EMLSAG00000002285, EMLSAG00000002285-685051 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000002285
Unique Name	EMLSAG00000002285-685051
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:tmem45b "transmembrane protein 45B" species:7955 "Danio rerio" [GO:0003674 "molecular_function" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] ZFIN:ZDB-GENE-040426-1904 GO:GO:0016021 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 CTD:120224 EMBL:BC065467 RefSeq:NP_991240.1 UniGene:Dr.84314 STRING:7955.ENSDARP00000100942 GeneID:402977 KEGG:dre:402977 InParanoid:Q6P0S3 NextBio:20816785 PRO:PR:Q6P0S3 Uniprot:Q6P0S3)

HSP 1 Score: 127.102 bits (318), Expect = 6.404e-33
Identity = 82/255 (32.16%), Postives = 126/255 (49.41%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPL-ESWIKLFASLIGIAGEIVTGLSP------EGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            M    GH LPGTFF +FG   L+   K  F   +R K           R R + T ++  I L E  +K+F + +GI  E      P      +G +   N QH  MY  +G+  I +++ + +          +P  LD +F ++A   E  LFY+H+H R  LD ++H+LL++     +  T++E+ KR N  + LLR    ILQGTWF+ +G +LYP+S    WD   H ++M I + F  H+      +GI
Sbjct:    1 MANFKGHALPGTFFLLFG---LWWSIKCPFRQILRRKERQVGD-----RERQKLTALFNRIDLIEGSLKIFFAFVGIMAEQFVPDGPHAHLYQDGWVKLMNWQHSTMYLFYGISGIADVLSVSSHH--------VPVGLDRLFLSLALFVEGFLFYFHIHNREPLDQHIHSLLLFAVFGGSASTMMEVFKRENAVLELLRCTLAILQGTWFYQIGFVLYPLS-GPEWDLTRHDNIMFITMCFCWHLAVALLIVGI 238

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:zgc:110647 "zgc:110647" species:7955 "Danio rerio" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] ZFIN:ZDB-GENE-050522-34 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 OrthoDB:EOG7288SZ GeneTree:ENSGT00530000063088 EMBL:BX004839 EMBL:BC095347 RefSeq:NP_001018453.1 UniGene:Dr.77550 STRING:7955.ENSDARP00000099027 Ensembl:ENSDART00000104157 GeneID:553643 KEGG:dre:553643 InParanoid:Q503F7 OMA:MLDVHVH NextBio:20880377 Uniprot:Q503F7)

HSP 1 Score: 115.161 bits (287), Expect = 1.576e-28
Identity = 79/273 (28.94%), Postives = 131/273 (47.99%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYF-HAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGEL---------GAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKN 263
            MG+  GH LPG+FF I    GL+   K+ F +A  R K+  + R  +  R   R+  +     +E  + L  S+IG+  E +    P+ +L            N QH  MY  F +   + + V         +  + P  LD +  A+AF  E  LF +HLHGR  LD++VHTLL+Y         +LE+  R N  + LLR+   +LQG+WF+ +G +LYP S+ + WD   H + + + + +  H+      + ++  +     + +L+ 
Sbjct:    1 MGSFKGHALPGSFFLI---TGLWWAAKQTFLYATRRNKSAGAGRLAS--RALQRRIEI-----IEGAVILSFSIIGMLAEQLLAGGPKFQLYDSSTQHWEQLMNWQHTTMYLFFAISGAISLTV--------HSTDIAPIALDRMLLALAFFNEGFLFLYHLHGRGMLDVHVHTLLLYAIFGQAFICLLEVFHRGNILLELLRATLTVLQGSWFWQIGFVLYPPSQ-VKWDLADHDNAVFVTLCYCWHLAFALLTVAVVYWSVLCAVRSRLRR 254

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:Tmem45b "Transmembrane protein 45B" species:10116 "Rattus norvegicus" [GO:0016021 "integral component of membrane" evidence=IEA] RGD:1305586 GO:GO:0016021 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 OrthoDB:EOG7288SZ CTD:120224 GeneTree:ENSGT00530000063088 OMA:LMFITMC EMBL:BC100635 RefSeq:NP_001028239.1 UniGene:Rn.42073 STRING:10116.ENSRNOP00000011329 PhosphoSite:Q497B2 PRIDE:Q497B2 Ensembl:ENSRNOT00000011329 GeneID:315524 KEGG:rno:315524 UCSC:RGD:1305586 InParanoid:Q497B2 NextBio:669371 PRO:PR:Q497B2 Genevestigator:Q497B2 Uniprot:Q497B2)

HSP 1 Score: 112.849 bits (281), Expect = 9.202e-28
Identity = 76/247 (30.77%), Postives = 116/247 (46.96%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVL 240
            M    GH LPG+FF IFG         +YFH     KN  S         + ++  +     +E  +K   ++IGI  E      P   L   N        QH  MY  FGV  I++++  +          ++P  LD +  A+A   E  LFY+H+HGR  LD ++H+LL++     T+   LE++ R N  + L R+  +ILQGTWF+ +G +L+P   +  WD     ++M I + F  H L
Sbjct:    1 MANFKGHALPGSFFLIFGLWWSVKYPLKYFHQKGLKKNRLS--------LQQQRIEI-----IEGAVKALFAVIGILAEQFVPDGPHLHLYHENQWTKLMNWQHSTMYLFFGVSGIIDMLTYLYFN-------IVPLGLDRVVLAMAVFVEGFLFYFHVHGRPPLDQHIHSLLLFSLFGATISICLEVILRDNIVLELFRTTLLILQGTWFWQIGFVLFPPFGTPEWDQKDMDNVMFITMCFCWHYL 227

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:Tmem45b "transmembrane protein 45b" species:10116 "Rattus norvegicus" [GO:0016021 "integral component of membrane" evidence=IEA] RGD:1305586 GO:GO:0016021 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 OrthoDB:EOG7288SZ CTD:120224 GeneTree:ENSGT00530000063088 OMA:LMFITMC EMBL:BC100635 RefSeq:NP_001028239.1 UniGene:Rn.42073 STRING:10116.ENSRNOP00000011329 PhosphoSite:Q497B2 PRIDE:Q497B2 Ensembl:ENSRNOT00000011329 GeneID:315524 KEGG:rno:315524 UCSC:RGD:1305586 InParanoid:Q497B2 NextBio:669371 PRO:PR:Q497B2 Genevestigator:Q497B2 Uniprot:Q497B2)

HSP 1 Score: 112.849 bits (281), Expect = 9.202e-28
Identity = 76/247 (30.77%), Postives = 116/247 (46.96%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVL 240
            M    GH LPG+FF IFG         +YFH     KN  S         + ++  +     +E  +K   ++IGI  E      P   L   N        QH  MY  FGV  I++++  +          ++P  LD +  A+A   E  LFY+H+HGR  LD ++H+LL++     T+   LE++ R N  + L R+  +ILQGTWF+ +G +L+P   +  WD     ++M I + F  H L
Sbjct:    1 MANFKGHALPGSFFLIFGLWWSVKYPLKYFHQKGLKKNRLS--------LQQQRIEI-----IEGAVKALFAVIGILAEQFVPDGPHLHLYHENQWTKLMNWQHSTMYLFFGVSGIIDMLTYLYFN-------IVPLGLDRVVLAMAVFVEGFLFYFHVHGRPPLDQHIHSLLLFSLFGATISICLEVILRDNIVLELFRTTLLILQGTWFWQIGFVLFPPFGTPEWDQKDMDNVMFITMCFCWHYL 227

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:TMEM45A "Transmembrane protein 45A, isoform CRA_a" species:9606 "Homo sapiens" [GO:0016021 "integral component of membrane" evidence=IEA] GO:GO:0016021 EMBL:CH471052 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 UniGene:Hs.658956 GeneID:55076 KEGG:hsa:55076 CTD:55076 HGNC:HGNC:25480 ChiTaRS:TMEM45A EMBL:AC128693 RefSeq:XP_005247625.1 RefSeq:XP_005247626.1 ProteinModelPortal:J3KQ06 Ensembl:ENST00000403410 UCSC:uc003dua.1 OMA:FCWHYAL NextBio:35535242 ArrayExpress:J3KQ06 Uniprot:J3KQ06)

HSP 1 Score: 112.079 bits (279), Expect = 2.564e-27
Identity = 85/257 (33.07%), Postives = 112/257 (43.58%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGEL----GAHNSQ-----HCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            MG   GH LPGTFFFI G         +Y             RTC    Y   KT  Y+   LE    +  +L G+AGE      P   L      H +Q     H  MY  FG+  + +I+              LP  L  +  + A   E+ +FY H HGR  LDI+VH LLV       L   LE + R N  + LLRS  I+LQG+WFF +G +LYP S    WD   H +++ + I F  H       +G+
Sbjct:   17 MGNFRGHALPGTFFFIIGLWWCTKSILKYICKK-------QKRTC----YLGSKTLFYRLEILEGITIVGMALTGMAGEQFIPGGPHLMLYDYKQGHWNQLLGWHHFTMYFFFGLLGVADILCFTISS--------LPVSLTKLMLSNALFVEAFIFYNHTHGREMLDIFVHQLLVLVVFLTGLVAFLEFLVRNNVLLELLRSSLILLQGSWFFQIGFVLYPPSGGPAWDLMDHENILFLTICFCWHYAVTIVIVGM 254

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:TMEM45A "Transmembrane protein 45A" species:9606 "Homo sapiens" [GO:0016021 "integral component of membrane" evidence=IEA] GO:GO:0016021 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 EMBL:AB013911 EMBL:AY450392 EMBL:AK000996 EMBL:BC040355 RefSeq:NP_060474.1 UniGene:Hs.658956 ProteinModelPortal:Q9NWC5 BioGrid:120393 PhosphoSite:Q9NWC5 DMDM:28380044 PaxDb:Q9NWC5 PRIDE:Q9NWC5 DNASU:55076 Ensembl:ENST00000323523 GeneID:55076 KEGG:hsa:55076 UCSC:uc003dtz.1 CTD:55076 GeneCards:GC03P100211 HGNC:HGNC:25480 HPA:HPA024082 neXtProt:NX_Q9NWC5 PharmGKB:PA134868262 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 InParanoid:Q9NWC5 OrthoDB:EOG7288SZ PhylomeDB:Q9NWC5 ChiTaRS:TMEM45A GenomeRNAi:55076 NextBio:58614 PRO:PR:Q9NWC5 ArrayExpress:Q9NWC5 Bgee:Q9NWC5 CleanEx:HS_TMEM45A Genevestigator:Q9NWC5 Uniprot:Q9NWC5)

HSP 1 Score: 111.694 bits (278), Expect = 2.693e-27
Identity = 87/257 (33.85%), Postives = 116/257 (45.14%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGEL----GAHNSQ-----HCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            MG   GH LPGTFFFI   IGL+   K       + +     RTC    Y   KT  Y+   LE    +  +L G+AGE      P   L      H +Q     H  MY  FG+  + +I+              LP  L  +  + A   E+ +FY H HGR  LDI+VH LLV       L   LE + R N  + LLRS  I+LQG+WFF +G +LYP S    WD   H +++ + I F  H       +G+
Sbjct:    1 MGNFRGHALPGTFFFI---IGLWWCTKSILKYICKKQK----RTC----YLGSKTLFYRLEILEGITIVGMALTGMAGEQFIPGGPHLMLYDYKQGHWNQLLGWHHFTMYFFFGLLGVADILCFTISS--------LPVSLTKLMLSNALFVEAFIFYNHTHGREMLDIFVHQLLVLVVFLTGLVAFLEFLVRNNVLLELLRSSLILLQGSWFFQIGFVLYPPSGGPAWDLMDHENILFLTICFCWHYAVTIVIVGM 238

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:Tmem45a "transmembrane protein 45a" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005887 "integral component of plasma membrane" evidence=ISS] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] MGI:MGI:1913122 GO:GO:0005887 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 EMBL:M32486 PIR:I49441 UniGene:Mm.262328 PhosphoSite:Q60774 PRIDE:Q60774 InParanoid:Q60774 PRO:PR:Q60774 CleanEx:MM_TMEM45A Genevestigator:Q60774 Uniprot:Q60774)

HSP 1 Score: 110.538 bits (275), Expect = 5.923e-27
Identity = 84/258 (32.56%), Postives = 122/258 (47.29%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGE-IVTG-----LSPEGE----LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            MG+  GH LPG+FFF  G       F       ++      +RTC    Y + KT + +    E  + L  SL GIAGE  ++G     L  +G+    LG H   H  MY  FG+Q I +II             VLP     +  ++A   E+ +FY H HGR  +DI+VH LLV+      L   LE + + N  + LLR   ++ QGTWF+ +  +LYP   S  W+ +  ++ M + + F  H  SI   IG+
Sbjct:    1 MGSFKGHALPGSFFFAMG-------FWWTMKNILKSVYKRQTRTC----YLNSKTLLRRTEIWEGVVVLLMSLTGIAGEQFISGGPALILHKDGQWNQILGWH---HTTMYLFFGLQGITQIICFTTN--------VLPLSSSKLMLSIAIFVETFMFYNHTHGREMIDIFVHQLLVFVGTFSGLVAFLEFLVKNNALLELLRCSLLMFQGTWFWQMAFVLYPPCGSATWNLSDIQNKMFLSMCFCWHYASILILIGV 236

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:Tmem45b "transmembrane protein 45b" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] MGI:MGI:2384574 GO:GO:0016021 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 OrthoDB:EOG7288SZ CTD:120224 GeneTree:ENSGT00530000063088 OMA:LMFITMC EMBL:AK144325 EMBL:BC018222 EMBL:BC026654 RefSeq:NP_659185.1 UniGene:Mm.390134 ProteinModelPortal:Q8VCZ2 PhosphoSite:Q8VCZ2 PRIDE:Q8VCZ2 Ensembl:ENSMUST00000048050 GeneID:235135 KEGG:mmu:235135 UCSC:uc009ort.1 InParanoid:Q8VCZ2 NextBio:382528 PRO:PR:Q8VCZ2 Bgee:Q8VCZ2 CleanEx:MM_TMEM45B Genevestigator:Q8VCZ2 Uniprot:Q8VCZ2)

HSP 1 Score: 107.842 bits (268), Expect = 7.351e-26
Identity = 77/256 (30.08%), Postives = 115/256 (44.92%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRG-KNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            M    GH LPG+FF I G         +YFH   +G KN   SR   +               +E  +K   ++IGI  E      P   L   N        QH  MY  FGV  ++++I  +          ++P  LD +  A+A   E  LFY+H+H R  LD ++H+LL++G     +   LE++ R N  + L R+  +ILQGTWF+ +G +L+P      WD     ++M I + F  H L     + I
Sbjct:    1 MANFKGHALPGSFFLIVGLWWSVKYPLKYFHH--KGLKNNRLSRQQERIEI------------IEGAVKTLFAIIGILAEQFVPDGPHLHLYHENQWVKLMNWQHSTMYLFFGVSGLMDMITYLYFH-------IVPLGLDRVVLAMAVFIEGFLFYFHVHNRPPLDQHIHSLLLFGLFGAAVSISLEVILRDNIVLELFRTSLLILQGTWFWQIGFVLFPPFGRPEWDQKDMDNIMFITMCFCWHYLVALCIVAI 235

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:TMEM45B "Transmembrane protein 45B" species:9913 "Bos taurus" [GO:0016021 "integral component of membrane" evidence=IEA] GO:GO:0016021 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 OrthoDB:EOG7288SZ EMBL:BC102148 RefSeq:NP_001029547.1 RefSeq:XP_005226905.1 UniGene:Bt.36289 STRING:9913.ENSBTAP00000047651 Ensembl:ENSBTAT00000023404 GeneID:510305 KEGG:bta:510305 CTD:120224 GeneTree:ENSGT00530000063088 InParanoid:Q3T130 OMA:LMFITMC NextBio:20869369 Uniprot:Q3T130)

HSP 1 Score: 107.457 bits (267), Expect = 9.613e-26
Identity = 75/256 (29.30%), Postives = 119/256 (46.48%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNM----YKNIPL-ESWIKLFASLIGIAGEIVTGLSPEGE----------LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLS 241
            M    GH LPG+FF I G                     +S +   KY Y+  K+N     Y+ + + E+ I+   ++IGI   +V    P+G           +   N QH  MY  F V  I++++  +           +P  LD +  A+A   E  LFY+H+  R  LD ++H+LL+Y      L   +E+V R N  + L R+  ++LQGTWF+ +G +L+P      WD NSH ++M + + F  H L+
Sbjct:    1 MANFKGHALPGSFFLIVGL-------------------WWSLKYPLKYFYQKEKSNQLTHHYQRLEIIEAAIRTLFAVIGI---LVEQFVPDGPHLHLYHEDHWVKLMNWQHSTMYLFFAVSGIMDMLTYLITH--------VPLGLDRLVMALAAFNEGFLFYYHVRDRPPLDQHIHSLLLYTVFGGALSLAVEVVLRDNIVLELFRTSLLLLQGTWFWQIGFVLFPPFGGPEWDQNSHDNIMFVTMCFCWHYLA 226

