- Transcript 'Moocci.CG.ELv1_2.S55...' >
- Transcript 'Cisavi.CG.ENS81.R4.8...' >
- Transcript 'Cisavi.CG.ENS81.R4.8...' >
- Transcript 'Cisavi.CG.ENS81.R23....' >
- Transcript 'Cisavi.CG.ENS81.R4.8...'
Transcript Model
Transcript Id
Cisavi.CG.ENS81.R4.889-65443.06237.t
Possible name(s)
OBSCN; OBSL1; TTN
Gene model
Location
R4 [37,638 / 62,559]
Amino acid sequence
Length: 3,631
>Cisavi.CG.ENS81.R4.889-65443.06237.p
LKDQTVVEGKKATFECLINRDDGKAVWYAGNNVISGQDKKYKTLAMKNLRRLIVSDCTMD
DKMTYTCAIEQESVELKPIAGLEFVSTLKKQKVKKGVSVKLECELSHPDVPVLWFKNKER
IYESNACQMIVNGTKHSLEIVSLEDKVTVKCQAVPNPDVITTCTGMHVVIQNLVIMIFSI
SNQFFFTVEVVESKQHAVGILECEISRADASVRWLFNGEEIDITEGKHTTDSNGRKRTLV
IDDLSKNDEGTYKCETDDGHSSTTAVVNVEVKDVKLLKGLRDASVLEGESATFEAEISDE
RVNCQWLLDGKVIEACENVVIEAVGRTRSITIKETNASHRGQVMPIHFIEQLKDQVAEER
GQAKFACKISRVDANVKWIRDRRTAILDGDKYEIQSEGTTHTLIVKDASYEDEVTFTCDA
EDAKSTAKLTVTARLVEFVEPLKDQTVQEGGRATFTCVLNHDDVEVTWYKRGVKLRKGRD
VIIESDGPKHIIKFEVVSVDDVGTISISAEGTQGAAELTVATTEVQIVQRLEEQSVIEGD
SATLTCLLNKPNVIGSWFRNGVKLARTDLIVIRAEAEKHTLVVKNLTVDDAAEFEFTCDG
CQSVANVIVKERPIMFTKKLQPLTCTEMDVAELSCEVSRAHGEVTWWKGDEQVLPSDHIE
LINESCWRRLVILKTEYNDEAEYTCKCEADTTSAVLTVGGRNIKIRRDLRDVEATEGQSV
TFECEISHDDVKVRWYLNGEHIKECEGFRFENVGRKHRMIIDNVSAASAGSIKFVASKAS
TEAELTVMEPLVEFVTPIHDLVVEEKAKAVFECEVSRPNAEVRWFKGRAIIRDSEKYEIR
AEGCKRTLVVLQCSFDDEKKYTCDADDARTSAKLTVQARAIKFLKPLEQKIRVTEREEVV
FEIELSHTDVEVIWYKNGAKMARTKNVELYTDGAVDGIIRRLILIDASIEDNAEWTCDGK
DSKTVCNLIVKELDIKFLKNLKTTAVTESEDIKLDCEINTSKPVEVQWLHFGKPVTDSKK
FVIKRNGGKMELEIKHTTVRDDGHYTCSVRGVKSEARITVKQQKNKIAVQLENVNAVEQQ
PTITFTCSLERETGDVKWLKDNKPIDVCSAKYEAISTGKGRSLLVKDIKKSDKGKYMCVC
GDSKSTAELAVKDGVKFLKPLSDVNVLEKDGAVLQCEISDPDVKVRWYKNGLPITNSDRV
TIEANRKIHSVSLPWTLCSDTGSYQVVAEFAKSDAKLTMHHLLFLKPLADASVEHLETAT
FSCKVSPRDQEVTWYLGENIISASERFLFSDDDKIRTLTIHQCTEHDRNNVTCCFADQKT
VAVLQVGDPPAWFEIELEALVCTEREVISMQCELSRPNVDVEWMRDGKLLQQSNRMQFIS
EGVVRKIEVAEVTMEESGDYTVRVKDTDTTTTAHLTVNEIAPGILSEPDDVHCCVGDDIT
FTCGITKTRYNVTWTRDGKVLVEGPSVSMRNDGFVNYLEIKDCTLRDDHALITAQDTKHT
LWITEFSEADRGRYTATCSGTAVETTAIIDVAVAPVLEIDVDDVTMKADSVIINHDDTKL
RFRKPTINNSGRYKIVAKNKYGEDSAYITVTVIGKRTVPLPPVCLTVSNVTAQSAVLTWE
EPEEDGGSPIVSFLVEKRDVKRKMWQTVSDEVEDTEITVQKLVEGNTYLFRVSCENKVGL
SQPAEISNPVLAKSQFELSEAPQSVILSEVRRDHAIVSWKAPSFNGGSPITLYIVELRDK
LHTTWTRCGVIEADILQCAVSEPEITAGKEYVFRVFAETAAGSGKPSVPTPLTKLEDPIV
LPSSPLNLRYENCTKSSIELCWETPMSDGGAPITGYVIEVCDKSEDEGLWTAEGFIDKVT
GLHFVVCGLEESHEYSYRIRAVNKVGEGKPSDATPFVLAKDETKMPAYDIADDKREIVVV
EPEPIRISVPISGLPAPTITWVRNRDGQVLCHSEDRVKIDSGSTYANVAILPSNRQQDSG
EYKLVLQNNQGTIECDFNVTVYNRPGVPTDFAASEITRSTCQLTWKEPQDDGGSEILFYS
LERREAGRKTWTLVVADVRKPTWKVTELIHRNEYNFRVTAHNKVGAGKPVELASDIMAVD
