# STOCKHOLM 1.0 #=GF ID 3.60.21.10/FF/000062 #=GF DE Tartrate-resistant acid phosphatase type 5 #=GF AC 3.60.21.10/FF/000062 #=GF TP FunFam #=GF DR CATH: v4.3 #=GF DR DOPS: 90.852 #=GS F8QXP2/12-310 AC F8QXP2 #=GS F8QXP2/12-310 OS Danio rerio #=GS F8QXP2/12-310 DE Acp5b #=GS F8QXP2/12-310 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Actinopterygii; Actinopteri; Neopterygii; Teleostei; Otomorpha; Ostariophysi; Cypriniphysae; Cypriniformes; Cyprinoidei; Cyprinidae; Danio; Danio rerio; #=GS F8QXP2/12-310 DR GO; GO:0009612; #=GS O01320/75-408 AC O01320 #=GS O01320/75-408 OS Caenorhabditis elegans #=GS O01320/75-408 DE Uncharacterized protein #=GS O01320/75-408 DR ORG; Eukaryota; Metazoa; Nematoda; Chromadorea; Rhabditida; Rhabditina; Rhabditomorpha; Rhabditoidea; Rhabditidae; Peloderinae; Caenorhabditis; Caenorhabditis elegans; #=GS W4Z5C2/58-366 AC W4Z5C2 #=GS W4Z5C2/58-366 OS Strongylocentrotus purpuratus #=GS W4Z5C2/58-366 DE Tartrate-resistant acid phosphatase type 5 #=GS W4Z5C2/58-366 DR ORG; Eukaryota; Metazoa; Echinodermata; Echinozoa; Echinoidea; Euechinoidea; Echinacea; Echinoida; Strongylocentrotidae; Strongylocentrotus; Strongylocentrotus purpuratus; #=GS A7SBE6/20-320 AC A7SBE6 #=GS A7SBE6/20-320 OS Nematostella vectensis #=GS A7SBE6/20-320 DE Tartrate-resistant acid phosphatase type 5 #=GS A7SBE6/20-320 DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; #=GS W4XHR6/14-319 AC W4XHR6 #=GS W4XHR6/14-319 OS Strongylocentrotus purpuratus #=GS W4XHR6/14-319 DE Tartrate-resistant acid phosphatase type 5 #=GS W4XHR6/14-319 DR ORG; Eukaryota; Metazoa; Echinodermata; Echinozoa; Echinoidea; Euechinoidea; Echinacea; Echinoida; Strongylocentrotidae; Strongylocentrotus; Strongylocentrotus purpuratus; #=GS A7SJY2/3-260 AC A7SJY2 #=GS A7SJY2/3-260 OS Nematostella vectensis #=GS A7SJY2/3-260 DE Predicted protein #=GS A7SJY2/3-260 DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; #=GS A7SQV0/1-286 AC A7SQV0 #=GS A7SQV0/1-286 OS Nematostella vectensis #=GS A7SQV0/1-286 DE Predicted protein #=GS A7SQV0/1-286 DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; #=GS W4Y933/84-385 AC W4Y933 #=GS W4Y933/84-385 OS Strongylocentrotus purpuratus #=GS W4Y933/84-385 DE Uncharacterized protein #=GS W4Y933/84-385 DR ORG; Eukaryota; Metazoa; Echinodermata; Echinozoa; Echinoidea; Euechinoidea; Echinacea; Echinoida; Strongylocentrotidae; Strongylocentrotus; Strongylocentrotus