- Transcript 'KH2012:KH.C7.52.v1.A...' >
- Clone 'cign013p05' >
- Clone 'cien62012' >
- Transcript 'KH2012:KH.C8.783.v1....'
Transcript Model
Transcript Id
KH2012:KH.C8.783.v1.A.SL1-1
Possible name(s)
ADAMTS10; ADAMTS18; ADAMTS6
Gene model
Location
KhC8 [3,857,282 / 3,869,127]
Amino acid sequence
Length: 1,212
>KH.C8.783.v1.A.SL1-1
YILFMMSPSSFNSQVIYLILFIGASLLQMSASLSSKHIQRRQELLLRNFEELSKASSEAT
IHTIRPQRIDRNGGFIEFATLDPISSRSGGKLRKRRSVEATNVLDTLDAAAATADGNHEV
FYDLGEAPGSPLSGAKLRLTRNYKLVSKNFVVEERSRAGKIRSRHTKLEECHYVGVIHNH
NSFSKVALSLCNGMQGLITKDDDTFFIEPKWNHTSNSTSSEFSTTASPQEVEEGHPHVIV
KRSAIRRLMEKTENDDELGHCGNAEVDLKSKQEKAPKEESSSSHRSHHHKKQFEDLDFES
LSNHRTSAGRRRGLEEDSTEEVTNEEDIAKSRGKRSISTERNVETMVVADKMMMVTHGKQ
ELEKYILTIMNIVASFYHDASIGNAINIIITRVIILTEDQPNLEISTHAGNTLNSFCEWQ
AGVNINSTGDSSDSGLAHHDNAVLLTGNNICANDFAPCATLGMANVGGICENERSCNINQ
DTGLASAFTIAHEIGHNFDMEHDGTNNDCGPRNGEPSQIMSPQLTKYTSPFSWSSCSKKY
ITDYLDSGSGDCLLNTPPQRDFDFPSELPGQLHDADEQCRLQYGASSRQCKYGDVCRELW
CISKLGYCVTNSMPAATGTNCSEVNRGWCYRGHCVPYGYRADSVDGQWGEWTSWGECSRT
CGTGVSSSHRSCDSPAPEHGGKYCLGGRKRYRSCNTQECPNPKSDFRQEQCARFDTEPFQ
GRYLNWIAFDGGYQVKPCALNCKPEGYSFYAERAGAVIDGTRCFSNSLDMCINGECHHVG
CDHVLHSDAVEDKCRVCGGDGSTCRTEAGVFNLPVTRTQYQEVITIPKGSVNIFIQELEI
SVQNYIALRNTRGDEYINGGWAIDWPRKFDIAGTTFSYKRPAGEPESLQALGPTTEDLVV
MMLLQEPNRGLRYEYNVRVEREGSAGAESAFLWSHGDWSPCTASCAGGTQRRPIECRRVD
DDTVVQHSYCNSDTMPSEQVQTCNAEPCPARWITGSWGQCSRSCDGGHHVRTVVCMRAIT
QTEDEVVDDRYCTDRKPWSTGSCGTEACPARWHTGDWSRCNPSCGAGWKTRVVTCASANG
DETYDDSQCDVNQKPTVKAHCMGRACRAKWVTYKWGQCSATCGRGTKRRRVVCIDPVTNR
ASNTCSRNKKPKTTVSCSSSSPSCVRSPVRAPAAGRCIDDPSVAYCPLVLQFHYCNRAYF
RKACCATCSKSR
Nucleotide sequence
Length: 4,608
>KH2012:KH.C8.783.v1.A.SL1-1
AACTGATAAAGCAGCGATTTAGCTGAAACAACTGCTACTATTAATAAAGTGACATATTAT
ATTTGCTGCGAGTGAAACAAGAATTTATCAACGAACGAAAACAAGAAAAACACAAGCGAA
GAATTTTTCTCATCATATGTCATAGCGCATCGAACTCTCTATTTATTTAATATTTAATAT
ATTCTATTTATGATGTCTCCTTCTTCATTCAACTCTCAAGTTATTTATTTGATTTTATTT