PLSAPTAPEELTYSEPKAKSIILSWKRPTSDGGCAITGYIVEMKASDEDRWNVVVRDHES
TSVKVLGQTEGKEYTYRVAAVNRIGIGQRSETPDLIVAKDPLAAPSIEIPQIIRKGLETR
AGKEILIEATYTGVPKPVITWIQQDIMDKTVEEDKARSSTLTASDGITKYSVPGAKRSDK
GTYLITAENDQGKATASVVVNVLDVPSPCKGPWSFEDGTNEAVTLRWKIPEDDGGSDIIN
YVVDMKESNKKVWTKLSTTLQSSKYRATKLVENKEYIFRVCAENKMGKSPWIEAAPYVAK
LPFDPPAAPEKPVVVDVTRKSMTVKWAEPYDGGSTITGYCLERKDTTASRWSRASREMIR
AVEYVVTTGLTDGLTYQFRVAAENEAGQSKFSQPSDYKVCEDPVFAPSSPRKPRVEDTTS
SSITLAWDRPEGDGGDAKLKYIIEQRLSDGSWSRCNDKDLDATTFTVENLQDGNLYLFRI
KSINRGGESSPASLPEVAALLCAEPLVVPGRPENLRIEEKKDTSIALHWVTPRFDDNGGA
DLMNYVVEKREGKNKNWTQMSSTVIDTKFRVTKLTAGMEYQFRVAGENKFGVGHFAETEK
VIAKNPYDIPGPPYKPTVTEVTKESMLVTWQPPSSDGGAVISKYILEKRSRTKKKWSKAT
SDEIGGNQYRVRGLREGQEYMFRVAAVNAAGQSEFSAPSDLILASAVVSPPGPPFPSVKD
ITKSAVSLAWKVPDTDGGSKIKGYHVEMQEGDSEEWIKATKHDQRSCEFVVPDLPQGKKY
NFRVMALNAAGQGEPGYIAEPVIIQEKQEMPEISLNVSVKEKIVVKAGGVINIPLYVTGR
PSPTVSWEKDNKELPEEARVGEAGGSRDLVIRNCTREHSGKYTVIAKNDAGEKRLDIEVL
VQDVPGVCGGPINPSNVTRDTIGFSWSPPEDDGGCTITNYVLEKRESSRRSWTRVSMTVT
RTSAVVQGLIEGESYMFRVSAENILGVGPGIETMIPITARDPVSEPGRTEELRVTDVTRS
TVSLAWKPPKSDGGLPISEYLVEKRLVGQERQLLATDKMVRDTEVTLEGFSEGDNYEFRV
IAKNERGTGPPSFPTKPVVCRNTIEPPTLKIDAREKMIVRVGEPYRILATISGKPAPTVT
WEQDGKLVQTDSRFQIKTTPTTSALEVHKGERKDSGLYKVTVQNDGGQRDGKIILAVVNK
PTPPRDLDVKEVTHEHVLLTWEAPEDDGGSELLNYVIEKRDISRMMWTTVNSTSLKTEFR
ISKLSEGSEYVFRVMAENNQGCSNPAETQGVVVKDRYRVPDAPDALTIKEVHKDSVGLSW
NKPYDGGKAIFNYVVEKREIKSERWVRVTKELINESRYTVTGLFESNEYEFRVAAENSIG
IGAKCLPSKQVKAEDPVLVPGPAVNPQVKSISKNTVTVTWQKPRHDGGAPVLGYIVETQK
AGSEAWKIWCTQETQKTTSYTVPDLTENYEYRIRVTAVNKAAGESRPDHTVPVAPRQKLS
SPSIEIDVKTLEGLTVRAGSTLRIPATIHGI
Nucleotide sequence
Length: 10,893
>Cisavi.CG.ENS81.R4.889-65443.06237.t
CTCAAGGACCAAACTGTCGTAGAGGGCAAAAAGGCGACATTTGAATGCTTGATTAATCGA
GATGATGGTAAAGCAGTGTGGTATGCCGGAAATAATGTGATATCGGGTCAGGACAAAAAG
TACAAGACACTTGCAATGAAAAATTTGCGCCGACTTATCGTGTCAGATTGTACAATGGAT
GACAAAATGACTTATACCTGCGCAATCGAACAGGAATCAGTTGAACTAAAACCGATCGCT
GGACTTGAATTCGTCAGCACATTAAAGAAACAAAAAGTTAAAAAGGGAGTTTCGGTAAAA
TTAGAATGCGAACTGTCCCATCCTGACGTGCCTGTACTGTGGTTCAAGAACAAGGAACGG
ATTTACGAAAGCAACGCCTGCCAAATGATAGTCAATGGAACAAAACACAGTTTGGAAATT
GTTTCACTCGAAGACAAGGTCACAGTGAAATGCCAAGCTGTACCGAACCCAGACGTTATT
ACCACTTGCACAGGTATGCATGTGGTTATACAAAATCTTGTGATAATGATTTTTTCTATT
TCTAATCAATTTTTTTTTACAGTTGAAGTTGTTGAATCAAAACAACATGCTGTCGGCATT
TTGGAATGTGAAATCAGCCGTGCTGATGCATCAGTCCGATGGCTTTTTAACGGGGAAGAA
ATTGACATTACTGAAGGAAAACATACCACTGATTCCAATGGTCGTAAACGAACCTTGGTC
ATTGATGATCTAAGTAAGAATGACGAAGGAACTTACAAATGTGAAACTGATGACGGCCAC
TCGTCTACTACTGCAGTGGTTAACGTAGAGGTAAAAGACGTAAAGCTTCTTAAAGGACTG
CGAGATGCTTCGGTCCTTGAAGGGGAAAGCGCAACTTTTGAAGCAGAAATTTCAGATGAA