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BLAST of EMLSAG00000002285 vs. GO
Match: - (symbol:TMEM45B "Transmembrane protein 45B" species:9606 "Homo sapiens" [GO:0016021 "integral component of membrane" evidence=IEA] GO:GO:0016021 TreeFam:TF328673 InterPro:IPR006904 PANTHER:PTHR16007 Pfam:PF04819 eggNOG:NOG80677 HOGENOM:HOG000136727 HOVERGEN:HBG008722 OrthoDB:EOG7288SZ CTD:120224 OMA:LMFITMC EMBL:AK098106 EMBL:AK290283 EMBL:AK292058 EMBL:BC016153 RefSeq:NP_620143.1 RefSeq:XP_005271457.1 RefSeq:XP_005271458.1 UniGene:Hs.504301 ProteinModelPortal:Q96B21 BioGrid:125675 IntAct:Q96B21 STRING:9606.ENSP00000281441 PhosphoSite:Q96B21 DMDM:74731190 PaxDb:Q96B21 PRIDE:Q96B21 DNASU:120224 Ensembl:ENST00000281441 Ensembl:ENST00000524567 GeneID:120224 KEGG:hsa:120224 UCSC:uc001qfe.1 GeneCards:GC11P129688 HGNC:HGNC:25194 HPA:HPA015878 neXtProt:NX_Q96B21 PharmGKB:PA134909603 InParanoid:Q96B21 PhylomeDB:Q96B21 GenomeRNAi:120224 NextBio:80545 PRO:PR:Q96B21 Bgee:Q96B21 CleanEx:HS_TMEM45B Genevestigator:Q96B21 Uniprot:Q96B21)

HSP 1 Score: 105.145 bits (261), Expect = 5.114e-25
Identity = 75/256 (29.30%), Postives = 114/256 (44.53%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFG-CIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            M    GH LPG+FF I G C  +    K + H          +R  +   Y  R         +E+ I+   S+ GI  E      P   L   N        QH  MY  F V  IV+++  +           +P  +D +  AVA   E  LFY+H+H R  LD ++H+LL+Y      +   LE++ R +  + L R+  IILQGTWF+ +G +L+P   +  WD     +LM I + F  H L+  + + +
Sbjct:    1 MANFKGHALPGSFFLIIGLCWSVKYPLKYFSH----------TRKNSPLHYYQRLEI------VEAAIRTLFSVTGILAEQFVPDGPHLHLYHENHWIKLMNWQHSTMYLFFAVSGIVDMLTYLVSH--------VPLGVDRLVMAVAVFMEGFLFYYHVHNRPPLDQHIHSLLLYALFGGCVSISLEVIFRDHIVLELFRTSLIILQGTWFWQIGFVLFPPFGTPEWDQKDDANLMFITMCFCWHYLAALSIVAV 232

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BLAST of EMLSAG00000002285 vs. C. finmarchicus
Match: gi|592799831|gb|GAXK01154737.1| (TSA: Calanus finmarchicus comp1768475_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 129.028 bits (323), Expect = 1.225e-33
Identity = 84/263 (31.94%), Postives = 130/263 (49.43%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPI---SESIHWDPNSHRDLMLIPIYFILHVLSXXXXXXXXXXXXYKNNKDK 260
            MGT LGH LPG  F        F+   RY+ + + GK   +      Y+  DR       IP+E+  K+    I +  EIVTG   +     +NSQH  M   + + + +++I           K+  P DLDY+   +A   E  LF  HLHGR+ LD  VHTLL Y  +   +F +LE+ KR N+ + ++R  +++L G W    G ILYP    S    W+P +H  +M++P+ F  H++++  +  +I    Y+  K K
Sbjct:  217 MGTFLGHFLPGMAFIFLATWWSFNSCWRYWRSRMTGKPFLNK---AAYQGSDR-------IPVETIFKILGLTIHVLSEIVTGCDGDHTF-LNNSQHITMLGFYLINAGMDLIHFY--------KVPSPLDLDYLSAILALFIEGFLFSQHLHGRSALDQKVHTLLYYPVIFAAVFAMLEMAKRDNWGIGIVRVSTVMLHGAWMVQAGFILYPEWVNSNWSSWEPENHHQMMILPMMFSWHIMAVVAWQAVIMALMYRRAKAK 948

[Close]

BLAST of EMLSAG00000002285 vs. C. finmarchicus
Match: gi|592928815|gb|GAXK01029730.1| (TSA: Calanus finmarchicus comp601217_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 34.6538 bits (78), Expect = 3.014e-1
Identity = 38/152 (25.00%), Postives = 68/152 (44.74%), Query Frame = 0

Query:   59 KNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLI 210
            + +P E  +K+  S I I   +V            N     MY  F +  +++++V   G       +VLP  +  +  ++ F  E L FY  L   + +++++  L +   LAC++ +ILELV       +  R    +LQ +W  H GL+
Sbjct:  625 RPLPWEGLVKIMLSTIAIGATLVL------LFDMSNLMIITMYGFFLISGMIDLLVYFCG------YLVLPEGIQSLILSLCFIVEGLAFY-SLSSLSTVNLHLLLLFL--ILACSVSSILELVYEARLIKY-CRCFFTLLQSSWLLHTGLL 1032

[Close]

BLAST of EMLSAG00000002285 vs. C. finmarchicus
Match: gi|592928814|gb|GAXK01029731.1| (TSA: Calanus finmarchicus comp601217_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 34.2686 bits (77), Expect = 3.531e-1
Identity = 38/152 (25.00%), Postives = 68/152 (44.74%), Query Frame = 0

Query:   59 KNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLI 210
            + +P E  +K+  S I I   +V            N     MY  F +  +++++V   G       +VLP  +  +  ++ F  E L FY  L   + +++++  L +   LAC++ +ILELV       +  R    +LQ +W  H GL+
Sbjct:  625 RPLPWEGLVKIMLSTIAIGATLVL------LFDMSNLMIITMYGFFLISGMIDLLVYFCG------YLVLPEGIQSLILSLCFIVEGLAFY-SLSSLSTVNLHLLLLFL--ILACSVSSILELVYEARLIKY-CRCFFTLLQSSWLLHTGLL 1032

[Close]

BLAST of EMLSAG00000002285 vs. C. finmarchicus
Match: gi|592942223|gb|GAXK01016330.1| (TSA: Calanus finmarchicus comp451291_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 6.959e+0
Identity = 14/40 (35.00%), Postives = 25/40 (62.50%), Query Frame = 0

Query:   39 GYSSRTCTKYRYRD---RKTNMYKNIPLESWIKLFASLIG 75
             +S R CT +  R+   +K N+Y ++PL  ++K+F  L+G
Sbjct:  185 SFSLRVCTYFPTRECSRKKLNLYFHLPLCQFLKIFQILVG 304

[Close]

BLAST of EMLSAG00000002285 vs. L. salmonis peptides
Match: EMLSAP00000002285 (pep:novel supercontig:LSalAtl2s:LSalAtl2s142:932665:964625:-1 gene:EMLSAG00000002285 transcript:EMLSAT00000002285 description:"maker-LSalAtl2s142-snap-gene-10.27")

HSP 1 Score: 552.747 bits (1423), Expect = 0.000e+0
Identity = 272/272 (100.00%), Postives = 272/272 (100.00%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKNARYAQKKNI 272
            MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKNARYAQKKNI
Sbjct:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKNARYAQKKNI 272

[Close]

BLAST of EMLSAG00000002285 vs. L. salmonis peptides
Match: EMLSAP00000006783 (pep:novel supercontig:LSalAtl2s:LSalAtl2s37:767941:770265:1 gene:EMLSAG00000006783 transcript:EMLSAT00000006783 description:"maker-LSalAtl2s37-augustus-gene-7.17")

HSP 1 Score: 66.6254 bits (161), Expect = 7.342e-13
Identity = 60/217 (27.65%), Postives = 91/217 (41.94%), Query Frame = 0

Query:    6 GHVLPGTFFFIFG----CIGLFD----GFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEG---ELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLIL 211
            G++LPG  F I G    C  L+D    G  R +  A       + + C    Y          +P E  IKL  + +GI   +V G +P     E    N +H  +Y  F +  + +I+V   G        +LP  +     +VAF  E L+F   L   + L+  +H LLV    AC   + LE++       F  R+   ++QGTW  H G I+
Sbjct:   35 GYILPGVIFLILGLRWACHCLWDWSKKGLARDYERAALPVPSPNYQLCPASAY---------TLPWEGIIKLILTGLGIVISVVLGGTPHQNRMEDYVGNIRHATIYLFFALSGLTDILVYYCGYS------ILPEGIQSFILSVAFAIEGLIFSMRLRFESYLEQQIHILLVVDIFACAFTSALEVLYDNKLIKF-CRTYLCLVQGTWLIHGGFIV 235

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|82186135|sp|Q6P0S3.1|TM45B_DANRE (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 127.102 bits (318), Expect = 6.582e-34
Identity = 82/255 (32.16%), Postives = 126/255 (49.41%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPL-ESWIKLFASLIGIAGEIVTGLSP------EGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            M    GH LPGTFF +FG   L+   K  F   +R K           R R + T ++  I L E  +K+F + +GI  E      P      +G +   N QH  MY  +G+  I +++ + +          +P  LD +F ++A   E  LFY+H+H R  LD ++H+LL++     +  T++E+ KR N  + LLR    ILQGTWF+ +G +LYP+S    WD   H ++M I + F  H+      +GI
Sbjct:    1 MANFKGHALPGTFFLLFG---LWWSIKCPFRQILRRKERQVGD-----RERQKLTALFNRIDLIEGSLKIFFAFVGIMAEQFVPDGPHAHLYQDGWVKLMNWQHSTMYLFYGISGIADVLSVSSHH--------VPVGLDRLFLSLALFVEGFLFYFHIHNREPLDQHIHSLLLFAVFGGSASTMMEVFKRENAVLELLRCTLAILQGTWFYQIGFVLYPLS-GPEWDLTRHDNIMFITMCFCWHLAVALLIVGI 238

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|82185333|sp|Q6NS09.1|TM45B_XENLA (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 117.472 bits (293), Expect = 3.185e-30
Identity = 80/270 (29.63%), Postives = 123/270 (45.56%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSP-----EGE----LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI-IGLTFYKNNKDK 260
            M    GH LPG+FF +FG         RY ++ ++G        C   +  DR         +E  +K   SLIGI  E      P      GE    +   N QH  MY  +G+  +V+I+            + LP  LD +   +A   E LLFY+H+H R  LD ++H+LL+     C +  ++E+  R +  + L R+   ILQGTWF+ +G +LYP+  +  W+   H ++M I + F  H       + I   L +Y  N+ K
Sbjct:    1 MANFKGHALPGSFFLVFGLWWSVKYPLRYLNSKVKG-------NCRSNKCYDRLE------LIEGILKALFSLIGILAEQFVPDGPHMHLVNGEDHSWVKLMNWQHTTMYLFYGISGVVDILTYFP--------LNLPRGLDRLSLGIAVIVEGLLFYYHVHNRPALDQHIHSLLLIAVFGCAISIMIEVFMRNDIVLELFRASLSILQGTWFWQIGFVLYPLGGAPEWNQTDHDNVMFITMCFCWHYAVALLIMAINYSLVYYCVNRHK 249

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|121957099|sp|Q497B2.1|TM45B_RAT (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 112.849 bits (281), Expect = 1.414e-28
Identity = 76/247 (30.77%), Postives = 116/247 (46.96%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVL 240
            M    GH LPG+FF IFG         +YFH     KN  S         + ++  +     +E  +K   ++IGI  E      P   L   N        QH  MY  FGV  I++++  +          ++P  LD +  A+A   E  LFY+H+HGR  LD ++H+LL++     T+   LE++ R N  + L R+  +ILQGTWF+ +G +L+P   +  WD     ++M I + F  H L
Sbjct:    1 MANFKGHALPGSFFLIFGLWWSVKYPLKYFHQKGLKKNRLS--------LQQQRIEI-----IEGAVKALFAVIGILAEQFVPDGPHLHLYHENQWTKLMNWQHSTMYLFFGVSGIIDMLTYLYFN-------IVPLGLDRVVLAMAVFVEGFLFYFHVHGRPPLDQHIHSLLLFSLFGATISICLEVILRDNIVLELFRTTLLILQGTWFWQIGFVLFPPFGTPEWDQKDMDNVMFITMCFCWHYL 227

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|82180256|sp|Q5XGD7.1|TM45B_XENTR (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 112.079 bits (279), Expect = 2.759e-28
Identity = 75/248 (30.24%), Postives = 116/248 (46.77%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPL-ESWIKLFASLIGIAGEIVTGLSP-----EGE----LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILH 238
            M    GH LPG+FF +FG         +Y ++ ++G        C       R    Y+ + L E  +K   +LIGI  E      P      GE    +   N QH  MY  +G+  +V+I+  +         + LP  LD +   +A   E LLFY+H+H R  LD ++H+LL+       +  ++E+  R +  + L RS   ILQGTWF+ +G +LYP+  +  WD   H ++M I + F  H
Sbjct:    1 MANFKGHALPGSFFLVFGLWWSVKYPLKYLNSKVKG-------NC-------RSNKCYERLELIEGILKAAFALIGILAEQFVPDGPHMHLVNGEDHSWVKLMNWQHTTMYLFYGISGVVDILTFLP--------LNLPRGLDRLSLGIAVIIEGLLFYYHVHNRPALDQHIHSLLLIAVFGGAISIMIEVFMRNDIVLELFRSSLTILQGTWFWQIGFVLYPLGGAPEWDQTDHGNVMFITMCFCWH 226

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|28380044|sp|Q9NWC5.1|TM45A_HUMAN (RecName: Full=Transmembrane protein 45A; AltName: Full=DNA polymerase-transactivated protein 4; AltName: Full=Dermal papilla-derived protein 7)

HSP 1 Score: 111.694 bits (278), Expect = 4.284e-28
Identity = 87/257 (33.85%), Postives = 116/257 (45.14%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGEL----GAHNSQ-----HCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            MG   GH LPGTFFFI   IGL+   K       + +     RTC    Y   KT  Y+   LE    +  +L G+AGE      P   L      H +Q     H  MY  FG+  + +I+              LP  L  +  + A   E+ +FY H HGR  LDI+VH LLV       L   LE + R N  + LLRS  I+LQG+WFF +G +LYP S    WD   H +++ + I F  H       +G+
Sbjct:    1 MGNFRGHALPGTFFFI---IGLWWCTKSILKYICKKQK----RTC----YLGSKTLFYRLEILEGITIVGMALTGMAGEQFIPGGPHLMLYDYKQGHWNQLLGWHHFTMYFFFGLLGVADILCFTISS--------LPVSLTKLMLSNALFVEAFIFYNHTHGREMLDIFVHQLLVLVVFLTGLVAFLEFLVRNNVLLELLRSSLILLQGSWFFQIGFVLYPPSGGPAWDLMDHENILFLTICFCWHYAVTIVIVGM 238

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|28380033|sp|Q60774.1|TM45A_MOUSE (RecName: Full=Transmembrane protein 45A; AltName: Full=19.5; AltName: Full=Dermal papilla-derived protein 7 homolog)

HSP 1 Score: 110.538 bits (275), Expect = 9.684e-28
Identity = 84/258 (32.56%), Postives = 122/258 (47.29%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGE-IVTG-----LSPEGE----LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            MG+  GH LPG+FFF  G       F       ++      +RTC    Y + KT + +    E  + L  SL GIAGE  ++G     L  +G+    LG H   H  MY  FG+Q I +II             VLP     +  ++A   E+ +FY H HGR  +DI+VH LLV+      L   LE + + N  + LLR   ++ QGTWF+ +  +LYP   S  W+ +  ++ M + + F  H  SI   IG+
Sbjct:    1 MGSFKGHALPGSFFFAMG-------FWWTMKNILKSVYKRQTRTC----YLNSKTLLRRTEIWEGVVVLLMSLTGIAGEQFISGGPALILHKDGQWNQILGWH---HTTMYLFFGLQGITQIICFTTN--------VLPLSSSKLMLSIAIFVETFMFYNHTHGREMIDIFVHQLLVFVGTFSGLVAFLEFLVKNNALLELLRCSLLMFQGTWFWQMAFVLYPPCGSATWNLSDIQNKMFLSMCFCWHYASILILIGV 236

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|81901912|sp|Q8VCZ2.1|TM45B_MOUSE (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 107.842 bits (268), Expect = 1.394e-26
Identity = 77/256 (30.08%), Postives = 115/256 (44.92%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRG-KNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            M    GH LPG+FF I G         +YFH   +G KN   SR   +               +E  +K   ++IGI  E      P   L   N        QH  MY  FGV  ++++I  +          ++P  LD +  A+A   E  LFY+H+H R  LD ++H+LL++G     +   LE++ R N  + L R+  +ILQGTWF+ +G +L+P      WD     ++M I + F  H L     + I
Sbjct:    1 MANFKGHALPGSFFLIVGLWWSVKYPLKYFHH--KGLKNNRLSRQQERIEI------------IEGAVKTLFAIIGILAEQFVPDGPHLHLYHENQWVKLMNWQHSTMYLFFGVSGLMDMITYLYFH-------IVPLGLDRVVLAMAVFIEGFLFYFHVHNRPPLDQHIHSLLLFGLFGAAVSISLEVILRDNIVLELFRTSLLILQGTWFWQIGFVLFPPFGRPEWDQKDMDNIMFITMCFCWHYLVALCIVAI 235

