- Clone 'cilv018l12' >
- Clone 'cijv002a05' >
- Transcript 'Moocci.CG.ELv1_2.S17...'
Transcript Model
Transcript Id
Moocci.CG.ELv1_2.S174780.g03385.01.t
Possible name(s)
ADAMTS15; ADAMTS20; ADAMTS9
Gene model
Location
S174780 [10,357 / 27,820]
Amino acid sequence
Length: 1,625
>Moocci.CG.ELv1_2.S174780.g03385.01.p
MGLNNKELRNEYKILKNIKTNIDFYFDFRQDICRSETACDTLGLAELGTMCDPYRSCSIN
EDNGLSTSFTIAHEIGHEFDAPHDNNEKCVTSSGKPEELHVMSPQLDHNAKPWSWSKCSA
KYITNFLDHPSKAKRLLTMTDATYGNGQCLLDAPPQRVLPLPLEQPGQIFDVNSQCGFVY
GKGVTHCGFMNTCGRLWCVSKDRRDGCRTPHMPWADGTKCGPGKWCQRGECVTEDHRLRP
VAGSWGQWSPFGECSRNCGGGIRIAERKCNNPAPKNGGKYCVGRRKKFRSCSWNECDLNR
DFRAEQCAAFDNWSSHHSGQRIRGVPTNARWIPKYDGILLQDRCKLICQVRSNDPYTAPW
YVLKPKVLNGTPCGPNTHDICVEGICKKAGCDHVLNSNTREDDCGVCGGDNSGCRTVNGN
YNTGNKEGYTKVVEIPAGATNILIEQISYLSTPDDFNYLALRDARGRYILNGGKSVVQYQ
HNIIKRAHGGTTIVYNFDYSGTDNTIERINSSTPITESITVEVLSAGDLMPPNIRYKFNM
PVTGRISYHWDPYGPWSECSRPCQGSSKRKVLCMTSEEKIVSDSHCQERLKPTSIKQSCN
TECEIRWNVERIECSSRCGTGREIKHSQCVKVSREQNGEQTMDNLPEGQCAGPKPSGGSP
CHGDCLPTRWEYGRWSSCSVSCGGGAQTREAKCRDIRGVLLSPEDCRVYVRVVSQSCNNH
PCPKWVTSDFSECSATCGPSVRSRRVWCRSSTGSYEHNSMCDISKKPAATDKCEAVECPK
WKNHEWQECSKSCGVGSSMRLITCVDHQNNQVDDDLCDNALREPDIQDCVVTSHCLDRYR
YEEPRRSSNDIITVNRQSIPSYHDVTNSGQWRMGDWTDAEIRLRKNFCAESFACSVTCGR
GIRERYVSCVNRRYEEQSDCPGPVPPSKEECTMPRCTTAEWRSSAWSDCSATCDEGQRTR
FVWCIHNNRNTVDDSPCRANEPKPATSEPCVVTKCAVITTTTATPVRRFTGLWRTGPWGQ
CSSSCGPGTRKRQVVCSSRGQCDTDKMPSDTEQCESGKCPQWTVSAWRQCSKSCGSGTQR
RQVYCVMSDGTYTQDSRCAIMERPLDVRPCNTETCPDQQYKWRSFKWGSCSVTCGRGSKQ
RRVVCMTHNLTVVDNSFCANLRHRKPRNVKSCRVHSGCPRWHTGRWNKAAGNKTTCSATC
GTGIQVRRVNCRYKRKSVLDTKCDNSTKPQDVIKCNVRQCERYSFIWKTSSWSSCSASCG
TGFKSRTVACMRTDGQRSFSISQCKDTKPSEREHCNLRTCPAVWKVSQWSECSVSCGPGR
QTRAVECVHVDLHTHQTTPSNNCAERKPVESRDCNYNECASDINWVVDRWSECSVTCGTG
TTTRRVLCVRKSTNEIISNLKCEATASFKPDSQKECNSDPCLPTSCRSAQRQYSNRQDGE
YHLLIHNKIRKIYCKDMHTVSPKEYITLQGGDQESYSEIYKYRLLDPDTCPFNGTQNPNC