purpuratus; #=GS B8BQ79/24-365 AC B8BQ79 #=GS B8BQ79/24-365 OS Thalassiosira pseudonana #=GS B8BQ79/24-365 DE Acid phosphatase #=GS B8BQ79/24-365 DR ORG; Eukaryota; Bacillariophyta; Coscinodiscophyceae; Thalassiosirophycidae; Thalassiosirales; Thalassiosiraceae; Thalassiosira; Thalassiosira pseudonana; #=GS A9UP23/30-343 AC A9UP23 #=GS A9UP23/30-343 OS Monosiga brevicollis #=GS A9UP23/30-343 DE Uncharacterized protein #=GS A9UP23/30-343 DR ORG; Eukaryota; Choanoflagellida; Salpingoecidae; Monosiga; Monosiga brevicollis; #=GS B7P2M5/31-341 AC B7P2M5 #=GS B7P2M5/31-341 OS Ixodes scapularis #=GS B7P2M5/31-341 DE Tartrate-resistant acid phosphatase type 5 #=GS B7P2M5/31-341 DR ORG; Eukaryota; Metazoa; Arthropoda; Chelicerata; Arachnida; Acari; Parasitiformes; Ixodida; Ixodoidea; Ixodidae; Ixodinae; Ixodes; Ixodes scapularis; #=GS F6QX49/30-330 AC F6QX49 #=GS F6QX49/30-330 OS Ciona intestinalis #=GS F6QX49/30-330 DE Tartrate-resistant acid phosphatase type 5 #=GS F6QX49/30-330 DR ORG; Eukaryota; Metazoa; Chordata; Tunicata; Ascidiacea; Enterogona; Phlebobranchia; Cionidae; Ciona; Ciona intestinalis; #=GS A0A226MD45/299-603 AC A0A226MD45 #=GS A0A226MD45/299-603 OS Callipepla squamata #=GS A0A226MD45/299-603 DE Nuclear factor 1 #=GS A0A226MD45/299-603 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Sarcopterygii; Aves; Neognathae; Galloanserae; Galliformes; Odontophoridae; Callipepla; Callipepla squamata; #=GS W5MNB1/22-324 AC W5MNB1 #=GS W5MNB1/22-324 OS Lepisosteus oculatus #=GS W5MNB1/22-324 DE Tartrate-resistant acid phosphatase type 5 #=GS W5MNB1/22-324 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Actinopterygii; Actinopteri; Neopterygii; Holostei; Semionotiformes; Lepisosteidae; Lepisosteus; Lepisosteus oculatus; #=GS A0A1D5PVF8/17-321 AC A0A1D5PVF8 #=GS A0A1D5PVF8/17-321 OS Gallus gallus #=GS A0A1D5PVF8/17-321 DE Tartrate-resistant acid phosphatase type 5 #=GS A0A1D5PVF8/17-321 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Sarcopterygii; Aves; Neognathae; Galloanserae; Galliformes; Phasianidae; Phasianinae; Gallus; Gallus gallus; #=GS A8XGF1/42-372 AC A8XGF1 #=GS A8XGF1/42-372 OS Caenorhabditis briggsae #=GS A8XGF1/42-372 DE Tartrate-resistant acid phosphatase type 5 #=GS A8XGF1/42-372 DR ORG; Eukaryota; Metazoa; Nematoda; Chromadorea; Rhabditida; Rhabditina; Rhabditomorpha; Rhabditoidea; Rhabditidae; Peloderinae; Caenorhabditis; Caenorhabditis