- Transcript 'Phmamm.CG.MTP2014.S3...' >
- Transcript 'Moocul.CG.ELv1_2.S11...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S113827.g13117.01.t
Possible name(s)
MATN2; MATN3; MATN4
Gene model
Location
S113827 [5,169 / 13,963]
Amino acid sequence
Length: 2,119
>Moocul.CG.ELv1_2.S113827.g13117.01.p
MTYNNQPDDTWNCVDFNWETIDYFEQLLMSNMAYYYPTAKDKINDTQWVERSPIFNLSPR
LRYVRIMIGKLLIFAAAFACAFAQTVEEDSTDMKCSSKLDVVFLVDSSSSVKEENFEIMR
QFMVNVIRQLDVSPDLSQVSLARYNSWTEPVFDFNTYSNKRDVIAAIRDVKYYGRGTMTA
EGLRVVSEQLLRPFKGWRENDIPTIVVVITDGRAKDADMIPVMARRLRRKVTRVIAVGIG
RVDADELAMIASKPASANVMVVEEFNDLVGLALDVADMTCEVSGNENRCKVDNGNCEANC
VNVLKGWYCECPVGYNVVDSTKCDDINECAIDNGGCSDVCENTDGSYECRCDVGFVVGPE
KNCEPDSCFGNSDCQQICNNVIGGEFSCSCNAGFRLNEDGRSCSDINECEINNGGCEYTC
NNTFGGYDCLCPEGLGLRDDKHTCGIICYVCDRALSNEDCQEQVVCPMSEKSCQTHVRSE
NGVVYISKMCKQTEACVNNFVQNPRTAWSPTQCNENPSGTVSVCRCCCHESYCNEPADCS
LSDKIDIECHDPSLIETPRDMNISCTGNQIGDVCDLICPVGFAPVTGTKQLVCSHRPRSL
EGDWVGLIGECGDIDECAINNGGCSHFCENTIGSFICSCPDDFKCELEKRDVLFILDSSS
SVKGPNFALMREFVSIIGNQMTIDQDGVRVAAMRYNLNPEKLFGFDEVVDNQDFVTRVAD
IPYDGRGTFTARAIKAAVEQCLTIETGRRPDVPLKVIIITDGRSKDRKDLPDALARLYQH
TEDVFAIGVTDRVNEKQLLQIANERQTHYRFVDDFDGLNEDLAFNYVEPRLCTDAEGRHV
LQPDGLNCDINECLKNNGGCSNYCNNTIGSFYCSCPEGSALVEDGLTCVFDACLVENGGC
EYECINTVRGRVCLCPFNKQWDGINCVGYNECLDENGGCSDICEDTDDSYVCRCPEGMDL
GPDQHTCETNSCFEQEFPFVCDHTCTNVAGGSYMCSCNEGYVMEEDGHNCTEINECDLGN
GGCEYICVNTEGSYRCECPDGFQLRNDGRTCGVSCYTCEQAVNPEEECTELVVCPESEDA
CFTTHRVRDNVTMTWKGCRQTISCINQMIQNPGLHGEGPTQCNLNQKNAKCECCCMEANC
NEGDCPYNLTLPGCPVFEAPNVTFTGVQADDTVFPGGTARVTCQPGYDYVLKGSGFVQIN
CIYNFVNDTSEWDGEYDLFDTCADINECEEWQGGLCMEPATCLNTPGSYECACPEDRDDY
VLIDGVMCDRDECADEDQGGCNHNCTNTIGAYICSCAPGYSLLEDGVTCDPDECQDANGG
CKQLCVNTLGGRECRCHNSGYRLLEEDGETCIDIDECLVNNGGCSEICTNLEGGYVCSCP
DDMILSIDGFTCKQNPCFPDNGGCAQVCRVLDEDNYVCECRQGYELLDDGSCADIDECAR
NIANCQYNCTNYDGGYTCECPVGQALRNDNRTCGVACYVCNGAASNEECNVDFEVCPLDA
DACENEVRMHGGRKQIFKRCKQSHACNNNHIQNPRDAWLPTQCNGEDVNDVCRCCCTGHL
CNYNEKPCRSNFKCNIKQADIILVVDSSSSIKPRNFGIIKNFLFELIGSLNIGLQKTRVS
LVRYNNEVDVRFTLKEFGNKDDVLDAVDATPYNGRGTLTGQALTWVVNNGFSAENGGREG
VDKHVITLTDGKARDDVSEPSEALRAMGVTTYAIGAGTKLNQRDLDEIAGDKSRVFIAKA