KCFDAHPPAGRTVFHKIRIDPVWLRVEVNDFSFATNSYGVRILMGVAGDCYSKADCPQGS
FRINLAGTGFAVSRRTSWTSYGRNAVRRTNWNEDGTTIEGKCGGYCSQCQPDPSTGLLLT
HTPET
Nucleotide sequence
Length: 4,949
>Moocci.CG.ELv1_2.S174780.g03385.01.t
ATGGGACTAAACAACAAAGAACTACGTAATGAATATAAAATACTAAAGAATATAAAAACA
AACATTGACTTCTATTTTGATTTTAGGCAGGACATCTGCCGATCTGAAACAGCGTGTGAT
ACTCTTGGACTCGCGGAGTTAGGAACTATGTGTGACCCATACAGGAGTTGTTCCATCAAT
GAAGATAACGGCCTTAGTACTTCTTTTACTATAGCTCACGAAATTGGCCACGAATTTGAC
GCACCGCATGACAACAATGAAAAGTGTGTGACGTCATCAGGGAAACCAGAAGAGCTTCAC
GTAATGTCGCCACAACTAGACCACAACGCTAAGCCCTGGTCATGGTCGAAATGCAGCGCG
AAATATATCACTAATTTCTTGGATCACCCTAGTAAGGCAAAGCGATTACTAACCATGACA
GATGCAACTTATGGAAATGGACAATGTTTATTGGATGCTCCGCCCCAACGTGTATTGCCT
TTGCCATTGGAGCAGCCTGGTCAAATATTCGACGTCAACAGCCAATGTGGTTTCGTGTAT
GGAAAGGGCGTTACCCACTGTGGTTTTATGAACACATGTGGCCGTCTATGGTGTGTTAGT
AAAGACAGAAGGGATGGTTGTAGGACGCCTCATATGCCGTGGGCCGACGGCACTAAATGT
GGACCAGGAAAATGGTGCCAAAGAGGTGAATGTGTGACTGAAGACCATCGTCTACGACCC
GTGGCTGGTTCTTGGGGGCAATGGAGCCCATTTGGGGAATGCTCCCGGAACTGCGGAGGT
GGAATTCGCATTGCAGAGCGAAAATGCAATAACCCAGCTCCGAAAAATGGCGGCAAATAT
TGTGTCGGGCGGAGAAAGAAATTCCGCTCATGCTCGTGGAACGAGTGTGATTTGAACCGC
GATTTCCGCGCAGAGCAGTGCGCTGCGTTTGACAATTGGTCGAGCCATCATTCCGGTCAG
CGAATCAGAGGAGTGCCAACCAACGCCAGATGGATTCCGAAGTATGACGGGATTTTATTG
CAAGACAGATGCAAGCTGATATGCCAGGTTCGTTCCAACGACCCATACACGGCACCGTGG
TATGTTCTCAAACCGAAAGTGCTCAATGGGACGCCCTGCGGACCGAATACACATGACATC
TGTGTAGAAGGTATTTGTAAGAAAGCTGGATGCGACCATGTTTTAAATTCAAACACGCGA
GAGGACGACTGCGGTGTTTGTGGAGGGGACAATAGCGGGTGTCGAACTGTTAACGGAAAT
TATAACACGGGAAACAAAGAGGGGTACACTAAAGTTGTGGAGATACCGGCCGGTGCTACT
AATATTCTCATCGAACAAATTTCCTACCTAAGCACTCCTGATGACTTCAACTACCTCGCT
TTACGTGATGCCAGAGGACGTTACATATTAAACGGAGGAAAAAGCGTGGTGCAGTACCAG
CACAATATAATCAAGAGGGCACATGGCGGTACAACCATCGTTTACAACTTCGATTACTCT
GGGACTGATAACACGATCGAAAGGATTAACTCTTCTACACCAATTACTGAATCCATCACA
GTTGAGGTGCTTTCGGCTGGTGATTTAATGCCTCCGAATATCCGGTACAAATTTAACATG
CCGGTAACGGGTCGGATTTCGTACCATTGGGACCCATATGGGCCCTGGAGTGAATGCAGT