CGGGTTAATTGCCAGTGGCTACTTGATGGCAAAGTCATTGAAGCTTGCGAAAACGTAGTT
ATTGAAGCTGTTGGTCGCACGAGATCTATAACGATAAAAGAAACAAATGCTTCGCACAGG
GGACAGGTAATGCCTATTCACTTTATTGAACAACTGAAGGACCAAGTCGCCGAAGAACGG
GGCCAGGCTAAATTTGCTTGCAAAATTAGCAGGGTCGATGCCAATGTAAAATGGATTCGG
GATCGACGAACTGCGATACTTGATGGTGACAAATATGAAATTCAATCAGAAGGAACGACT
CATACTCTGATCGTTAAGGACGCTAGTTATGAGGACGAAGTTACTTTTACTTGTGACGCT
GAAGACGCCAAATCGACTGCTAAACTCACAGTTACAGCTCGTTTGGTTGAGTTCGTTGAG
CCACTGAAGGACCAAACTGTACAAGAAGGTGGCAGAGCCACTTTCACTTGCGTTTTAAAC
CACGATGATGTAGAAGTGACATGGTACAAACGTGGGGTCAAACTCCGCAAAGGACGTGAT
GTTATAATTGAATCAGACGGACCAAAGCACATAATTAAATTCGAGGTTGTGTCAGTTGAT
GATGTTGGAACTATTTCAATTTCTGCCGAAGGAACTCAGGGTGCTGCTGAACTGACTGTA
GCCACTACGGAAGTGCAAATAGTACAACGATTAGAAGAACAATCTGTCATTGAAGGAGAT
TCAGCGACTCTGACGTGCCTATTGAACAAACCTAATGTTATAGGTTCATGGTTCCGAAAC
GGCGTAAAGTTGGCTCGCACGGATTTAATTGTAATCCGAGCTGAAGCTGAAAAGCACACT
TTGGTCGTAAAGAATCTTACAGTGGATGATGCAGCTGAATTCGAGTTCACTTGTGACGGT
TGTCAGTCAGTAGCAAACGTAATTGTTAAAGAACGCCCGATCATGTTTACCAAGAAATTA
CAGCCTTTAACCTGTACCGAGATGGATGTTGCTGAGCTCTCATGCGAAGTCAGTCGAGCG
CATGGCGAGGTGACCTGGTGGAAAGGAGACGAACAAGTTTTGCCAAGCGACCATATCGAA
TTGATCAATGAAAGCTGCTGGCGACGACTTGTTATCCTTAAGACAGAATACAATGACGAG
GCCGAATATACATGCAAGTGTGAAGCTGACACCACATCAGCCGTACTTACTGTTGGAGGC
CGAAACATCAAGATACGACGCGATCTTCGAGACGTTGAAGCAACGGAAGGACAGAGTGTT
ACTTTCGAATGTGAAATATCCCACGACGATGTAAAGGTTCGTTGGTATCTGAACGGAGAA
CACATCAAAGAGTGTGAAGGCTTTCGATTTGAAAACGTTGGTCGAAAACACCGTATGATT
ATTGACAACGTGTCAGCGGCATCAGCTGGATCCATTAAATTTGTTGCCTCAAAAGCTTCG
ACTGAAGCCGAACTCACAGTAATGGAGCCATTGGTAGAATTTGTCACACCAATTCATGAC
TTGGTTGTTGAGGAAAAGGCAAAAGCCGTTTTTGAATGCGAGGTATCTCGACCAAACGCT
GAAGTGCGTTGGTTTAAGGGAAGAGCAATTATCCGGGATTCTGAAAAATATGAAATTCGC
GCTGAAGGGTGCAAGCGAACTCTTGTCGTGTTGCAATGTTCATTTGATGACGAGAAGAAA
TATACTTGCGACGCAGATGACGCCCGAACCAGTGCAAAACTGACGGTACAAGCTCGAGCA
ATTAAATTTTTGAAGCCACTGGAGCAGAAGATTCGAGTGACCGAACGGGAAGAGGTTGTC
TTTGAGATCGAACTCTCACACACTGATGTCGAAGTAATCTGGTACAAAAACGGAGCTAAG
ATGGCACGAACCAAGAACGTGGAACTTTACACAGACGGCGCCGTCGATGGAATTATTCGT
CGCCTTATTTTGATTGATGCTTCTATTGAAGATAATGCAGAATGGACTTGCGATGGCAAA
GACTCAAAAACCGTGTGCAACTTGATTGTCAAAGAACTTGACATTAAGTTCCTGAAAAAT
CTAAAGACAACCGCAGTAACAGAAAGTGAAGACATAAAACTTGATTGTGAGATCAACACG
AGCAAACCAGTTGAAGTGCAGTGGCTTCATTTTGGAAAGCCCGTAACAGATTCAAAGAAA
TTCGTTATAAAAAGAAATGGCGGCAAAATGGAATTGGAGATAAAACACACAACGGTTCGC
GACGATGGTCATTACACTTGCTCTGTTCGCGGTGTAAAATCAGAAGCCCGGATTACAGTG
AAACAACAGAAGAACAAAATTGCTGTGCAACTTGAAAACGTCAATGCTGTGGAACAACAA
CCCACTATTACTTTTACATGCTCTCTTGAAAGGGAAACTGGCGATGTAAAGTGGCTAAAG
GACAATAAGCCAATTGATGTATGCAGCGCAAAATATGAGGCAATTAGCACTGGAAAAGGA
CGTTCACTCTTGGTTAAGGATATTAAAAAATCGGACAAGGGAAAATATATGTGTGTATGT
