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  1. Transcript 'KH2012:KH.L18.43.v1....'

Transcript Model

Transcript Id

KH2012:KH.L18.43.v1.A.ND1-1

Possible name(s)

OTOG; OTOGL; VWF

Location

KhL18 [499,771 / 507,147]

Sequences

Amino acid sequence

Length: 1,363

>KH.L18.43.v1.A.ND1-1
MFGGNSDNDNGLVVGVGGSSKAIGEAGAGSSSNTGLASKQGSGSKTSELTSFTGGNTYAK
ALASSETGSIDGCCTGLTDASACPSTCPKDKVCDGTSCVYPRDCPCFRNSVRRPTGAVWK
EDNGCSNCICMGGDVQCAPETCEVTSCPSGQKLAFAHPEDCCAVCMDDDSSCTDTFGNLH
NVGESWADETNSCQSCYCTAEGVKCEAEPCPVIEKPTCSDGLMLVTKESGCCPEYDCVCN
SAMCTSTMPVCEEHHSAVIVNPTDCCPIYECVCRSETCPVAPACAFGERRERTNDDTACC
GEYKCERIGCTDDSGNFHEVHSTWTMSTDACQQCSCVGDRNLACKARECSDIAKPICPGG
VEPSVVFDIDGCCPTYVCDFVCRGYAGSSRIHTFDGYSYARSCPCAHVLAKDSFGVDFQV
SVKRGYCAGSICTKALLFSDTLSGEVYEMEIDAKTPLTSSNFVVEVTGMTQTITAKSTGV
KVVFDQASDAWSIHVPAKFSGQTEGLCGLADGEISNDLWMGSYSVASVSTSGSASSEDVG
TFFNHWLDKNIAAGSQVGANGEAGVSSCLSDALPETGLIAGGGSALVRSYCEHVFALPTF
SSLSSFVDAGEYVDTCVRATAGLPVMKIGVAVSGDWPGCSVFAAYASAAARAGKCIEWRT
PEFCAYSGCSSGSEYIGCGSSVTKTCDNFKTFDGLPVTYDTEGCFCSSGKVLLDGECVDT
FVCPVCSDESGYGRRAGEQWYYAGEPCIVAICQPDSSVVQSQVNCPAAPLCGPNENLAKV
SDESVCCTTYVCLPDNHESKCVGLTCPPIIRPRCAVGEQWKATPSGPSECCLTYTCECNS
DSCPVTSVPLCEEGEELEVIGTDDCCPSATCVCKIETCAPKPDCSEVGHTLRVVDEGRCC
STYECVCDRDSCAVAEIPTCLGGETAVVVNAGECCPVYACECDKSQCRPCTEDCAAGFTR
ELVSEPGACCEVYECKCDVTQCPVTRVTPCSTLAGYRLITTGKEIRAPGLPECCASEFEE
VCVCDVGSCPVSTVTCESYERKYQTNPGECCPTYACECDNTQCERGVLSCPSKQHLTEKV
INSCCSISVCECNVCEPAEPCKDGWLATDTFDECSCTIRTCVPPTECVYLGETHAPGVTW
MEDICTECSCSSTPNSLGEFESTCSAIKCGSCSSGYTYVPVAGQCCGDCVQTVCHNEGKQ
FAPGQTWTPSDDQCTTCECMIDPISNEVYSQCSAPACAPLDPLCAPENVMTTEDGCCTYC
KTSNLPENKCRPVSDFFEEIEHDGCRSAEKVNVTMCEGQCTSASVFSSSTGGFEKQCSCC
STMKTEKRTVDLTCPDMSTKVYVYEVALECACHATACGSEPLF