AGACCGTGTCAGGGAAGTTCCAAACGTAAAGTTCTCTGTATGACTTCTGAAGAAAAGATT
GTCTCTGATTCTCATTGTCAAGAAAGGCTGAAACCAACATCTATTAAACAGTCTTGTAAC
ACTGAATGTGAAATAAGGTGGAATGTTGAAAGAATCGAATGTTCATCACGATGCGGTACT
GGACGCGAAATCAAACACTCACAATGTGTCAAAGTGTCTAGGGAACAAAATGGAGAACAA
ACAATGGACAACTTGCCGGAAGGTCAATGTGCTGGTCCTAAACCATCAGGAGGGTCTCCA
TGCCATGGCGATTGTTTGCCCACTAGATGGGAGTATGGAAGATGGTCATCGTGTTCAGTC
AGCTGTGGAGGGGGAGCACAAACAAGGGAAGCGAAATGTAGAGATATTCGTGGTGTCCTC
CTTTCCCCTGAAGACTGTAGAGTTTACGTCCGTGTAGTATCACAATCATGCAACAATCAT
CCGTGCCCGAAATGGGTCACTTCGGATTTCTCAGAGTGCTCGGCAACATGCGGTCCGTCT
GTACGCAGCAGGAGGGTTTGGTGTCGATCTTCAACTGGATCCTATGAACACAATTCAATG
TGCGACATATCGAAAAAGCCAGCCGCTACTGATAAGTGCGAAGCAGTAGAATGTCCGAAA
TGGAAGAACCATGAATGGCAAGAGTGTTCGAAATCATGTGGAGTTGGATCTTCCATGCGA
TTGATTACGTGTGTCGACCACCAGAATAATCAAGTTGATGACGATCTTTGTGACAATGCT
CTTAGAGAACCCGACATACAAGATTGCGTCGTGACATCTCATTGCTTAGATAGATATCGC
TATGAGGAACCCAGACGAAGCTCCAATGACATCATAACCGTTAACCGTCAATCAATACCA
AGTTATCATGATGTCACAAACAGTGGACAATGGAGAATGGGAGATTGGACTGATGCGGAA
ATAAGACTCAGAAAAAACTTCTGCGCAGAATCCTTCGCATGTTCGGTCACATGTGGAAGA
GGAATTCGTGAACGGTATGTCAGCTGTGTAAATAGGAGATATGAGGAACAGAGTGATTGT
CCTGGCCCGGTACCGCCTAGTAAGGAAGAGTGCACCATGCCACGTTGCACAACGGCTGAA
TGGCGATCAAGTGCTTGGTCTGACTGTTCAGCAACATGTGATGAGGGTCAAAGGACACGT
TTTGTCTGGTGTATCCACAACAATCGAAACACAGTTGATGACAGTCCATGTAGAGCCAAT
GAACCGAAACCGGCGACCTCTGAACCTTGCGTTGTAACGAAATGTGCTGTAATTACAACA
ACTACAGCAACACCAGTTCGACGATTTACGGGACTTTGGAGAACAGGACCATGGGGACAA
TGTTCAAGCTCATGTGGACCAGGTACAAGAAAACGCCAAGTTGTCTGTTCCAGCAGGGGA
CAATGTGACACGGACAAAATGCCCTCGGACACAGAGCAATGTGAATCAGGAAAATGTCCA
CAATGGACTGTTTCAGCTTGGAGACAGTGCTCTAAATCATGCGGTAGTGGAACACAACGT
CGCCAAGTGTATTGCGTAATGAGTGACGGTACGTACACTCAAGACTCCCGTTGCGCGATC
ATGGAGCGGCCACTAGATGTCAGACCATGTAATACGGAGACCTGCCCAGATCAACAATAT
AAATGGAGAAGTTTCAAGTGGGGATCGTGCTCAGTAACGTGTGGTCGCGGTTCAAAGCAG
CGTAGAGTCGTCTGCATGACTCACAATCTTACGGTGGTGGATAACTCGTTTTGCGCCAAC
