCTG TAACTTTTAGCTCTTTCGCTCTTGGGGATGTAGGATCATATTCAAAACAT CCCTGTTTATTTGATCCAAATAACTATACCATTTGGATATTTCCCAGTCT ACAAATACGCTCAGATTCTTTTAAGTTACCGTTCAGAAATGCCAATAATC ATTGCTATTTTAGAAGCATCAATTTAGGCGCGAAGTAAATCTACTTCTCG TTGCCTATGGCGTTCTCTCTCCAACATTTCTAAATCGAATGTCCTCAAAT CATCACCATTGGATGCATTGGTTAATTTTGTAAAAATAAGCAAAATATAT CAAGCATCAATACTATTTTTTTTTTTGTAATTTGATGTTNAGTAATCATA TTACCTAYTTCCATAGTTTTTAAAGATCAACCTGTGATTTTTCAAAAGTT ATATGTATACATCCATGTATTTGATAATTACATTGACATTCAATCCTTAA TTCAACCTTTCGTAATGATCGATAATTTTTATGAAAAAATATTATTAGGA ATCTCTCAGAGGGAAATTTAATATTTACTTTATTTTTTAATATTTGAATG GAACAAATATGGTATATTCACTTCTCTCCTTATTTTCAAGTTATATAATT GAACCCAGTCATTTAATAAATTTATCATAAGACATTTTATGAACCAATAA CAGGTTATGAGTATGCATAATTACAAGATATGTTGCAATAAAGTTTTTTT TTTTTTCCTTTTCCTTTTCTACTTTTTTTTTTTTTTGTCCCTCCTTTCTC TTCCTTGTAAAGTAATCATACAAATATTTATTTTTATATATTTATAAAGT TGTTTCTGAACTGACCCGGCAAAAAAAAAAATTTCTATTCCGAAAATTCT TTCATTATACTATGGTTATGTATATCCACTAATGTACCCACAGAGACAAA ATGTGTTGCATCATCATTGAAACAATTTTAAAACAAAATCATGAAAAGGA GAAAATCTCTTTAATTTTTTTTTTACTTCATATAAGGTGCACAAGTTACC TGCGCCTCAAAATGAGTTTTTTCAAACGCAATCATCTCTCCAACCAGTTG TCAGATTAAACAAATGAAACCAGATTCTGTAAGCTTCATGAACTAAAATT TATTTTATTCCATAAAATCACCTCCAGCCCCCAATTACTGTCCCTTTACG AGGCCGGACGCTCGAGCAGGCCTTCGCCACTTGGTACTTGAGAAATCCTT GAGTTCCTTTTTGATTCGACTGATAAGTTTGTCTTTGATATTGCAGGAGG TTCGGTTGGTTTTTTGTTCGATCGTGCCACACAAAAAATCAATCATTTTC GGATCTGGCGAGTTTGTAGGGCAAAAATCTGGCGAGATGAAATCCACTAA ATTGTCTTTAATCCATATAATACCTTTTTTTGCGGGGTGTCAGGGAGCCA AGTCCTGTAAAAGGCTATAATTCCCTGCTAGCCTTGCAAATAAACGTCTC ATTGAGTCCCAGATTTCGAACAATTGTTAAGTTGTCGCTTCCGGCACAGA TTCCAAGGAGAGCTCCGTGCCTTTTACGTATATTTGGGACAACGTATTTG TCAATTGATTCCAATTTTTTCAGCTGGTACAAGTTTAAAAAAACTCTTAA AAGAAATCAGCTGCCTAAGTGGCTGKGTTTGCCCAAGAGAGCGCACCAAA GTGGGAGCATACATGCAACCTGCACATATCAGTATTTCATATTCATATTT GAGTAAAATATGGTCTTATTATTCATGCTTGTGGTATGAGTAAAGATACC AAATAATTTTAGCTATGTTTTAGAACCTTTATTTGTTTTGAGATACTTAT ATTGGACCCCGAAAGTGCCCTCTTTCAAATAAAATATATCAATATTTCCT TTTTTTATTGTGAGGATCAATTTTGTGAAATTAGCAGCACCTTTAAACGG GTAATAAGAATAGTTTGTCTTTAGAAATGGACGACAGTTTGTCGAAAAAT ACAAAATTAATAAACAATCAATTTTAAGAGCAATCATTCTAGTTTGCTTT TGTATTAACGGGCGCCACATGTTATTTTCATTGAAGGTCATTTATTTACC TTCAATTGATAATAATCGATTTATATATATAAATTATACATCACAGTAAA AATTCACTCTCTTCAAGATTCTGCTCTGGCTGACTAACATGTATGCTGTG CCTCGTAAATATATAAAATAATAACGAAGAATAGACAATGCAATAAAATT AGAACATCTGATGCAAATACATCCTATTCCCTGAGCATTACTATATTCCC