GGCGACAGCAAGTCAACAGCTGAACTCGCTGTGAAGGATGGTGTAAAATTCCTAAAGCCA
TTGTCGGATGTCAACGTCCTTGAAAAGGATGGCGCAGTTCTTCAATGCGAGATTTCAGAT
CCTGATGTAAAAGTACGCTGGTACAAGAATGGTCTTCCGATCACTAATTCAGACAGGGTT
ACAATTGAAGCCAACAGAAAGATACACTCCGTGTCTCTTCCATGGACTTTATGTTCTGAT
ACGGGATCTTACCAAGTTGTTGCTGAGTTTGCTAAGAGTGACGCAAAACTTACCATGCAC
CACTTGTTGTTTTTGAAACCTCTCGCTGATGCTTCAGTTGAGCATTTGGAAACCGCCACA
TTTTCATGTAAAGTTTCACCAAGAGACCAAGAGGTCACTTGGTACTTGGGCGAAAACATT
ATTTCGGCGTCAGAACGATTCCTCTTTTCCGACGATGACAAAATTAGGACACTGACGATA
CATCAATGCACTGAACATGATCGAAACAATGTGACATGCTGCTTTGCTGACCAAAAAACG
GTCGCTGTTCTTCAAGTCGGTGACCCACCGGCTTGGTTCGAAATCGAGTTGGAAGCTCTT
GTGTGCACTGAACGTGAAGTGATCAGCATGCAGTGTGAGCTATCTCGACCCAACGTTGAT
GTGGAGTGGATGAGAGATGGCAAACTTCTACAACAAAGTAACAGAATGCAGTTTATCTCT
GAAGGCGTTGTCAGAAAGATCGAAGTGGCAGAAGTCACGATGGAAGAAAGTGGCGATTAT
ACTGTTCGGGTCAAGGACACAGACACGACCACAACAGCCCATCTTACAGTTAACGAAATT
GCTCCTGGAATCTTATCGGAGCCAGATGATGTCCACTGCTGCGTCGGTGACGACATAACG
TTCACTTGTGGAATCACAAAGACCCGCTACAATGTTACATGGACACGAGATGGCAAAGTG
CTCGTTGAAGGACCGTCCGTTTCAATGAGGAACGACGGGTTCGTAAATTACCTGGAAATC
AAAGACTGCACTTTACGAGACGACCACGCGCTCATTACAGCACAAGATACTAAACACACT
TTGTGGATCACTGAATTCTCGGAAGCCGACCGCGGCCGATACACTGCTACATGCTCGGGC
ACAGCGGTTGAGACCACTGCTATTATTGACGTTGCTGTTGCACCTGTTTTGGAAATTGAC
GTTGATGACGTTACCATGAAAGCTGATAGTGTTATTATAAATCATGACGACACAAAACTT
CGTTTCCGAAAGCCAACAATCAACAATTCGGGCCGTTATAAGATTGTGGCTAAAAACAAA
TACGGAGAAGATAGCGCCTACATTACAGTAACAGTGATTGGTAAGCGGACCGTTCCACTG
CCGCCAGTTTGTCTTACTGTGAGCAATGTAACAGCACAAAGTGCTGTTTTAACATGGGAA
GAACCAGAGGAAGATGGCGGCTCACCGATCGTCAGTTTCCTCGTAGAGAAGCGAGATGTA
AAACGCAAGATGTGGCAAACTGTCAGCGATGAAGTCGAAGATACTGAAATTACTGTTCAA
AAACTTGTCGAGGGAAACACATATTTGTTCCGTGTTTCATGCGAGAACAAAGTTGGACTT
TCACAACCGGCCGAAATCTCAAATCCAGTACTTGCAAAGTCGCAATTTGAATTATCGGAA
GCGCCGCAAAGTGTGATATTATCTGAAGTACGACGGGATCACGCCATTGTGTCGTGGAAG
GCACCAAGCTTCAATGGTGGATCACCGATCACTTTATATATAGTTGAACTTCGAGACAAA
CTCCACACAACGTGGACTCGATGTGGCGTTATCGAAGCAGACATCTTGCAATGCGCAGTA
AGTGAGCCAGAAATAACAGCAGGAAAGGAATACGTGTTTCGTGTGTTTGCTGAAACAGCT
GCCGGATCCGGAAAACCAAGTGTACCAACACCATTGACAAAGTTGGAAGATCCAATTGTT
TTGCCTTCTTCGCCGCTTAACCTTCGTTACGAAAACTGCACAAAATCGTCCATCGAATTG
TGCTGGGAGACCCCGATGAGTGATGGTGGTGCACCAATCACTGGATACGTCATTGAAGTT
TGTGACAAATCTGAAGACGAAGGTTTATGGACCGCCGAAGGATTCATTGACAAAGTGACT
GGTCTGCACTTTGTTGTGTGTGGCCTCGAGGAATCGCACGAATATTCGTACAGAATTCGA
GCGGTGAATAAGGTTGGGGAAGGAAAACCATCGGATGCTACACCGTTTGTGCTGGCTAAG
GATGAAACAAAAATGCCCGCTTATGATATTGCCGACGACAAGCGTGAGATAGTTGTCGTT
GAACCGGAACCGATCCGAATTTCAGTTCCAATCTCAGGATTACCAGCGCCCACGATAACT
TGGGTCAGAAATCGCGATGGACAGGTTTTGTGCCACAGCGAGGATCGTGTTAAAATTGAT
