- Clone 'ma127h08' >
- Clone 'cijm012f08' >
- Transcript 'Moocul.CG.ELv1_2.S12...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S126332.g14753.01.t
Possible name(s)
HMCN1; MYLK; TTN
Gene model
Location
S126332 [40,565 / 53,989]
Amino acid sequence
Length: 1,652
>Moocul.CG.ELv1_2.S126332.g14753.01.p
MSRSTSSVKVTLSSSGRGGKRVETNATPSFIEEIKNVEVTEGGRARFECRVNGTPTPKVT
WEKDGELVTASSRVRVSEMYGANSLIISRTEHADTGVYTAVAINNSGRAESTGTLRLKES
SHDTSSSTYKSRRSVNSNSPSYSSSPATSNISSPSESPKLGRANNNNMSRIVSGNVSPWN
VDLKPRSGGAGTGTPPRRRAPGFILRPRAQTIEVGEKLILKCSLLGHPKPTVTWEKEFRK
LDETTTNGRVITRNDGSDYFFEIPDVVASDGGKYTVTAKNNLGKQSAVVDITIAGAGTSR
LGNGYKSRREEKNEMDDTINNNKTNASKTTRIEITSRRTNKDVNGGINSEKSSVKTSSVV
KTEASKYSSRASTDDVPSSRSKRSAPTFLKRLASTQVLEGEDLLLSCEIQGSPTPDLTWT
QNGVPVSLGSNVVSSDFSDGHAVLEIKNVSPSHAGEYICIAKNVTGETKCSSRVTVKGKA
KQIKPEFLTKLKDMRITEGETLTLEAEVTGYPEPEVLWSIDGQEIENAEMLYRNDIAKLV
LRNVTYDSSGQYMCTAMNEHGEDSVACRVRIKQKKVDFPPEFSAPLSDCTVPQGQDITIH
CSVTGTPEPKIKWLYNDEVLEEEDGIEFSYSKGEAKMFIDHATTEDTGCYTCLAVNSAGK
ATTSCQVIVKERKKREEVKAPKFTSSFEDYIRKSEGDEVSLECIVTGSPTPQVTWTIDNK
PIENSQCINENGKCRLVIPSLSQAHGGNIRCVAKNSAGEVKHDGRIYIRAKRAGPAFVNE
LPAELEVNEGQEATIECEVKGQPQPRVAWTRDGRSLSVLSAETSYENGIASVRIRKASNH
DGGRYVCSARNISGEVSSVCNIKVIKKNLDEKPVFSKPLKDLTIEDGTDLRLSCNVNGKP
TPKISWVLDGQKVSPDDSEATYKDNVATLLLVDAMPEDSGNYSCVAVNRVGETKSSCKVT
VEEKRPPQEVHEGPSFPLQLEDITVKEGLDIILKCQVKGNPRPTIKWLLDGDPVTEADMK
YADDGTAELILTQALPEDEGCYTCIAENPKGRVMCNCAVTVRVPPKVSKKKIEKQAAVKE
VAPVIESTRPESEDEPDSYTTPERKPQVIQQLKNIVVPDGSINYKMTCRVSGTPPPQARW
YVNGAIIEESDDFKFEADGDARSIIFSEIFPDDTGEYVCVLSNAAGEDKTKCQIDVEEID
GEPPKFLLKPRPLTVNAEETAIFSCKVSGDPEPELIWLYCNNPISKTERVSIETPSDDNS
NLHILKVEDTKIEDAGRYAACAKNLLGDVTCTVSLIVNAAKNVEAQKDFRNVLKKSNSTP
KSPKSPEPSGDQVDFRGVLKRQVDTPKKDVASAKQEDFRDVLKTSSNTKVLSEEERKKQK
AAQKDFRANLVRKVDTKVSTNEGLRLKSPEQKDFRDEALKTRVQTKAYDEDAVKKKKAEQ
KDFRDEALRNKVVTKAYKEEAVKSKRADQVDFRDVLSPTKRTVIDFNEEEDVSTTTVTKE
TIINPSNAQTGKLKITLDKSDHNTVATKRTRHRGGGDAAKTIEKQTSREEIITKPVFKSK
VRSVTVADGQPFELSCRVVGNPRPDVTWFLADEEVVAESGITITHQGDLCKLAIAESFPD
DEGSYTCRAENEHGVASSSANVTVTGGGKDDE
Nucleotide sequence
Length: 5,033
>Moocul.CG.ELv1_2.S126332.g14753.01.t
ATGTCGAGATCCACATCAAGTGTTAAAGTCACTCTGAGTTCTTCAGGAAGAGGAGGTAAA
CGAGTGGAGACAAATGCCACTCCCAGTTTCATCGAAGAGATTAAAAATGTTGAAGTAACT
GAAGGTGGAAGGGCAAGATTTGAATGTCGTGTGAATGGAACCCCCACTCCCAAAGTCACG
TGGGAAAAGGATGGCGAACTGGTAACCGCCTCAAGCAGAGTGAGAGTGTCTGAGATGTAC