ATCGGGGCATCGCTGCTTCAGATGTCTGCATCACTGTCATCAAAACATATACAACGTCGC
CAAGAACTTTTATTAAGAAACTTTGAAGAATTAAGTAAAGCATCAAGCGAGGCGACCATC
CACACGATTCGACCGCAAAGAATCGACAGGAACGGTGGCTTTATTGAATTCGCGACACTC
GACCCAATTTCATCAAGGTCCGGTGGAAAACTACGTAAACGACGCAGTGTCGAAGCTACT
AACGTTCTAGACACGCTGGACGCAGCGGCTGCCACTGCAGATGGCAACCACGAAGTATTT
TACGATCTCGGGGAAGCTCCCGGTTCACCGCTGTCCGGAGCCAAGCTTCGACTAACAAGA
AATTACAAACTTGTCTCGAAAAACTTTGTCGTAGAGGAACGATCAAGGGCAGGAAAGATC
CGTTCGAGGCATACTAAGCTGGAAGAATGCCATTATGTTGGAGTAATCCATAACCATAAT
AGTTTCTCAAAAGTCGCACTCAGTCTTTGCAACGGAATGCAAGGTTTGATTACGAAAGAC
GACGATACTTTTTTCATTGAACCCAAATGGAATCACACGAGTAACTCAACGTCGTCAGAA
TTTTCCACAACAGCTTCACCTCAAGAAGTTGAAGAAGGTCATCCTCATGTAATCGTCAAG
AGATCCGCAATCCGGAGGTTGATGGAAAAAACTGAAAACGATGACGAGCTTGGTCATTGT
GGAAATGCAGAAGTCGATTTAAAAAGTAAACAAGAAAAAGCACCCAAAGAAGAATCCTCG
TCAAGCCACAGATCGCATCATCATAAGAAACAGTTTGAAGACTTGGACTTTGAATCTTTA
TCAAACCACCGAACCAGCGCTGGTCGCCGTCGGGGTTTGGAGGAAGATTCGACCGAGGAA
GTGACAAATGAAGAAGATATCGCGAAGAGTCGAGGGAAGAGATCCATCAGCACTGAAAGG
AATGTTGAAACTATGGTAGTCGCTGATAAAATGATGATGGTAACTCACGGGAAGCAAGAG
TTGGAAAAATACATCTTAACCATCATGAACATTGTTGCTAGTTTTTACCACGACGCAAGC
ATCGGGAACGCAATCAACATTATCATCACAAGAGTTATAATCCTCACAGAGGACCAGCCC
AACTTGGAGATAAGTACCCATGCCGGGAACACACTCAACAGTTTCTGCGAATGGCAAGCG
GGTGTTAACATTAACTCCACTGGAGATTCGTCGGACAGCGGACTTGCCCATCACGACAAC
GCTGTCTTACTTACTGGAAACAATATTTGTGCGAACGATTTCGCCCCATGTGCAACGCTT
GGAATGGCAAACGTTGGCGGGATTTGCGAAAACGAAAGAAGCTGCAATATCAACCAAGAT
ACTGGCTTGGCTTCAGCATTTACTATTGCACATGAAATCGGCCACAACTTTGACATGGAA
CACGATGGGACAAACAACGACTGTGGGCCCAGGAATGGCGAACCCTCACAAATCATGTCG
CCCCAGTTGACCAAATATACAAGCCCGTTCAGTTGGTCTTCTTGTTCAAAAAAATACATC
ACAGATTACCTTGATTCCGGATCTGGCGATTGCCTTTTAAACACGCCACCACAAAGAGAT
TTTGACTTTCCTTCGGAGTTACCCGGCCAGTTGCACGATGCTGACGAACAATGCAGGCTG
CAGTACGGTGCCTCGTCCAGACAATGTAAATACGGGGACGTATGCAGAGAATTGTGGTGT
ATCAGTAAACTCGGATATTGCGTCACAAACAGCATGCCAGCCGCTACAGGAACCAACTGT
TCTGAAGTTAACCGAGGGTGGTGTTATCGTGGACATTGTGTGCCATACGGTTACCGTGCT