TCTGGATCGACGTATGCTAATGTGGCGATATTGCCAAGCAACCGCCAGCAAGATTCCGGG
GAATATAAATTGGTTCTACAAAACAACCAAGGAACCATTGAATGTGATTTTAATGTCACG
GTTTACAACCGACCAGGAGTACCGACAGACTTTGCAGCGAGCGAAATAACAAGATCGACA
TGCCAACTTACCTGGAAAGAACCGCAAGATGATGGTGGATCCGAGATTTTGTTCTATTCT
CTTGAAAGACGAGAGGCCGGCAGAAAAACGTGGACATTGGTGGTTGCCGATGTGCGCAAG
CCCACATGGAAAGTGACAGAATTGATTCATAGAAATGAATACAACTTCAGAGTCACCGCA
CACAACAAAGTTGGCGCTGGAAAGCCGGTTGAACTGGCAAGTGATATTATGGCCGTTGAC
CCGTTATCTGCGCCAACAGCACCAGAAGAACTCACGTATTCGGAACCCAAAGCAAAGTCA
ATTATTTTGTCATGGAAACGACCTACAAGCGACGGAGGATGTGCAATCACAGGATACATT
GTTGAAATGAAAGCAAGTGATGAAGATCGATGGAATGTGGTTGTTCGTGACCACGAGTCC
ACATCAGTTAAGGTCCTGGGACAAACGGAGGGTAAAGAGTACACTTATCGAGTCGCTGCT
GTTAACAGAATTGGCATTGGTCAACGAAGCGAGACACCTGACTTGATTGTGGCTAAAGAT
CCCCTTGCAGCCCCTAGCATTGAAATTCCACAAATCATTCGAAAGGGGTTGGAAACAAGA
GCTGGTAAAGAAATTTTGATCGAAGCAACATACACTGGTGTACCGAAGCCTGTTATCACA
TGGATTCAACAAGACATAATGGACAAGACTGTTGAAGAGGACAAAGCCAGATCATCGACT
CTCACGGCATCCGATGGAATTACCAAATACAGCGTACCTGGAGCCAAGAGATCAGATAAA
GGAACGTACTTGATTACAGCTGAAAACGATCAAGGAAAAGCAACAGCTTCAGTTGTTGTA
AATGTGCTTGATGTGCCATCGCCATGTAAAGGACCGTGGTCATTTGAAGATGGAACAAAT
GAAGCAGTTACATTGCGCTGGAAGATTCCAGAAGATGACGGTGGCTCTGACATAATTAAC
TACGTAGTTGACATGAAAGAATCCAACAAGAAAGTTTGGACAAAATTATCTACAACTCTG
CAATCTTCGAAGTACCGAGCAACTAAACTTGTGGAGAACAAAGAATACATTTTCAGAGTA
TGTGCTGAAAACAAGATGGGAAAAAGTCCTTGGATTGAAGCAGCTCCATATGTCGCCAAA
TTGCCGTTCGATCCACCAGCAGCACCTGAGAAACCTGTCGTTGTCGATGTCACACGAAAA
TCTATGACGGTTAAGTGGGCAGAACCGTACGATGGTGGCAGCACAATCACAGGATATTGT
CTTGAAAGAAAAGACACCACAGCATCAAGATGGTCTCGTGCATCAAGGGAAATGATTAGA
GCTGTTGAATACGTGGTTACCACGGGATTGACAGACGGACTAACTTATCAGTTCCGTGTC
GCAGCCGAAAATGAAGCTGGTCAAAGCAAATTCAGTCAGCCAAGTGATTACAAAGTGTGT
GAAGATCCAGTCTTTGCTCCGTCATCTCCAAGAAAACCACGAGTGGAAGATACTACAAGC
AGTTCCATTACTTTGGCTTGGGATCGACCAGAAGGAGACGGTGGCGATGCCAAGCTAAAG
TACATCATTGAACAACGATTATCTGATGGATCATGGAGCCGATGTAATGACAAAGATCTC
GACGCAACAACATTTACAGTTGAAAATCTACAAGATGGAAATTTGTATTTGTTCCGAATC
AAATCGATAAACCGAGGCGGCGAAAGCAGCCCTGCTTCATTACCAGAGGTAGCTGCACTA
TTATGTGCCGAACCACTAGTTGTTCCTGGCCGACCGGAAAATCTAAGAATTGAAGAAAAG
AAAGACACATCTATTGCATTACACTGGGTCACCCCGCGATTCGATGATAATGGCGGTGCC
GATCTCATGAATTACGTTGTTGAGAAACGCGAAGGAAAGAACAAAAACTGGACACAAATG
AGCAGCACTGTTATTGATACTAAGTTTCGAGTGACCAAACTTACAGCTGGCATGGAATAT
CAATTCAGAGTCGCCGGCGAAAACAAGTTTGGTGTCGGACATTTTGCCGAGACTGAAAAG
GTGATTGCCAAAAACCCGTATGACATACCAGGACCACCATATAAGCCAACAGTGACCGAA
GTTACCAAAGAAAGTATGTTGGTCACATGGCAACCACCATCTAGCGACGGGGGTGCTGTA
ATTTCAAAATACATTTTGGAGAAACGATCACGCACCAAGAAGAAATGGAGCAAAGCCACC
AGTGACGAAATCGGCGGAAATCAGTACAGAGTACGGGGTCTGCGTGAAGGACAAGAGTAC
ATGTTCCGCGTTGCTGCTGTTAATGCTGCTGGACAAAGCGAGTTCTCGGCGCCCAGTGAT
