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- Transcript 'Moocci.CG.ELv1_2.S62...'
Transcript Model
Transcript Id
Moocci.CG.ELv1_2.S621126.g26404.01.t
Possible name(s)
MATN2; MATN3; MATN4
Gene model
Location
S621126 [27,961 / 38,352]
Amino acid sequence
Length: 1,509
>Moocci.CG.ELv1_2.S621126.g26404.01.p
MLFGKFIICAVALATVSAQVGKLINLKCSTQMDLAFLVDSSSSIGSENFELVLDFVSNIV
KQVDVSEELTRVALARYNSWTEPVFQFNTYNRKSDVLEAVREVPYYGRGTHTAEGLRVVA
NRLLSEHNGWRRNEVPTVVIVITDGRAKDADKIPMMARRLRRKATRVIAVGIGRVDENEL
TEIASKPAEDNVLLVGDFGELVGLVIDLAEKTCEVQNDENECLIDNGGCEINCVNVFTGW
YCECPVGYNLVDSSQCLDIDECLDDNGGCSDQCDNTPGGYGCSCSLGNVVGPDSKTCVPD
SCFGSNACAQNCHNVVGGDVDYRCSCNAGYTLDENGYSCNDIDECALNNGGCEFTCNNTL
GGYDCFCPEGLGLRDDRHTCGIICYTCDRALSNEDCQNEVVCPISAKSCQTHVRSEEGVV
YISKMCKQTEACVNNFVQNPRDAWSPTQCNTNPSGTVSVCRCCCHESYCNAPADCSNDNQ
INIECPDPSTIETPSNMNLSCTGNQLGDVCDMICPPGFGPENGLDQLVCTHRPRTIEGEW
QGEVSECVDIDECALGYCSHICENTIGSFVCSCPEDVSCEREKRDVLFVLDSSSSVKQDN
FDLMKKFTQLIGSQLSIGQDGVRVAVMTYNRFPTGRINFEDVQDNLDFVDKVNDIVYEGR
GTYTARAIKYAAEEMLREDKGMRPSVPLSVIIITDGRSKDSGDLSDALSRIYQKTTEVFA
IGVTSRVRERELLQIADDRPTHYRFIEDFPGLNEELANAYVEERVCTSPGAQTLQPDGRN
CDANECLRDNGGCSHFCNNTIGSYYCSCPEGSTLVEDLKTCVFDLCIDDNGGCEYECRTY
STGRKCFCPPNKQWDGEKCVGYNECNDENGGCSHICVDTEDGYFCECPEDMDIGPDGLNC
EVDSCFNQQFPFICDQICENVPGGSYICKCNEGYVMEEDGHNCTEIDECDLANGGCEYTC
VNTEGSYRCECPSGLQLRDDKRTCGVACYTCEQAINVEEECSTPVVCPESEDACFTTHRV
RDNVTMTWKGCRQTESCINQMIQNPGLHGEGPTQCNLNQKNAKCECCCMESMCNEGDCPY
NFTLPGCPTFSWDDVIFTGVQADGTVFPGGTARVTCQPGYEYTLKGAGFVQINCIYNFVN
NTSEWDGDFNMFDTCSDINECESWLGQQCVEPAVCVNTPGSYECQCPEEPDDYVLVDGIM
CERDECADPDQGGCTHNCTNTVGGYLCSCLPGYSIIEDGVTCDFDECQDANGGCKQRCVN
ILGGRECRCHNEGYRLEEDGETCVDIDECLDNNGGCSEFCTNEDGGYVCSCPPDQILSSD
GFTCKPNPCFPNNGNCSQACRVLDEDNYQCECFPGYRSLDDGSCQDIDECTENIANCQYN
CTNFDGGYTCECPIGQALRPDNRTCGAACYVCNGASSNEECNVEYEVCPLDADACENEVR
MHGGRKQIFKRCKQSHACSNNHIQNPRDAWLPTQCNGDDVNDVCRCCCTGHLCNFNEKPC
RTNRKCNLX
Nucleotide sequence
Length: 6,722
>Moocci.CG.ELv1_2.S621126.g26404.01.t
TATTCATCGCCTGGTGCAGGAGGAACGAGAAGCAACTGAGTGCCGTAATTGGAAATAATT
AAAAAATAGTAAAGAAGGGGCTAAGCTATCCCCACTCTTTTAAAAAATCCGTATAAGGAT
AACTAACCAGGATGTTATTTGGAAAATTTATAATTTGCGCCGTTGCTCTGGCAACTGTAT
CTGCACAAGTTGGTAAGTTAATTAATTTAAAATGTTCCACGCAGATGGATTTAGCGTTTT