GGAGCAAACAGTTTGATTATTTCACGAACAGAACACGCAGACACTGGAGTGTATACCGCC
GTTGCAATAAACAACAGTGGCAGAGCTGAAAGTACGGGCACACTTAGGTTAAAAGAATCA
TCTCATGATACCAGCAGCAGTACCTACAAATCACGGAGAAGTGTGAACAGCAACAGTCCA
AGCTATTCAAGTTCTCCAGCAACTTCTAACATTAGTTCGCCATCTGAGTCGCCAAAACTT
GGAAGAGCCAATAATAATAATATGTCACGGATTGTTTCTGGGAACGTATCGCCATGGAAT
GTGGATTTAAAACCAAGATCAGGAGGTGCTGGAACCGGTACTCCTCCTAGAAGACGCGCT
CCTGGATTTATTCTTCGTCCAAGAGCACAGACGATTGAAGTTGGAGAAAAGTTGATTTTG
AAGTGCTCTTTGCTTGGCCATCCAAAACCCACAGTGACATGGGAGAAAGAATTTCGAAAA
CTTGACGAAACGACGACGAACGGTCGGGTGATTACCCGTAATGACGGCAGCGATTATTTC
TTTGAAATTCCGGATGTTGTCGCATCTGACGGTGGAAAATATACAGTCACCGCCAAGAAC
AATCTCGGCAAACAAAGCGCCGTTGTTGATATCACAATTGCTGGTGCCGGAACAAGTCGT
CTTGGCAACGGATATAAAAGCAGAAGGGAAGAAAAGAATGAAATGGACGACACTATTAAT
AATAACAAGACAAATGCTTCCAAAACCACTCGAATCGAAATCACAAGTAGAAGGACAAAT
AAAGATGTAAACGGAGGAATTAATTCCGAAAAATCTTCCGTTAAAACATCATCAGTCGTT
AAAACCGAAGCTTCTAAATACTCCTCTCGCGCAAGTACAGATGACGTACCATCAAGCAGA
AGCAAGCGATCCGCTCCCACCTTTTTAAAACGACTCGCAAGCACTCAAGTATTAGAAGGC
GAAGATCTTTTACTGAGTTGTGAAATACAAGGAAGCCCAACACCAGACTTAACATGGACA
CAGAACGGTGTTCCAGTGTCACTGGGCAGTAATGTGGTCAGTTCGGACTTCAGTGATGGC
CATGCCGTTCTTGAGATTAAAAATGTTTCACCGTCCCATGCTGGGGAATATATTTGCATC
GCGAAAAATGTTACCGGGGAAACGAAATGCAGCAGTCGCGTAACTGTTAAAGGAAAAGCA
AAGCAGATCAAACCGGAATTTTTAACCAAGTTAAAAGACATGCGAATAACAGAGGGTGAA
ACTCTTACACTTGAAGCCGAAGTAACTGGCTATCCAGAACCTGAAGTGTTGTGGTCAATT
GATGGACAAGAGATTGAAAATGCTGAGATGCTTTACAGAAACGATATTGCCAAACTTGTT
CTTCGGAATGTGACTTATGACAGCAGCGGACAGTACATGTGCACCGCCATGAACGAACAT
GGTGAAGACTCAGTTGCTTGTAGAGTTCGAATCAAACAAAAGAAAGTGGATTTTCCTCCC
GAATTCTCTGCCCCTTTGTCCGATTGCACAGTACCACAAGGTCAAGACATCACCATACAT
TGCTCCGTTACCGGAACTCCCGAACCTAAAATTAAATGGCTTTACAATGATGAGGTTCTG
GAGGAGGAAGATGGGATTGAGTTTTCATACTCGAAAGGAGAAGCAAAGATGTTTATTGAC
CACGCCACAACCGAAGACACTGGCTGTTACACATGCCTTGCTGTTAACTCTGCAGGGAAA
GCAACCACAAGCTGTCAAGTTATAGTAAAAGAACGAAAGAAAAGGGAGGAAGTGAAAGCT
CCCAAGTTCACTTCATCATTTGAAGATTACATCCGCAAGTCCGAAGGTGACGAAGTGTCT
CTGGAATGTATCGTTACCGGTTCACCGACACCGCAAGTTACATGGACCATCGACAACAAA
CCTATTGAAAACTCACAGTGTATTAATGAGAATGGGAAGTGCAGGCTTGTCATTCCATCG
CTGTCTCAAGCGCACGGTGGAAATATTCGATGTGTTGCCAAGAATTCTGCAGGTGAAGTC
AAGCATGACGGTCGAATATACATTCGTGCCAAACGAGCTGGTCCAGCATTTGTAAACGAA
TTGCCAGCCGAATTAGAGGTCAACGAAGGCCAGGAGGCCACAATAGAATGTGAAGTAAAG
GGTCAGCCACAGCCTCGTGTTGCTTGGACGCGAGATGGACGATCGCTGAGCGTTTTATCG