briggsae; #=GS A0A2G5VKY3/129-459 AC A0A2G5VKY3 #=GS A0A2G5VKY3/129-459 OS Caenorhabditis nigoni #=GS A0A2G5VKY3/129-459 DE Uncharacterized protein #=GS A0A2G5VKY3/129-459 DR ORG; Eukaryota; Metazoa; Nematoda; Chromadorea; Rhabditida; Rhabditina; Rhabditomorpha; Rhabditoidea; Rhabditidae; Peloderinae; Caenorhabditis; Caenorhabditis nigoni; #=GS Q6DHF5/23-326 AC Q6DHF5 #=GS Q6DHF5/23-326 OS Danio rerio #=GS Q6DHF5/23-326 DE Tartrate-resistant acid phosphatase type 5 #=GS Q6DHF5/23-326 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Actinopterygii; Actinopteri; Neopterygii; Teleostei; Otomorpha; Ostariophysi; Cypriniphysae; Cypriniformes; Cyprinoidei; Cyprinidae; Danio; Danio rerio; #=GS Q6DHF5/23-326 DR GO; GO:0009612; #=GS A0A2R8Q7Q3/23-327 AC A0A2R8Q7Q3 #=GS A0A2R8Q7Q3/23-327 OS Danio rerio #=GS A0A2R8Q7Q3/23-327 DE Tartrate-resistant acid phosphatase type 5 #=GS A0A2R8Q7Q3/23-327 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Actinopterygii; Actinopteri; Neopterygii; Teleostei; Otomorpha; Ostariophysi; Cypriniphysae; Cypriniformes; Cyprinoidei; Cyprinidae; Danio; Danio rerio; #=GS A0A2R8Q7Q3/23-327 DR GO; GO:0009612; #=GS A0A2R8QJX8/23-327 AC A0A2R8QJX8 #=GS A0A2R8QJX8/23-327 OS Danio rerio #=GS A0A2R8QJX8/23-327 DE Tartrate-resistant acid phosphatase type 5 #=GS A0A2R8QJX8/23-327 DR ORG; Eukaryota; Metazoa; Chordata; Craniata; Actinopterygii; Actinopteri; Neopterygii; Teleostei; Otomorpha; Ostariophysi; Cypriniphysae; Cypriniformes; Cyprinoidei; Cyprinidae; Danio; Danio rerio; #=GS A0A2R8QJX8/23-327 DR GO; GO:0009612; #=GS A0A2G5VL75/167-497 AC A0A2G5VL75 #=GS A0A2G5VL75/167-497 OS Caenorhabditis nigoni #=GS A0A2G5VL75/167-497 DE Uncharacterized protein #=GS A0A2G5VL75/167-497 DR ORG; Eukaryota; Metazoa; Nematoda; Chromadorea; Rhabditida; Rhabditina; Rhabditomorpha; Rhabditoidea; Rhabditidae; Peloderinae; Caenorhabditis; Caenorhabditis nigoni; #=GS A0A2G5VKW8/159-489 AC A0A2G5VKW8 #=GS A0A2G5VKW8/159-489 OS Caenorhabditis nigoni #=GS A0A2G5VKW8/159-489 DE Uncharacterized protein #=GS A0A2G5VKW8/159-489 DR ORG; Eukaryota; Metazoa; Nematoda; Chromadorea; Rhabditida; Rhabditina; Rhabditomorpha; Rhabditoidea; Rhabditidae; Peloderinae; Caenorhabditis; Caenorhabditis nigoni; #=GS A9V5H6/42-352 AC A9V5H6 #=GS A9V5H6/42-352 OS Monosiga brevicollis #=GS A9V5H6/42-352 DE Acid phosphatase #=GS