FEELSSIIISEIQEKVCADVDECLKNNGGCSQDCVNTKGSYYCECPEGMALAENMKDCFE
IGNETMTFKPADECAKDNGGCDQICIDTYSGYNCSCEAGYDLREDLHSCSEINECSEDVT
NLCSHTCVNTMGSFFCDCPDSHRMGEDMLNCVQRDSDADCPAGYTSVGTSCIQVILEPST
RAEAQMECDNAGARLYSIRSPGSARIISRIFPSEVGYWTVYEDMNEDDIFVDDDDNQFGW
MQLWGKDSPAPGQRCVIVDPADRNLLATVSCEATYLPVCQIPRRDGFVVFTNTWQNGAQG
KIYFPAGGNYFKISFPYPIKNFNGWFGSVVEVVNDKTIIVTQNEHDVSSSMGEMQFVVDF
RRSQFPSYSVGVEVTMIEE
Nucleotide sequence
Length: 6,886
>Moocul.CG.ELv1_2.S113827.g13117.01.t
ATGACTTATAACAATCAACCTGATGATACGTGGAACTGTGTCGACTTTAATTGGGAAACC
ATCGATTATTTTGAACAATTACTGATGTCAAATATGGCGTATTATTATCCAACAGCTAAA
GATAAAATAAACGACACCCAATGGGTTGAACGATCCCCTATCTTTAACTTAAGTCCAAGA
CTGCGATACGTCAGGATTATGATTGGGAAACTTTTAATATTCGCCGCCGCGTTTGCGTGC
GCATTTGCACAAACTGTTGAAGAAGACTCGACGGACATGAAATGCTCCTCAAAATTGGAC
GTCGTCTTTTTGGTCGATTCTTCAAGTTCTGTTAAAGAAGAAAATTTTGAAATTATGCGC
CAATTCATGGTTAATGTCATTCGTCAACTCGACGTTTCCCCAGACCTCTCCCAAGTTTCA
TTAGCACGTTACAACAGCTGGACAGAACCCGTGTTCGATTTCAACACATACTCAAACAAG
CGTGACGTCATCGCAGCCATCCGTGATGTTAAATATTATGGTAGAGGAACCATGACAGCT
GAAGGACTGAGAGTTGTTTCCGAGCAACTTCTCCGACCATTTAAGGGATGGAGAGAAAAC
GATATCCCTACCATAGTCGTCGTCATCACCGACGGACGAGCAAAGGATGCAGACATGATC
CCAGTAATGGCACGACGACTCCGACGAAAGGTCACACGTGTTATTGCTGTCGGTATTGGA
CGAGTCGATGCAGACGAATTGGCGATGATCGCTTCAAAGCCAGCAAGTGCTAACGTCATG
GTGGTCGAAGAATTTAACGATTTGGTCGGCCTTGCCCTCGATGTTGCAGACATGACATGT
GAAGTATCCGGAAACGAAAATAGATGTAAAGTCGACAACGGTAATTGCGAAGCCAACTGT
GTCAATGTATTAAAAGGATGGTACTGCGAATGCCCAGTCGGTTACAATGTTGTTGATAGC
ACCAAGTGCGATGATATCAATGAATGTGCCATCGATAATGGTGGATGTTCCGATGTTTGC
GAAAACACTGACGGTTCATACGAATGCAGATGTGACGTTGGATTCGTTGTTGGTCCAGAA
AAAAACTGTGAACCTGATAGCTGCTTTGGCAACTCTGATTGTCAACAAATCTGCAACAAT
GTCATCGGAGGCGAATTCAGCTGTAGTTGCAATGCTGGATTCCGATTGAATGAAGATGGA
CGATCATGCTCTGACATTAATGAATGTGAAATCAACAATGGAGGGTGCGAATACACTTGC
AACAACACCTTCGGAGGTTACGACTGTCTCTGCCCAGAGGGTCTTGGTCTCCGTGACGAC
AAACACACTTGTGGTATCATCTGCTACGTTTGCGACCGAGCATTGAGCAACGAAGACTGC
CAAGAACAAGTTGTCTGTCCAATGAGCGAGAAATCTTGCCAAACTCATGTCAGAAGTGAA
AATGGAGTTGTGTACATCAGTAAGATGTGCAAACAGACTGAGGCTTGCGTTAACAACTTT
GTCCAAAACCCCAGAACAGCTTGGTCCCCAACACAATGTAACGAAAACCCATCTGGAACT