TGGTGGATTCATCGAGTTCAATTGGAAGCGAAAATTTTGAACTTGTGCTTGACTTTGTCA
GTAATATTGTAAAACAAGTCGATGTTAGCGAAGAACTCACTCGAGTTGCTCTTGCTAGAT
ACAACTCGTGGACAGAGCCAGTGTTCCAATTCAACACTTACAACCGAAAAAGTGATGTGC
TTGAAGCCGTTCGTGAAGTCCCATACTATGGACGAGGCACGCACACCGCTGAAGGTCTCA
GAGTTGTCGCCAACCGTCTGCTTTCTGAGCATAACGGATGGAGAAGAAACGAAGTACCAA
CTGTTGTAATTGTTATTACCGATGGACGAGCTAAGGACGCCGACAAAATACCTATGATGG
CAAGGCGATTAAGACGAAAAGCCACTCGAGTCATTGCTGTCGGTATTGGCCGAGTTGATG
AAAATGAATTGACTGAGATTGCTTCTAAACCTGCTGAAGACAATGTTCTTTTAGTCGGAG
ATTTCGGGGAACTTGTCGGATTGGTTATAGATTTGGCTGAAAAGACATGTGAAGTTCAAA
ATGATGAAAATGAATGTTTGATCGACAACGGTGGTTGTGAAATCAACTGTGTCAATGTCT
TCACTGGTTGGTATTGTGAATGCCCTGTCGGATACAATTTGGTCGACAGTTCACAGTGCC
TTGACATCGACGAGTGTTTGGATGACAACGGCGGTTGCTCCGACCAATGCGACAACACAC
CAGGAGGTTACGGTTGCTCTTGCTCCCTTGGAAATGTTGTTGGACCTGACAGCAAAACGT
GCGTACCTGATAGTTGCTTCGGAAGTAACGCTTGCGCACAAAACTGTCACAACGTTGTTG
GCGGAGACGTTGACTATAGATGCAGTTGCAACGCCGGATACACTTTGGATGAAAACGGAT
ACTCCTGCAATGATATTGACGAATGCGCGTTGAACAACGGTGGCTGTGAATTCACTTGCA
ACAATACTCTTGGTGGTTATGACTGCTTCTGTCCAGAAGGCCTTGGCCTCAGAGACGACA
GACACACTTGTGGTATTATCTGTTACACCTGTGACCGTGCCCTCAGCAACGAAGATTGCC
AAAACGAAGTCGTCTGCCCCATTAGTGCAAAATCTTGTCAAACCCATGTCCGAAGTGAGG
AAGGAGTTGTTTACATCAGCAAGATGTGCAAACAGACCGAAGCTTGCGTAAACAATTTTG
TTCAAAATCCAAGAGATGCTTGGTCCCCAACCCAGTGTAACACAAACCCATCAGGAACAG
TTTCAGTATGCAGATGCTGCTGTCACGAATCTTACTGTAACGCACCCGCAGATTGTTCCA
ACGACAATCAAATTAATATCGAATGTCCGGACCCATCCACAATTGAAACTCCGTCGAACA
TGAACCTTTCGTGTACTGGCAATCAGCTCGGAGATGTTTGCGATATGATCTGTCCTCCAG
GTTTTGGCCCAGAAAACGGATTGGATCAACTTGTTTGCACTCACCGTCCACGAACTATTG
AAGGAGAGTGGCAAGGAGAAGTCTCTGAATGCGTTGATATTGATGAATGTGCTCTTGGAT
ACTGCTCACACATCTGCGAAAACACAATAGGATCATTCGTATGTTCGTGTCCGGAGGATG
TGAGTTGCGAGAGAGAAAAGAGAGATGTCCTCTTTGTATTGGATTCGTCATCATCTGTCA
AGCAAGACAACTTTGACTTAATGAAGAAATTTACCCAACTTATTGGCAGTCAACTTTCGA
TTGGACAAGACGGTGTTCGGGTCGCTGTTATGACATACAACAGATTTCCAACAGGAAGGA
TTAACTTCGAAGATGTTCAAGACAATCTTGACTTTGTCGATAAAGTTAATGACATCGTTT
ACGAGGGAAGGGGAACTTACACTGCTCGTGCCATTAAATATGCCGCTGAGGAAATGTTGA
GAGAAGACAAGGGAATGCGACCCAGTGTACCACTTAGTGTTATTATCATTACTGACGGAA
GAAGCAAAGATAGTGGAGATTTATCAGATGCCCTTTCTAGAATTTATCAAAAGACTACGG
AAGTATTCGCTATTGGTGTCACTAGCCGAGTAAGAGAAAGGGAATTGTTACAAATCGCTG
ATGATCGACCAACCCACTACAGATTTATAGAAGATTTCCCTGGTTTGAACGAAGAGCTTG