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|121957092|sp|Q3T130.1|TM45B_BOVIN (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 107.457 bits (267), Expect = 1.831e-26
Identity = 75/256 (29.30%), Postives = 119/256 (46.48%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNM----YKNIPL-ESWIKLFASLIGIAGEIVTGLSPEGE----------LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLS 241
            M    GH LPG+FF I G                     +S +   KY Y+  K+N     Y+ + + E+ I+   ++IGI   +V    P+G           +   N QH  MY  F V  I++++  +           +P  LD +  A+A   E  LFY+H+  R  LD ++H+LL+Y      L   +E+V R N  + L R+  ++LQGTWF+ +G +L+P      WD NSH ++M + + F  H L+
Sbjct:    1 MANFKGHALPGSFFLIVGL-------------------WWSLKYPLKYFYQKEKSNQLTHHYQRLEIIEAAIRTLFAVIGI---LVEQFVPDGPHLHLYHEDHWVKLMNWQHSTMYLFFAVSGIMDMLTYLITH--------VPLGLDRLVMALAAFNEGFLFYYHVRDRPPLDQHIHSLLLYTVFGGALSLAVEVVLRDNIVLELFRTSLLLLQGTWFWQIGFVLFPPFGGPEWDQNSHDNIMFVTMCFCWHYLA 226

[Close]

BLAST of EMLSAG00000002285 vs. SwissProt
Match: gi|74731190|sp|Q96B21.1|TM45B_HUMAN (RecName: Full=Transmembrane protein 45B)

HSP 1 Score: 105.145 bits (261), Expect = 1.062e-25
Identity = 75/256 (29.30%), Postives = 114/256 (44.53%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFG-CIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNS-------QHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGI 248
            M    GH LPG+FF I G C  +    K + H          +R  +   Y  R         +E+ I+   S+ GI  E      P   L   N        QH  MY  F V  IV+++  +           +P  +D +  AVA   E  LFY+H+H R  LD ++H+LL+Y      +   LE++ R +  + L R+  IILQGTWF+ +G +L+P   +  WD     +LM I + F  H L+  + + +
Sbjct:    1 MANFKGHALPGSFFLIIGLCWSVKYPLKYFSH----------TRKNSPLHYYQRLEI------VEAAIRTLFSVTGILAEQFVPDGPHLHLYHENHWIKLMNWQHSTMYLFFAVSGIVDMLTYLVSH--------VPLGVDRLVMAVAVFMEGFLFYYHVHNRPPLDQHIHSLLLYALFGGCVSISLEVIFRDHIVLELFRTSLIILQGTWFWQIGFVLFPPFGTPEWDQKDDANLMFITMCFCWHYLAALSIVAV 232

[Close]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Match: EFX83394.1 (hypothetical protein DAPPUDRAFT_301897 [Daphnia pulex])

HSP 1 Score: 142.895 bits (359), Expect = 3.533e-40
Identity = 89/254 (35.04%), Postives = 129/254 (50.79%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILH----VLSIFTFIGIIG 250
            MGTLLGH+LPGTFF +F    L     R ++ +   ++G   R+ T Y      ++    +P+E  +K+ A+ IGIAGE  TG          N+QH  M+  FG   +V+++           K+ LPP LDY    +AF  E  LF  HLHGR+ +D+ VH  L Y   AC     LE   R N +V L R+    LQGTWF+ +G ILYP      WD   H  +M++ + F  H     +++F  + ++G
Sbjct:    1 MGTLLGHMLPGTFFILFAVWWLVS-ITRRYYRSRISRHGEEYRSSTMYL-----SSCLPRVPIEGILKIVATSIGIAGETATGFENGHWTHWGNAQHISMFLFFGFTGVVDVLYFY--------KVDLPPGLDYAAAFLAFSIEGFLFGNHLHGRSHMDVMVHMYLFYVITACVACVALEARYRENVTVALARTYFTFLQGTWFYQIGFILYPPGSMAQWDMEDHEQMMIVTMLFSWHCAIVAVTMFIIVLVVG 240

[Close]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Match: gb|EEC11223.1| (dermal papilla derived protein, putative, partial [Ixodes scapularis])

HSP 1 Score: 139.043 bits (349), Expect = 4.278e-39
Identity = 84/252 (33.33%), Postives = 135/252 (53.57%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGL 251
            MGT  GH LPGTF F+ G    F  ++ Y    I  + G+ + +CT      +   + + + +E   K+ ++ +G+A EI TG          N+QH  MY  +G+  + +I+ +         K  +P   DY    +    E LLFY+HLHGR QLD+ VHTLLVY  +A      +E+V+RR+    L RS   ++QGTWFF +G IL+ P+  S  WD N H+++M   +++  H++ +   +G++G+
Sbjct:    1 MGTFAGHALPGTFLFLLGTWWTFGAWRVY----ILRRRGHRNYSCTAAFTFPK---LPERLCIEGLAKVVSACVGVAAEIATGFKHGRFTEIGNAQHTSMYIFYGLSGLADILTV--------HKAPIPRGTDYGILLMTVCVEGLLFYFHLHGRTQLDVLVHTLLVYTIVAEAACIAVEMVQRRSTLAALGRSFFGVMQGTWFFQIGFILHNPLPNSRPWDEN-HQNMMWAAVFYTWHMIGVMVHVGLMGV 236

[Close]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Match: gb|EEC06498.1| (transmembrane protein 45B, putative [Ixodes scapularis])

HSP 1 Score: 102.449 bits (254), Expect = 4.335e-25
Identity = 67/258 (25.97%), Postives = 128/258 (49.61%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGE---LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFY 254
            MG+  GHVLPG   F+ G   +F  ++ Y  + +R +N + + +    +       + K +  E   K+  + +G+A E V      GE   +G+H +QH  MY  +G+  + +++         + +  +P   DY    +    E LLF++ LH +  LD  +  LLVY  +A       E+V+RR+    L R+   ++  TW   +G +LY P+  +  W+ N H+++ML+   +  H++ + T++G++G+  +
Sbjct:    1 MGSFTGHVLPGVLLFLLGSWWVFGTWRAYILSRLRRRNYWCTASFALPK-------LPKKLCFEGLGKVVCASVGVAAETVAAFK-HGEFTNVGSH-TQHISMYIFYGLSGLADLLT--------TYRAPIPRGTDYSILLMTICVEGLLFHFKLHDKAHLDARLIELLVYTIVAEAACIAAEMVRRRSTLAALGRAFFGVVHATWLIQIGFVLYNPLPNAKKWEEN-HQNMMLVTAVYTWHMIGVLTYVGLMGVVSW 240

[Close]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Match: gb|EEC18790.1| (transmembrane protein 45B, putative, partial [Ixodes scapularis])

HSP 1 Score: 95.9005 bits (237), Expect = 9.498e-23
Identity = 69/246 (28.05%), Postives = 113/246 (45.93%), Query Frame = 0

Query:    5 LGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIG 250
            +GH   G    I G    F  ++ Y  + +R +  + +   T    R       + I ++   K+ A   G A     G+S        N+QH  ++  +G+  I++++         + K  LP   DY    +AF  ++LLF++HLHGR+ +DI VHTLLVY ++   +   +E+  RR+    L R+   ILQGTW   +  ILY      H   + H+DLML    +  H+  I   +  +G
Sbjct:   10 VGHCYGGAMLIILGTWYAFGMWRGYVVSRLRRRPYHGTAFFTLRGTR-------RTICVDGLYKMAAGCFGTANYAWLGISNGHFTETSNAQHMSLFVFYGLSGILDVLT--------ANKTPLPEGSDYAGLMMAFSVQALLFHFHLHGRSPMDILVHTLLVYTTVVAAVCIGIEMAFRRSALAALGRAFFTILQGTWLVQIAFILYSPWSGGHSWKDDHQDLMLATAVYTWHMAGIVVALSFVG 240

[Close]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Match: gb|EEC13537.1| (transmembrane protein 45B, putative [Ixodes scapularis])

HSP 1 Score: 82.8037 bits (203), Expect = 8.649e-18
Identity = 72/278 (25.90%), Postives = 122/278 (43.88%), Query Frame = 0

Query:    5 LGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKN-----IP------LESWIKLFASLIGIAG----EIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLL---VYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKN 263
            L H+L GT FFI G                     +++  C     R  +   Y       +P      +E + K+   +IGI       I  GL  +    A N+QH   +    +  + +++              LPP  DY+   + F  E+LL Y+HL GRN+LD+ +HTL+   V   +AC     +E+V+RR+    L R+  +ILQGTWF  +  ILY  +  +  W+ ++H   ML    F  H +    ++G++G+     +  ++++
Sbjct:   13 LAHILFGTMFFIQG-------------------TWWATSACHACSLRRHRKGYYAQGGYLVLPGIRPRCIEGFFKIACGIIGIFAFGKLLIAHGLFED----ARNAQHMTFFMSVFLSGVFDLLTDHGAP--------LPPGTDYVGLLMVFSVEALLLYFHLDGRNKLDVLLHTLVFLTVVSEVAC---IAIEMVRRRSVLPTLGRTFFLILQGTWFLQIAFILYNQLPGTQPWE-DTHESSMLASAVFTWHAIGGMLYLGLVGILVSMCSTKRIES 255

[Close]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Match: gb|EEC11222.1| (transmembrane protein 45B, putative [Ixodes scapularis])

HSP 1 Score: 55.0694 bits (131), Expect = 5.036e-8
Identity = 53/246 (21.54%), Postives = 104/246 (42.28%), Query Frame = 0

Query:    7 HVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGL-ILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGL 251
            H+L GTF      + +F  ++RY  A  R +N   +          ++   ++ +      K+  + IG+  ++  G          N QH  MY ++    I++++           + ++P   +     +AF  E L+F+ HL GR  LD  +H L++Y  +A       E++   +    L  +    +QG+W   +   ++ P  +S  W  N H+++M     F  H+     F+ +IG+
Sbjct:   10 HLLCGTFILSLATLWMFRAWRRY--AIDRLRNAKHAGPSAHVIATSQQAVWFEGV-----FKVVVASIGMGIQVFKGTENGRIAHMENIQHACMYSVYIPSGILDVL--------SCKETLVPRGANRAVLLLAFFVEVLVFHSHLDGRPPLDTLMHGLIIYTVVAKAACLCFEMILEDSVLAPLGTAFFGAVQGSWVLQIAFSLVSPDFDS--WQHN-HQNVMYAVALFTWHMEGALLFLALIGV 237

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|225719774|gb|ACO15733.1| (Transmembrane protein 45B [Caligus clemensi])

HSP 1 Score: 378.252 bits (970), Expect = 9.599e-130
Identity = 172/271 (63.47%), Postives = 214/271 (78.97%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKNARYAQKKN 271
            MGTL+GH+LPG FFF+FG IG+FDGFKRYF+A  RGK  Y S+TCTKYRY+DRKTNM + IPLES +K  A+LIG+ GE+VTG++PEG +G HN QHC+MYCLFG+Q +VEI+V        +   VLPP+LDYIFGA+AF GE+LLFYWHLHGRN+LDI VHT L+Y SLAC +F I+ELV R +FS+FLLR+G  I+ GTWF HVG ILYPIS++ HWDP+SHRDLM IPIYFILH+++  + IGI+G  FY  N   +K  RY + K+
Sbjct:    1 MGTLIGHILPGVFFFVFGLIGIFDGFKRYFYALTRGKTPYRSQTCTKYRYKDRKTNMTREIPLESILKASAALIGVVGEVVTGMTPEGIVGIHNQQHCIMYCLFGIQGMVEILVHRMESSHGANAKVLPPNLDYIFGAMAFAGETLLFYWHLHGRNELDIRVHTFLIYVSLACVIFCIVELVNRSDFSIFLLRNGFTIIHGTWFVHVGFILYPISDTAHWDPSSHRDLMTIPIYFILHIMATSSLIGILGFLFYGYNYSDIKEIRYFEVKS 271

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|926643036|ref|XP_013787724.1| (PREDICTED: transmembrane protein 45B-like [Limulus polyphemus])

HSP 1 Score: 172.17 bits (435), Expect = 8.387e-49
Identity = 94/269 (34.94%), Postives = 149/269 (55.39%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYK---NIPLESWIKLFASLIGIAGEIVTGLSPEGELGAH-NSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKNA 264
            MGT  GH+LPG+FF +F        F +YF           ++     R+R R +  Y    N+P+E  +K+    IGI GE +T    +G   A  N+ H  M+  FG+  +++I++          K  +PPD DY+   +A   E+LLF++HLHGR+ +DI+VHTLL+Y  +A  +  ++E+  R N SV  LR+   +LQGTWF+ +G ILY PI +++ WD N+H+ +ML+   F  H+ +I  F+G IG   +   +  L+ +
Sbjct:    1 MGTFGGHILPGSFFILFATWWTISLFGKYFRVL--------TQRGPARRFRARASFPYPHLPNLPVEGCLKVLFCAIGITGETITAFDDQGRFAAMVNAHHITMFFFFGINGVLDILLFY--------KFPVPPDSDYVSMVMALCVEALLFHFHLHGRSDMDIHVHTLLLYTVVASAIVLVVEINHRENVSVVFLRAFFTLLQGTWFYQIGFILYNPIPDALPWDQNNHQQIMLVTAIFAWHMAAIIVFMGFIGFFVWLKYRPLLQQS 253

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|926621117|ref|XP_013775880.1| (PREDICTED: transmembrane protein 45B-like [Limulus polyphemus])

HSP 1 Score: 171.4 bits (433), Expect = 2.269e-48
Identity = 99/270 (36.67%), Postives = 146/270 (54.07%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSS--RTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAH-NSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGLTFYKNNKDKLKNARY 266
            MGT  GH+LPG+FF +F        F RYF    R  N  S   + C    +  R    + ++P+E  +K+    IGI GE VT    EG   A  N+ H  M+  FGV  +V+I            K+ +PPD DY+   +A   E LLF++HLHGR+ +D +VHTLL+Y  +A  +  ++E+  R N  V LLR+   +LQGTWF+ +G ILY P    + WD N+H+ +ML+   F  H+ +I  F+G+IG   +   +  L +AR+
Sbjct:    1 MGTFGGHILPGSFFILFATWWTISLFNRYF----RTLNRRSPLVQFCASATFPCR---CFPHVPVEGVMKVLFCAIGITGEAVTAFDSEGRFTAMVNAHHITMFFFFGVNGVVDIFHFY--------KLPIPPDSDYVSMVMALSVEGLLFHFHLHGRSDMDAHVHTLLLYTVVASAIVLVVEINHRENVLVVLLRAFFTLLQGTWFYQIGFILYNPFPGVLPWDANNHQQIMLVTAIFAWHMAAIIVFMGLIGFMVWLKERPLLNSARF 255

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|762155100|ref|XP_011415643.1| (PREDICTED: transmembrane protein 45B-like [Crassostrea gigas] >gi|762155102|ref|XP_011415644.1| PREDICTED: transmembrane protein 45B-like [Crassostrea gigas] >gi|762155104|ref|XP_011415645.1| PREDICTED: transmembrane protein 45B-like [Crassostrea gigas] >gi|762155106|ref|XP_011415646.1| PREDICTED: transmembrane protein 45B-like [Crassostrea gigas] >gi|405963452|gb|EKC29022.1| Transmembrane protein 45B [Crassostrea gigas])

HSP 1 Score: 155.221 bits (391), Expect = 3.082e-42
Identity = 96/255 (37.65%), Postives = 129/255 (50.59%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRT----CTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIG 250
            MG+  GH LPG+FF +     +   F RYF A  R     SS T    C   R R        N PLE+ +KLF   +G   EI TG S        N QH  M+  FG+ +++++++           + LP DLDY+   +A G E LLF +HLHGR  LD+ +HTLL+Y      +  ILE+  R N    L R    +LQGTWF+ VG ILY P    I W P+ H DLM+  ++F  HV + F  +  IG
Sbjct:    1 MGSFAGHALPGSFFIVMSVWWIISIFTRYFKALKRDTRFKSSVTFPFLCCPGRLR--------NWPLEAMVKLFMVSVGFTLEIYTGTSDGKFTALGNGQHATMFFFFGITAVIDLLLFF--------DVPLPKDLDYVSNILAIGVEGLLFKFHLHGRTHLDVLLHTLLIYSIALNAVGIILEMKYRHNILCALSRCYGFLLQGTWFWQVGFILYNPYPNHIPWKPDDHDDLMIATMFFSWHVAANFLVVLCIG 239

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|961127138|ref|XP_014784625.1| (PREDICTED: transmembrane protein 45B-like [Octopus bimaculoides] >gi|918294410|gb|KOF71311.1| hypothetical protein OCBIM_22001202mg [Octopus bimaculoides])

HSP 1 Score: 154.066 bits (388), Expect = 8.457e-42
Identity = 97/253 (38.34%), Postives = 135/253 (53.36%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRT--CTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIG 250
            MGT  GH LPGTFF +F        F RYF    R     S+ T  CT    R +K       PLES +K+   +IG +GEI+TGL P   +   N QH  M+  FG+  +VE+++          K  LP D+DYI   +AF  E +LF +HLHGR++LD+ +H LL Y  +A  +   +E+  R N    L R+  ++LQG+WF+ VG ILY P      W  + H  +MLI IYF  H ++ F  I ++G
Sbjct:    1 MGTFGGHALPGTFFLLFAFWYTVQIFNRYFQCRKRNARFTSTVTFPCTCLCGRLKKW------PLESIMKIVLVVIGFSGEIITGLRPGPYVILGNGQHATMFFAFGLSGVVELLLFF--------KAPLPTDVDYIANILAFTIELVLFRFHLHGRSELDVLLHVLLTYVIIASLISAFIEMKFRHNVLAPLARTYFVMLQGSWFWQVGFILYRPFPGKSPWKGDDHSQMMLITIYFAWHSIACFIIILLLG 239