GTCTCAGTCTGCCGATGCTGTTGCCACGAATCATACTGCAACGAACCGGCAGATTGTTCT
CTTTCCGATAAAATTGACATCGAGTGTCACGATCCATCTCTCATCGAAACACCAAGAGAC
ATGAACATCTCTTGCACTGGCAACCAAATCGGAGATGTTTGCGATTTGATCTGCCCAGTT
GGATTTGCTCCAGTCACCGGTACCAAACAGCTCGTATGCTCTCACAGACCACGTAGTCTT
GAAGGTGACTGGGTTGGTTTGATTGGAGAATGTGGTGACATCGATGAATGCGCCATCAAC
AACGGAGGCTGCTCCCATTTCTGTGAAAACACAATTGGATCTTTCATCTGCTCCTGCCCA
GATGACTTCAAATGTGAATTGGAAAAGAGAGATGTTCTCTTCATCTTGGATTCCTCTTCA
TCTGTCAAAGGTCCCAACTTCGCTCTTATGAGAGAATTCGTCAGCATCATCGGAAACCAG
ATGACAATCGATCAAGATGGAGTCAGAGTTGCTGCCATGAGATACAATCTCAATCCAGAA
AAACTTTTCGGATTCGATGAAGTCGTTGACAACCAAGACTTTGTTACCCGAGTTGCAGAC
ATCCCATACGACGGACGAGGAACATTCACCGCACGTGCTATCAAAGCTGCAGTCGAACAA
TGTCTTACCATCGAAACCGGTCGACGACCAGATGTTCCACTTAAGGTTATTATCATTACT
GACGGAAGAAGCAAGGATCGAAAAGACTTGCCAGACGCTTTGGCTCGTCTTTACCAACAC
ACTGAAGACGTATTCGCTATTGGTGTCACCGACCGAGTTAACGAAAAACAACTTCTTCAA
ATTGCCAACGAAAGACAAACCCACTACAGATTCGTCGACGATTTTGACGGACTTAACGAA
GATTTGGCCTTTAACTACGTTGAACCAAGACTGTGCACTGACGCAGAAGGTAGACATGTC
CTCCAACCGGATGGTCTTAACTGCGACATCAACGAGTGCTTGAAGAACAACGGTGGATGC
TCAAACTACTGTAACAACACCATCGGATCATTCTACTGCTCCTGCCCAGAAGGATCTGCT
CTTGTCGAAGATGGTTTGACTTGCGTATTTGACGCATGTCTCGTGGAGAATGGTGGATGC
GAGTATGAATGTATCAACACTGTTCGTGGCCGTGTATGCCTCTGTCCATTCAACAAACAA
TGGGATGGGATAAACTGTGTCGGATACAACGAATGCTTGGATGAAAACGGTGGCTGCTCC
GACATCTGTGAAGATACTGATGATAGCTACGTTTGCCGATGTCCAGAAGGCATGGATTTG
GGACCAGACCAACACACATGCGAAACCAACAGCTGTTTCGAACAAGAATTTCCATTCGTC
TGCGACCACACATGCACAAATGTTGCCGGTGGATCATACATGTGCTCTTGCAATGAAGGT
TACGTAATGGAAGAGGATGGCCACAACTGCACTGAAATCAATGAATGTGATCTCGGTAAC
GGAGGATGCGAATACATCTGCGTAAACACCGAAGGATCATACCGATGTGAATGTCCAGAT
GGTTTCCAATTGAGAAATGATGGACGTACCTGTGGAGTTTCTTGCTACACATGCGAACAA
GCAGTGAACCCAGAAGAGGAATGTACCGAATTGGTTGTATGTCCAGAATCAGAAGATGCA
TGCTTCACAACACACAGAGTTAGAGATAACGTAACAATGACATGGAAGGGATGCAGGCAA
ACTATCTCCTGCATTAACCAAATGATCCAAAACCCAGGACTCCACGGTGAAGGACCAACC
CAGTGTAACTTGAACCAGAAAAACGCTAAATGCGAATGCTGCTGCATGGAAGCCAACTGC
AATGAAGGAGACTGTCCATACAACCTTACACTTCCAGGATGTCCAGTATTTGAAGCACCA
AATGTTACTTTCACGGGCGTACAAGCTGATGACACGGTGTTCCCAGGTGGCACTGCTAGA
GTAACATGCCAGCCAGGATATGACTACGTACTAAAAGGAAGTGGATTTGTCCAAATCAAC