TTGATCTTGGCAAGCGCTGTTGTATCGCCACCAGGACCACCATTCCCAAGCGTAAAGGAC
ATTACGAAATCAGCAGTTTCTCTTGCCTGGAAGGTTCCAGACACCGATGGAGGATCGAAA
ATTAAAGGCTATCATGTTGAGATGCAGGAAGGTGATTCCGAAGAATGGATTAAAGCAACG
AAACACGATCAGCGCTCGTGTGAATTTGTCGTCCCAGATCTACCACAAGGCAAGAAATAT
AATTTCAGAGTTATGGCATTGAATGCGGCCGGACAAGGCGAGCCTGGATACATTGCCGAA
CCAGTGATAATCCAAGAAAAACAAGAGATGCCTGAGATTTCATTGAATGTTTCGGTGAAG
GAAAAAATTGTGGTAAAGGCGGGCGGTGTCATTAATATACCTTTGTATGTCACTGGAAGA
CCGTCACCCACAGTTTCATGGGAGAAGGACAATAAAGAACTTCCAGAAGAAGCAAGGGTT
GGAGAAGCTGGCGGAAGCAGAGATCTTGTTATAAGAAATTGCACGAGAGAACATTCTGGA
AAGTACACTGTTATTGCAAAAAATGATGCAGGAGAAAAACGTTTAGACATTGAGGTTCTT
GTACAAGATGTTCCAGGTGTTTGCGGTGGACCAATTAACCCATCAAATGTCACTCGGGAC
ACCATTGGTTTTTCTTGGAGTCCACCCGAAGACGATGGTGGCTGCACAATCACAAACTAT
GTTCTTGAGAAGCGAGAATCATCCCGTCGATCATGGACTCGTGTATCGATGACTGTCACT
CGTACATCTGCCGTTGTGCAGGGTCTTATTGAGGGAGAGTCTTACATGTTCCGAGTATCT
GCCGAAAATATTCTTGGAGTCGGCCCAGGTATTGAAACAATGATACCGATTACTGCTCGA
GACCCAGTTTCCGAACCAGGCCGCACTGAAGAGCTTCGAGTCACCGATGTTACTCGCAGC
ACAGTTAGCCTTGCTTGGAAACCTCCCAAATCTGATGGAGGCTTACCTATATCAGAGTAC
TTGGTCGAGAAACGATTAGTTGGACAAGAACGGCAGTTGCTGGCTACAGATAAAATGGTA
CGAGATACTGAAGTGACATTAGAAGGCTTTAGTGAAGGCGACAATTACGAATTCAGAGTA
ATTGCCAAGAACGAACGCGGCACCGGACCACCTTCTTTCCCAACCAAACCTGTGGTTTGC
CGAAACACCATTGAACCGCCGACTTTGAAAATTGATGCCCGGGAGAAAATGATTGTCAGA
GTTGGTGAACCATACCGGATTCTTGCTACGATCTCTGGTAAACCGGCACCTACCGTAACT
TGGGAACAAGACGGTAAGCTAGTGCAAACCGATTCACGTTTTCAGATCAAAACAACACCT
ACAACGAGTGCACTCGAGGTACACAAGGGTGAGCGAAAAGACAGTGGCCTCTACAAAGTT
ACTGTTCAGAACGACGGTGGTCAGCGGGATGGTAAAATCATCCTTGCCGTGGTCAACAAG
CCAACTCCTCCGCGAGATCTCGACGTCAAAGAAGTTACTCATGAGCACGTGCTACTGACT
TGGGAGGCACCCGAAGATGACGGTGGCTCAGAACTGCTGAATTACGTCATTGAAAAGCGT
GACATTTCCCGAATGATGTGGACCACAGTAAACTCAACTAGCTTAAAAACTGAATTTCGC
ATAAGCAAATTGTCAGAAGGTTCTGAATATGTGTTTAGAGTAATGGCAGAAAATAATCAA
GGGTGTTCTAACCCTGCTGAAACTCAAGGTGTTGTCGTGAAGGACAGATATCGTGTTCCA
GATGCACCGGATGCTTTAACGATCAAAGAAGTACATAAAGACTCAGTCGGCCTATCCTGG
AACAAGCCATACGACGGGGGTAAAGCCATCTTCAATTACGTCGTTGAAAAACGCGAAATA
AAGAGCGAGAGATGGGTCCGTGTCACTAAGGAGCTTATCAACGAGTCGAGATATACAGTT
ACTGGTTTGTTCGAAAGTAATGAATACGAATTTAGGGTAGCCGCTGAAAACAGCATCGGA
ATCGGCGCGAAGTGTCTTCCGTCGAAGCAGGTCAAGGCGGAGGACCCTGTGTTGGTACCT
GGACCGGCGGTCAATCCTCAAGTAAAGAGTATCTCGAAGAACACTGTTACGGTTACATGG
CAAAAACCACGTCACGATGGCGGAGCGCCGGTACTTGGATATATTGTAGAAACACAAAAG
GCGGGAAGTGAAGCTTGGAAGATTTGGTGTACGCAAGAAACACAAAAGACAACCAGCTAC
ACAGTTCCTGATTTGACTGAAAACTACGAATACAGAATTCGGGTTACTGCCGTAAACAAA
GCAGCAGGAGAAAGTAGACCAGATCATACTGTACCCGTTGCTCCAAGACAAAAACTTTCG
TCTCCTTCTATTGAAATTGATGTGAAGACATTGGAAGGCCTTACTGTACGAGCAGGCAGC
ACCCTTCGTATCCCTGCAACAATCCATGGCATA
| ProSiteProfiles |
