# STOCKHOLM 1.0
#=GF ID 3.40.50.2300/FF/000423
#=GF DE Predicted protein
#=GF AC 3.40.50.2300/FF/000423
#=GF TP FunFam
#=GF DR CATH: v4.3
#=GF DR DOPS: 92.946
#=GS A7S0D3/14-25_48-204_344-496  AC A7S0D3
#=GS A7S0D3/14-25_48-204_344-496  OS Nematostella vectensis
#=GS A7S0D3/14-25_48-204_344-496  DE Predicted protein
#=GS A7S0D3/14-25_48-204_344-496  DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7S0J8/3-155_291-434         AC A7S0J8
#=GS A7S0J8/3-155_291-434         OS Nematostella vectensis
#=GS A7S0J8/3-155_291-434         DE Predicted protein
#=GS A7S0J8/3-155_291-434         DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7RX43/39-198_335-461        AC A7RX43
#=GS A7RX43/39-198_335-461        OS Nematostella vectensis
#=GS A7RX43/39-198_335-461        DE Predicted protein
#=GS A7RX43/39-198_335-461        DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7RR90/30-185_324-453        AC A7RR90
#=GS A7RR90/30-185_324-453        OS Nematostella vectensis
#=GS A7RR90/30-185_324-453        DE Predicted protein
#=GS A7RR90/30-185_324-453        DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7S1X6/24-185_323-458        AC A7S1X6
#=GS A7S1X6/24-185_323-458        OS Nematostella vectensis
#=GS A7S1X6/24-185_323-458        DE Predicted protein
#=GS A7S1X6/24-185_323-458        DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7SD73/5-162_300-428         AC A7SD73
#=GS A7SD73/5-162_300-428         OS Nematostella vectensis
#=GS A7SD73/5-162_300-428         DE Predicted protein
#=GS A7SD73/5-162_300-428         DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7RR89/2-138_276-407         AC A7RR89
#=GS A7RR89/2-138_276-407         OS Nematostella vectensis
#=GS A7RR89/2-138_276-407         DE Predicted protein
#=GS A7RR89/2-138_276-407         DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7RZI9/32-187_325-456        AC A7RZI9
#=GS A7RZI9/32-187_325-456        OS Nematostella vectensis
#=GS A7RZI9/32-187_325-456        DE Predicted protein
#=GS A7RZI9/32-187_325-456        DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7RMV4/1-153_300-425         AC A7RMV4
#=GS A7RMV4/1-153_300-425         OS Nematostella vectensis
#=GS A7RMV4/1-153_300-425         DE Predicted protein
#=GS A7RMV4/1-153_300-425         DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7RSA2/32-184_322-446        AC A7RSA2
#=GS A7RSA2/32-184_322-446        OS Nematostella vectensis
#=GS A7RSA2/32-184_322-446        DE Predicted protein
#=GS A7RSA2/32-184_322-446        DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GS A7S0L2/29-180_318-441        AC A7S0L2
#=GS A7S0L2/29-180_318-441        OS Nematostella vectensis
#=GS A7S0L2/29-180_318-441        DE Predicted protein
#=GS A7S0L2/29-180_318-441        DR ORG; Eukaryota; Metazoa; Cnidaria; Anthozoa; Hexacorallia; Actiniaria; Edwardsiidae; Nematostella; Nematostella vectensis; 