TGCATCTACAACTTCGTTAACGACACATCAGAATGGGACGGTGAATATGATTTGTTCGAT
ACCTGCGCAGACATTAACGAATGTGAAGAGTGGCAAGGAGGTCTATGCATGGAACCAGCA
ACATGCCTCAACACCCCAGGCTCATATGAATGTGCCTGTCCAGAAGACAGAGATGACTAC
GTGTTGATCGATGGAGTTATGTGTGACAGAGATGAATGCGCTGATGAAGATCAAGGTGGA
TGTAACCACAACTGCACCAACACGATTGGAGCATACATCTGTTCATGTGCACCAGGATAC
TCTCTTCTTGAAGATGGCGTCACTTGCGATCCAGATGAATGCCAAGATGCCAACGGTGGA
TGCAAACAATTGTGCGTCAACACTCTTGGAGGCCGAGAATGCCGATGCCACAACTCAGGA
TACAGACTACTTGAGGAAGATGGAGAAACCTGCATTGATATCGATGAATGTTTGGTTAAT
AACGGTGGTTGCAGCGAAATATGCACAAACTTGGAAGGAGGTTACGTCTGCTCTTGCCCT
GATGACATGATCCTGTCTATTGATGGGTTCACATGCAAACAAAATCCATGCTTCCCAGAT
AACGGTGGATGCGCCCAAGTTTGCCGAGTGTTGGATGAAGACAACTACGTCTGTGAATGC
CGACAAGGATACGAACTTTTGGACGACGGATCATGCGCTGATATCGATGAGTGCGCAAGA
AATATTGCTAACTGCCAATACAATTGCACCAACTACGATGGTGGATACACTTGTGAGTGC
CCAGTTGGACAAGCTTTGAGAAACGACAACAGAACATGTGGTGTTGCTTGCTACGTCTGC
AACGGTGCTGCCAGCAATGAAGAATGCAATGTTGATTTCGAAGTGTGCCCACTTGACGCA
GATGCCTGTGAAAACGAAGTGAGAATGCACGGAGGACGTAAGCAAATTTTCAAAAGATGC
AAACAATCCCATGCCTGTAACAACAACCACATCCAAAATCCACGAGATGCCTGGCTCCCA
ACCCAATGTAACGGCGAAGATGTCAACGATGTGTGCCGATGCTGTTGTACTGGTCATTTG
TGTAACTACAATGAAAAACCATGCCGATCCAACTTCAAATGCAACATCAAACAAGCAGAC
ATCATCTTGGTTGTCGACTCATCCAGCTCTATCAAGCCAAGAAACTTCGGTATCATCAAG
AACTTCCTCTTCGAATTAATTGGATCTTTGAATATTGGACTGCAAAAAACACGAGTTTCA
CTTGTCCGATACAACAATGAAGTAGATGTTAGATTCACTTTGAAAGAATTCGGAAACAAA
GACGATGTTTTGGATGCTGTAGATGCTACGCCATACAACGGACGAGGAACCTTGACCGGA
CAGGCTCTTACATGGGTTGTCAATAATGGATTCTCTGCTGAAAACGGTGGTCGGGAAGGA
GTTGACAAACATGTCATTACCCTCACTGACGGTAAAGCCAGAGATGATGTATCGGAACCA
TCTGAAGCTTTGAGAGCTATGGGAGTAACAACCTATGCTATTGGTGCTGGCACGAAATTG
AACCAACGAGATTTGGATGAAATTGCTGGAGATAAAAGTAGAGTCTTCATTGCTAAGGCC
TTCGAAGAATTGTCTTCGATCATCATCAGCGAAATTCAAGAAAAAGTTTGTGCCGATGTC
GATGAATGTTTGAAAAACAATGGTGGATGCTCTCAAGATTGCGTCAACACCAAAGGATCA
TACTACTGTGAATGCCCAGAAGGTATGGCTTTGGCTGAAAACATGAAAGATTGCTTCGAA
ATCGGAAACGAAACCATGACCTTCAAACCAGCTGATGAATGTGCCAAGGATAATGGTGGA
TGCGACCAAATCTGTATCGATACATACTCTGGATACAACTGCTCTTGTGAAGCAGGATAT
GATCTCCGAGAAGATCTCCACTCTTGCAGTGAAATCAACGAATGTAGTGAAGACGTCACA
AACTTGTGCAGCCATACATGTGTTAACACCATGGGAAGTTTCTTCTGTGATTGCCCAGAT