Ig-like_dom (IPR007110) - T[1-77] 8.23 - T[78-153] 8.157 - T[157-270] 10.68 - T[345-430] 9.718 - T[433-519] 7.377 - T[523-598] 8.774 - T[613-697] 9.101 - T[703-786] 7.486 - T[790-875] 10.154 - T[975-1059] 10.735 - T[1065-1150] 8.829 - T[1160-1273] 9.228 - T[1330-1418] 9.591 - T[1422-1530] 8.357 - T[1906-2000] 7.032 - T[2205-2301] 7.449 - T[2911-2996] 8.411 - T[3207-3296] 8.611 |
| SMART |
Ig_sub (IPR003599) - T[1-79] 0.0062 - T[88-171] 5.8 - T[188-272] 8.1E-6 - T[352-432] 6.2E-5 - T[442-521] 3.5E-4 - T[531-610] 0.0014 - T[620-699] 0.003 - T[709-788] 1.7E-6 - T[798-877] 4.9E-5 - T[888-971] 1.2 - T[981-1061] 6.0E-8 - T[1071-1152] 0.33 - T[1161-1240] 10.0 - T[1248-1327] 8.4 - T[1337-1418] 0.0071 - T[1428-1593] 0.014 - T[1914-2002] 1.2 - T[2214-2303] 0.011 - T[2920-3002] 1.2E-5 - T[3214-3298] 2.3 |
| Gene3D |
Ig-like_fold (IPR013783) - T[1-77] 9.6E-12 - T[78-164] 3.1E-14 - T[183-273] 1.2E-16 - T[274-343] 2.2E-12 - T[344-433] 2.9E-21 - T[434-522] 8.3E-21 - T[523-612] 5.0E-18 - T[613-700] 8.9E-19 - T[701-789] 5.8E-24 - T[790-879] 2.5E-24 - T[880-973] 1.0E-14 - T[974-1065] 1.4E-21 - T[1066-1153] 2.4E-17 - T[1154-1240] 6.6E-20 - T[1241-1329] 5.1E-16 - T[1333-1419] 7.6E-17 - T[1420-1535] 6.4E-12 - T[1536-1598] 1.5E-5 - T[1599-1699] 1.8E-25 - T[1700-1798] 4.2E-18 - T[1799-1908] 2.5E-23 - T[1910-2001] 6.2E-13 - T[2002-2099] 5.4E-23 - T[2102-2201] 7.1E-23 - T[2203-2304] 1.9E-13 - T[2305-2399] 1.5E-21 - T[2402-2506] 1.1E-24 - T[2507-2605] 2.4E-22 - T[2608-2709] 1.8E-20 - T[2710-2807] 4.7E-29 - T[2808-2909] 1.1E-24 - T[2910-3003] 1.4E-18 - T[3004-3099] 8.1E-22 - T[3100-3205] 4.2E-23 - T[3206-3299] 2.1E-17 - T[3300-3394] 4.3E-26 - T[3395-3499] 5.7E-24 - T[3500-3615] 5.5E-24 |
| SUPERFAMILY |
Ig-like_dom_sf (IPR036179) - T[2-71] 8.5E-9 - T[90-164] 3.71E-9 - T[197-273] 4.64E-12 - T[280-342] 3.62E-7 - T[344-431] 2.96E-13 - T[438-520] 2.9E-12 - T[527-616] 7.2E-12 - T[606-698] 2.64E-15 - T[705-790] 5.14E-14 - T[785-877] 1.87E-17 - T[873-970] 1.26E-8 - T[975-1060] 1.84E-14 - T[1065-1150] 7.56E-11 - T[1151-1231] 1.54E-14 - T[1243-1323] 2.52E-11 - T[1323-1418] 1.86E-13 - T[1422-1534] 1.02E-11 - T[1544-1597] 1.45E-5 - T[1915-2010] 2.05E-13 - T[2215-2312] 1.28E-12 - T[2921-3011] 1.51E-16 - T[3215-3306] 2.53E-17 |
| SMART |
Ig_sub2 (IPR003598) - T[7-74] 3.3 - T[197-261] 0.012 - T[358-425] 0.89 - T[448-514] 0.37 - T[537-605] 0.25 - T[626-692] 4.6 - T[715-781] 4.8 - T[804-870] 2.3 - T[987-1054] 1.9E-8 - T[1078-1145] 0.011 - T[1343-1409] 2.5 - T[1434-1525] 0.05 - T[1920-1991] 2.3 - T[2926-2991] 8.6E-5 - T[3220-3287] 1.8 |
| Pfam |