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|1061479935|gb|ODM97408.1| (Transmembrane protein [Orchesella cincta])

HSP 1 Score: 152.91 bits (385), Expect = 2.992e-41
Identity = 86/252 (34.13%), Postives = 136/252 (53.97%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGL 251
            MG+ LGHV+PGTFFF+F    L++   RYF++      GY + T              ++  +E+ + + ++ +GI GE +TG          N+QH  M+  FG+  +V++ +          K  +PP LDY+  A+AF  E  LF++HLHGR+ +DI VH  LVY   AC + T+ E+++  N    L R+    LQGTWF+ VG ILY P+ E   WD + H  +M++ + F  H+ + F  +  +G+
Sbjct:    1 MGSFLGHVVPGTFFFVFSLWWLYNVLYRYFYSKRFRPKGYRNTT-------TFPCPCNQSAAIEAILIIVSACLGILGEFITGFENGEWTHWGNAQHITMFFFFGLNGVVDLCI--------HKKWDIPPKLDYVTAALAFAVEGFLFFYHLHGRSHMDIMVHMFLVYTIGACMISTLAEMMQPTNVLPALCRTFFTFLQGTWFYQVGFILYPPVGEK--WDQDDHTQMMIVTLIFTWHIAAAFATVFGMGI 235

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|209867644|gb|ACI90333.1| (transmembrane protein 45b-like protein [Philodina roseola])

HSP 1 Score: 152.525 bits (384), Expect = 1.362e-40
Identity = 99/262 (37.79%), Postives = 136/262 (51.91%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAA---IRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAH---------NSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWD--PNSHRDLMLIPIYFILHVLSIFTFIGI 248
            MGTL+GH+LPGTFF IF     F    RYFH+     + +   S R  T +      +   + IPLES+IKL    IGI GE VTGL  E +             N+QH  M+  FG+ S +EI+V          K  LP  +++I   +AFG E  LF++HLHGR+++DI+VHTLLVY    C +  I E  +         R+   +LQG WF+  G ILY  S+  +W   P  H+ ++LI + FI   L I  F+ I
Sbjct:    1 MGTLMGHILPGTFFAIFAVWWGFCVAARYFHSRRSIKKSRKSNSYRVATTFPCHCCPSASLRQIPLESYIKLICVSIGILGEAVTGLKHEYDDNLKRRAWTFIEVNAQHITMFFSFGLASFIEILV--------HGKYALPQGIEFIANILAFGVEGFLFHFHLHGRDEVDIHVHTLLVYNIAFCVIAGIWEFNRPNQILATYARTAGTLLQGAWFYAAGFILYFPSDDPYWRWLPG-HKSILLITVMFIWLALVICIFLFI 253

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|524873182|ref|XP_005093342.1| (PREDICTED: transmembrane protein 45B-like isoform X2 [Aplysia californica])

HSP 1 Score: 143.665 bits (361), Expect = 4.897e-38
Identity = 89/252 (35.32%), Postives = 126/252 (50.00%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGE-LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGL 251
            MGT +GH +PGTFF +F    +   F+R+   A R +   S    T +   D      KN+PLES++K+  S IG  GEIVTG    G+  G +N+QH  M+  FG+  +V++            K  L PDLDYI   +A   E LLF +HLHGR+ LD  VH LLVY      +    E+  R +    L R    +LQG+WF+ +  ILY    + HW    H  +ML  + F  H  +    + + G+
Sbjct:    1 MGTFVGHAVPGTFFIVFALWYIVQTFRRFL--ACRPRK--SEFVSTHFFLCDCLCGRLKNLPLESFVKILVSTIGCVGEIVTGYEWTGDHFGMNNAQHATMFFFFGLSGVVDVF--------SHYKRTLVPDLDYIVSIIALFVEWLLFRFHLHGRSSLDSQVHMLLVYAIFLNIVVVAAEIKYRNSVLCPLARGYFFLLQGSWFWQIAFILYSPLPNSHWSSEDHDQIMLSVLIFSWHCAADLVVVLLAGM 240

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|675874076|ref|XP_009022598.1| (hypothetical protein HELRODRAFT_95099 [Helobdella robusta] >gi|555695915|gb|ESN99147.1| hypothetical protein HELRODRAFT_95099 [Helobdella robusta])

HSP 1 Score: 144.436 bits (363), Expect = 5.862e-38
Identity = 87/252 (34.52%), Postives = 129/252 (51.19%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGELGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILY-PISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGL 251
            MGT  GH LPG+FF IF        F+RY+ +  +G   Y S     ++         KN+ LE  +K+  + +G+  E++T           N QH  M+  FG+  +V+I++             LP + DY    ++F  E +LF +HLHGR +LD+ +HTLL+Y   AC +  + E+  R N  V L RS  ++LQGTWF+ VG ILY P   +I W    H ++ML  + F  H+   F  I +IGL
Sbjct:    1 MGTFGGHALPGSFFIIFSLWWTVQTFRRYYKSLKKGSPPYKSSV--TFKPDCLPCEKCKNLELEGILKVAFTTLGLVLEVITAYKDGHFTHLGNGQHATMFFFFGLSGVVDILMHHGAP--------LPENTDYAISCLSFIVEDVLFMFHLHGRTKLDVILHTLLLYVVHACVICVLFEVRFRNNVVVALARSFLVLLQGTWFWQVGFILYNPNPNAIPWKDEDHNEIMLATMIFAWHLAIDFILILVIGL 242

[Close]

BLAST of EMLSAG00000002285 vs. nr
Match: gi|524873180|ref|XP_005093341.1| (PREDICTED: transmembrane protein 45B-like isoform X1 [Aplysia californica])

HSP 1 Score: 143.665 bits (361), Expect = 1.080e-37
Identity = 89/252 (35.32%), Postives = 126/252 (50.00%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKNGYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGE-LGAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYFILHVLSIFTFIGIIGL 251
            MGT +GH +PGTFF +F    +   F+R+   A R +   S    T +   D      KN+PLES++K+  S IG  GEIVTG    G+  G +N+QH  M+  FG+  +V++            K  L PDLDYI   +A   E LLF +HLHGR+ LD  VH LLVY      +    E+  R +    L R    +LQG+WF+ +  ILY    + HW    H  +ML  + F  H  +    + + G+
Sbjct:    1 MGTFVGHAVPGTFFIVFALWYIVQTFRRFL--ACRPRK--SEFVSTHFFLCDCLCGRLKNLPLESFVKILVSTIGCVGEIVTGYEWTGDHFGMNNAQHATMFFFFGLSGVVDVF--------SHYKRTLVPDLDYIVSIIALFVEWLLFRFHLHGRSSLDSQVHMLLVYAIFLNIVVVAAEIKYRNSVLCPLARGYFFLLQGSWFWQIAFILYSPLPNSHWSSEDHDQIMLSVLIFSWHCAADLVVVLLAGM 240

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BLAST of EMLSAG00000002285 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold186_size273091-snap-gene-1.30 (protein:Tk00905 transcript:maker-scaffold186_size273091-snap-gene-1.30-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_301897")

HSP 1 Score: 141.739 bits (356), Expect = 7.678e-41
Identity = 81/237 (34.18%), Postives = 127/237 (53.59%), Query Frame = 0

Query:    1 MGTLLGHVLPGTFFFIFGCIGLFDGFKRYFHAAIRGKN-GYSSRTCTKYRYRDRKTNMYKNIPLESWIKLFASLIGIAGEIVTGLSPEGEL-GAHNSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLILYPISESIHWDPNSHRDLMLIPIYF 235
            MGT LGH++PG  F +FG   +      YF + +   N  + SR+C     +          P+E+++K+FA++ G+ GEI+T    E  L    N QH  M+  FG+  +V++ +             +P  LDY+ GA+AF  E++LF WHLHGR+ +D+ VHTLLVY  L C +  I E+  R +    L R+  + +QG WF  VG ++YPI    +W   +H  +M++ + F
Sbjct:    1 MGTFLGHLVPGICFTLFGFYHVIQILHEYFRSLLVPYNHSFESRSCWSGPGKR---------PIEAYVKVFAAVFGVLGEILTAFDSEWNLVRIGNGQHITMFTFFGIHGVVDMFIAHGARS-------IPRGLDYLSGALAFAIEAVLFIWHLHGRSPMDVQVHTLLVYLILMCVVGAIWEMNCRHDVKAALTRASFMTIQGVWFIVVGQLMYPILGQ-NWSDGNHEQMMIVTMIF 220

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BLAST of EMLSAG00000002285 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold69_size418775-snap-gene-3.22 (protein:Tk03260 transcript:maker-scaffold69_size418775-snap-gene-3.22-mRNA-1 annotation:"hypothetical protein HELRODRAFT_95099")

HSP 1 Score: 54.299 bits (129), Expect = 1.041e-8
Identity = 42/154 (27.27%), Postives = 75/154 (48.70%), Query Frame = 0

Query:   60 NIPLESWIKLFASLIGIAGEIVTGLSPEGELGAH--NSQHCVMYCLFGVQSIVEIIVLMAGEXKXSAKMVLPPDLDYIFGAVAFGGESLLFYWHLHGRNQLDIYVHTLLVYGSLACTLFTILELVKRRNFSVFLLRSGSIILQGTWFFHVGLIL 211
            ++P E  +KL  + +GI   ++   +P+ +   +  N ++  +Y  F +  +V+I+V   G        +LP  +  +  +++F  E LL+   L     L+  +H LL+    AC+L  ILE++       F  R+   ILQGTW  H G I+
Sbjct:   88 SLPWEGIVKLILTGLGIMVSVIAA-APQQQDSEYVTNIRYATIYLFFALSGLVDILVYYCGYS------ILPEGIQSMILSLSFIIEGLLYTMRLRFEGYLEQQIHCLLIVAIFACSLTCILEVLYDNRLVKF-SRAYLCILQGTWLIHGGCIM 233

The following BLAST results are available for this feature:

BLAST of EMLSAG00000002285 vs. GO
BLAST of EMLSAG00000002285 vs. C. finmarchicus
BLAST of EMLSAG00000002285 vs. L. salmonis peptides
BLAST of EMLSAG00000002285 vs. SwissProt
BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
BLAST of EMLSAG00000002285 vs. nr
BLAST of EMLSAG00000002285 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000002285 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 13


Match Name	E-value	Identity	Description
-	6.404e-33	32.16	symbol:tmem45b "transmembrane protein 45B" species...	[more]
-	1.576e-28	28.94	symbol:zgc:110647 "zgc:110647" species:7955 "Danio...	[more]
-	9.202e-28	30.77	symbol:Tmem45b "Transmembrane protein 45B" species...	[more]
-	9.202e-28	30.77	symbol:Tmem45b "transmembrane protein 45b" species...	[more]
-	2.564e-27	33.07	symbol:TMEM45A "Transmembrane protein 45A, isoform...	[more]
-	2.693e-27	33.85	symbol:TMEM45A "Transmembrane protein 45A" species...	[more]
-	5.923e-27	32.56	symbol:Tmem45a "transmembrane protein 45a" species...	[more]
-	7.351e-26	30.08	symbol:Tmem45b "transmembrane protein 45b" species...	[more]
-	9.613e-26	29.30	symbol:TMEM45B "Transmembrane protein 45B" species...	[more]
-	5.114e-25	29.30	symbol:TMEM45B "Transmembrane protein 45B" species...	[more]

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BLAST of EMLSAG00000002285 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 4


Match Name	E-value	Identity	Description
gi\|592799831\|gb\|GAXK01154737.1\|	1.225e-33	31.94	TSA: Calanus finmarchicus comp1768475_c0_seq1 tran...	[more]
gi\|592928815\|gb\|GAXK01029730.1\|	3.014e-1	25.00	TSA: Calanus finmarchicus comp601217_c0_seq1 trans...	[more]
gi\|592928814\|gb\|GAXK01029731.1\|	3.531e-1	25.00	TSA: Calanus finmarchicus comp601217_c0_seq2 trans...	[more]
gi\|592942223\|gb\|GAXK01016330.1\|	6.959e+0	35.00	TSA: Calanus finmarchicus comp451291_c0_seq2 trans...	[more]

BLAST of EMLSAG00000002285 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2


Match Name	E-value	Identity	Description
EMLSAP00000002285	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s142:93266...	[more]
EMLSAP00000006783	7.342e-13	27.65	pep:novel supercontig:LSalAtl2s:LSalAtl2s37:767941...	[more]

BLAST of EMLSAG00000002285 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 9


Match Name	E-value	Identity	Description
gi\|82186135\|sp\|Q6P0S3.1\|TM45B_DANRE	6.582e-34	32.16	RecName: Full=Transmembrane protein 45B	[more]
gi\|82185333\|sp\|Q6NS09.1\|TM45B_XENLA	3.185e-30	29.63	RecName: Full=Transmembrane protein 45B	[more]
gi\|121957099\|sp\|Q497B2.1\|TM45B_RAT	1.414e-28	30.77	RecName: Full=Transmembrane protein 45B	[more]
gi\|82180256\|sp\|Q5XGD7.1\|TM45B_XENTR	2.759e-28	30.24	RecName: Full=Transmembrane protein 45B	[more]
gi\|28380044\|sp\|Q9NWC5.1\|TM45A_HUMAN	4.284e-28	33.85	RecName: Full=Transmembrane protein 45A; AltName: ...	[more]
gi\|28380033\|sp\|Q60774.1\|TM45A_MOUSE	9.684e-28	32.56	RecName: Full=Transmembrane protein 45A; AltName: ...	[more]
gi\|81901912\|sp\|Q8VCZ2.1\|TM45B_MOUSE	1.394e-26	30.08	RecName: Full=Transmembrane protein 45B	[more]
gi\|121957092\|sp\|Q3T130.1\|TM45B_BOVIN	1.831e-26	29.30	RecName: Full=Transmembrane protein 45B	[more]
gi\|74731190\|sp\|Q96B21.1\|TM45B_HUMAN	1.062e-25	29.30	RecName: Full=Transmembrane protein 45B	[more]

BLAST of EMLSAG00000002285 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 6


Match Name	E-value	Identity	Description
EFX83394.1	3.533e-40	35.04	hypothetical protein DAPPUDRAFT_301897 [Daphnia pu...	[more]
gb\|EEC11223.1\|	4.278e-39	33.33	dermal papilla derived protein, putative, partial ...	[more]
gb\|EEC06498.1\|	4.335e-25	25.97	transmembrane protein 45B, putative [Ixodes scapul...	[more]
gb\|EEC18790.1\|	9.498e-23	28.05	transmembrane protein 45B, putative, partial [Ixod...	[more]
gb\|EEC13537.1\|	8.649e-18	25.90	transmembrane protein 45B, putative [Ixodes scapul...	[more]
gb\|EEC11222.1\|	5.036e-8	21.54	transmembrane protein 45B, putative [Ixodes scapul...	[more]

BLAST of EMLSAG00000002285 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|225719774\|gb\|ACO15733.1\|	9.599e-130	63.47	Transmembrane protein 45B [Caligus clemensi]	[more]
gi\|926643036\|ref\|XP_013787724.1\|	8.387e-49	34.94	PREDICTED: transmembrane protein 45B-like [Limulus...	[more]
gi\|926621117\|ref\|XP_013775880.1\|	2.269e-48	36.67	PREDICTED: transmembrane protein 45B-like [Limulus...	[more]
gi\|762155100\|ref\|XP_011415643.1\|	3.082e-42	37.65	PREDICTED: transmembrane protein 45B-like [Crassos...	[more]
gi\|961127138\|ref\|XP_014784625.1\|	8.457e-42	38.34	PREDICTED: transmembrane protein 45B-like [Octopus...	[more]
gi\|1061479935\|gb\|ODM97408.1\|	2.992e-41	34.13	Transmembrane protein [Orchesella cincta]	[more]
gi\|209867644\|gb\|ACI90333.1\|	1.362e-40	37.79	transmembrane protein 45b-like protein [Philodina ...	[more]
gi\|524873182\|ref\|XP_005093342.1\|	4.897e-38	35.32	PREDICTED: transmembrane protein 45B-like isoform ...	[more]
gi\|675874076\|ref\|XP_009022598.1\|	5.862e-38	34.52	hypothetical protein HELRODRAFT_95099 [Helobdella ...	[more]
gi\|524873180\|ref\|XP_005093341.1\|	1.080e-37	35.32	PREDICTED: transmembrane protein 45B-like isoform ...	[more]

Pages

BLAST of EMLSAG00000002285 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2


Match Name	E-value	Identity	Description
maker-scaffold186_size273091-snap-gene-1.30	7.678e-41	34.18	protein:Tk00905 transcript:maker-scaffold186_size2...	[more]
maker-scaffold69_size418775-snap-gene-3.22	1.041e-8	27.27	protein:Tk03260 transcript:maker-scaffold69_size41...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s142	supercontig	LSalAtl2s142:932665..964625 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
ensembl	2013-09-26 .965016
Blast vs. GO	2014-04-02
TblastN vs C. finmarchicus TSA	2014-05-09
Blastp vs. self	2014-05-10
Blastp vs. SwissProt	2017-02-10
Blastp vs. Selected Arthropods	2017-02-20
Blastp vs. NR (2/2017)	2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins	2018-04-18