A9V5H6/42-352 DR ORG; Eukaryota; Choanoflagellida; Salpingoecidae; Monosiga; Monosiga brevicollis; #=GS F6UJL9/33-344 AC F6UJL9 #=GS F6UJL9/33-344 OS Ciona intestinalis #=GS F6UJL9/33-344 DE Tartrate-resistant acid phosphatase type 5 #=GS F6UJL9/33-344 DR ORG; Eukaryota; Metazoa; Chordata; Tunicata; Ascidiacea; Enterogona; Phlebobranchia; Cionidae; Ciona; Ciona intestinalis; #=GS A0A1W2W9X5/127-439 AC A0A1W2W9X5 #=GS A0A1W2W9X5/127-439 OS Ciona intestinalis #=GS A0A1W2W9X5/127-439 DE tartrate-resistant acid phosphatase type 5-like #=GS A0A1W2W9X5/127-439 DR ORG; Eukaryota; Metazoa; Chordata; Tunicata; Ascidiacea; Enterogona; Phlebobranchia; Cionidae; Ciona; Ciona intestinalis; #=GF SQ 25 F8QXP2/12-310 NQQASSLRFVGIGDWGGRPSYPFYTPHEADTAKELARVAQSSGLDFVLSLGDNFYYDGVK-DVDD-TRFKFSYEQVFSHPALMTIPWYLIAGNHDHRGNVSAQIAYSSR-SERWIYPDLYYELNFKVPHS---------------NTSLTILMTDTVVVCGNTYD-------------GLDP-VGPED---LAAANKQLAWIEQRLQST-----KAD-FVIVVGHYPIWSIGHHGPTKCLISKLRPLLKKYNVSLYLSGHDHSLQFIRED---D--GSSFVVSGAGVEEDSSTDHRKSFPS-AWQLFSSPVN------------QTSGSFVYFEVNKSEMLINYLQPD-GKCVYQT-SVH----------- O01320/75-408 -RDSKSFRILLVGDTGGIPILE-TTWAQNEVKQTMASLADEHSVQMILNMGDNIYFTGPT-DEFD-PRFESRFENVYTNPSL-QVPWLTIAGNHDHFGNVTAEIEYTKH-SKKWYFPSLYYKKSVEFNGT-----------------SIDFLMIDTISLCGNTKDIQNAGFIEMLRNESHDP-RGPVN---ITAAEEQWAWLENNLEAS-----SAQ-YLIISGHYPVHSMSSHGPTDCLRQRLDPLLKRFNVNAYFSGHDHSLQHFTFPGYGEH-IINYVVSGAASRADASTKHIKEFSR-DTLKFNYPEKSWFSWSPVSQLGFRKGGLIYAEFGHYNARLDFFDKR-GKQLYST-IIPTRVIPTDTSTR W4Z5C2/58-366 -TAANNYTFLVLADWGGIPIWPYFSPFQWAVANQMTNTASDHIAKFVLALGDNFYEKGVT-DVDD-PRFKQTYEDVFHWPSM-QVPWYVVGGNHDHYGNISAQVAYTKV-SQRWKFPDYYHSHSFQIPDF---------------NRTLAIILVDTVILCGITDD----------ETTGSNL-PGPAS---ISAAEEQWKWLEEQLEAFK----SAD-YLVVGGHYPVWSVAEHGPTKILVDRLLPFLEKYNVTAYFCGHDHNLQHIKQD---NS-TVEYFVIGSADVVEPSRKHEQMIPP-SWLKFMDDNI------------ASLGGFARVTITNDNMFLTFMTGLHGKDVYSV-KMNPRPKRS----- A7SBE6/20-320 -SVSDSVRFLAVGDWGGLEFLPYKTPVESSVANRMGKVADTIHAQFVVALGDNFYFHGVK-DVDD-KRFQETYEDVFTAKSL-MVPWYVCAGNHDHYGNASAEIAYSQR-SKRWNFPDFYYTRSWNIPGT---------------SQEVQLVLLDTVLLCGNTKA----------DHVLDRP----QS---PSAAEAQWQWLEKTLKES-----QAH-YLLVGGHFPVWSIAEHGPTRCLVDRLKPLLEKYRVNAYLSGHDHNLQHLKEA---NS-TVEYFVIGAGAYVEDNTQHKPSVPK-GSSLFYWANQ------------WHYGGFATVQASTSSMNITFVDAE-GSSLYSR-SLYPRN-------- W4XHR6/14-319 -GQNDSLNFMVLADWGGQSTSPFVTPCEVNVAKQMGILASSYESQFVLALGDNFYYFGVS-SVDD-PRFNETFEDVFTADSL-QVPWYLVAGNHDWHGSVQAQIDYSKV-SKRWNFPSFYYMLRYQIPSS---------------QETVTFIMIDTVMLCGNTDD----------SDVLQQP-TKPKD---LLMVAKQFAWIEEQLKAT-----MNDTYVIVAGHYPVWSIAEHGPTDCLVNGLRPMLIKYNVSAYFSGHDHNLQHIKED---NS-SVEYFVIGSAHVVDSSVAHKADVPA-AWVKFHYADQ------------ASLGGFSYMEATPSGMDFTFADGRAGKSLYHA-TIKPRM-------- A7SJY2/3-260 -HSEGKLSFLAVGDTGGTPLSPFFTPTERRVATVMGKVAEEVDARFVLGLGDNFYFSGVR-NARD-PRFRLSFEDVFSAPALHRATWCMIAGNHDYQGNVSAQIAYTQK-SRRWYFPNFYYTFVGTIPKS---------------RSTVQVVMIDTMLLCFKKYR-------------NKSP-SLLVN---LFNKYINFFFI------------RAN-YLIVAGHHPVFSVGPHGSTKCLRSRLVPLLRKYKVSAYLSGHDHNLQHIKAT---DS-TVHYFVSGNGNFCSSRKTHVQTLPR-NSLKYVLFLM----------------------------------------------------------- A7SQV0/1-286 --NESKLAFLAIGDFGGKAWPPYYTGTLKNVAKTMGKVARTKSARFVLGLGDNFYWNGVK-NVND-FRFQSTFENVFNAPALHKTTWHMIAGNHDYLGNVLAQIAYTKV-SRRWNFPNYYYTKVERIPGT---------------CVTVQVVMIDTTLLCYKRT----------------------------SERIAHYKWLEETLKNS-----SAD-YLVVAGHHPVYSAGVHGSTYCLQQKLRPLLWAYDVTAYLSGHDHNLQHIKEK---NY-DVHYFVSGSASNHNALQLHKGCLPC-DSLRYFNGRI---------------GAFALLEATPKSLKVTFISER-GRVLYSA-DISPR--------- W4Y933/84-385 --VGSEVRFLVLGDIGGLGEPPYTTDDQEDVAWAAGKVADNFKADFIVELGDNFYENGVK-DVHD-PRFRQTFEDVYTAESL-QVPWYIVPGNHDWDGNITAQIEYSKI-SERWHFPSLYYTKEFRISDS--------------PDAKLFMVVIDTMLLCGM----------------GTPP-TGPWN---VSAAEDQWIWLEHQLNATK----EAN-YVIVAGHYPVRSMGSHGPTRCLVERLEPLLKQYNVSAYFAGHDHNLQHIHEP---GS-PVEYFISGAGSKIDPGRTYRFSVPP-EWQHFHMGNI------------QRKGGFLYAEATAERLTVAFTDAKDVWDFHTT-TISPRRIR------ B8BQ79/24-365 ASHTDKLRFLAIGDWGGQDEYPYYTEEQWEVAQGMAKVASD-DAAFVLALGDNFYFHGLQ-GIDDEERYQATFEKVYHQEEL-QVPWYLIGGNHDYCGNIEKQIEFTKREGTRWTFPDYNHRIVKEFIVSDNGASTSDGPDDGHDVVKLEIIMIDTVQLAGHECL------NEMSVEYFNPP-PGLLDEISFNKASMTLSWVKKAIEQS-----DAD-YLIVAGHYPIYSACSHGNTMELIRDLDPMLKEHGVTAYLSGHEHCQFHFQHD------GMDYFLTGTGHDCCYGSSQREKLPSGGELKYILADSHDYSGDS-----GARGGFASFDVGRDELVVRLHKED-GEALYDA-VLYPRSDHFKKAAT A9UP23/30-343 --NSDSVSAVLLGDWGGQDAAPYAEVGQLATVPGLTAVVTQVNAQLALLLGDNFYSSGIHSDEHD-ARFVETFEQVYNSSVLEAIPYYVIAGNHDHKGNVSAQIAYSQL-SSRWHFDDYYYKKSFVFSPS------------SERNMTIDIIFIDTVLLAGNSDD---------LEDKFGTL-PGPID---ADWAETQWSWIQASLRDS-----TAD-YLFTAGHYPVWSGCSHGPTDILVDRLKPMLEQYGATGHLSGHDHCLEYIDEG---L--GPVYPLSGAGDNCCYDNTNADKVPE-GAMKFAIWNDG--TGS------PIEGGFAIMTANATEVVFEYFAAN-ATRLFTSNPVKPRTH------- B7P2M5/31-341 -ADNQSVRFLVFGDWGGLPFYPYTTRIQRNLAKTMAAVATIKNIDFVLSLGDNFYFKGVR-NADD-RRFKRTFEDVYHAASL-QVPWLILAGNHDHDGNVSAQIAYTKK-SKRWYFPNYYYKKNYKIPGS---------------DGTLDILMLDTVLLCGNTDP----------EDEESQPIPQKRN---EALYNRQFRWINKQLAESTQVSVTAR-YILVAGHYPIYSACSHGTTKCLERDLVPLLQKYRVNAYLAGHDHDLQHIRPD-TENW-TVEYFISGCTNFINPSLIHRRSLPR-NSLKFAWASV------------FSYGGFAYMEAATDSMAITFYDST-GKILHEN-VMKPR--------- F6QX49/30-330 -SMADVLKLVVMGDWGGLPFYPYYSPFEIATAKQLMKVSVKDGYEAVLALGDNFYYDGVV-NEFD-SRFQNTFENVFNDDQFKSIPWYLVGGNHDHYGNITGQIEYSKH-SHRWVFPNMWYKV--QMLGN---------------GFNVTIVMIDTVTLCGNTMQ------------EGEQP-NGDID---DATAQDQLSFIETTLKES-----EDS-YVIVAGHFPVWSIAEHGPTQCLLEKLKPLLEKYKATTYMCGHDHNLQHIRET---NS-TVEYFVSGAVDVVDPSMKHKDSIPQ-DSLQFYWANI------------LGLGGFATLDATKSEMVLRFHSAT-GSTLYKH-SMLPRK-------- A0A226MD45/299-603 -GPGRAVQFLAVGDWGGVPEPPFATPREVATAAAMGRVAAQRGADFVLALGDNFYYDGVR-DEWD-PRFQETFEHVFAVPGLRALPWFVLAGNHDHHGNVSAQLAYSRH-SDRWHFPHYYYSLRLHVPGT---------------NATARLLVLDTVLLCGATDD----------FGVGASP-RGPAD---AAAAEAQLSWLQGRLASA-----RHDRYVLVAGHYPVWSVAEHGPTACLVRLLRPLLRRHRVTAYLCGHDHNLQFLQED------GVGYVVSGAGNFMEAAQSHKAAVPP-GTLRFFFGAP------------ESPGGFAHLRLDAAAATITFVEAT-GRVLYRV-ALPPRDF------- W5MNB1/22-324 -KENDYLRFVAIGDWGGSPDSPFFTPLEKAVAAEMGRVAQTVGLDFVLSLGDHFYYQGVK-DIDD-FRFKATFENVFADPSLLSVPWYLVAGNHDHLRNVTAQVAYSKR-SKRWNFPELYYDLYFKVPHS---------------NTSVTILLIDTVLLCGNTYD-------------GIQP-EKPEN---HEAAAKQFIWIKEKLEKS-----KSE-FLIVAGHYPVWSIGHHGPTQCLVEQLRPLLKKHNVTAYLSGHDHSLQFIQED---N--GMAYIVSGSGNFVDMSIYHKNKFPH-AWQLFSSAVN------------NTFGGFAYFTVTKEKMFINYISAA-GEGVYQT-SLSKRSAE------ A0A1D5PVF8/17-321 -GPGKAVQFLAVGDWGGVPEPPFVTPREAATAAAMGRAAAERGADFVLALGDNFYYDGVR-DEWD-PRFQETFERAFAAPELRALPWFVLAGNHDHHGNVSAQLAYSRH-SERWRFPHYYYSLRLHVPGT---------------NATARLLLLDTVLLCGATDD----------FGVGATP-RGPPD---AAAAEAQLSWLQRRLAAA-----RHDRYVLVAGHYPVWSVAEHGPTQCLLRLLRPLLRRHRVTAYLCGHDHNLQFLHED------GVGYVVSGAGNFMEASQTHRAAVPP-GAARFFYGAP------------ESPGGFAHLRLDADAATITFLEAN-GRVLYRV-ALPPRDL------- A8XGF1/42-372 -RNEKTFRILLVGDTGGIPILE-TTWAQRGVKETMALIANEKDVQMVLNMGDNIYFTGPT-DEFD-PRFETRFEAVYDSPSL-QVKWLTIAGNHDHFGNVTAEIEYTKH-SRKWYFPSLYYKQSEEFNGT-----------------RIDFIMIDTISLCGNTKDIQNAGFIEMLRNESHDP-RGPAN---VSAAEEQWTWLETMLSQS-----SAQ-YLIVSGHYPMHSMSSHGPTECLRIRLDPLLKRYNVNAYFSGHDHSLQHFEYDGNEGH-KIHYLVSGAASRADASTKHVKEFSK-DNLKFNYPEKSWFSWSPVSQLGFRKGGFIYAEFGHESARLDFYDKN-GKQLYAT-FIPTRRILTEF--- A0A2G5VKY3/129-459 -RNEKTFRILLVGDTGGIPILE-TTWAQRGVKETMASIASEKDVQMVLNMGDNIYFTGPT-DEFD-PRFETRFEAVYDSPSL-QVKWLTIAGNHDHFGNVTAEIEYTKH-SRKWYFPSLYYKQSEEFNGT-----------------RIDFVMIDTISLCGNTKDIQNAGFIEMLRNESHDP-RGPAN---VSAAEEQWTWLETMLSQS-----SAQ-YLIVSGHYPMHSMSSHGPTECLRSRLDPLLKRYNVNAYFSGHDHSLQHFEYDGNEGH-KIHYVVSGAASRADASTKHIKEFSK-DNLKFNYPEKSWFSWSPVSQLGFRKGGFIYAEFGHESARLDFYDKN-GKQLYAT-FIPTRQILTEF--- Q6DHF5/23-326 