GCAGAAACAAGCTACGAAAATGGAATTGCGAGCGTTCGTATACGCAAAGCATCCAACCAT
GACGGTGGTCGATACGTTTGTTCTGCTAGAAATATTTCTGGTGAAGTTTCATCTGTGTGC
AATATTAAAGTAATCAAGAAAAACCTTGACGAGAAACCAGTCTTCAGCAAACCGCTAAAA
GACCTAACGATTGAGGACGGAACAGATTTGCGATTGTCGTGTAATGTCAACGGCAAGCCC
ACTCCTAAAATATCTTGGGTTTTGGATGGCCAAAAAGTGTCGCCAGATGATAGTGAAGCC
ACATACAAAGATAATGTGGCAACACTGCTTCTTGTAGATGCAATGCCGGAGGACTCTGGA
AATTATTCATGCGTTGCTGTTAATAGAGTCGGCGAAACAAAATCTTCCTGCAAAGTCACA
GTAGAAGAAAAACGTCCACCTCAGGAAGTTCACGAGGGACCATCTTTCCCCTTACAACTG
GAAGACATCACAGTGAAAGAAGGTTTGGATATCATTCTCAAATGCCAAGTGAAAGGAAAC
CCTCGACCAACTATTAAATGGCTCCTGGATGGTGATCCTGTAACAGAAGCGGACATGAAG
TACGCTGATGATGGAACTGCAGAACTTATACTTACACAAGCTCTACCTGAAGATGAGGGA
TGTTACACATGTATTGCAGAGAATCCCAAAGGAAGAGTGATGTGTAATTGTGCTGTTACA
GTAAGAGTTCCACCGAAAGTTTCCAAGAAGAAGATTGAGAAGCAGGCAGCAGTTAAAGAA
GTTGCTCCGGTTATTGAATCTACACGACCAGAGAGTGAGGACGAACCTGATAGTTACACG
ACACCTGAACGCAAACCACAAGTTATTCAACAACTTAAAAACATTGTTGTACCTGACGGA
TCAATCAACTACAAGATGACATGTCGTGTGTCAGGCACCCCGCCACCACAAGCACGATGG
TATGTGAATGGCGCCATTATCGAAGAATCCGATGATTTTAAATTCGAAGCTGATGGCGAT
GCAAGATCGATTATATTTAGTGAAATCTTCCCTGACGACACGGGAGAATATGTATGCGTC
CTTAGCAATGCTGCAGGGGAAGATAAGACAAAATGTCAAATTGATGTCGAAGAAATTGAC
GGAGAGCCACCGAAATTCCTGCTGAAACCTCGTCCATTGACTGTAAATGCAGAGGAAACT
GCCATCTTTTCATGCAAGGTATCAGGCGATCCAGAACCCGAATTAATATGGCTTTATTGC
AACAACCCCATCTCAAAGACAGAACGTGTTTCCATAGAAACGCCAAGCGATGACAACAGT
AACTTGCACATTTTGAAGGTTGAAGACACAAAGATTGAAGATGCTGGAAGATATGCTGCA
TGTGCTAAGAATTTGCTTGGTGACGTCACTTGCACAGTTTCACTGATTGTGAACGCGGCC
AAGAACGTTGAGGCACAAAAGGACTTCAGAAATGTTTTGAAGAAATCAAACTCAACTCCT
AAATCACCGAAATCTCCTGAACCCAGTGGTGATCAGGTTGATTTCCGTGGTGTTTTGAAA
CGACAAGTTGACACTCCGAAGAAAGATGTAGCTTCTGCAAAACAGGAGGACTTCAGGGAT
GTCTTGAAAACCAGCAGCAACACAAAAGTACTCTCGGAAGAAGAACGGAAGAAACAGAAA
GCGGCACAGAAAGATTTCCGCGCAAATCTCGTCAGGAAAGTCGACACCAAAGTGAGCACT
AACGAAGGCCTCCGTCTGAAGTCTCCTGAACAAAAAGACTTCCGAGATGAAGCACTGAAG
ACTCGTGTTCAAACGAAGGCATATGATGAAGATGCTGTCAAGAAGAAGAAGGCAGAACAG
AAAGACTTCCGGGATGAAGCATTGAGGAATAAAGTTGTGACGAAAGCGTACAAGGAAGAA
GCTGTTAAATCGAAACGTGCTGATCAAGTTGACTTCAGAGATGTTTTATCCCCAACCAAA
CGAACCGTGATCGATTTTAACGAAGAAGAAGACGTTTCCACGACAACTGTCACTAAGGAA
ACCATAATAAATCCGTCCAACGCACAAACTGGAAAACTGAAAATTACTCTGGACAAAAGT
GACCATAACACAGTGGCCACTAAACGAACACGACATAGAGGTGGCGGAGATGCCGCCAAA
ACCATCGAAAAACAAACTTCGCGAGAAGAAATCATAACGAAACCTGTATTCAAATCAAAA