Ig_I-set (IPR013098) - T[83-153] 1.5E-5 - T[347-428] 3.3E-8 - T[437-520] 2.6E-8 - T[526-597] 9.8E-6 - T[615-692] 1.2E-7 - T[704-785] 9.6E-11 - T[793-872] 1.0E-10 - T[976-1052] 1.8E-12 - T[1068-1144] 1.7E-6 - T[1156-1230] 7.3E-9 - T[1244-1313] 2.2E-6 - T[1333-1417] 9.0E-8 - T[1424-1532] 9.7E-8 - T[1915-2001] 1.0E-6 - T[2213-2302] 8.0E-10 - T[2921-3001] 8.5E-13 - T[3215-3297] 4.5E-14 |
| Pfam |
Immunoglobulin (IPR013151) - T[200-268] 2.4E-7 |
| SUPERFAMILY |
FN3_sf (IPR036116) - T[1580-1689] 1.44E-23 - T[1700-1900] 1.81E-36 - T[2004-2199] 7.19E-39 - T[2304-2502] 1.92E-35 - T[2506-2698] 5.62E-35 - T[2708-2900] 3.52E-41 - T[2996-3104] 4.87E-22 - T[3106-3207] 3.58E-37 - T[3292-3392] 3.58E-37 - T[3399-3587] 6.73E-41 |
| CDD |
FN3_dom (IPR003961) - T[1599-1688] 3.87147E-18 - T[1700-1793] 5.46948E-15 - T[1802-1897] 7.32101E-17 - T[2005-2091] 3.15365E-16 - T[2105-2192] 7.5778E-18 - T[2306-2398] 3.09667E-14 - T[2406-2499] 1.37988E-18 - T[2507-2597] 3.39819E-19 - T[2609-2702] 3.49344E-17 - T[2710-2802] 1.57694E-22 - T[2810-2895] 5.16384E-19 - T[3012-3098] 9.7578E-16 - T[3106-3195] 9.34931E-19 - T[3301-3388] 2.43271E-20 - T[3400-3483] 3.74746E-22 - T[3500-3593] 1.62208E-19 |
| SMART |
FN3_dom (IPR003961) - T[1599-1681] 3.0E-13 - T[1699-1784] 1.8E-6 - T[1802-1888] 9.3E-13 - T[2005-2087] 1.7E-11 - T[2105-2187] 3.8E-11 - T[2306-2389] 2.6E-11 - T[2406-2489] 1.8E-13 - T[2507-2589] 4.5E-14 - T[2609-2693] 8.8E-12 - T[2710-2793] 3.1E-17 - T[2810-2893] 8.2E-13 - T[3005-3088] 9.8E-11 - T[3106-3189] 8.1E-12 - T[3301-3383] 1.5E-14 - T[3400-3482] 1.2E-14 - T[3500-3585] 8.1E-17 |
| Pfam |
FN3_dom (IPR003961) - T[1601-1683] 2.9E-12 - T[1701-1787] 1.7E-8 - T[1803-1891] 9.0E-13 - T[2008-2088] 8.3E-12 - T[2107-2190] 1.3E-12 - T[2314-2391] 8.2E-11 - T[2408-2492] 4.2E-10 - T[2508-2590] 4.7E-11 - T[2611-2694] 1.8E-10 - T[2712-2796] 1.2E-15 - T[2813-2895] 6.8E-14 - T[3015-3089] 1.1E-10 - T[3110-3192] 1.5E-13 - T[3303-3385] 1.1E-13 - T[3401-3482] 3.6E-12 - T[3504-3581] 7.6E-16 |
| ProSiteProfiles |
FN3_dom (IPR003961) - T[1601-1695] 22.391 - T[1701-1798] 18.84 - T[1804-1901] 21.72 - T[2007-2101] 19.251 - T[2107-2201] 19.227 - T[2305-2402] 18.059 - T[2408-2502] 20.489 - T[2509-2605] 21.633 - T[2611-2706] 18.84 - T[2712-2806] 22.959 - T[2810-2907] 21.444 - T[3008-3102] 20.308 - T[3108-3203] 21.073 - T[3303-3396] 22.596 - T[3402-3496] 21.278 - T[3502-3598] 21.128 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TITIN_HUMAN | 34.157 % | 2011 | 0 |
| OBSCN_HUMAN | 25.097 % | 469 | 5.56E-132 |
| OBSL1_HUMAN | 24.207 % | 358 | 3.59E-99 |