CTAACGCTTACGTCGAAGAACGAGTCTGCACATCTCCAGGGGCACAAACACTCCAACCCG
ACGGACGAAACTGTGACGCCAATGAATGTCTTCGTGATAACGGCGGATGCTCACATTTCT
GTAACAATACCATCGGATCTTATTATTGCTCTTGCCCAGAAGGTTCAACCCTCGTCGAAG
ATTTAAAAACATGCGTATTCGACCTCTGTATTGATGACAACGGTGGTTGCGAATATGAAT
GTCGAACCTATTCCACTGGCCGAAAATGTTTCTGTCCACCCAACAAACAATGGGACGGAG
AGAAGTGTGTTGGATACAATGAATGTAACGATGAAAATGGTGGCTGCTCTCACATTTGTG
TCGACACAGAAGATGGATATTTTTGTGAATGTCCAGAAGATATGGATATTGGACCCGATG
GATTAAATTGCGAGGTCGACAGCTGTTTTAATCAGCAGTTCCCATTCATCTGTGACCAGA
TATGTGAAAATGTTCCTGGAGGTTCATACATTTGCAAGTGTAATGAAGGTTACGTAATGG
AAGAAGATGGCCACAACTGTACTGAAATCGATGAATGTGACTTGGCTAATGGTGGTTGTG
AATACACATGTGTCAATACTGAGGGATCGTACAGATGCGAATGTCCATCTGGTCTTCAAC
TGAGAGATGACAAACGTACATGTGGTGTTGCATGTTACACATGCGAACAAGCAATAAACG
TAGAAGAAGAATGTTCAACCCCAGTTGTCTGTCCTGAATCCGAAGACGCTTGCTTCACAA
CGCACCGGGTTAGAGACAACGTTACTATGACATGGAAGGGGTGCAGACAGACGGAATCTT
GTATTAATCAAATGATTCAAAACCCAGGTCTTCACGGAGAGGGACCAACTCAATGTAACC
TTAACCAAAAGAACGCTAAGTGCGAATGCTGTTGTATGGAATCAATGTGTAATGAAGGAG
ACTGTCCATACAATTTCACTCTCCCTGGTTGCCCAACATTCTCTTGGGATGATGTCATTT
TCACTGGAGTACAAGCAGATGGAACGGTCTTCCCAGGAGGTACGGCCCGAGTAACATGCC
AACCAGGTTACGAATACACTTTGAAGGGAGCAGGATTTGTTCAGATTAACTGCATCTACA
ACTTTGTTAACAACACATCAGAATGGGATGGAGATTTTAATATGTTCGATACTTGCTCAG
ATATTAATGAATGCGAAAGCTGGTTGGGACAGCAGTGCGTTGAACCAGCTGTATGCGTCA
ACACTCCGGGCTCATACGAATGTCAGTGCCCTGAAGAACCTGATGATTACGTCCTTGTTG
ACGGAATCATGTGCGAACGTGACGAATGCGCTGACCCCGACCAAGGTGGTTGCACCCACA
ACTGCACCAACACCGTTGGAGGATACTTGTGTTCTTGCCTCCCTGGATATTCTATTATTG
AAGACGGTGTCACTTGTGATTTTGATGAATGCCAAGATGCCAACGGTGGTTGCAAACAAC
GCTGTGTAAACATCCTTGGAGGACGAGAATGCAGATGCCACAATGAAGGATACAGATTAG
AAGAGGATGGTGAAACTTGTGTTGATATTGATGAATGTTTGGACAACAACGGTGGTTGCA
GTGAATTCTGTACCAACGAAGATGGTGGATACGTATGCTCATGTCCCCCTGATCAGATTC
TCTCATCTGATGGATTCACATGCAAACCAAATCCTTGCTTCCCCAACAACGGAAACTGCT
CTCAAGCGTGCCGAGTTTTGGATGAAGATAATTACCAATGCGAGTGCTTCCCAGGATACA
GAAGTCTTGATGATGGTAGCTGTCAAGATATTGATGAATGTACAGAAAACATCGCCAACT
GTCAATACAATTGCACCAACTTCGACGGTGGTTATACCTGCGAATGTCCAATTGGCCAAG
CCCTTCGTCCTGATAACAGAACATGTGGTGCCGCCTGCTACGTGTGTAACGGTGCTTCAA
GCAATGAAGAGTGCAACGTTGAATACGAAGTGTGCCCATTGGATGCTGATGCATGCGAAA
ACGAAGTGAGAATGCATGGTGGGCGAAAACAAATTTTCAAACGATGCAAACAATCACATG