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s142-snap-gene-10.27
Biotype	protein_coding
Evidence	IEA
Note	Transmembrane protein 45B

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000002285 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000002285	EMLSAT00000002285-698132	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s142:932665..964625-

gene from alignment at LSalAtl2s142:932665..964625-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAG00000002285-685051 ID=EMLSAG00000002285-685051|Name=EMLSAG00000002285|organism=Lepeophtheirus salmonis|type=gene|length=31961bp|location=Sequence derived from alignment at LSalAtl2s142:932665..964625- (Lepeophtheirus salmonis)
ATGGGCACACTTCTAGGACACGTACTCCCTGGTACATTTTTCTTCATTTT
TGGATGCATTGGATTGTTTGATGGATTTAAACGATATTTCCATGCAGCTA
TACGTGGGAAAAATGGTTATTCAAGTCGGACCTGTACTAAATATCGATAT
AGAGATCGAAAAACTAACATGGTTTGAAAATTGAAAGAGGATCCTTAAGC
ATATCATTCATTTCGTGTACTTCAATCTACATTTTACTTTGTAACATCAA
GACTAAGGATCCTCTTTTTATTTTTTTCAAGCAATTAAAGTCCNTGATTT
TTACCACCTTCAAGTATAAAAACATCCCTTTGGAGAGTTGGATCAAATTA
TTTGCATCTCTTATTGGAATTGCTGGAGAAATTGTGACTGGTTTATCTCC
GGAAGGTGAACTAGGAGCTCACAACTCTCAACACTGTGTCATGTACTGCC
TTTTTGGAGTACAAAGTATAGTGGAAATAATTGTTCTCATGGCAGGRGAG
KCTAAAAAMTCCGCTAAAATGGTGCTCCCACCYGATTTAGACTACATTTT
TGGTGCTGTGGCATTTGGTGGAGAAAGTCTGTTGTTCTATTGGCATCTTC
ATGGACGAAATCAATTGGATATTTATGTGCATACCCTCTTAGTATACGGA
TCTTTAGCATGTACTCTCTTTACAATCCTTGAGCTTGTTAAGAGACGTAA
TTTCAGCGTTTTTCTATTAAGAAGTGGATCCATTATTCTTCAAGGAACCT
GGTTCTTTCATGGTACGTAAATAAATCTAATTAAAGGTCCTTTTACATAA
AAAATGGTAGGAACGGAATATCTAATACACACTCGAGGAAAAACTCCATT
TATTTTATCCCTCGGATTTTGGGGGGGGRAAAGGAAGTCNNNNNNNNNCC
TCTTCTGTTTTTCCCTTGAACATTTAGAATTTAAATTCGAATTTTGCTTG
TTTTAAGAAAATACATATTGGATTTTATTTTTTTAGAAAATAATATGTAT
ATATTTTTTTTTCAATGGCCAGTTATACATTTACTAATACCGACAAAGAT
CTACCCTTGTAAGCATCCCAATCAAATGCAAGTGCTGGAAAATTCCCCTT
GTGACCTTCTCTAAAACTAGCAGTCCCTACATTAGATTATATCTTTGATA
TGTAGTGAGTCAAATTAAAAACAATCTTGAACTAAAGTAAAGAAATGTAG
AAAATCCAAATGTATTTTTTTACTTCAAATTTTCATACAGCCCAATATTT
AATAGGTATATTTGAGGCAATTAAAAGCATTGTATTCAAATTTGTAGGAC
AATTTTATACGAACAAGATGTTTAGCCCCCATCTTAAATCTTTATTTGAT
TTAAGATACCTTAAGAGTGGTCCATTAAAATCCAAACACATTGAATTTTA
AACTTTAATAAGATATAATTTATTAATTAACAATAGAATTTCAACAAGAT
ATAATTTATTAATAACAATAGAATTTCAATAAAATAAATACTATCAATAG
ATGTGTGTCTGAGCTCTCTTAGTTATTAATTTGGTTGCCCTTAACACCAA
TGATGGCTTCCAGACGGTGGTGGAAGTCCTGGCACCCACTGCAGATGTAG
TCCTCTGTCATGGCGACGTAGTGCTAGCGCACAAGGAATTTGAGGGTCTT
GTTGTTTGGAGAATAGACACTTCAGACATTCCCCTCGACATGCATACAAA
AAGTGTAGTCGAGGGGGTTGGTAAAAGGGCTGTAAGGGGTCCAAAAGTGT
CAAAAAAAAAAATCCAAAGAACTCAATAGACTCATTCAAAAGAGTCTTGA
AACGGGGAAATGGGATTTTTTCATTGCTGGTGCCAAAAGCGGTCTCTCCA
CCCTTACAAGACTCTTTCCACCAAGTTTTTTGATCACTCTCTGGACAATC
TGGTGTGAAACTCCGAGATATCTTACATGGGCCCTCATGGACTTGGGGGT
TGTTGGCCTGTGCTGTTTTCTTTAACTCCTCCGGATCCAAGCTGGCTTTT
TTGACAGAGCTCCTCTTCCTCTCTAACGTTTCAGACTTGCTGACAGTGGT
CTTGGAGACGCCCAACTTCTAGGAGTGTGCGAATGGAAACTCGTCGATAA
TGTTCAAGTTTCATTTTCTCGACTTCTACGTAAGCTAGAGAGTCCAGGTT
TGCTTTGTTTTGTAACNAATAGTTACTGCTTCATAAATGGGAATATATTA
TATATTTCCATCACTCATTAATTATTGAATTATTAAGTATTCGATTTCAA
TGGACCACCCCGTATTTATCGGTATTAATGAAACAAAAATACATTTTTTA
ATTAATTTAGGGAACTAATGGAATATATGAATATACTCAAAAACAAAAAT
AATTTATTTAATAACTTTGTAAATAATGTGTTGTATTGAATTGAAATTTC
CTCTGAAGAGGCTTTATGTTAATGGATGTGAACAAGTGTCAAGTATTTAA
GTATTAATAACATAATTATATGATTAAAAGTAGTATGGTTCAAATTATGA
TGTTTTTTGCACAACTCGTAGAAACTTGCTAAAAATTGAAGAGAACCAAC
TTACTCTGAGTGCCAACTATGCCTCTCATAGATTTGAAAGTATAAAATAG
ACCCAAGATGGCCAACTCATAGTTTGTGGTCCGCATTACGGCTCGTTTAA
CGTTTAAGTGTGGCCCACTACTCATTCTCACTTCAAGTAGCTTCAAAATA
GTCACAATATCATCATAACGCGTACAAACAAATAAAAAAAATTTACAAAT
AAAGTCATTTTTGAAAAATTAGCCCTCTGGGGAAAAATAATTAAACAAAA
AACATTGAGTTTTTTTTTATTAAGGATTTATATTCTAAAAAATGTCCTTC
CATCAAATAATGCAGTATACCAAAAATTTTAATATTAAAAAAAATCAAAA
TAACTAGTGATGTACCACAAGCTGAATTTTACTAAATGAATATTTTCGAG
TTTCTAAAAAAAAAATACTCGCATTTTTTCCTCTCTCAAATTTTGTCAGT
CAAAAAATCATATTTTGTAATGAATTATTGAGATTTGTCATTTAAAAATT
TGTGTAGTTCTCTAGAGGACACTGTATTTAAAAAATTAAAAATTAGTTTA
ACTTATTTGAATCATGGTCATAAGCGTAGTTCAACAATTTATCAAGTCAA
TAAACCAATATTATACTATGGTTTTGTGATAACTTGCAACAAACATGTTT
TTAGAGGCACTGGTGCTTATTAATATGAATGCATATTAATGATAATATAT
AGAAAAATAAAAGTTTTTAGACGGCTAAGTAATTCCAAGCAATGTCGAGT
ACTTCCTCTATTCTTTAAAAAATCAAACAAAGATTATTTTTAAAACTAGC
AGGAATTATGAGTAGACGTTACAGACAAGTCAACACATTTATTTTACCTG
TGGGAAAACATAAATTCTAAATTTTGCAAAGAAAGGAAGTAAGTCTAGGA
AGATTTAACTTTGATAATGGGCTCCAAAAAGAATCCCAAGTTGTGACGAG
TTTCGAGTAATACTCTGCTTTTTAAACACACGAGCCGGGGTTTTTGTGTC
TTTTTTTATTTACTTCATAAAAACTGGAGTACCAATTCACGAGTTTTGCG
CGTGGCACATCACTAAAAATAACCAAGCCCCCTAAATATATAATTTTTTT
TTTTSAAGCAGTTTGTCATTGGAAAATTAGATTTTGTTTTTTTTTAAATT
CTACATAAACATATTATATATATGTATTGAATAGTTTTTTGAAATTTAAT
AATAGGTTGTGTGGCCCATTAGAATATTTTAAGTGACATTGCGGCCCATT
ATATTAAAAGGTTGGACATCCTTGATATAGACTAACAACATTTAAAATAT
AATTTTCTAAGTAGGAATTTCAGACCCTAATATAATATAACTAACATTTT
ATTTATTTCAGTTGGGCTCATTTTATACCCCATATCCGAGAGCATTCATT
GGGATCCAAACAGTCATAGGGACCTCATGCTCATACCAATTTATTTCATT
CTCCACGTTTTAAGCATCTTCACATTCATTGGAATCATTGGACTGACATT
CTACAAAAACAACAAAGATAAACTAAAGAATGCTCGCTACGCTGTACTCA
ACGCAAATAATCGACTTCTACCACTCACATCTTCTTCCGACTCAGATACA
ATGGATTTGAACTTATAAACTCATAAAAAATGCTTGCATTTACTAGTATT
AGTTAATATATAATTTATATAGAATCTACTCTAAAAGAAAACAAGCTTTT
TTTCTTATTCTAAATTCTATTTGCAAATAATTTACAATTATTATATCGCA
TGTCCACAATGTATGTTGACAATATCCGCCATTTTTGTTTTCGTTGGTTT
GTTTTTGACCTANTAAAAAGTTAAAGGACTTGTGTTGCAATATTCCACAA
TTGAATAAATGCTAAGTTTAATTTAATTTAATAAAATAATGTTTCAGATA
AAGAACGTCTGCAAGGGCAGGGCCGGAAGGGCTCTAGTTCCCTCCCCCCC
CCCCCAATTAAGGAATATTTGCTTCTTACTAGAAAATTTAATATTTGATC
TGTTTTTCTTCCACAGCAGTTGTTACTATATATCAAAGTGAAAATTATTG
ATTTAAATAATACAATTTACGGATCGATTTTGATGAAACTTTGTACTAAG
ATTATATATAGTCACAGTAAGAGCCCATTACATTTTGAGAGGTTAAGATC
AATATTCCAAGGTCACACCAAAGCGGAGGTTTTGTTCTCTTTGAATGCCC
ATTCTTGTTTTAATCATCGAACAACTCTCAAAATTCAGTTTTGGATTATT
TTATTGACACCGTTTAAATCTGTGAAGACGTAAATTTTTACAAAACTTTG
TAGAGCCCTCCAAACGATGTACATTTTTTTTCTACTATTTTGATAATTTT
TGTATTAATATCATCCGTACACTACACATTAAGGCTTGTTAGTAAAATTA
ACAAATTTAGTCAAGTTAAACTTCTATCAAATTTTTTTTATAAATGTTGA
TGATAAATCCTTTTTTACGTGTCTAAAAGAACGATAAAAATATTGAAATG
AAATGTAGGRTTTTTGCCTATCTGTCTGTTTCTTTACGTATTSCAGCCAA
TGAGCAGCTGCTTAAATCTACAAAAAATATACGTCTTTTTTAATAAGATT
AACAAAAAAAAGTGTTTTTTATGACTTTAACCTTGATGGCCTTTTTCATG
ACCTTTTGATGAAAAACACCAATATAGTCAATTTAAAAAAAAAAAAATTG
TGTCAAATAAAAAAATACTGTAATGAAATTTTAGTAGGAGCTAATTTTAC
AAAAAAATGACGTCCAAAGTCATTTGAGGGCGAGAACAAGGAAGGAGTTA
ACAATAGAAATTTATATCTTTAGGTTAATAATTAATATTGCAATGTAGTA
CATAGCCTTATATTTAATAAGAAATCAAAAGTATAAATGTGTAATTCTTA
AAATTGTTTTTTTCGAGAAATAGATTATTAATTTTTACATAATGATTTCA
TATTTGAAATTTTCTTATAAATATAATATTTAAAAAAAAGTTAATTTATA
TCTATTAAATTTTTATTATTTCAGTCAGGATACAATCTTCTATGGTCTTC
AAGTACTCTTAGAAGAAATGGCAGATGTGATTCGTAATTCGTTAGCAAGC
CACAATATTCTTGTATGTGCGCAACTCCCCTTTCGGCAAGATCATTAATA
ACCAATTATTTCTGAAGCCTGCTTGAAATCATCCCTATCATTCTATGATG
CAGGATCAACTTCTAAAAATCCATAAGGAACCTCCATAATTTTAATAAAA
TGTATTGTTTTATCTGTGATAAATCTACTAAATTTTGGTGTACATCTTTT
TGACAAAACTGTTGTTGCTCTCTAATATTTACTTTTAAAGAGCTCGGCAT
CCGCCTTTTGGATGACAAACTTACACGACCATCAAAAAATGTGAGTCCTA
CAAGTTCCTCGTACAAGTACCATAAATTTGGTGAAATTTTGGATGAAGAT
GATTTTGAAATTTAGCTGTTAATAGTTGAGTATTTTATTAATGACTTCAT
TAAATTAAAGTCGTTGTAAGGAGCGTCTGAAGCCTTATATACATTGATCC
AAACTATTATATATATTTTCACTATAAAAACACATATCTCGCAATCCTCT
TTCTTCTCTGGGAGTTGATTTATATTCAGCTTTAAACATCCAGATTATAA
GACTTTTGATAGCATTGCACCAGGTATCAAAATCTAACTCCTTGCCGAGG
AGCATCACCTAGAAATATCATCACTAGTTCTAAGAATTCCCTATAATCTT
CCCTTATAAATTTATTTTCAAGATGTTCGTTAGCTAGGTCAATGGTGCCT
TGTCGTATAGCCACCTCTTTATCTGCAATTCCATATTCACATTTCGTTCT
ATTGATCGGTCCCCAATTTTCTGTAAATCTTTTAAATAATGGAACTTCGG
GAGAAGATGTGCCACCCAAACACTCTTGGAAAAAACAGTCCCAATAATTA
ATTCCATGATATGGTGCCTACATGAAAATTGAAAGAGTTTTTTTTTTCCA
AGTAATTTTTCAAGCAAGACACAAACTCCAGTATTCCTACCAATGTTTGA
GCTTGTTATGACAAAACATATTCCTTTGACATTGTCATTAATACTCCATT
CTTTCATCTTATTGAAAACAGCTGTTGCTTGTGACTCTCCGGTCCCTGAT
GGAAGCTTTGGAACAGATAACAACTTTGAAATACGATCGAGGGCAGCTGA
AAGTTCAGGTGTAATTATTCTTTTTCTTCCTCTCTTAATTTTTGATAAAT
ACATTTGCATTTCCTCCTCTCTTTCATCATTAATAGTTTCGCTAATATCC
GAATCAGACGAAATTTTCTCAATAGTAGATGATGATGATTATTTGATTTG
AATACTTTTTGCTTACTCTAGCTATTTTCTTTCAATTACTCTTTTTTTCT
TGGCTGCAAAGACTCAATCAAATACGAAATGGGTCCTACTTGTTTTTTTC
TCKCTGGGCTAAGAGAGAGTTTTTATCTTTTTTTTTTTTATTCAGGCTCA
TAAACACTTATATTATAATATAAAATATGTAGGTAGAGGAATTGAGTTTT
ACATAACATAAATAAATATTTTAGTTTAAAATTCTTCCTTCCCCGAAGAA
ACCTTTCAGTACATGCTGATATACATCAATAAAAAAATTAGTTACTTAAG
TTGTGGTATCACAAGATGATTTTCGATTTGTCTTCTTTTGATCAAGATGG
TGATGTGGAAATACACTTAACGCCATACGCGTATTGAAGGGAACATGTTT
CTTGTTATCTTTGTCACAGATTCACCTATCAGATACAATTTATTTTGAGA
TCTTGTTGACAGTTTTTTTGACAGTTGACATATTTACAGTTTAAATAATA
TAAATTGACTGTTTAAAAGACAAAACTCATCGAACAAATGCTTTTGATTC
CTAAAAAAAATGGTTCAACTAGATTTTAATAAAATAGAGCGTTAAAGTAT