GTGCGAAGTGTCACGGTTGCGGATGGCCAACCTTTTGAACTTTCATGTCGAGTAGTGGGA
AATCCCCGACCTGATGTCACGTGGTTTTTGGCTGATGAAGAAGTTGTCGCAGAATCCGGA
ATCACAATCACTCATCAAGGCGACCTCTGCAAGCTCGCTATCGCCGAAAGTTTCCCTGAC
GATGAAGGAAGTTACACCTGCAGAGCCGAAAACGAACATGGCGTTGCATCGTCGTCAGCT
AATGTCACCGTCACTGGAGGCGGTAAGGATGACGAGTAGCTTGCTGGTTGTTGTGTTGTA
AAGTTTTATGTCATTTCACATTTATCACTAAGTAATAAACAGCATATAACCGC
| Gene3D |
Ig-like_fold (IPR013783) - T[22-129] 9.8E-24 - T[197-297] 1.8E-18 - T[378-480] 1.8E-24 - T[481-576] 5.8E-21 - T[577-676] 5.5E-26 - T[677-772] 1.9E-19 - T[773-869] 8.6E-20 - T[870-969] 8.7E-25 - T[970-1074] 2.5E-23 - T[1100-1200] 1.7E-21 - T[1201-1302] 4.1E-19 - T[1550-1647] 8.5E-24 |
| ProSiteProfiles |
Ig-like_dom (IPR007110) - T[28-116] 12.695 - T[201-292] 10.172 - T[386-475] 14.673 - T[485-566] 11.842 - T[580-668] 13.711 - T[681-767] 11.805 - T[775-857] 14.455 - T[873-960] 14.655 - T[974-1060] 13.874 - T[1106-1195] 12.731 - T[1204-1298] 8.992 - T[1555-1643] 13.766 |
| Pfam |
Ig_I-set (IPR013098) - T[28-115] 1.6E-20 - T[203-293] 1.6E-15 - T[386-476] 1.7E-16 - T[485-571] 1.6E-17 - T[580-669] 2.4E-21 - T[682-763] 2.9E-13 - T[780-864] 6.7E-17 - T[873-961] 5.3E-21 - T[974-1061] 6.7E-17 - T[1106-1196] 4.7E-16 - T[1204-1297] 2.4E-15 - T[1555-1644] 3.3E-20 |
| SUPERFAMILY |
Ig-like_dom_sf (IPR036179) - T[28-118] 2.52E-21 - T[201-296] 7.59E-18 - T[385-478] 2.64E-23 - T[485-573] 9.77E-21 - T[580-672] 9.81E-24 - T[680-766] 1.51E-16 - T[775-864] 5.46E-17 - T[873-965] 1.94E-22 - T[970-1066] 2.58E-21 - T[1106-1200] 1.4E-19 - T[1204-1299] 1.24E-18 - T[1555-1646] 6.27E-23 |
| SMART |
Ig_sub (IPR003599) - T[34-118] 8.5E-8 - T[207-294] 1.0E-6 - T[392-477] 5.4E-12 - T[491-572] 4.2E-6 - T[586-670] 1.4E-11 - T[688-769] 2.5E-6 - T[782-865] 3.1E-9 - T[879-962] 3.1E-11 - T[980-1062] 8.1E-10 - T[1112-1197] 0.5 - T[1210-1298] 5.2E-6 - T[1561-1645] 1.1E-10 |
| SMART |
Ig_sub2 (IPR003598) - T[40-107] 1.0E-5 - T[213-283] 1.1E-4 - T[398-466] 7.1E-14 - T[497-561] 1.8E-8 - T[592-659] 1.7E-12 - T[694-758] 8.3E-13 - T[788-854] 1.1E-10 - T[885-951] 5.4E-15 - T[986-1051] 1.4E-13 - T[1117-1186] 0.0026 - T[1216-1287] 0.0058 - T[1567-1634] 2.7E-10 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| HMCN1_HUMAN | 25.347 % | 294 | 4.78E-80 |
| TITIN_HUMAN | 24.088 % | 340 | 2.23E-94 |
| MYLK_HUMAN | 32.278 % | 336 | 1.4E-93 |