GATTCAGTTGACGGTCAATGGGGCGAATGGACATCATGGGGCGAATGCTCAAGAACTTGT
GGGACTGGTGTCAGTTCTTCCCATCGTAGTTGTGACAGCCCTGCTCCAGAACACGGCGGC
AAATACTGCTTGGGTGGTCGGAAGAGATACAGATCGTGCAACACACAGGAGTGCCCGAAT
CCTAAAAGTGACTTCCGACAAGAGCAATGTGCACGTTTTGACACTGAGCCGTTTCAAGGA
AGATATTTAAATTGGATCGCTTTTGATGGAGGTTACCAAGTTAAACCATGCGCATTGAAC
TGCAAACCAGAAGGATACAGCTTTTATGCTGAACGAGCCGGAGCCGTTATTGACGGTACA
CGATGTTTTTCAAATTCTCTTGACATGTGCATCAACGGCGAATGCCACCACGTCGGTTGT
GACCACGTATTACACTCGGATGCTGTTGAAGATAAATGTCGAGTGTGCGGTGGAGACGGA
AGCACTTGTCGAACCGAAGCTGGTGTTTTCAATCTTCCTGTCACTAGAACACAATACCAA
GAAGTAATCACCATTCCAAAAGGCTCAGTTAACATTTTCATTCAAGAATTAGAAATTTCT
GTTCAAAACTATATTGCTTTAAGAAATACTCGCGGAGACGAATACATTAACGGTGGTTGG
GCGATTGACTGGCCACGAAAATTCGACATTGCCGGAACCACCTTTTCGTACAAACGACCA
GCTGGAGAACCGGAGTCGCTACAAGCACTTGGGCCAACCACTGAAGACCTTGTCGTCATG
ATGCTTCTTCAAGAACCAAACAGAGGGTTAAGATATGAATACAATGTCCGTGTTGAACGT
GAAGGTAGTGCTGGCGCTGAATCTGCGTTTTTATGGAGTCATGGCGACTGGAGTCCGTGT
ACAGCATCATGTGCCGGTGGAACACAGCGACGACCTATTGAATGCAGAAGAGTTGATGAT
GATACAGTTGTACAACACAGCTATTGTAACTCTGACACGATGCCATCCGAGCAAGTACAG
ACATGCAACGCCGAGCCTTGCCCCGCACGATGGATAACCGGGTCGTGGGGACAATGCAGT
CGTTCATGTGACGGCGGCCACCACGTTCGAACCGTGGTCTGTATGCGTGCCATCACACAA
ACCGAGGACGAGGTGGTTGATGATAGATACTGCACAGACAGGAAACCCTGGTCCACCGGT
TCATGCGGTACTGAGGCTTGCCCTGCTCGATGGCATACAGGAGATTGGTCACGGTGCAAC
CCTTCGTGCGGTGCCGGGTGGAAAACACGAGTGGTCACGTGTGCATCAGCAAATGGTGAC
GAAACTTATGATGACAGCCAATGTGACGTCAACCAAAAGCCAACAGTGAAGGCACACTGC
ATGGGCAGAGCATGCAGAGCGAAATGGGTCACTTACAAATGGGGACAGTGTTCCGCGACT
TGTGGCCGAGGTACGAAACGACGAAGAGTTGTGTGTATTGACCCAGTCACCAACAGAGCT
TCCAACACCTGCTCTCGTAATAAGAAACCGAAGACAACGGTATCTTGCTCAAGTAGTTCA
CCAAGCTGTGTTCGATCCCCGGTTCGTGCCCCTGCTGCTGGTCGATGTATTGATGACCCT
AGTGTGGCATACTGCCCGTTGGTTCTACAGTTCCATTATTGTAACCGAGCTTACTTCCGC
AAGGCATGCTGTGCCACCTGTTCCAAAAGCCGGTGATAAAGTGCCATCTTACCTCAATCG
CCACTTCTTGTGGAATCCTTCAATATACGACGCCAAAAAAGCTTGGCATGCTTTGGAATA
AGACACAAGGCAAATCGGTTCACTGTGAGGATCAAAGAGGTGAAGTACAAGAGGGTGAAA
AAACGACAGTAAAACTTCTTGTACTTCAAAGATACGATGATACATACCAAGTAGCGTTTT