TTTTGTCCTTTGTTTAGATTAGCAATCTACTGCGTAGTATGTCAACACAA
CGCATTGTTCTTAAACTAATTATGCATTCTAAGGGTGGTATATATAAAAT
TTTCGAATGGTTAGGTTTTTAGATTCAACAATGTTGTTTTTTTTGTCTAA
ATATACAATTTATAAATTTGGAACCGTTTTGAAAAATGAGAAAAAATCCT
AAATTGTTGAAATATTGTACATCCTTGCCCACGACCTCAAATGCCTTTGG
GCATCATTTTTTTGTAAAATTAGCTCCTACTAAAATTTCATAACATTATT
TTTTTATTTGACATAATTTTTTGATTTTTTTAAAAAAATTGACTATATTG
GTGTTTTTCATCGAAAGGTCATGAAAAAGGTCATCAAGGTTAAGGTCATA
AAAAAACACTTATTTTGTTAATCTTAGTATAAAACGCATTTGTAAATTTT
TGTATATATAAGTAGCTGCTCATTGGCTGSGYTACGCAAAAAACAGACAG
ATGGGCAAAAAGGCTACATTTCATTTCAATATTTTTATCATTCTTTTAGA
CACGTAAAAAAGGATTTATCATCAACATTTAAAAAAAACTTTTGATAGAA
GTTTAACTTAACTAAATTTCTTAATTTTACTAACAAGTTGTAATGTAAGT
TGTGCACGGATGATATTAAAACAAAATCACATTTTTTCCTAAAAATATGT
AAATTTTCAAAACTTTAGGGCCTTTGAGCTACCTCTAAATATTGACATAA
ATTATTCAAACTTTGTTAATCATATTTTTTTATCAAAAGGAATACATTTG
AACCCTAATTTTTTACTTTTTCACAAAAAGTTATTTAATTGGCACCCTAA
TATATATAAATGACTACGTTTGGTGTCAGGAAATGTGAACAGGGGAAAAA
AAGAAAAACATATTCGGCTATTTCATGAGAACCAGGTTCTTTAAAGTAAT
CTCTTATTATTTAAATATTTTTTGGTTCAATATACATACTTTTACTCAAC
TAATTTGTATAATATTGCAAATCTTTTGAAAAATCCTTATTGGCTCCRAC
TGACTCTGATGCAGGMCAGTTCCTGGAATTATATTAGTAAAATTAACTTC
TGATTAAATTGTCTTTGCATATTTAGGTTAAATATTTGAAAAATAATTTG
CAAAAAGTCCTTATTGGCTGSTATTGACTCTGTTGAAGTCAGTTCGTGGA
GTTATATCTGGTTAAATTAACTTTTGAATAATAAAATTTTGACTAAATTA
ATTTTGTAAAATATTGCTCATATATGCAAATTATTTGGCTATTTATTTAA
AAATGTCGCCACCTATTACTTAATTTGTATAATATTGATACAATTTACAA
CTAAACTTTTTAGTAAATTAATTTAGGACTCCCTATTTTTACCATGTGTA
AATTTGGCATGGGGGCCCTTAGTGGCTGSMAGMGTAATATAATTAGAAWA
AGGAAAAAWAAACAAACACGACAACAYTTCGAATGGAAGGAGTCCTAATC
ACTTTATTATCCGTTATCAATCATAATAGTATTATACTTAATGGATTATT
CATATTTGACAAGACTCATGGATTGACGAACAATCATTATCATAATGTAT
TGAGAAATATAAGATATTTGAATTTTTCTATGTTCGGAAACCTTTCCACA
GAGTGAGTTGKCCCCAACCATACGTACCATATGCTACCCCTCACCATGCA
CTCAAAAGGTGTAGTATAGGTAGTTGACATCAGGGCAGTAGAGGGCCAAA
AGCATAAAAAAGAGTTTTGCAACGGATGAGATGGGTTTCTTTGGTGTCAA
AAGTTGCATCTCCACCCTCACTAGGCTCTATCCATCCTATTTTTTGATAG
CTCTCTCGAAAGTCTGGTTTGAAACTTATAGATCTCTACCCTAGGCCCTC
ATGGACTTATGGGGCCTGGGCTGTTCTATGGAACCTGCGTTCAATGATGG
GAACGCTGAATTTTAAAATTGAGGTTTTAGCACTCTGTTCCAAAAGGTGA
TAGTAATTTCGGAAGGGGTGTAGTTGTCCACGGGATAAGTATCCTCGAAA
TAGAACTATGCAAACTCAGGGGCAATTTTTGAAATTGTGGAGGTTCCACT
CCTGCAGACGCCCCTGATATTAATATGCATATAAACTTGAATTAACTACT
CTAAAAAGTCCATAACTATTATTTATATTCCTTCACCGCAGTAATAATTT
AATTTATTCTGTACTCGATGAAACACATTCTCACGCTCTTTGTTTTTTAT
TTTTGTCATTAATTTTTCGTATGGATTTAAAGTACTAGACATTGAGTAGA
TATTTGAGTTAGATAATATATTTAACGTTACTAGTTGCAATCAAGGTTAA
TAGTATTTCTATTAATCTTGGCTGGAATATATTTTTTCAATGTCGCCTAC
ATGTCGGGGTTTAGTTAAAAAAAAACTATTTATTTTTATGTAAAATACAC
CAATCATATATAGAAAGGTTCAATCATTTATATTTATAAAATGACAGAGT
AATATTTCAAAGAGATATTACGGTCAATTCAAGGCATTAAATTCAAAATT
TCTGGGATGAATTGAAATATCCGAGAGTGTTAACTGTAGTTTAAAAACTA
CATTATTTGACTTCATTTGGCCCAATATTGTCTTTATGAATTTCCAACAT
CGATATATATGGAGGTGATTTTTTGCTAATTTAACTACAAATAGCGGTGG
GCTACAAAGGATTAATTAGAATCATTTGTTCATTGAAATTAACTGTAATT
TGTTGGAAAATGTATTCTTTGTTCAATTTTGAGAATAAATATTCTAGCTT
CCTTTTGGGTTGAATTTTATTACAATAACTCAGTACTATTAAGAGTTGGT
CATTAGTTATATATAATAGATTTACTAATTAATTACTAATTAATTCATTT
ATATTTACATATGGAATTAAGAGAAGATCGATATGATTTAATCATAACGG
AAGTAGCTATTCTACTTCTGTTAAAATAAAATATTGTAATTTTTAGTAGG
CTGTTAATGTTTTGAACTTGAGTTTGGTAATTGTTTTGCTATGATTCCCA
TAGACATTTTTGACAAAAAAAATCTCTGGGGCCCCGGACATACATGAAAG
TGCTATAGTTTTTTTGCATTCAATTTAATTTAGCAATCTCATTTAGAGTA
TCCGACTTTTTTATGGCTCATAAACAGTAGAGCTTCTTTTAACGAGCGTG
CTAGTGTATGTATGTATACTGTACAAGCCTGGTACTACCTTATAATTGGA
ACGCTGATTGGTAAAAGAACCCTTCATCCTCTCCAACGTTTCGGACTTGC
TGACACCCAACTGCTTGGAGTGCGCAAATGGAAATTCGTCCATCACATTC
AAGTGTCATTTTCTCGACTTGTACGAAAGCAAGACAGCTCAGGTTTGTTT
AATTTTGAAACTAATTGTTTATGTTTAATGTATCCAAATATGAATTAATT
TCAATCACTCAACCTTAATTTATTATTGAAGTTCATATTTCAATATGTAC
CACCCGGTAGATTGAATTATAATATTCGTATATTCTTCCTCGGACGTAAG
AAAAACGAAGGAGAAAAAAGAAAAAAAAAGGAGTGAGAGTCGATGTGTGA
GCCTTTCTCTCTCTTTTAGAAAATTCCGGTTGATCACAAACAGAGACTAT
GTCAACATAAGAATAAAAAAAACTTTCATTTGAAGACCAACGAATAGTAT
AAAGTTGAAAACCATATATAGAGAACACACTTTTATAACATATTTTTCCC
CCATCATCCGTCCATTCTCCTGATCCAAGCCGGGCTCCCCTATCTGTGGA
GTATCTGAGAATACGGATCGATTACTCTATATAATTCTTTAACCCGCTAG
AGATCCCCTTCCTTCTGCACCAGATCACGTAGAGGATTGAGAGGACGCTC
ACAGCCCAAGTCTCATTTTTTTTTGCAGTTCGTGTGAAGGCTCGACGTCG
TTATGAGCCAGTCTAGGACATCTATTTTCACCCGTACTCCACAAGAATAT
TCTTATCTACGGCCTCTCTAATACCTTGAATCCTTAAGCAATTGTAGAAC
ATGTGTTTTCATATTCTTAAATAAATATCACAGAAGACTATTATAACAAA
TGTAGTCACATATTCAAATGTKGTTTCATACTAGAAAAATACACATTAAT
ATTTGTTCAAGGAACCTATAAGTCACTGTTTATGTTTCTCATACTTGGCT
TGATATTCATTGGAAGTATGAATTGCCAGTCCTAGATAAATAACTTTGAG
GATTCGAGTCCTTTGAGTTAATACGTAATATTGTTCTCTTTGGACAAGTA
TGAAGGTTTTTGAACAGACTAAGACCATCGTTCTATTGCAATTTCAGATA
GCTCTAACTTTACTGAAATTGGCAGTTTTCCTTGCGCTTTCCAACGATCC
GAACTTTGACTGCCTKCCCGAATATTCTYTGGTTTGTTTCKCCGTAACTA
KCCGCCTCTTCTGACACATGCTATATCATAACGAAGTGGAAAGCACTACT
CTCGCCTAATATTATCATAATGATTCTTCGTCAAAACACGAGTCTTGTCG
AATGGGAATAATCCATCATGTCTAATGATTTTATAAATATGTGATTAACA
CTTCTTCCATTCAACAGTTGTCGTACTTATTATTATTTTTTTTAAATATA
CATATATTATAAGGTTAATATGTAAAATAATCTGGTCGTTTTTTCTACTA
AGTCACTTTTCCATTTTTTTCGATTTTTCCACAGTCTTATTTTCCTAAAT
ATTTTTTCCTCAAATCATACATATATATTTGGGTGCATCAAACGCCTTAT
GTTCTTTGATTTTCTTGTCTATTCTCCTATATGTGTAACTCTGTGAAAAA
ACATAATGTGCAAAAAATAAGCACAATAGGAGGGGGTCCTGGGTGCCCGT
CGAGCCCTTGAATTTTTCGAACTAAGCTTAAAAATTAAGTAAAACAAAGT
AAAAATTCCATAACTCATTTTTCCCTCTGTGACTACATTTGTAATCCAAT
ATATTGTTATATAAATTATTTTTGTATTTTCTTGTTTAAACACGTTGATC
TAAATTCCCGTTGATACCCTTTGTTTGAAACAAAGGAGAGAAGAAAAATT
ATACCCCTCGGTTGATGTACAATATAAGGGAGAAAAATAAATCCTTTCTC
ACTTACATTTGTGCTATATACGCCTGCGATTTTCTTTTGAAATTGTGCCC
ATGGAGACTAACAAAACTAGATCAACAAGGGCTATATTTGGTCTTGAGAA
TGGCTTAACAGTGTAGGATGGTATATTAACCGGAGTCCGCCTTCCAACTC
GTGGGCAGGTTCTTAGATGCCTGATGTGGCACGTTCAAAAAGAAGTTGTG
TAATGTAGGCAAACGCAGCCATTGAAATGGAAGTCATCAAGGACCCTCCT
CATTCAGCTGAAAATTTTCTAGAATAAGGCGAATACTCCTATCCCTTCGG
ATCATCAATGTTGTAAATGAATACTTGATCTTCTCAGTGAAAGCAGCAAA
TTACGTCAAATTCCAGCGTCTCGTCTGGGAAATCAAAATACCATGACAAG
GCTCGAGTCTGAAAAAGCACAACTTGACAAAATATTTTGTATATGGTTTA
GTGATGCTATGGAAAAATATAATTGCAGAACATTCTCTTGAATTCTTAAG
CAAATGACAGTGCAAGCAATCGGCTTCGATACAACAGTTTCGAATACTTG
ACATATTACAGTTGCTTGTATTTCTATTCAAATATAACTCTTGTGGTCAG
CATGTCGTCATCTTGTTGGAGAGATAATTTTAAATAATGTTTTTCAATGT
CTTGAAATTGAGCCCTCAAAGTCACCTGAAGTCTCCTTGATAAAAGGCTC
CAAAAGAATTGGGAACTTCTCTTTTGTGAGGAGCATAGAAAATTGTCCAA
TGTACACATCGAAAAATACGATGCAGATGCCAAAAAAATACGTTTATCTT
ACAAAAAATGTGTCATGGATTCATTATAAACAGTGACCTCATATTGTATA
GGTGATTATAAATAAATGGCACGACTATACAAACCTGTTGGCTCTGGTGA
AGATAATTAAAAGGAAGAGCTATACAAACCAGATGGATATCTAAAATTCT
CTGATCAATAAAAATTTATCTAATTGAAGAGCAAATTCTTTAAATGGAAG
TGTAGCAAACATACATTATATATTGCCCATCTTAATGTTTCTATTTCAAA
ATTTGAAATTTGAATAAAAATATACTTTTAATAAAATAATACTGGTTAGT
GTATAAAATAGGACTCTATAAGTTTTTAATATTATGAAAAGTATTTAAGT
AATTCATTTTAAAAACAGTGGAGAAATAATATAGAAATAATAGTTTTAAT
GATTGAATTACTTATTCGCCTTGGTTCTATCGGTCCTACTTCTTTCATTT
CAACGGTTTGGTTTTGGTTCTTTTTATACAGGCTCAGTTTGGTAACAAAA
CTCGTAAAATAAGAGGCGTCGCTAGAAAATTTGGCTCAGGAAAGGAAATT
AGATACAAACAGGGTTTCAGCTACCTGATACGCAGAGTGCTTAGTGCCCC
AAGCTCCAGTAGGGACACGCAAAACTTATGTTGCTTAAGACAATGGTTTT
CAAAGCGAGGCCATGAGGGGTGGCTAGGGGGGAGTTAGCTCAGGAAGATG
GTTGACTTATTTGGCTAACTATCATATGATTTTGGGTCTTCCTACAGGTT
ATTTTTTGGAGGAAAGGTTGCGTGATACAATAAAGGTAACGACGTGTTTC
ATTTACATAAAATTATGCCGATGGTATATTAAAAAGTTATAACTATACCA
AAAATGCAACAAACGAAAGTAAGAACTNNNGCAACAAACGAAAGTAAGAA
CTGGGACCGAAAAGCAATATATTGCTGTCTCGGTTCGACTTTGTTGGTTC
CATTTATAGCGGMTCAAAAACCGGAACCGCTTCAAACGTTAGAACTGCTA
CACTGATAAAGGCACAATCTTGGTTACATCTTTATAAAATTAGTACCATC
ATAATAATCTCTCGTTTTTTGAAATGTTAGCATTTATTAGCCTTTGATTC
GGCACCTACTATGTGGGATATCAATCCAATTAGACTTTTTCATTCAACAT
AGAAGACACTTGATTTTTCTATTTTTGGTTTGTTTTTAATAAGTATCAAG
TCAATTTAAGAAAAAGGATAAACAATATTTTGTTAGTTTCATAATAATAT
AAAGATTTAAACTTAGCATGGATAATTAGTGATGAGACGTTTAACTGACT
TCGGAGAATCGGGTATTTTTCTAGAATTGGAATCGAAAATTAATTATTCA
ATTTTTTTTTCCCCAAAAAATTCCAAAATGAGGTGGACGCCCCTGATAGT
AAAATAACTATATAATTACTAAATTATATAGTCTGTTTGCGTGGTTGTCC
TTCAATTAAGGGCAAAAGAAATGATGGATTTAGCTAATATTTTTTATGTA
GCTTCTTATGTCTCTATAAACGGGTCTGGTAAATTTTTTTTTGGTTATCA
TGGTCATAGCGGCCTATAAATAGCATTTTATAGCTCTTCACCTCTATAAC
TTGAGGGCCGGGTGTGTTTTTTGGCTATTAAAAGGGTTCTTTGATGCTCA
GGGAAGCAGCGATATAAGAATTTAACCTGACTCAGGAATCAGCAGCCCAC
AGCACGGGTGTATATTCTAGTATATAAGAAGGGGTTCTTGGTTATCGGGG
ATATTAGCAGGTTTCCTTGATACTCAGAGAAGTGACTACAAATTCGGCGT
CTGACCTAGAATAAAGCAACCACTTCCTCATTTCGTAAAAGAAGAGTGCC
TATACCTATTAGTTTACACATACACATAAAACCAACATGAGAATAATTCT
TTTAATTTTACGGGCTTTATTTTTTGTTTTATATTAAGCAGATAAATTTT
TTTTTTTATATCAACGCTAGGCAATCCTACTCTAGTATAAATGAAATTTG
AAGATTATAACAATTAAATAAAACCATAAAACAACACTCAAAAAATAAAT
TAATTATTAAGTTATCTTGCAGACAGTTCCTACAAAATGCGTAGTATAAT
TATACAAAAATCAAGAAAAATGAAGGCTCATATTTAAAAGCTAATTTATT
ATTCAATTACTTTATATTAAAGCTATAAATTTAGAATATACCTTAAATGA