CATTTTTCCTCAGTAGTTTCGCCTCACATAAATTAAAATTATGAAACTGT CATAACTGGATAGCAAAAAAACCCTAATTTGTTCAAAAAACCCGTTTTTA TCTTATTTTTCGATCAAAAGTTTATTGAGTTTTCTCTCATAATTATTTGA ATTACATATGTTATGAAATAGTACCAGGTGGTCCTTGAATTCAATAATTT ATTAAGATTGAGTAATTGAAAATAAGTCATATTTCAAAATATATTAAACC ATAAACAATTAGTTACAAAACAAAACAAATCTGAGCTCTCTAGCTTGCGA AAAAGTCGATAAAATGAACTTGAACATTATTGACAAATTTTCATTTACGC ACTTCAAGCTCTTGAGCATCTCCAGGGACACTGTTTAACATCGTCAGCAT CTCCGAAACCTTGGAAGTGAAGAAGGGATCTGTGAAAAAGGCCAAATTTG ATCCGGACAATTTAAAAAAAACAGGCCAGGCCTATCCCCATCAAGTCCAT GAAGGCCCATGCAAGATATTTTGGCGGTTCAGAAAAGATTGTCGTGAGAG CTATCAAAAAAGTGGATGGAAATAGTTTTGTAAGGGTAGAGACACCACTT TTGACACCAGCAATGAAAGAAACCTATTTCCTCCGTTGCAAGACTTTTTT GAATGAGTCTATTGAGTTTTTTTGAACTCTTTTTTCACACTTTTGGCCCC CTACAGCCCGAATGCCAACGCCTTCTTCTACACCTTTTGGGTACATGTCA AGTGTGTCATGCCTGCAGTGTCCTACATCCAAACATCGAGTACCTCAAAG CCACTATCATCCAACACTCGGACGCCATGACAAAGGACTACATTGGCAGA GGGTGCCAGACAGTAAAGGGTTATAACTAGAAGGCTCTAAACTCCTATTT TTCTATTGTACAAGTTTCAACCAAAAAAACAAAAAACAGGAGACTAATAG TACTTGGGAAGATGATATTGGAATAATGGAATATTACATGGATGTTCGAT AAACTAGTAGTATCATTTTTAACTATTTTAATGCAGATTACTACAAGTTT ATTTTTTACGTTATATAGTTCAAATGCCATCAGAATTAATACTTATCAAT ACATAATAACAATGTAATTTTAATAGCTGAAAACATAATGAAAATATCGA TTAATAGTTGGTAATTCAAATGAACAATGTTATTATCTAATAATGCATTT GAGTAGTGTTGTGTCAGCTCATATTTATTTGGCACTGTCCTGTCTAGTCT TAGGRCTGGTCCTTCAGACTGTTAGTACTAGAACTGATTAAAAAATAAAT AAATAAAGTTGAGTGGTGTTTATCAAAAGTCGAACTTTATAAGTTTTAGG GCTGATATACAGGACTGACCTGAGCGGATCAAGACTGAACTGTACGAAAC TTGAGTCCAAAATAAACACTGAAATAACTCTAATTTGAAGACAAAGAATT TGCCGCTTGTACAATGTTCTTATACAAGTTGTAGTAGCCCGTACAAACAT TCCAACTTGTACAGAACCTATATATTTAAGTTCAGAAGAACACATAACAG ATTAATTATTCTAAATATTTATAAAATTATGAGTAAGTGTACCGAAATCA AAGATTTGATTCATCAATAAATTTGTTGGTCTTGGTAAAATCTTTTACAA TTTAAAATAGAGTTATGATCTACATATAATAACTTAGTTACAAGAATCTA ATAGTTTTTGAGGTATTTTCACTTATGATCAATTTATTTTTTATACTTTG TGTCTGCTAAATAGTAAAACATACGATTATTCTCTGATCTGCATTTACGT ATTACCTCATAATTATGCCATACTTTAGAAGATTTTGGTAATTTATCCTG CAATATAAATTATTCAAATTTTCATAAATATCAGTATTACAACATCAAAT TACCATTATACACTACTCTGTTGCAGTATGGAATAATATGTTCAAGCTCT ACAAAGATGATGTGTCATTGCTAAAGGGGGGGATTTGTCTAAAGAAAACA CATAGTATAACGATTAGAAAAGTAAAATGGTTGATGCGTGTAGTCTTCTT CTGTTTTTATTTAGTATATTGGTAATATTTACATTTATGACGTCCAGTTG AGGATATATTTAGGGATAAGATGGAGGGAGGGGTTTGGTATATTTCGGAG TCCACTACATTAAAAAACTGATCACTATTTCATTGATAAACAAAACCTTT TCAATATGAAGTATATTAGCAGGGGCGTTACAAAATTATTTATTAGGATT