CTTGCAGCAACAACCACATACAGAACCCTAGAGACGCCTGGCTGCCGACACAATGTAACG
GCGATGATGTAAACGATGTATGCAGATGTTGTTGCACCGGACATTTGTGTAATTTCAATG
AAAAACCATGCAGAACAAACAGAAAATGTAACCTNNAATAGGCTGATATCGTTTTGGTGG
TTGATTCATCTAGCTCAGTTAAGCACAGAAACTTTGGAATTATCAAAAACTTTTTGTTTG
AATTCATCGATTCACTTCCTGTTGGACTAGAAAAAACACGCGTTGCTCTTGTACGATACA
ACAAAGATGTTGATGCCAGATTCCATTTGGATGAAATGAGAAACAAGCAAGAGGTTTTGG
ATGGTATTGATGCAATGCCATACAACGGACGTGGTACTCTTACCGGACAAGCTCTTCAGT
ATGTCCTTGACAACGAACTTACTGGGGAAAACGGAGCAAGAGATGGTGTCGATAAGATTG
TAATTACCCTTACTGACGGAAAGTCTAAAGATGACGTATCAGGACCATCCGAACAACTTA
GATCATTGGGTGTAAAGACCTATGCTATTGGAGCTGGAGCCAAATACAACCGAGATGATT
TAGAAACACTTGCTGGAGACGAAAGCCGAATGTTTATTGCAGAAGCTTTCGAAGACCTGA
GCTCTATTATTATCGATGAAATTCAAGCCCGAGTTTGTGCTGATGTTGACGAATGCCTTG
ATAATAACGGTGGATGTTCAGACATTTGTGAAAATACAGATGGGTCTTACTATTGTAACT
GTCCCGAAGGAATGGCACTCTTGGAAGATATGAGNATATTTTACTTTAGTCGCTAACGCT
ACACTTGGATTTAACCCTGTTGACGAATGCGCCAAGGAAAATGGTGGTTGCCAACATCAA
TGTGTTGACACTTACATCGGATATAACTGCACCTGTGATTCCGGTTTCGCACTTCGTGAA
GACCTTCATACCTGCAGTGAAATTGATGAATGCGCTGATCCATTCACGAATTTGTGCAGT
CACGTATGCAAAAACGAGTTCGGATCCTTCTACTGCGACTGTCCAAATGACCACTACATG
TCCGAAGATAGACTTAACTGTCTCCCTCGTGTTGGAGATGCCGATTGTGGTGCCGGTTGG
ACCTCTGTTGGAAGTAGCTGTGTGATGGTAATGGCCGACCAACCAACAACACGAGAAAGT
GCACAATCTCTCTGCGCTGATATGGGCGCTCGATTATGGTTGATAAGAAGCCCAGGAACC
GTTAGAATCATGAACAGACTTTTCCCATCTGAAGTCGGTTACTGGACAGTTTACGAAGAT
CTTGATGAAGACGGAATCTTCGTCGATGATGAAGACAACAACTTCGACTTACACCAACTC
TGGGGACAAGAAGAGCCAAGCGATGGACGATGTGTGATTGTTGATCCTCAAAACCGAAAC
ATGCTTGCCACGGTCAATTGCGAGTCTTCCTACCTCCCAGTTTGTCAAATACCAAGAGAA
GAAGGATTTGTCGTTTTTACCAACTCATGGGCAAACGGTGCCCAGGGTAAGATCTACTTC
CCTGCCATGCCAAGCGAATACTTCAAAATCACATTCCCAGCAAACATCAAAAAATTCAAC
GGTTGGTTTGGTCAAGTTGTAGAAGCTTGGGATGACGATAGAACAATAATCGTTACTCAA
AACGAACACGACATTTCCAGTTCCAACGGTGCCATGGAATTTGTTGTCGATTTCGGCCAA
AGGTCTTTCCCAAGCTACGACTGCACAGTCGAGCCATACCAACCATTGGAAGATGGCGAA
CTTTAGGGAGTTTTATTGCAATTTATTATTATATGTTTGTCTTTAAACCATGTGTTGTTG
GTTTTTCTCATAAATTTATTATTTGTTGAAAATTTCACTTTTTAAATTTCATATCTAATA
TGACGTATGTAATTATTAGATTCATTTCAAACTCAAAGTTAATAAACATGTTACAAGGCG
TTTTAGTGATGGTTTATTTATAAAAGTATTTGCACACAAGATCCGTTAATTTAACAATCA
CGTTTCAAATTAACCTTATTGCTGGTGCTGAATGTTTAATAGTATGTAAGAGGAAGTTGA
AATATTTTACTGGCTTTTATGATTAGTCTTGGCAATTTGTGAATACCTACCAAACACTTT