#=GF SQ 11
A7S0D3/14-25_48-204_344-496          -DFIIGGLFPVHVM---GN-KVCYKM---NVFGLMWVEATLFAIAEINNRKDILP-NITLGFDIRDSANDVHNALNASLDFVLPLSDPTTNKNTSKSSHGDTCICLSK-NSIMTRRVSAVIGGAGSTISKAVNNVLSMNNIPQISYSSTSPALSDKTFFPSFLRTIPPDYIQAEVMADLKLTPLNSN----HNPWFREFWEGNFGCVFDDLSSPTHISKSENFSRRGVVFSKGEKVKCSNYEGTPSGEAIQLNKAPNVMDSVYAIGWALHSMLNCTPGGPSKP-GTCSKRDHTFTPSDLLEEIKKTSFTGKLGYPVQFDKHGDTKGNYL-IKSLQPDH
A7S0J8/3-155_291-434                 GDLVLGGLFPVHVLKAVGD-RKGSDL---NYYAITWVEAMLYALNEIRHNSSMLQ-NYTLGFDIRDSCNKVSTALEASLDFLLGDT--------AGKTWNASCFCEGR----GMPLVGAVIGGAASPISLNIANVLSVNDIPQISYSSTSVLLSNKDVYPSFLRTIPSDTNPGFESHLSGLSPANSE----RNPWMFEYWEQEFSCHKTANDSYM--LNTANYFVYKTNSDVNVTIVCERTKGKPTTEFLPRNKYTNVMDAVYSVAYAVQALLKENTNS---------SKKTTISPKQLLGYIKNTSFAGLSGSVVSFDKNGDLKYGSF---------
A7RX43/39-198_335-461                GDVMLGGLFPIHLTY--TD-NKCIRL---RPEALVLSEAMSLAVEEINNSQDILP-NVTIGYVIRDTCGSEQIAIKSAADFSFTNSLMFE-SRYKQAVNDCRPYVMDS-NYTSLSPIMSVIGGEDSRVSKNVASVLQLNDIPQISYGASSAELS-NSQFSTFFRTVPSDNHELLEDHLLNITSS-----THKGLWWSQFWSELFNCSTGHVKSEK-------------TCNGSERISRELYQNKLHGPLI-----AYVRDAVYASAHALHTLLICNSTKS------CKMKLSNLTTEMVVTSLRSLSFQGLTGY-LDFSKG--EVQAQY---------
A7RR90/30-185_324-453                GDVILGCLISVREKE--SY-DKCGKF---FEAGISRAESVIYVIDKINEDPALLP-GIKLGYDIRDYCDSPALAMQHAYDFSISVPGLN-----HTHVRISMATDRDH-APRNAKPIAALIGPSDSGTALPLAGLLRVEAIPMISSSATSDELS-GKLYSNFFRTIPPDIDPNFANHMMAVTPSLSV--NSTNVWWEFVWQEIFHCTARGAKGFE-------------PCGPQVKITKPLYE-RLKSGFV-----TYQEDAFYAAAHALDAIFKCNGS-------DCPQKIPYVNPIEVTKYLRQVDFKGLTGQ-VRFDKNGDPVNALY---------
A7S1X6/24-185_323-458                GDVIIGSLLSAHKNS--DE-KKCRDF---YPPGLNRVEATIQTIQQINNNSEILP-NITLGYDIRDYCNSRELAMKETYDFAVNS---------HSALNSQIGIPMSRNKSNSTNSAVAIVGPYGSRNSLQVAGLLQVVGMAGISPSATSEELS-WPFYDKFLRTVPPDNLQAKAMADLTLTPGKSL--EDGNIFWEKLWKEEFNCSALANITMA------------SSCPCDLNINQNVFN-KMYDDFI-----PYHVDAIYAIAHALNAIYRCTEPRGLLPNGRC-PGTTPVSPDHVLLYLRNVSFQGLTGV-VQFDDNGDPLSSCYDVISFQ-KS
A7SD73/5-162_300-428                 GDVVLGALITVRHKD--VE-DKCREL---KPQGLAYVEAMLYAIETINNDPTLLE-NTTLGYDIRDSCDSPTLANKYAFEFVTRNRALD---KLYSSHNNSEVQRLYQ-AGEILRPITTVIGAGDSSSSVVIASMLQIGDIPLISPFATSEELS-LPYFKTFFRPVPPDGLSRYKNHLFNLSYQTPR--VRNHTWWREYWALQKQCSSQSSCDLT-----------------DFRITNAHFV-NLYTAYL-----SYVIDAVYAAAHAIDAIIRCPKHRV-----DCPLTRPYIRPSEVLKVLRNVTFEGVTGI-VQFNNNGDSIRSAA--------Y
A7RR89/2-138_276-407                 GDVIVGALLNFHLKS--DDWNACGEF---HPSGVGFAEVLSFTIDKINQEAHLLPKNITLGYDIRDYCDNPMLAVKWAYDFVANVS--------ENR-------------------IAAVIGPEDSNTAMMVAGLLQVENIPLVSFAASSEELS-SPIYRSFFRTIPPDHNPDFDAHIKAATPTNTVGNSYGGAWWKEFWENEFNCSYDLKTCRK---------------HENDTMSGQTLD-KMFSAFS-----AKLIDAVRAVAYALEGAYRCPNQRDR----FC-ANPKHVKPVQVLNQLRSVSFEGFSGK-IQFDKNGDPHASSY---------
A7RZI9/32-187_325-456                GNVTFAVTLPVHVKT--PV-DTCSSTLYSHGLGLGYVETIAFSVRNINNDPSILP-NIRLGIDIWDYCNTARLAVQTAHEIISNNQ--------LYELVHEHGVQTAR-VGNVSSPVLAVIGTMGSSSSTFVSSLLQVTHVPLISPFATSEELS-SPFFGAFFRTVPPDGDVELEEHLKNIAPLVTT--RGRIPWWDEFWEQEFNCTSSVHGKSH-----------LSPCSESLRLSHTGLQ-KVSNGYT-----SYITDAVYAIARSLHELYKCNSTSG------C-LHASRASPKDVTEKLREISFQGQTGL-VNFTTSGDPETARY---------