TCACACAGAATGGGTGAAGATATGCTTAATTGCGTCCAGAGAGATAGCGATGCTGATTGC
CCAGCTGGATACACCTCCGTTGGAACAAGCTGCATCCAGGTCATTCTTGAACCATCTACC
AGGGCCGAAGCACAAATGGAATGTGACAATGCCGGAGCTCGACTTTACTCCATCCGATCC
CCAGGAAGTGCAAGAATCATCAGCAGAATTTTCCCATCTGAAGTTGGATATTGGACCGTA
TATGAAGATATGAATGAAGATGATATCTTTGTTGATGATGACGACAATCAATTTGGATGG
ATGCAATTGTGGGGTAAAGACAGCCCAGCCCCTGGTCAACGATGTGTTATTGTCGATCCG
GCAGACCGAAACCTTCTTGCTACTGTCTCTTGTGAAGCCACTTACTTGCCAGTGTGCCAA
ATTCCACGAAGAGACGGATTTGTCGTTTTCACAAACACATGGCAAAACGGAGCACAAGGA
AAGATCTACTTCCCAGCAGGAGGAAACTACTTCAAAATTTCATTCCCATATCCAATCAAA
AATTTCAATGGTTGGTTTGGAAGTGTGGTTGAAGTAGTCAACGACAAAACTATCATTGTG
ACCCAGAATGAACACGATGTATCAAGCTCAATGGGAGAAATGCAATTTGTTGTTGACTTC
AGAAGAAGCCAATTTCCAAGTTACTCTGTTGGTGTTGAAGTCACAATGATTGAGGAATAA
TAAATTGTTTTAGTTTCACATTTATATTATATTTACAAATAACTGCCTGTTACGTTTCGT
CAAAATTGCTACCAGTGGACAATAACATGACCGATTCACATTCAATTTTTTTATATTAAA
GTTAAGTCACCTGTTAAGTCAATGTGTTGTTGTTAGAAATTTGTAGCATGCAAAGGTGAA
TGAATGGCTGTTATGAATACTTTGTACAAGGTGGTAACCGAAAAAGAATGTTTGAGATAG
TTTACAATTGGTGCTTCCTTTTCTTCCTTGTTTTCTTGTCAAATACATGCGCTAAAAGTG
TATAGATAAAAAAAACAATTATATAATGTATATCAAACGTATTTTGGATAAATAAAAAGA
ATATTGAAATTCATCATCAGTCTTGAAGCATTTGTGAAGAGTAAACTTCATTTTGAAGGT
TCACTTTTCCCCCTCCATCGAAGTCCGATTTAACGAGATCTGGTCGTCCCTACAAATTTA
AACACAATTTATGTCGAACTCGCGACCATTCCACAACATGTTGTAA
| Gene3D |
vWFA_dom_sf (IPR036465) - T[85-287] 7.8E-47 - T[650-839] 9.7E-37 - T[1577-1763] 7.1E-50 |
| SUPERFAMILY |
vWFA_dom_sf (IPR036465) - T[94-281] 2.78E-46 - T[619-820] 1.35E-39 - T[1561-1758] 7.37E-50 |
| SMART |
VWF_A (IPR002035) - T[98-280] 6.1E-39 - T[649-830] 6.3E-26 - T[1578-1749] 8.0E-39 |
| Pfam |
VWF_A (IPR002035) - T[100-268] 4.4E-36 - T[651-819] 6.3E-30 - T[1580-1747] 7.0E-38 |
| ProSiteProfiles |
VWF_A (IPR002035) - T[100-275] 29.096 - T[651-827] 25.521 - T[1580-1752] 30.487 |
| SUPERFAMILY |
Growth_fac_rcpt_cys_sf (IPR009030) - T[283-404] 3.92E-9 - T[927-1057] 1.73E-13 - T[1356-1475] 7.38E-12 |
| SMART |