CAACTTTTAAGATTTACAGTCAAAAAGTTAAATTTTGATTGTAGGTTTAA
CTTTTAATTTTCTTAAAGAATATTTTATAAATAAGCAATAAAAAAAGTTT
GTATCAAATAATGTTCCAAAAAAAATATAATTAAGTTGATTGTTTGACTA
ATTATAATAAGCAAATAATATTTAAGAGTAAATGAGATTGACCCAAATAA
AGTATATTTCATATCCAATGTATTTGATTAATATTTATTGAATATTATTC
ATTTAATACAAGGTTAATAGAAATACAAGGTTAGACATCATGTTATCTGG
CTTGCTAGAATTTTCAATCTGATGTATTGTACGGACTGCTGGTCAAGGCA
GGCAGATTTGGACAAAATATGCAATCACTCAAAGTCTATGACGTAACTAT
TGCTAGAATTTTCAATTTAATGTATTGCACCGACTGCTGGGAAATAAAAA
CAGATTTTAACAAAACACACAACCACTCATGTAAATGACGTCAATATTAA
AAGCGTGGTGGGTGTCAAACATCAGTCCTACATGCATTATGTTATAACCT
TGTATTTCTATTAGCTTAGATTTAATGGACTTTTTAATTGCAATTTTGGA
ATTTTTCAGACAAAATTTTTTATCCGGCGGACGTTCGATCAAAAACTTTT
TTTTTGCATAGTGTTTTTGTTATTGAGACTAATGGAGATTTAGTCCTTAT
TTAGGATTGAAGACTGCTGTCCCATTCAGTTTACTCTCAGTCCAGTCCAG
TTCAGTCCTAAAATCTTTTAAAGTTTGATCCTTGATGTCGTCAATTAACT
TTATATCTTATTTTTGAAATAAGTTCTAGTACTGACAGTCTTAAGGACCA
ATCCCAAGGACTGATAGGACCGGTCCTACGACTGGACTGACTAGTTAAGA
CCCCTTCCCCCCCCCCCCCCCAGCTTGGACTCAAATTATTTTTTATGCAC
TGAAATTTAGGTCATGAAAGTGGATCGAAAATTATTTGTTTTCCAATCGT
GGATCTATTTTCTCCCCTTCCCAAATGACCCAATATACGAGTTATAAATA
TATAAACTTTAAAATTCAAAAATCAGGATTTGGCCGCCTCTTGAATGCAC
CACCTTCTGGCCTAGTATATTAATTCTATATTACAAAAAACCTGTTTCAT
TAGATAGCGAAAATACATTATTACCGTTTTACCATTATAATACCGTCAGT
TAAAACATAATGCTTCTGAAAGTTACTCTAAACAGAGCTCTCGTCATAAT
AAGAACCATTGTTAAAGACTCGAATGCATCTCACTCAAAATGAGTTTCTT
TTATCCATGCGCATTAAGCGTTATACTTTTAGTAAAGCATTTACCCTATG
TACTTTTCGAAAGGAAAAACTTTAGTGATTTATAAATGAAGTTATCATTG
GATTTAAGTATATATATATTGGAATTGATCTTTGAACTCAGCTTATAATG
TATCTTAATTTCCATTGCCTCTCTAACACGCTGTAACAACCTTTATTGTA
TTTTGCAACTTTTCCYCAAAAAAAAAAAAAAAAAAAAAATAAATAAACAA
ATGTCAATACCACATTTTAGTTAACCATTTCTTCTCAAATTCGGAAACAT
TAATTAATTACTAAACTTGGGTTTTGTCAGTGATTGCTTAATTGCTCAAA
GATTACTCATTCTACTCTTTTTTGTTTTTAAATGGCTTGTTTTTTTAAAC
CGGTATGAAATAAATTTAGAACGTTTGGGTTCTCCTTAGATTACACAAAA
GCTTTTGAAGATTATTTGATGATATTTTTCTAGGGAAAAACTATCTGACA
AAACCTTCTTTCATTAGGCTCTCTTTTTGAAGGTAAAATAAGTATATAAT
ATCATCAGGGTTATGATTACAGGATCGGATATGTGAGGGAGCTAGAATCC
GAAAACAGTTTATTAGAGGATCGATAAACTTGACACAAAATAGACTGTTG
AATAATCCCCATTGAAGATTTCAACAAATGACAAATACTTTTGCCCCAAA
CAGTCAAATCCTTACCTTACATTTATGGTAAAGATTGGACGTAATTGTTC
TGCTTGTGATTTTGAAAAACCTCTGTCTAAGAAGACTCCTGAAGAGCACG
TCAACTTTACATTTCCTTCAACTATTAGTGGACGTCCTTTAGTATATTTA
GAACTACCAATACTGATCGAAAGCAAAAATTAACAGAAGAAAATCTTTTT
AAAGCCTTGTTTTGTCGATATAATTTAGCAAAATTTATGAATAAATAAAT
GATAAATAGAAAACAACCCTTCCAAATTTAATTCATTATTATAAAACTGT
ATTTTTCTTTATATACAAATTGCTCAATTTGTATATTTTGGGTGGTTATT
TTTCAACAGTTTAGCGCTCATTTTGGCCCAAAAAATAGTTCAAAAATCCT
ATGTCTATTAATAACTGTTGATAATGGTTCACACCTTAACAAGCGCTACA
TCAAATTCAAACAATCGACGATCAAAATACTGATTAGCAGAACAATAAAA
TGCAGAGTAAATTTGTAAGGGCCAGACCTTATTTCCAAAAAAGGAGATAG
GAAAATGCCCCAAATTACATGCTGGCTAGACAATTATATATTTATCTGTA
ATTGTTGGATTAGTTTCTATTTAAAAGAAGTTTATTTACATCTTAACAAG
ATTTAATTTGAGTTCAACAATCGACAGCAAACAAAAAATATAATATGGTA
TTGTTGATGTTTGTGATAAATTTGAAAGAATAGAATGTACTTAAAAACAT
GTTTGCTACCATTGAGAACATATAGATACAATCCAGTATTTATTTGTTAT
AATTGGATGATCCATCGAGAATAGTTTTGACAACGAAACCTGAGTGCTGG
TCAATCTTAGTTAAATGATTTAAATGTGAGATCCCTTTAATAATATTGTT
TTGTATTTTAGTTAAGGAATTTACTCACTGATTTCCTGACCCATAACCTT
TCAAATACAAAAACACTCACGTCAAAAAATAGTATTTTTATTGCTATTTG
TTCAAATGGATTAAAATGTGCCACCTAACAATAAAAAAGAAASGAGCCAC
TTCTTATTCAATCCATACTTGTTTTATGGAAGGTTCTTATTTACGTATAA
AAAACAATTGAATGACCTGATGTTTCCAGGAATTTCGTTCGTTAACATAT
GGTTTTTAGTATAAAAATGAATAGGAACACAAAGTGGATAACTGTTCCAT
GCGTAGACGAGCAATAATAGATCAAAATATTTGTTTTTGTAACTTCAAAT
AATAAATCATCTTTTATCATAGTAATACTAATAGTTACATATTTATAAAT
ATTTGCATATAGATAACAGAAACCTATGGAAAACTATTATCTTTATATAG
AATATCTCTCAACCTTCCCCCCCCCCCACCTAAAAAATAAATAAAAAGGT
TTTTAAAATTAATTCATAGCATGATTTTTTTCAGCTGTCGGACTATTTTT
TATAATAGATACTGATAGGGGTGTGGTACTCCTAAAATTTTGACGTCCCG
GTTTATATGTTAAGGGGGGTTCCAAATTGGACGTAAAAGTTGTCTCGAAG
GACAACCATTGCTTTAAAACATCATCATAAATTACTACCATTTACGTCAT
CATCAATCAATCTTGTCCATCAAGGATCCAATGCTTATAAGAATAATATA
TACTTTAATTAGTCATAAATTAAGAAAAGTGCCAAATCATTATCGTTCAC
GAAATAAACTTATAGATTTACTAAACTTATTTATAGAGGTTGGAATATAC
TGTAGGTCCAAGTCAAGTCTCAAGCCTTTGCTCACAAGTCCATGTCTTGG
AATATTTTCATCTAGAGTTATATCCACTGAAAAAAATGAAGTAAATGATG
TAAACAGTCTGAAATCAAATTAAGTATAAATCCTTAGTTTTAGAAGCCAA
GTCTTTTGTTATGTGATCAAATTGAGTTGCAAGTTTTGAGTCTAAGTTCC
CACACCTACTTATTCAATTGGTAAATTGGTGTACATCACTGTAATAATAT
TGAAATAATCCGTTCTAAAGGACATTTTAAAGATTGATGTGTTCTTCAAG
GCCCAATAAGTGACAGAAACATACCGATCTAAAGTCGCATATGTATGTAT
TACCGATACAATTATAAACGTTCAAAATATCTTGGATCAAGATGAAAACA
CAAATAAAAGTTAAGAGTAAACAAATCAACACCTTACAAAAAAATACATA
ATATGTGCATTACTTACCATAAATAATTAAAGTTATCTACCAATCRGCGT
TCAGAACACTTATGTATAAATGTTAAAAGTGGACAAACCGACAGCTGACA
TTTGGAATTATTGGCGTTGAGGAGATGATACCCTTNGTGATTGATTCTTA
TCCATTAAAAAAACCAACAAACAAAAACCATTTTTTGGAATTGTAATCAG
CTTAACTTTTATTAGAGATATGTTTAATTTAATTATTTCAATTCATGAGG
AAACATCTGCCATAATATCAAAAACAGATGGTTTTTAAGTGAGTCTTTAA
TAACAAAATGATTTGTGAATGATACTCATTGCCCATGTTTGGTGGTGTAC
ATGTGAGTTGCATGAATCAAACAACAATATCTAAAACTTTTTCCAGACAT
TTGTAAATCACATTCTTACTTCTACACAATTTACCTATGTATACATAAAA
CTGTTATTTTCCTCCAAGACAGGGGAGTGAAAAGTATATGTCTATAAACA
AAATTTATTTTTAAACTGAAAGGATTTAGATACTTTTTTACCTGAGACTC
TGGTAGAGCCATCTTAATCCCATGTTTGGTATTAAACAATAATGATTTAA
TACGCTTATCAGTTTACAAATCATTCTATGTATTGTATGGATATGAAATC
ATTTTTTGGGAAAAAGTGTCTCTTCAAAATAGAGGCTCTAAATTATCTCA
TGAATGGATGAATAAATATATATATTTTTCCTCATTTGCTTTGATCTTTC
ATTCCGAGATTCATCTCCCCACAATACAGAGCTCCCTGGGAACTTTGTGT
ATTTATTTTTATTTTTAGTCAAGAATAAGAAAACCTCATTTAATATGGGG
TTTTTTCTTTCTTTATTACTCGCTTAAATATGTAGTAGGAGACAAAATAT
GCTCGGAATTTAAATATTTCTTTTACCCTAAAGACTTTTAGTCAGAAACT
CTTACTACCGAGTAGTTCATTAAAATCTGAAAATTTTGAATCTTAAACTT
CAACAAGATTATTCATTATCAATAGAATTTCAACAATACTATAAATATAT
GTGTGTTAATCATTAATGTAGCCCCCCTTAACGGCAATGATGACTTCCAG
ACGGCGGMGGAAGGTCTGGCACCCGCTACGGATGTAGCCCTCTGTCATTA
CATCCCAGTGCTGGATGAAAGTGTCATTGAGGGCTTCCTCCTTGAATGTC
GGACACTGCAGGCCCTCCCCTTGACATGCACGCAAAAGGTGTCGTCAAGG
GTTTTTCATCAGGGATGTAGGGATCCAAAAGTATCAAAAAAGAGTTTAAA
AGAACTGGAAAGACTCATTAAAAATAATGTTGCAATTGAAGATGTGTTTC
TTTGATTACTGATGTTAAAAGTGGCCTCTCCATCCTAACAAGGCTCTTTC
CAGCCACTTTTTTTGATAGATCTCTGGACAGTCTGTTTTGAAATCCCGAG
ATCACTTGCATGGGTCCTCATGGGTTGTTTTCTTTAACTCCTGCGGATCC
AGCTTGGCTTTTTTGACAGATGGCGTAGACGGGGGTCTGGGAGACGTTCA
ACTGCTTGGAGTGTGCGAATGGAAATTCTTCGATTACGTTCAAGTCTCAT
TTTTTTCAACTAGAATAAAAGGTAGAGAGCACCGATTTGTTTTACTTAGT
AATTAATTGATCATGCTTTAATAAACCGGAATATAAATTAATTTCAATCA
CTCAACCTTCATAAATAATTGAATTAGTAAGTGTTCAGATTTCACTGGAC
TACCCGGTATATCTCTACGTATGTGGATTTTATCTCTTCTGTTTATTAAC
ACACACATATATATATATATATAAACATGGATGCGTATTTTTTATAGGTA
TTTATTTTTACAAGAGTCATACTCCCATAGTTAATTTCATTTTCAATTGC
AAAAAAAAACATATAATTTTCTTTCAAATATAAATTCCGTTGGAGATGAT
GATAAATCATGTTTATTTAGTTTGTATTTGAGTATCATTAATTTTTGTAC
CCCCTTCAAAAAATATGATGATTCTGTTTTGTTTTGATGTTTTCCTTCTA
CCCATACTAATTATATCTGTTTATGTACTAAATGAGTATGTCTTTATAAA
TGAAGTCATTGACTTTGATTGTAACTCTACAAAAATAACGTTGAGCTACC
TTTAATGTACCTCGCAACTTCTCTTCCTCCGAAAAGAAGAGAGTAAAGGC
CAACAAATCAGTTGTTAGTTAGCCAATTTCTCCAACTATGGAATTATTAT
GCAATAATTGTTCACAGCTTAACAATATCCAATTCAAATTCAATCCATCC
ACGAATAGAACGTTAAAATTGTCTACTATCCCTCAATATATTGAGTTGTG
GTTTTTTTATTTATATTTACAATAGGAGATTTAACGGGAATTGTTTAGTT
ATGAGTGTGTTCTGAAAAGTTACCAAACTCAACGTGAAGATGGCAGGAAT
CGTAAATAAAAGCTGGTAACCTCTATCTAGCATCTGTTGTCAGGTACTAA
CCAAAGTTTTAGCTATTTTAGACGCACAGTTGTTATGGAACAGTTGTTTG
TGTGAGTTGATGTGAGTGTGTATATGAAAATGGATAGAATAGAGMATTGA
GCTGTCATTTTTATATATATATATTTTTTGAAATTGTAACCTTTAAAAGG
GCTCAAACAATACAGAATTATTAAGGCTTGCTGTTTTAAAATTTTACTCG
TCTAAGTCAATCCAACCCGGAGTAATTGAGTCAAAAACAAAGTGTCTTGT
GAATAATTATTTTGGAGAGAAAAACGGCGATTACTATTTGGACGGGTTAC
AGAGATGGAAACATCGCTGGAAGAACTGTGAAGAGTGACAAGGACACTAT
GTTGAAAAATAAATAAATAAATCCCTTGTGTTTTTTTGTTAGGTCGGAAA
CTTTTTAGACCGCCCTTGTAACTCAGCCCTTAACATAAATAATTACATAA
TACTTATTACATTGGTGCCCATTTCCATTATAAATTAAAGATGGGAGCAG
TATTCGCTTTAATGGCCGGTTTGATCCATTTGTACTCTTTATTAATAGGA
TTTACAATAAATAACACTCTGATATAAAAAAATTCAGTTTGTTTTTATGT
TTACAGGAGTAAATTTAACATTTTTCCCTGTACACCATCATCCCCAATCA
TTCGCTCGATAGGAGGACTAAAGAGTTTGCAGGCCTTGACCATGTCCGTG
GAAGAGACTTTGTCTCAGTACTTGATGATGTAGGCCTTCAAAAAGTCGAT
GCTGTTGTGTGAATTATCAGACACCTTCCTCTGTAACTCCTACTAAAAAA
AGTAATCCGTGGGATTCATATGGGCGAGTTAGAAGGGCAGGTCTGGGGGT
ATCAAAATGGCACCTTCATTTCTTTAAAAAAGTTTTGGGCCTTGCAGGCC
TTGTGAGAGGGTCGGAGTCTTTTTAAAACAAAATCTCGACACAATTAGCC
TCAGCTTTTATCCAAGGTATCACTTGGTCAGACAGGAGTTCACAGGACCT
GTCGGCGTACAATCTCTCACTTGGCTCAAGGTAGATGCAAGGCATGAAAC
TCCTGTTGCTCCCAATTATCCCTAAAATCATAATGATGTCTGGAAACTTG
ATTTTAAAGACGTAAGGTCCAATGTTTCTCATCTATATAAATGGTGGTTC
GTTTACCTACTTCAAATCGTTCAGCCAGTTTCTTTATTGGACAGTCCAGG
TGGCCTTCATTTTGTCTGTAAGGATATATAAGATATAAACGATATAATTT
CATCCTCAGGTCAGTGTTTATGACCCTGGAGATTGTTACACGGCTTAATC
GGCGCTTTTTGGTAAACACGTTAATTGGAGTCCCAGGAGATGCCTTCACA
GGCCGTTTCKGGCCAACGAAGAATCTGGGAGTGTGTTTTTAGGCACTCCG
GGACTTGTGGCCTTTTCTATTATATGATTTCTCCTCCTTCCAGGGATTGT
AGACGTCGTAGACTGTGTTCCTACTGGTCCCTTCTATGGGAAATACTAAA