ACGATGTATTAATTCAGCATTCGCGTGTCTTACCGCCATTTTTATGTTTATGCGGTACAG
CTATATTATCGTTTTGTATACACTTTTTATACAGCACTTACGGGTTGAGCCCTGGCCTGC
GCTTATTACATATTAGCTACCTTTCTACCTACGTTTCCCTTCTTAATTATGCGCCCGTTT
TTAACTATAAAGTTGTTCTATTTTTTCAATTTATCGTGCGTTTATAATATGTAATGATTA
CCAGTAAATAGATTTTAAGACGCTTTTATTATTTGTTGTTGCCTTTGTTTGCGCTGTTAC
AAGTGTTGGTGCTGATAAGATGCCTTACAGTCCCCAGCATCTCTTGGTATTTTGAAAGTT
CAAGTTTCTCTTGAAATGTGAAAAGGCTTTTGTGTTATCGTCGTGCCTACTTACAGGCGC
ATATGTTATGTTCCTATGTTCACGGTACTATACTTGTATTGTTGTAATCGTTTTTTTTAT
TTTGCAACCCGCGGTGCGGCATTAATGCTATCTCTAACATTTTGGTGCATATTGCATCAA
TTGATTTATTGTGTATTTTTAATGCCGATGACAGCTAATTGAAAACGT
| Pfam |
Peptidase_M12B_N (IPR002870) - T[64-239] 2.6E-22 |
| Gene3D |
MetalloPept_cat_dom_sf (IPR024079) - T[336-577] 3.5E-87 |
| ProSiteProfiles |
Peptidase_M12B (IPR001590) - T[341-557] 23.649 |
| Pfam |
Peptidase_M12B (IPR001590) - T[342-557] 2.2E-23 |
| Gene3D |
TSP1_rpt_sf (IPR036383) - T[643-699] 2.3E-16 - T[931-989] 1.7E-9 - T[990-1049] 9.6E-7 - T[1050-1106] 2.1E-6 - T[1108-1164] 7.5E-7 |
| SUPERFAMILY |
TSP1_rpt_sf (IPR036383) - T[644-699] 2.22E-13 - T[931-988] 8.37E-10 - T[992-1048] 2.62E-8 - T[1051-1106] 4.05E-8 - T[1110-1158] 1.14E-6 |
| ProSiteProfiles |
TSP1_rpt (IPR000884) - T[645-700] 13.889 - T[929-987] 9.65 - T[988-1049] 11.184 - T[1051-1105] 8.266 - T[1106-1165] 9.72 |
| SMART |
TSP1_rpt (IPR000884) - T[648-700] 2.5E-13 - T[932-989] 6.7E-5 - T[991-1049] 0.032 - T[1051-1107] 0.062 - T[1109-1165] 0.16 |
| Pfam |
TSP1_rpt (IPR000884) - T[649-699] 1.0E-7 - T[936-988] 0.032 - T[1054-1106] 0.019 - T[1114-1157] 0.0064 |
| Pfam |
ADAM_spacer1 (IPR010294) - T[808-917] 1.5E-31 |
| ProSiteProfiles |
PLAC (IPR010909) - T[1173-1212] 11.226 |
| Pfam |
PLAC (IPR010909) - T[1177-1209] 3.2E-9 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| ATS6_HUMAN | 48.219 % | 1114 | 0 |
| ATS18_HUMAN | 36.752 % | 681 | 0 |
| ATS10_HUMAN | 41.944 % | 947 | 0 |