EGF-like_Ca-bd_dom (IPR001881) - T[285-324] 0.097 - T[325-364] 1.6E-8 - T[366-404] 0.25 - T[405-445] 5.1E-4 - T[613-652] 1.7E-5 - T[849-889] 6.7E-8 - T[928-968] 0.013 - T[970-1011] 0.019 - T[1012-1052] 5.9E-8 - T[1224-1266] 3.4E-5 - T[1269-1310] 1.1E-6 - T[1312-1352] 0.13 - T[1353-1393] 1.6E-6 - T[1434-1474] 1.2E-5 - T[1759-1799] 3.4E-8 - T[1812-1850] 0.0095 - T[1851-1892] 8.0E-8 |
| SMART |
EGF-like_dom (IPR000742) - T[288-324] 2.6 - T[328-364] 0.0032 - T[367-404] 0.18 - T[408-445] 0.84 - T[616-646] 15.0 - T[852-889] 0.0025 - T[892-927] 74.0 - T[931-968] 9.2E-4 - T[971-1011] 0.13 - T[1015-1052] 1.8E-4 - T[1227-1269] 0.11 - T[1272-1310] 0.001 - T[1313-1352] 1.4 - T[1356-1393] 0.0028 - T[1396-1433] 0.048 - T[1437-1474] 0.071 - T[1762-1799] 0.0022 - T[1813-1850] 0.0035 - T[1854-1892] 0.0037 |
| ProSiteProfiles |
EGF-like_dom (IPR000742) - T[325-364] 8.82 - T[849-889] 6.679 - T[1012-1052] 9.074 - T[1224-1269] 10.752 - T[1353-1393] 6.614 - T[1434-1474] 7.448 - T[1851-1892] 8.416 |
| Pfam |
EGF-like_Ca-bd_dom (IPR001881) - T[325-363] 6.4E-6 - T[613-644] 5.7E-5 - T[1224-1255] 3.4E-6 - T[1310-1351] 0.011 - T[1852-1891] 1.9E-4 |
| ProSitePatterns |
EGF-type_Asp/Asn_hydroxyl_site (IPR000152) - T[340-351] . - T[864-875] . - T[1027-1038] . - T[1242-1253] . - T[1368-1379] . - T[1449-1460] . - T[1867-1878] . |
| ProSitePatterns |
EGF-like_CS (IPR013032) - T[349-363] . - T[1036-1051] . - T[1294-1309] . - T[1834-1849] . |
| Pfam |
cEGF (IPR026823) - T[386-408] 3.9E-9 - T[992-1015] 3.0E-6 - T[1416-1437] 1.8E-6 |
| ProSitePatterns |
EGF_Ca-bd_CS (IPR018097) - T[405-429] . - T[613-637] . - T[1012-1036] . - T[1224-1251] . - T[1434-1458] . - T[1851-1876] . |
| ProSiteProfiles |
Sushi_SCR_CCP_dom (IPR000436) - T[547-613] 7.515 - T[1152-1224] 6.687 |
| SUPERFAMILY |
CTDL_fold (IPR016187) - T[1899-2022] 2.45E-16 |
| SMART |
C-type_lectin-like (IPR001304) - T[1900-2020] 1.9E-5 |
| ProSiteProfiles |
C-type_lectin-like (IPR001304) - T[1907-2020] 8.564 |
| Gene3D |
C-type_lectin-like/link_sf (IPR016186) - T[1913-2041] 5.7E-7 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| MATN2_HUMAN | 25.903 % | 252 | 9.52E-69 |
| MATN4_HUMAN | 34.648 % | 206 | 6.57E-56 |
| MATN3_HUMAN | 30.027 % | 176 | 9.83E-47 |