TATATAGGTGTATAGATTCAAGCCAAAAATTGAGATGAACATGACCTCCT
ATTTTTTAAGGTTGGTATTTTAGATGTTTTTGAAATTTTTACTACACATA
ATAGAACACTTATAAATCTTTAAAAAAAGTGTAGAATGTAGTGATGGGGA
TATTAATCGGGAATCGGATAATTGGGTTGCTTTTCTGGAATTGGCATCGG
GAAAATAATGTCTTATTTTGTAATAATACTCTTATGTATATTTTATTTAT
TCCTCTTTTAAGTTATGAAATAAATATATACCCCAAATGAAGGACTTTTT
GCTTTATACTAGAATATTTAATATTTCAAACAATTTTACAAAAAATTTAA
TATTTCAAGTTTTTTTCCCTAAAAATTTAATTTTCTGTGAAAAACAAAGT
ATTTCTGAAGTTTTTTATAATATAATTTTTTTTTTAAATCATTAATATTA
TAAATGTCATTTTTTGAAATTTAATTTTTTGAGAACAGTTGTGGATTTTT
CTCCAAAACTACATCCTACGTAGCACGTGGCTACCAGAGAGAGTTAGTAA
TATCATGGTTGTCCATCAAAAACATATTTCTTTTAAAGCAACAATAATAC
AACCCGTTTTTCCTTATTTCTTTAAAAAAAGGTATTTTTATCTACAAAAA
TCCCATGTTTGACTATAAGGAGATGTGTTTGTGTCATAAGATACAAATTT
AAATTATTTTGATGTTCACAGTGAGATCTTTTTGACCGTTATCAAATGTA
CCAAAGACTCTCTGTCCACACTTCATAAATACCTTCTACGTAGGTGTTTG
GGTTTGAGATGAAAATGATTGACAAACATGATATTGCTACATGAATAACA
GATATAACAAAGATCTAGCATACATTTTGATATTATCATAACTTAACATT
TAAAAGTTGTTACATAGCTACAATGATGAATTGTATGTACAAAGTAAATA
TGTATACCCTATCAAATCAATCAAAATCCCACTCTATGCTTCATCCATTC
ATCCATCTCCTCTGCTAATTATCTTCCTTTATCACATGGTAGTCCTGACT
TAATTAAAACTACATTGCATCCAAGAGAACAAACGGTATGGGAAAAATAA
CGGGGCTTTTATGAACATTGTTTCATATAAGTCAATGTAAGTTAAGTGTG
TTATGACCTTGGACAGGTACAAGTTGATACATAAACAGTTTTTTATATAC
CAAAAGCTGTCTTATTATTAAAAAAAGAACATATAATTATAAAGTTAGAC
TATTACGTTAATCTATATATATAGTGTGCAAGTTACGATTTTGTACAAGT
TGTAACTTGTATGAGCAAATTGTACAAGTTGCAACTAAAAAATGAGATGT
ATAACTTTAAATGAAAGATTAAGAGTAATTGCGTCAGGATGGCGCAATAA
TGGAATATTTCACGTGTGATTGACATATAAGTGATGTAATTTTTTGTGGA
TTTAAAAAAAAATCACTACAACATATATATTCGTGGACACGTCATAAAGT
TCAAATGTCCAGGATTATATTACTCATAAATAATCATAATAACTGTATCA
TTTTAATAGATTAAGCTGAAATGATAGTATCAATGTATAGTTGGTAACTG
GAATGAGCAATGCTTTAATTAAATAATGCATAACTTTTTTGGTTTTGCAA
TTACGAAAAAAATCTTGCTAAGTTTTCTGTCTTACTTTACAATGCCAATA
AATGTACGCTAAGCCCAAAATAAAACAATAGAATTACTTTATTTTTCCAT
GCTTTTTTGGATATTTTATTCTTAAATATTTTCTTTTCAAATAAATTTAA
CTTCTCTAAAAAAAACAAAGCTTGATAGATAATATACACGGGTTAGATAA
TACTATTATTCATGAATTTATAATATTTTTTTTTCAAAAAGCTGAGCTTA
TCTAAATAATCAAGACCGATTCGCAGTCACAATATCACCAGCGGTCGAAA
AAATGATTTAGCTTCATACTGATGTATCTGTAGTTGCGAGGTATCGACAA
GCTAACTTGGAAACATTGGAAAATTTATTTAAATCCTCCCTCCACCATAC
CACTGGGTTTTCGTCAACCAGGATTTATTTTATCATTTTGTAAGTCAGTA
TCACCTTTTTGTCTAAACAAATATATAAATTATTTCTTATATTAAAGGAT
GCTTATGGATTAAAATCTTATCTCACTATCTGAATTAATTAATTGAATAA
AATAACCAACATTTTATAAGATAAAAATATTTAATATGTAATTATATATA
TGTTATAACCCGCCCCACCATACATATAGTGTACCCACAATATCCTATAT
ATTTTCTGTTATCTGTTCATACTTCGGCTCTGAGTTTTTATCAGTGTTCT
GAATGTTGATTACTGAATTAAGCATTGAATATATTATATTTTTAGTTTTA
GATAAAAAATAGATCAATTCCAGTTTGGAAGAATGACGACACACGCTAAA
GATAGGCTCATTGAAGGAAGCAAAAAGATGTTGCAGTTCCAAAATTTTAC
TATTCCTTAATAAATCTTGAAGACCCGTCCCCATTAAAACAATCTGTGCT
AAATGATGTTATCATTAATCAATCTTTACCAATTTATAAGAATGCAGAGG
TTCCAAGGCATTTGATTCCCGTCCCCTCATAAATCTTAAGGATACGCCCA
TAGTGGATCCAATTTTTTTGCTACAAAGCGTCATCATTTATATCATCCAG
TGACGTCATCATCATTCAATAATGATATAAATTTTATAAAAGCCTTAACT
ATGTATAAATTAAGAATACTGACAAACTATTTTCTTGGACGAAATATTCT
TTTAGTTTTAGTTAAACAACTCAATTGGTAAATTGAGTTGTTTAACCATA
ATGTTAGTAAAAATGATAATTTCTGAAAGGTTAGATGTGTTGTTTTACAT
TTCTACCAATTCTCAAGTTAAAATGTGTCTGTAGATGTGAATGTCAATCG
AAAAGAACAGATATTATCAAGTTTTACTAAGACGTCGATTAAAGAAAGTA
TAAGTCCAGTCAATTTTACAAATCTTTCAAATTGGTATCGATAATCTTTA
ACGAAACAGTAAATTTATGAAATTCTACATAGCTGTTGTATTTTTGTATG
TTAAATGTAGTTTTGCCAGTTTTAACAAATTTTTAAAAAACGATATCTTT
TGAATATTAATTGTAAATTCAGAGGGAATGACCATATGTTCATATTTTTT
TTTGCACAGTCGTTTGAGTGAGTTGATGTGAGTGTTTTTTGAAAATGAAC
AAAATTGACGTTCTAGCTGTCACTGAGTATTTATTTTTGAAAGTGTACCC
TGCAAATAGATTCAAACAATAGCATATAAATAATGACTTGTTGCATTAAA
ATTTGTCAATCCAATTTTGAGTAATTGAACCAAAAAAATAAAAATAAGTG
TCTTATGGAAAAATATTTTACTGAAACAAACGCCAAGTACTATTTGAACG
GGATACAGAGATGGGAGCATCGCCGGGAGAAGTGTGTAGAGTTAGAAGGA
GACATTGTTGAAAAATAAAAAAATAAAATACAGAAAAAATGTCTTGTATC
ATTGTTAGGTAGGACACTTTTCAGACTACATTCGTCTGTGTGTGAGTGTA
AATTTAACCCAATCAGGATCAACATGAGCGGAAATATATTTTAAAGATCT
CTAGGAAATTAAAGTTTATGTATTTTTTATGTATAAAATATATAGAAAAT
ACTAAAGCAAGAGCAACTTTTGCTCTTGCTTTAGTTTATTTTTGTTATCG
GCCGAAAATCGCAAATGTAAAGTAATGTAAAAGTAGATTTTGTAAACATC
TCTCAAGATGTAAGTATGTAGGTATACCTAGTATGCCTTTAGGAAGATTT
TCACTTTGTGAGCCTTGGACCTTTTTTATTACCCTTATTATTATTATTTT
CATTTAAGGGATGCTAAGAATTTCCGAGGTGAATGCTTTACCTACCCTCG
TTTGCATTCCATTTACTCTTTCCTTACTGTGTTTTTCAGGTATCTTGTCT
GAGGTAAGTAATGTCTTGTATTTTATACATGACAATTTGACGACTTATAT
ATGCAAAAAGTGTATTTATGACCATTAGAGAAGATTGATGTTCTACCATT
TTTGAATTTGGATTACGACTAGTGCGGAAAAGTTGTCATATTGTATGAAA
ATAAACTATGCAAAATTGCATTGTTCTACGAGTTAACCTTTAGGTCGCAC
ATCTCGATCAAATTATGAAAAAGGCAAAACTCTTTAATGAGTTATCATAG
ATACTAATAATACATTTTTGGATTATCTTATATTTAATATATTTGATAGA
CATTTTGATAACCTATAAAAAGTATATTCAAAGTTTTTTTTTCTAAAATT
ATCTTATTGAGCAAAAAAAGTAAGGAAAATTTGATGATCTGTATATAGTG
CGCCGCATAATTTTTTACATTACTGAATGAAGGTTTTTTTTTTTGCTCCA
TGAGGTAGCCTTAGAATAAAACTTAATTAATGTTTTTATAGGTTAGAATA
ATTTCTAACATCATTAATTAATACAAAATTAGATTAATGGTATATTTTAA
TATTAATTGAAGAAGTAAATAACTTTTGTCTCCTTTCAAACTTTGAACTA
AATGTGCTACTTAAAGATGACATCGTAGGAAAATGAAATTTTGCATAGGA
GAGTATCTTTCCTTATGTACACTTTTCCAAACTATCTCTAATCGAAATTC
GAAAATGATTGAAAAAAAACCCCGTCCTAATGCATGTAGATATAAAAAAA
ATGAATAAACTTAGGATAGGATAAAGGAAAAGTGAGAAAAGCGTGTGGAA
TTAGTAGACACGTACTTTAATTGTCCATAAGAAGCATTAGGCTCACAATT
TACATGCAGTGAAAACAAAATTTTATTTTAATTATCTTGTTGATGTTACN
NNNNNNNNNNNNNNNNNNNNNNGGAGTTGCACTGATGAAGTATRAGTAGW
TATTWRGGATCTAAAATAAGAACTAATCCAACTGACCTAGGCAATTGAAG
TTAGTTAATATACATATCATATGTGTGTTGAAGTTTGATTTCGATCAAGT
TGATCGTTTCTCCTTTTTCTTCTTGTTATTATTAATCTAGAATATAATCA
GTAGATATTTCAAGCTTAAATACTTTACATTGGTGACCCGACGTCATTCG
AAAAATGCCCCGAAGGTAAACCTCACCACCTGTGTCTCCCAAAAACAAGC
ATGGTAGATTAAAACGTAGGAGGCGAATTTAGCAATGGCCGTCTTCCTAG
GTTCTGTTCTTCGGATGTTGAGAGCTGGTTCCGGAGAATTGAGCTTGATT
TTGCATGGAGGGGGACTTGTCATAACCAAAATTAAATACAGTCTTATGGC
GTCAGCATTGCCGGGTGAGGTTTTCAATATTATTCCTATTAGTGAGGAGA
ATCTCACTTATGAGGAAACAAAGAAATCCATATGGGCTATCATCTTCCGC
AAGGATAAAAAGAATAGTTGACATGATGGTTGATACTTCCGGGCTCTCGT
GCATGGAGGTAAAAGATGAGGCTGAACGTCTTCTGGATGAGGAATACTAA
AAGGATTTACGTGAAAGTTTGATTAAAGAGGCGCTAATAAGTAATGCGCC
AAAGGAACAACAGGGATATTTGAGAGCACAATCAACACTTACGACACTGC
AGATATTCTTTCGAGAAATGCCAACAACATCAAATTAAGTCCCAATTTTC
TTCAAGATGTCATTGAAGATCAAATACTCCATGACCCTAAATTGTTAAGT
TTTAAAGTTAAACCTTGTCTCAAGTGTGTTTCAGGAACTTTACTTGCAGT
CTTCGGCAACGAAGACTTCTTTCGTGTCGTAGTGTCCTTTCCAGAAATTT
GCATTGTACATCATTGTGTGAGACAGGGGGACGCAATTCACAAGTGCTAT
TTGGACGTGGGTTTACAGGGTACTTGGAAATGCAAATCAAACAGGCTTAT
TGAACGGTTCCACAGATGCTTCAAAACTGGACTAGTTGCAGGGATACTAG
AAGACAAAGAAAATTGGATGAATGTTCTGCCTGTTGTTTTGTGGGGACTG
AGAAATTCAGTACCAATGGATCAAGTATCTAAATATTCGCCCTTCCAGTT
ACTTACTGGTCGCTCTGGATCTTTGACTTCAGGCTTCTTCGATTTTTTCC
TATTCTTAAGGTAGATGCCGATGTGGGGCGCTCCTMCGAGACGATGGAGA
AGGTTGCTCACGTTACCCTGCGAGTAACCCAGAGAGAAACGTTCGACAAT
CGTCTGAGCAAGGCTGACTACGTTTTTCAATTTTTATTCGATTAGTTTCT
TAGAGAAAGAGGTTGGAAGACCCCAGGACAATTTTAGGACGCTTTTATGC
TAGCAATAAAATTTAACCTGAATCCGCGGTTTCAGCTATTAATCTCCAAA
GATAGACACCGTCATGCTTTTGGAATCATCGCCAGGATCCTACTAGAATC
TCCAACTGTGAGCTGTACAAGGTCCATTGTATAAAAGGAAAAAAAAGAAA
GAGTTTTTTTTTCTTCCCTCTGAGAGAGGGGGGGGGGGGRGKACCGTTGR
GGTTTGWTTTGATCAAGTTGATCACTTCTCCTTTTTTAACATTAAATACT
TTACAATGTATACAATCGAACATTTATTGACAGTCAGATAAAGGAAACTG
AAAATTAGTGAGCGCTTACCAAACCAAGTTTCCTATTTTGGTAAAAATTT
TAAATTTTAAAACCGGATATGGCTTYTWAGTGCAGTGATACTCTAAAAAA
GGTGGKCGTTTGAGGTTTGACTGAATTTCCTTCCTTTTGGTTTTGATTTC
AAGTGAAACATTTCTCCCGAGGGCGTTGTCCGCTAAACTATGCTGCTCCA
TTAAAATTTGATCAGGTCTTTGACCATTAATTTGTTTATTTTGTCGTGAA
AATCAGTCTATAAATCAAAAAATAAATAGAGAGTTGTGACTAAATTACAA
AACACGTGATTTGTTATGGAATCAAGAAAAGACAAATCAAGCACAACTTG
TGGCATGTTTAAATAGTGTGTTAAGTTATATTTTTTATGAAGTATGTCCA
CTTTCATAAGGCTTTACAAACCGGCGAGTAGATTGACAGCTCATGATGAT
GAAAGCTGTGTTCATGATAGTTCCGGAGTGAATCCAAATATGGATTAAAG
GTGTGGCGGACATTCTTCTCCAAAACTCTCATAACTGTATTGTCATAGAT
TTGAGGTCAGGGCTGGAGGKAGGCTACGTGGAGGCAGGGKAGAAGTCAGC
CATATTGTTGCTGCAGTATTTTTTGGTTGTTCTTGTCTCTATCCCTATAT
TTGGAAAAGGCACGGAGTTTTCCTTTGAATCCGCATCAGGAGTGACAACA
TTTGCCCTATTGGACGTGTTAGAGACCAAGGGGAAGCCCTGGATGGACAT
GGTTGCCTATAGGAGTCCTGATATATGGCAGAAGGACTCCCCTCCCGGCC
GCAGCTCTAAAAAATTATCAAATGGCTCCATTACAGTTTTGACTACTTCA
TCTTTTGGACTTTTGGGCTCCAAACTTGCCCGATTTAAATCTGATAAATT
ATTTTATTTGGTGTGCAATCAAACGACCGACCAACCGAAGAACCTGCAAC
ACCAAAAACGAACTTATCAGTTGAATCAAGAAGAGACCATGTGGCAAAGG
CCTACTCGCACTTTCGGTCTCGTATACAGACTATAATCGAGGCTGGAGGK
GATTTTATGAAATAAAATAAATCAAATCCCATCAAGCTTTCATAATCTTG
TTTTATTTTTTTGAATCTGATATCTGTTGAAGAGAAAATTGCATTTGAAA
AAAACAAAACATTTTCGTGGCATAAATAACTTGTGCACCCTGTATATTGA
CATTATTCTACTTTGTATATGTATATTAGATAATTATCTTCACATTCTCT
TGTGCAAATACCGTAAGGTATATAAAGAAGGCATTTTATATTAATGTAAT
CTTCAAAAGTTTGACCCTTGACACAGTGTCTTATGTATAAATGTATAAAT
TACATACGTCAGCAAAAAGCAATCTTTTACTTTGGCTCCATATCAAATTT
GCTGATCACGAAAATATAATTAGTTTTTTTTATTAAATCCTAGCAAAAGA
AAAATATATAA

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