A7RMV4/1-153_300-425                 GNITIGALLPFHVKN--DQ-DGCGEF---YAFGVGYYEAFTLAIERINNDTALLP-NITLGVDIWDYCDLPAIAVKEAHGIAMNNY--------LNEIGAVKGGTGDK-SFDVTAPVVAVIGTEDSSSTSLVSSLLQVVNITTISPFATSEELS-MPYYSKFFRTIPPDGDHVYEAHLRMLSAADTR----GNPWWDEFWASEFGCDNSQSKSSN-------------RCRDSLEVSQSGFN-RLYNSYN-----PYLADAVYAIAHALDDARNCTR--------DC-TKSPDVSPGDVAKYLRQVSFKGFTGH-VYFSDQGNPADSFY---------
A7RSA2/32-184_322-446                GNITLGVILPAHSQT--AS-GECGEL---YLLGLGYIEAISYAIERINNSTELLP-GLSLGLDVRDYCYNPRLAMQWAYNIVANND--------HNELVQRNGVLSDK-FTNLTDPVVAVIGTIESGSTGHIAGLFQVVNISIVSPFSTSEELS-SPYFTSFARTIPPDGDSEFEKHLKNLTPDKTR--QGGNPWWEEYWASEAECVESGSKECN-----------------AQIVSESGFK-KLYSAYV-----SYVTDSVYAVANGLDKWHKSQLELN--------ITDAKIEPYELLKFMNNLTFRGITGT-VHFKTSGDPANAYY---------
A7S0L2/29-180_318-441                GNATLGVILPVHSQT--AS-GGCGEL---YTLGLGYIEAISYAIERINNFTDILP-GISLGLDVRDYCYNSKLAMKWAYSIVANND--------HIELV-RQGLSREK-FENLTDPIVAVIGSMESSSTGNIAGLFQVENMPIVSPFSTSDELS-SPYYSSFFRTIPPDSDLEFGNHLRNLTPEKTR--QMGNPWWEEYWKGAGKCILDHEGDCQ-----------------LKGVSEAGYQ-QLYSAYV-----PYVIDAVHAVAHGLDKLYRHGAIRN--------VTPSNV-AQSLLYCMKNLTFGGVTGN-VSFKTSGDPINAHY---------
#=GC scorecons                       76555836555733200330437345000432763449643557449763336960655894777957433359452645643442000000003333212232123401122324637789425934522665675634763794367946990344734959879793333443643456522420011454763559434539323233323000000000000012113236433253055343540000045439777757567434345422210000004024233537236533664559393692073944476523525000000000
#=GC scorecons_70                    **___*_*___*__________*_________*____**____*__**_____**_*__**_****_*_____*___*______________________________________*_****___*_____**__*_*__**_**___**__**____*__*_******_______*_________________*____*_____*_____________________________________________________*****_*_**__________________________*__*___**___*_*__*__*_*___**_______________
#=GC scorecons_80                    _____*_____*__________*______________*________**_____*_____**_**_*_*_____*____________________________________________****___*_________*_______**___**__**____*__*_**_*_*_________________________*____*_____*_____________________________________________________*_*_*_*__*______________________________________*_*__*__*_*___*________________
#=GC scorecons_90                    _____________________________________*________*______*______*____*_______*______________________________________________**___*__________________*____*__**_______*_*__*_*______________________________*_____*_____________________________________________________*_______________________________________________*_*__*____*____________________
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