NQQASSLRFVGIGDWGGRPSYPFYTPHEADTAKELARVAQSSGLDFVLSLGDNFYYDGVK-DVDD-TRFKFSYEQVFSHPALMTIPWYLIAGNHDHRGNVSAQIAYSSR-SERWIYPDLYYELNFKVPHS---------------NTSLTILMTDTVVVCGNTYD-------------GLDP-VGPED---LAAANKQLAWIEQRLQST-----KAD-FVIVVGHYPIWSIGHHGPTKCLISKLRPLLKKYNVSLYLSGHDHSLQFIRED---D--GSSFVVSGAGVEEDSSTDHRKSFPS-AWQLFSSPVN------------QTSGSFVYFEVNKSEMLINYLQPD-GKCVYQT-SVHKHKVQ------ A0A2R8Q7Q3/23-327 NQQAASLRFVGIGDWGGRPSYPFYTPHEADTAKELARVAQSSGLDFVLSLGDNFYYDGVK-DVDD-TRFKFSYEQVFSHPALMTIPWYLIAGNHDHRGNVSAQIAYSSR-SERWIYPDLYYELNFKVPHS---------------NTSLTILMTDTVVVCGNTYD-------------GLDP-VGPED---LAAANKQMAWIEQRLQST-----KAD-FVIVVGHYPIWSIGHHGPTKCLISKLRPLLKKYNVSLYLSGHDHSLQFIRED---D--GSSFVVSGAGVEEDSSTDHRKSFPS-AWQLFSSPVN------------QTSGSFVYFEVNTSEMLINYLQPD-GKCVYQT-SVHKRKVQL----- A0A2R8QJX8/23-327 NQQASSLRFVGIGDWGGRPSYPFYTPHEADTAKELARVAQSSGLDFVLSLGDNFYYDGVK-DVDD-TRFKFSYEQVFSHPALMTIPWYLIAGNHDHRGNVSAQIAYSSR-SERWIYPDLYYELNFKVPHS---------------NTSLTILMTDTVVVCGNTYD-------------GLDP-VGPED---LAAANKQLAWIEQRLQST-----KAD-FVIVVGHYPIWSIGHHGPTKCLISKLRPLLKKYNVSLYLSGHDHSLQFIRED---D--GSLFVVSGAGVEEDSSTDHRKSFPS-AWQLFSSPVN------------QTSGSFVYFEVNTSEMLINYLQPD-GKCVYQT-SVHKRKVQL----- A0A2G5VL75/167-497 -RNEKTFRILLVGDTGGIPILE-TTWAQRGVKETMASIASEKDVQMVLNMGDNIYFTGPT-DEFD-PRFETRFEAVYDSPSL-QVKWLTIAGNHDHFGNVTAEIEYTKH-SRKWYFPSLYYKQSEEFNGT-----------------RIDFVMIDTISLCGNTKDIQNAGFIEMLRNESHDP-RGPAN---VSAAEEQWTWLETMLSQS-----SAQ-YLIVSGHYPMHSMSSHGPTECLRSRLDPLLKRYNVNAYFSGHDHSLQHFEYDGNEGH-KIHYVVSGAASRADASTKHIKEFSK-DNLKFNYPEKSWFSWSPVSQLGFRKGGFIYAEFGHESARLDFYDKN-GKQLYAT-FIPTRQILTEF--- A0A2G5VKW8/159-489 -RNEKTFRILLVGDTGGIPILE-TTWAQRGVKETMASIASEKDVQMVLNMGDNIYFTGPT-DEFD-PRFETRFEAVYDSPSL-QVKWLTIAGNHDHFGNVTAEIEYTKH-SRKWYFPSLYYKQSEEFNGT-----------------RIDFVMIDTISLCGNTKDIQNAGFIEMLRNESHDP-RGPAN---VSAAEEQWTWLETMLSQS-----SAQ-YLIVSGHYPMHSMSSHGPTECLRSRLDPLLKRYNVNAYFSGHDHSLQHFEYDGNEGH-KIHYVVSGAASRADASTKHIKEFSK-DNLKFNYPEKSWFSWSPVSQLGFRKGGFIYAEFGHESARLDFYDKN-GKQLYAT-FIPTRQILTEF--- A9V5H6/42-352 --DSKVFTGLLLGDWGGTNKSPYTEPGQVACAASLGEVAANLDADIALLLGDNFYDSGVHGDEHD-ARFEETFENVYTADSLQDIPFYVVAGNHDWLGNVSAQIGYSTL-SARWIFPYYFYTRSFSWPGE-------------TRNVTMDIVFIDTILLSGNSDL---------LEDKFGEL-QGPAD---PVMAETQWAFIEAALNSS-----QAD-YLFTAGHYPVWSGCQHGPTLSLVRKLKPMLEQYKATGHLAGHDHCLQYIDEG---K--GPVYPQSGAGDNCCYHNKHEKSCPK-GSIKFNMWNDG--SGS------PIEGGYATFTATEAEVKFQFYAAN-GTVLFESPPVLPR--------- F6UJL9/33-344 --NEIGLRFLIISDWGGKPEPPYTTHTQMNVGRAMAEFSRRYDCSFVLSLGDNFCDKGVT-SVND-HRFEDTFEDVFSQPSL-QRPWYIVAGDKDYKGNVSAQIEYTKI-SRRWSFESNYYKMSANLPTY--------------RNISVDYVMIDTVELCGVLPP-----------SGKGQP-IGPAN---ITAAEKQWAWLEHALKNS-----GAE-YLVVGGHYPVYSGGRQGSTDCLVKRLQPMLDKFRVSAYFSGHDHSVQHIKSA---NSGGVHYFVAGAASAEDDRPEHLDGIYS-NTRYFWTNHL-----------DHTEGAFLYCDVRKDQMSVTFIKSD-ESILYLG-TILPRSNPANEKP- A0A1W2W9X5/127-439 --NEIGLRFLIISDWGGKPEPPYTTHTQMNVGRAMAEFSRRYDCSFVLSLGDNFCDKGVT-SVND-HRFEDTFEDVFSQPSL-QRPWYIVAGDKDYKGNVSAQIEYTKI-SRRWSFESNYYKMSANLPTY--------------RNISVDYVMIDTVELCGVLPP-----------SGKGQP-IGPAN---ITAAEKQWAWLEHALKNS-----GAE-YLVVGGHYPVYSGGRQGSTDCLVKRLQPMLDKFRVSAYFSGHDHSVQHIKSA---NSGGVHYFVAGAASAEDDRPEHLDGIYS-NTRYFWTNHL-----------DHTEGAFLYCDVRKDQMSVTFIKSD-ESILYLG-TILPRSNPANEKPE #=GC scorecons 02343355564579499352364373363455336535733244457847998784396406439049843579487435580456754679889638875777586530847938744784332445440000000000000003245446669963777552400000000001113236025535000345643743766337335000003650866759979649443896936943594979457575686699895776644400031045385769654235343373334630434483333300000000000023285744344333342436333306426733035347211000000 #=GC scorecons_70 _________*__**_**____*__*_________*___*_______**_******__*______*__**___**_**____*____*___*****__***_***_*____*_**_**__**_______________________________*_***_***____________________*____________*__*__**___*_________*__**_*_*****_*___****_**___*_***__*_*__*******_***_____________*_***__________*___________*____________________*_*_____________*_____*___*_______*_________ #=GC scorecons_80 ____________**_**_____________________*_______**_****_*__*______*__**___**_**____*____*___*****__***_***_*____*_**_**__**_________________________________**__***____________________________________*__*____*____________*__*_****__*___**_*__*___*_*_*__*_*__*__****_**______________*___*__________*___________*____________________*_*_______________________________*_________ #=GC scorecons_90 _____________*_**______________________________*__***_*__*______*__**____*_*_____*_________****__**______*____*__*_*____*_________________________________**___________________________________________________________________**_*__*___**_*__*___*_*_*_______*__****_________________*___*______________________*____________________*___________________________________________ //