TTTTTTTTAAATCCACACATCAAGCACGTATCAGTGGTCTTCAAGATAAA CAATATATATTATATTTTATTTACAATACATACAGGGGTGGGGGGAATCT CCAAATTAAGGATGCCCAATCGAAGGGGTTATCAAGTTTTGGACAAACCC AAACAGGGGGAGGAGGTCAAAAATTGTCCTATTTCCTTTCGTCTGTGTTA ACTTCTCCCTCTAAAAGAAGAATTTTGCCCATCTTTGTTGTAAATTGATT TAAAAATGCATCAAAAATTAATATATATAAACTTAAATCGAATTATAATA TTTTCCCTGCAATAATGATATTTTAAATATAGAAGGTTCTCTTCTGTATA GCAGTAATTAATTTTCTGTAAGCAAAATCATAAAACAGGCAGCTAGTATT AGCAGTGTTTCATATTCAGGTGTACCATATCTTTCGCTCCTGCCTTTTCT TCGTGCTTTGATTAAAAACCAATATTTACTGAAGGAACAAAAATCCTTCT AATAAAAAGTAATTGATTAATGTTTATGTGAATATGTGTCAAGACTAGAT AGAAAGGGTATTTGATCAGGTTCTAAAGAACCCGGGTAAAGGTATAAATA AACTTGTGTTATCGCAAAAAGATCCGATACTAGAACAAGCTTTGGTTACT TGAACTTTTAAGGATTTTAAAAAAGATCCTAGGGATTTTCCGGATCATAA AATCCTTATAGTATTGCTCAATACGTAATCTTAAATCTATTTTTCTTAAT TAGTTTTAAGTGCCTCATCGACATAAACAGTTGGATCGTTTGGTTATTCC ACACGACGTTATCTAACTGACAAAAGAATGTATACTGTATTTGTTTGCCA GCTGTTGGAGTTTTTTTCCTCTAATGATCAGTGTTCGTAACATTGGATCT TTTTTAGGAGTGAACAATTATTAGCTATTATTGTATAATAATAACATAAT TGAAAGAATTGGATAACTATACTTACTGATTCGGGGCATTTATTACGTTT CTTTTAGGAGAACAGGTTCTGAGATACAAGAAAGGTAACAACGTGTCCGG TGTTTTTATAACAACTATTCTAATAGTAGCAATTAAGTATGTTTTAAAAG TAATGACATTGAGTTATGCATTGTTCGGCATCTATAGTCAGTAATAATGT AAACTTAATCCAGATTCTATTTCATTAAGGTCCAAACTTTTGGTCAAATG CTTATAAAATACGAGACAAATACCTGTCTAATTTGATTTCAGATCTGGAT TCAAAAGTTCGGGTACCCAAATTTACTCAAATATTTACGCCTAGATATTC GAACCAATCCGGATCTGAGAAACTGTGGATCTAACTTGATAGGAGAATAT AAAAAACAACGTAGAGAGACAGTTATACTATAAAATATAACTTAATCGTA TTTTTTTTTACTGTTAATGTAGATAATTCTGTCCATATGGAAGGAAGTTA AAAATTTCGGTTAACTCATTAAATAATTTTTTTTTTTGCTTTGCTTCTTT CTAACTTTTGATGACATTTTCAGAAATTAACTATACAAATATGTACATTA TGCAAATAATTGGCCTTGTCTTGTAATACTTTGATAAAAAGAAATATAAT AGCGCCGTATGTTTTTCCTTGAGCTCAAAACGTCGTATTGTTTTCAAAAA TACAAACTATAGTTATATCAATATAATATATAATGCTGGGGAAAACATAA TTGCCTGCCTTTTTTTAAATTAAGTATATCTTGTCCATAGTTTGTGATAT CGCATCATACGATAAGGATTTGTAAAGGTATGAGCGTATACTACAAATGG TTTTCGAACAGTATTGCACTTGGCCCGTTCAGTTTTAAATTATCGTTCCT CAATTATTGAGGTCTCAGTGAAAGAAATTCGCCATATTTACATTTTAAAA CCTGCAAGGAAAAAATGCGTCCAAAGTGACAAAGAAAATTTATGATGTAT ACGGGGCCGATACTCTTTCGATTCGTGTTGCACAACAACGGGTTGAGTAT TTATTTTTCGCTCAATTCAGCCCTCTACTGTGAACAGATTGATCGTTTGA AGCTGTCATCCAACAGAAGCGGCCAGCATTGGTGAATACGAGACAAAACA AGATATAATCAAAACAATGCCAGGCCGCGCATATGTTTGATGACGCACCA GAAACTCTGGGAGCTTCAAATACGAAGGTCTTATACATCCACCCTAAATC TTGTACCTATACTATCCATGGTCGATGAGATTGGGACACAAACTTTTCCT