GTAATGCATCGCTGAATATATCACAACTTTTACAAATATATGAAATCATATTTTGGATAA
AT
| SUPERFAMILY |
vWFA_dom_sf (IPR036465) - T[3-214] 5.84E-49 - T[553-754] 1.71E-43 |
| Gene3D |
vWFA_dom_sf (IPR036465) - T[21-218] 5.2E-51 - T[584-776] 8.7E-41 |
| SMART |
VWF_A (IPR002035) - T[31-210] 7.9E-42 - T[583-764] 1.4E-27 |
| ProSiteProfiles |
VWF_A (IPR002035) - T[33-208] 30.769 - T[585-760] 27.265 |
| Pfam |
VWF_A (IPR002035) - T[33-201] 1.6E-39 - T[585-753] 4.7E-34 |
| SUPERFAMILY |
Growth_fac_rcpt_cys_sf (IPR009030) - T[216-341] 8.95E-9 - T[1204-1336] 4.08E-14 |
| SMART |
EGF-like_Ca-bd_dom (IPR001881) - T[218-257] 0.012 - T[258-298] 4.0E-4 - T[300-340] 0.49 - T[341-381] 6.7E-5 - T[549-580] 2.3E-4 - T[782-822] 9.6E-8 - T[861-901] 0.028 - T[902-944] 0.016 - T[945-985] 8.3E-8 - T[1157-1202] 9.5E-7 - T[1204-1240] 0.002 - T[1243-1284] 0.0028 - T[1285-1325] 2.4E-5 - T[1366-1406] 3.6E-5 |
| SMART |
EGF-like_dom (IPR000742) - T[221-257] 0.12 - T[261-298] 67.0 - T[301-340] 0.56 - T[344-381] 0.43 - T[552-580] 18.0 - T[785-822] 3.5E-4 - T[825-860] 120.0 - T[864-901] 0.011 - T[904-944] 0.32 - T[948-985] 0.0026 - T[1160-1202] 0.18 - T[1205-1243] 0.0087 - T[1246-1284] 0.5 - T[1288-1325] 0.035 - T[1328-1365] 0.16 - T[1369-1406] 0.41 |
| Pfam |
EGF-like_Ca-bd_dom (IPR001881) - T[258-297] 9.3E-4 - T[549-576] 2.4E-4 - T[1157-1188] 2.6E-7 - T[1204-1242] 5.5E-5 - T[1243-1283] 0.0031 |
| Pfam |
cEGF (IPR026823) - T[322-344] 4.0E-7 - T[1348-1369] 1.4E-6 |
| ProSitePatterns |
EGF_Ca-bd_CS (IPR018097) - T[341-365] . - T[549-571] . - T[782-806] . - T[945-969] . - T[1157-1184] . - T[1366-1390] . |
| ProSiteProfiles |
Sushi_SCR_CCP_dom (IPR000436) - T[483-549] 8.572 - T[1085-1157] 6.345 |
| ProSiteProfiles |
EGF-like_dom (IPR000742) - T[549-580] 8.689 - T[782-822] 7.19 - T[861-901] 9.578 - T[945-985] 8.722 - T[1157-1202] 11.144 - T[1366-1406] 6.865 |
| ProSitePatterns |
EGF-type_Asp/Asn_hydroxyl_site (IPR000152) - T[562-573] . - T[797-808] . - T[876-887] . - T[960-971] . - T[1175-1186] . - T[1381-1392] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| MATN2_HUMAN | 32.902 % | 209 | 4.14E-55 |
| MATN4_HUMAN | 32.603 % | 199 | 1.79E-53 |
| MATN3_HUMAN | 31.2 % | 167 | 6.86E-44 |