TTGCGACACAGAAAACCAAGAAATGTCAAATCTTGTAGGGTTCATAGCGGTTGCCCCAGA
TGGCACACTGGAAGATGGAATAAGGCTGCTGGAAATAAAACTACATGTTCTGCTACGTGC
GGCACCGGTATTCAGGTACGAAGAGTTAACTGTCGGTACAAACGGAAATCCGTTCTCGAC
ACGAAGTGCGACAATTCTACCAAACCACAAGACGTTATCAAATGTAACGTTCGACAATGC
GAAAGATATTCCTTCATTTGGAAAACTTCATCGTGGAGCTCTTGTTCGGCGTCATGTGGC
ACTGGGTTCAAATCACGCACAGTTGCATGCATGCGGACAGACGGACAACGTTCATTTTCA
ATATCCCAGTGCAAAGACACGAAGCCATCAGAACGAGAGCATTGTAATTTACGTACATGT
CCTGCTGTGTGGAAAGTTAGCCAGTGGTCGGAATGTTCTGTCAGTTGCGGTCCAGGCAGA
CAGACTCGAGCAGTCGAATGTGTTCATGTTGATCTTCACACCCATCAAACAACCCCTTCA
AATAATTGTGCTGAAAGAAAACCAGTAGAAAGCCGAGATTGTAATTATAACGAATGTGCG
TCTGATATTAATTGGGTTGTGGACCGTTGGAGCGAGTGCTCAGTAACATGCGGAACTGGT
ACTACCACACGACGAGTTTTATGCGTCCGAAAATCGACCAATGAAATCATCTCAAACTTA
AAATGCGAAGCCACGGCATCTTTCAAACCGGATTCACAAAAGGAATGTAACTCAGATCCA
TGCTTACCGACGTCATGTAGGAGCGCTCAGAGACAATATTCAAACCGTCAAGACGGCGAA
TATCACTTGCTAATCCACAACAAGATAAGGAAGATTTACTGCAAAGATATGCACACTGTG
TCACCTAAAGAGTACATTACCTTGCAAGGCGGAGATCAAGAAAGTTACTCGGAAATTTAC
AAATACAGGTTACTAGACCCCGACACATGCCCGTTTAACGGCACCCAGAACCCCAACTGC
AAATGTTTTGACGCTCACCCACCAGCGGGGCGCACTGTGTTCCATAAGATTCGTATTGAC
CCCGTGTGGTTGAGGGTTGAGGTAAACGACTTTTCATTCGCTACAAACAGCTATGGTGTT
CGAATATTAATGGGGGTAGCCGGAGATTGCTACAGTAAGGCTGATTGTCCCCAAGGTTCA
TTCCGGATCAATCTGGCCGGAACCGGTTTTGCAGTGTCCCGGAGAACAAGTTGGACTTCT
TATGGCCGTAACGCTGTTAGAAGAACAAATTGGAATGAGGATGGGACGACAATCGAAGGC
AAATGTGGGGGTTATTGTAGCCAATGCCAACCTGACCCCTCCACTGGTTTATTGTTAACT
CACACCCCCGAAACGTAGCATAAAAATATTTTTCTATCGATAATAAATTTTTTAGAAATT
ATTTTATATTTATTTATTTTACATGCGGC
| Gene3D |
MetalloPept_cat_dom_sf (IPR024079) - T[18-174] 1.4E-42 |
| Pfam |
Peptidase_M12B (IPR001590) - T[32-131] 5.6E-9 |
| ProSiteProfiles |
Peptidase_M12B (IPR001590) - T[40-129] 11.067 |
| SMART |
ADAM_Cys-rich (IPR006586) - T[165-234] 0.008 |
| SUPERFAMILY |