CAATAGGGACCTGTGGAAATTGCCTGTCCATGTTTTACGCCAATAAGGAC TTCTACAAAAAGGGCATGATGAAGTTGGATTGTCATTGGCAACAAGTTAT CGAACAAAACGAGGCATACCTCGCTTAAATAAAATGATTTTAACACTTCT TATGGCATTGAAATAAAGCAAAAAATACGAAATTACTTTTCCCCCTACCT ATTATTCATAAATATACAAGATCAGATCCAAAAGAAACCTTAACTTTGGA ATTTTGAATTCAATTTTCATTATATTTACAAATTCATTTTTGTATTATGT AGGTACACATGTCCTGAACGAAATCAATTTTAGTTTGATTTTGACTGATA AAAAAGGTTAGAGTTTTTTTTAATAGTAGAAAATTGCTGAGCAATGTAAA AGTTGTTTAACCTTTATGCTTTTGTTAGAAAAAGCACACATTGCAAATCG GTTGCTATTGTCGACATACGTACTGTGAACATATGTACGACATAATATAA CAATACTTATGAGATTTGAATGAGAATTTAATTCGAAATATGAAATTAAC AGTTTATTTTTTATTGTAGGGGTAGATGTGATAATACAGGTAGTCTCTTT TCCATCAACTTTGACATTCAACTATCTATAAAATAAGATATTTTAACAAA TCTTACTAATGTTGACCATATACACAAAGGCAGGCTGGGATAATTTTTTT TTAAATGAGACTAAATAACACCTGTATTCTTCAACTACTCAATTTCTATT GATAAATTATCCTCAATGATACTTCGAGGGAGTTTGTACTTACAAGTCCC AAAAAATTCCAAGTAACAATCCAATATTAATGACATAATAGATTATAGTT ATTTGTTCATAATCCCAACGTTTTTAAAACCTTATTCGGATTTAAAAAAT TTCCTTGTCAACACAAGGAAGAAATCTGCTCCATTGGTAAACAATATTAA TATATCTAATGGGAATCTTATTATAAAAGATCTAAGTATTTTCGCTTACA CGACACCAAGTTAACAGCATTGTCAGATTATTTCAGTACATAAGCAATTT TAAAAGAATACAAAACCAATGTAAAACCAAAACGAAAAAATATATTGCGT TTGTATCTCAAATAATTCCCCGAAAAAATCTGCCTACTCTCTTTACCGTA TCTTTAATCAACCCATGGCCCCGGGGTTCATTTTAAAGTATTCGGAGGGC ACTTAAATGCTTTGTGAAGCGCTGGCAGTGGTTGCTTACCTGCTAGGTGT CCCTTCCATTGTATTTGCTCTTGGGAAATTTCCCAAGAACTGTTCTAGCT ACAAACCTCTTACATTAAATTTGAGTTATCTCGTCTCTTTGAATCAAATC ATTATACAATTTCAACAGCTAAAATGGCATAGTTATTAAATACGTAGGGG GTAGGCAGAAAGGGTTGCAGCTAGGCCCCTTCTCTCCAAATAAAGAATTT TGTTTTGGACTACAAAAATTATCGATTTGGAAGAAAAACTTAATTGAAAA ACAGGCTTTAAAACATTTCTTTGCATAAAAAAATATATAAACCCCCGGAT TCCCCTTCTACGTCAGTTCAGTTGTGCTCGTCATATTAAAAGACCGATAA ATATCAGTCCTAGGACTCACAAAATTAAATTGGATGGTAATAATAGGACT GCATTATTTTCAATTGTTCTTTTTAGACCGATCCAAACATTACCATACAT ATAATATGAAAATTATTTTACCAATAATAATAATTTTGAAAGTAAATTAT ATATATTTTGTAGTTACTACTTAGTTACAAATAAGAACAAAAGATATTTT AACATTTTTTTTATTGAACAAATTACAACCATTGCAACACATTTACAATT TTTGATAGTCATTTCATTTTTTTTGTAATATTTCTAATTTACATGTATCT ACATTGTTCAAATTGACACTCTTTTCTCCTTTTACAGTGTTCTTCCGAAT AGTTCTACTTATCGTATGAATGAAGCATATCTTCTTCTGACCATCAAAGA TCGTGCATGGATAGGACATGGTATATTCGTTGGAGAAGCTCTTGTTCCTT TAAGCGATATAGAAATGACAAGTGTGGATACAAAACTATCGGATCTAGAG CAAAAACAGCTTCCCCTTACTCGTCCTCAGGATCAAGATTCAGACATCAT CCTTGCCCTGGATTCCCGAACATTTGATCGATTAGCAAAGGACTTCTTAG TTAGAGAAAGAAGAAAATATGGAATCTGA
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