TSP1_rpt_sf (IPR036383) - T[240-296] 1.27E-12 - T[547-601] 1.57E-6 - T[660-722] 1.96E-9 - T[717-778] 2.49E-7 - T[773-831] 1.24E-8 - T[893-936] 1.57E-5 - T[932-995] 1.19E-8 - T[1012-1054] 8.5E-7 - T[1057-1115] 5.62E-10 - T[1115-1175] 6.54E-7 - T[1185-1240] 3.53E-7 - T[1246-1300] 4.97E-10 - T[1303-1359] 3.4E-10 - T[1365-1421] 2.22E-9 |
| Gene3D |
TSP1_rpt_sf (IPR036383) - T[240-296] 6.4E-15 - T[665-723] 5.0E-8 - T[724-779] 3.3E-6 - T[780-835] 3.4E-6 - T[890-936] 1.3E-6 - T[937-995] 2.5E-6 - T[1010-1060] 7.2E-6 - T[1061-1116] 4.6E-10 - T[1118-1178] 3.2E-6 - T[1179-1240] 3.8E-6 - T[1245-1301] 1.2E-10 - T[1302-1359] 4.4E-10 - T[1364-1421] 7.5E-9 |
| ProSiteProfiles |
TSP1_rpt (IPR000884) - T[242-297] 12.581 - T[547-604] 9.811 - T[665-719] 8.792 - T[721-779] 10.666 - T[867-935] 8.4 - T[937-996] 10.506 - T[1010-1055] 10.182 - T[1058-1116] 12.009 - T[1118-1176] 8.062 - T[1177-1241] 9.674 - T[1243-1299] 10.039 - T[1300-1360] 11.696 - T[1361-1422] 10.409 |
| SMART |
TSP1_rpt (IPR000884) - T[245-297] 2.2E-10 - T[550-604] 0.019 - T[669-723] 7.2E-6 - T[724-779] 0.031 - T[781-836] 0.027 - T[884-937] 0.034 - T[940-996] 0.0021 - T[1012-1060] 3.0E-6 - T[1062-1116] 1.1E-5 - T[1122-1179] 0.0071 - T[1180-1241] 0.063 - T[1246-1301] 9.5E-8 - T[1303-1360] 1.6E-4 - T[1364-1422] 3.9E-4 |
| Pfam |
TSP1_rpt (IPR000884) - T[247-296] 8.8E-7 - T[673-722] 3.2E-4 - T[727-778] 0.018 - T[785-829] 0.0015 - T[893-936] 4.9E-7 - T[944-995] 3.7E-4 - T[1015-1059] 7.9E-5 - T[1065-1115] 2.0E-4 - T[1126-1148] 8.3E-4 - T[1194-1240] 0.078 - T[1249-1300] 0.0059 - T[1307-1359] 3.0E-4 - T[1369-1421] 2.8E-5 |
| Pfam |
ADAM_spacer1 (IPR010294) - T[416-541] 2.8E-24 |
| ProSiteProfiles |
Pept_M12B_GON-ADAMTSs (IPR012314) - T[1422-1622] 68.718 |
| Pfam |
Pept_M12B_GON-ADAMTSs (IPR012314) - T[1423-1619] 2.8E-68 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| ATS9_HUMAN | 41.641 % | 1191 | 0 |
| ATS15_HUMAN | 40.521 % | 458 | 2.11E-140 |
| ATS20_HUMAN | 38.278 % | 1057 | 0 |