Nucleotide sequence

Length: 5,311

>KH2012:KH.L18.43.v1.A.ND1-1
TATGTTCGGAGGAAACTCCGATAACGACAATGGTCTGGTGGTTGGCGTCGGTGGTTCCTC
CAAGGCTATTGGTGAAGCTGGTGCAGGTTCTTCTTCCAATACTGGATTAGCAAGCAAACA
AGGTTCTGGCAGCAAGACTTCAGAGCTAACTTCGTTTACCGGTGGAAATACATACGCTAA
GGCGCTTGCCTCGTCGGAAACCGGATCTATTGACGGATGTTGTACTGGTTTAACTGATGC
ATCAGCATGCCCAAGTACTTGTCCAAAAGACAAAGTCTGTGATGGAACATCTTGCGTTTA
TCCACGGGATTGTCCTTGTTTCCGCAACTCCGTTCGCCGACCGACCGGAGCCGTATGGAA
GGAAGACAACGGATGCAGCAATTGCATCTGTATGGGTGGAGACGTCCAATGCGCGCCGGA
GACCTGTGAAGTGACAAGTTGCCCGTCTGGTCAGAAACTAGCTTTTGCTCACCCTGAAGA
TTGCTGTGCAGTTTGTATGGATGATGACAGTAGTTGCACAGATACGTTCGGCAACTTACA
CAATGTTGGAGAATCGTGGGCCGACGAAACTAACTCATGCCAGAGTTGTTACTGTACGGC
AGAAGGCGTGAAATGCGAAGCTGAACCATGTCCAGTGATTGAAAAACCAACTTGTTCTGA
TGGACTAATGTTGGTTACGAAGGAATCCGGTTGTTGTCCCGAGTACGACTGCGTATGCAA
CTCGGCCATGTGTACATCAACGATGCCAGTTTGCGAAGAACACCACTCGGCGGTAATTGT
GAACCCCACGGACTGTTGTCCAATCTACGAGTGCGTATGCCGATCGGAAACTTGCCCGGT
TGCACCTGCTTGTGCCTTTGGAGAACGCCGTGAACGAACCAACGATGATACAGCTTGCTG
TGGCGAATACAAGTGTGAACGTATTGGATGCACTGATGATTCTGGAAACTTCCACGAAGT
CCACTCTACATGGACGATGTCCACTGATGCCTGTCAACAATGTTCATGCGTGGGAGACCG
CAACCTCGCCTGCAAGGCTAGAGAGTGTTCGGATATTGCGAAACCAATTTGCCCTGGAGG
CGTCGAACCTTCTGTAGTATTTGACATTGACGGTTGCTGTCCAACCTACGTCTGTGACTT
TGTCTGTCGCGGTTATGCTGGAAGTTCTCGCATCCATACTTTTGATGGATACAGTTACGC
ACGATCGTGTCCATGTGCTCACGTTTTAGCAAAGGATTCCTTTGGTGTCGACTTCCAAGT
TTCAGTCAAGCGTGGTTACTGTGCTGGTTCAATTTGCACTAAGGCTCTTCTCTTCAGCGA
CACTCTGTCTGGTGAAGTTTATGAAATGGAGATTGACGCTAAGACGCCATTGACATCAAG
CAACTTCGTTGTTGAAGTAACAGGAATGACTCAAACTATTACTGCCAAATCCACCGGTGT
AAAGGTTGTATTCGACCAAGCATCTGATGCCTGGTCCATCCATGTCCCAGCCAAGTTCTC
TGGTCAAACAGAAGGTCTTTGCGGTTTAGCAGATGGTGAAATAAGCAATGACCTCTGGAT
GGGAAGCTACTCCGTCGCGTCAGTATCAACTTCTGGAAGCGCCAGCTCAGAAGATGTTGG
TACTTTCTTCAACCACTGGTTGGACAAGAACATTGCTGCTGGATCCCAAGTGGGTGCCAA
CGGCGAGGCTGGAGTAAGTTCCTGTCTGTCAGATGCTCTGCCAGAAACTGGTCTTATTGC
GGGAGGAGGAAGCGCGCTTGTTCGATCTTACTGCGAGCATGTTTTTGCATTGCCAACATT
CTCATCTCTCTCTTCGTTTGTTGATGCCGGCGAGTACGTCGATACTTGCGTCCGAGCTAC
TGCTGGTTTACCAGTAATGAAGATCGGAGTTGCTGTATCTGGTGACTGGCCAGGTTGTTC
TGTATTCGCAGCATACGCAAGCGCTGCAGCAAGAGCCGGAAAGTGTATTGAATGGCGTAC
ACCTGAATTCTGTGCATACAGTGGTTGCTCATCTGGAAGCGAATATATCGGATGTGGATC
CAGCGTTACAAAAACATGCGACAACTTCAAGACGTTCGACGGACTTCCAGTTACTTACGA
CACAGAAGGCTGCTTCTGTTCAAGTGGAAAGGTACTTCTTGATGGTGAATGCGTTGATAC
ATTTGTTTGTCCAGTGTGTAGCGATGAAAGTGGATATGGACGACGTGCAGGTGAACAATG
GTATTATGCCGGTGAGCCTTGCATAGTCGCAATCTGTCAACCAGATAGCTCTGTTGTTCA
ATCCCAAGTTAACTGCCCAGCTGCACCCCTTTGTGGACCAAACGAGAACCTCGCCAAGGT
ATCAGATGAATCTGTATGTTGTACGACTTATGTCTGCTTGCCTGATAACCACGAATCCAA
GTGTGTTGGCTTGACATGTCCACCAATCATCCGACCACGATGCGCTGTAGGAGAGCAATG
GAAGGCAACTCCATCTGGACCAAGCGAGTGCTGTTTAACTTACACCTGCGAGTGCAACTC
AGACTCGTGCCCAGTTACCTCGGTACCGCTCTGTGAGGAAGGTGAAGAGCTTGAAGTTAT
CGGAACTGATGATTGCTGCCCAAGTGCAACTTGCGTCTGCAAGATTGAAACTTGCGCACC
AAAGCCTGATTGTTCCGAAGTCGGACACACTCTTCGAGTTGTGGATGAGGGAAGATGTTG
CTCCACCTACGAGTGCGTCTGCGACAGAGATAGCTGCGCGGTTGCTGAGATTCCAACTTG
CCTTGGTGGCGAAACAGCTGTCGTTGTTAACGCCGGCGAATGCTGTCCAGTATACGCATG
CGAATGTGACAAGTCACAATGCCGACCATGTACCGAGGATTGTGCAGCCGGATTCACTCG
CGAACTCGTCAGTGAACCAGGCGCATGTTGTGAGGTGTACGAATGCAAGTGCGACGTTAC
TCAATGTCCAGTTACAAGGGTTACACCATGCTCGACTCTTGCAGGATACAGACTTATTAC
AACTGGAAAGGAAATACGAGCACCTGGACTTCCTGAATGTTGTGCAAGCGAATTCGAAGA
AGTTTGCGTGTGTGACGTAGGAAGCTGTCCAGTCTCCACTGTAACTTGCGAATCGTACGA
ACGAAAGTATCAGACCAACCCAGGAGAATGCTGCCCAACTTATGCCTGCGAATGCGATAA
CACTCAATGCGAACGAGGAGTTTTGTCTTGCCCAAGCAAACAACATTTGACCGAGAAGGT
TATCAACTCATGTTGCTCAATCTCGGTGTGCGAATGTAACGTATGTGAACCAGCCGAACC
TTGTAAGGACGGATGGTTGGCTACCGACACCTTCGACGAATGTTCATGCACTATTAGAAC
ATGTGTACCACCTACTGAATGCGTCTATCTCGGAGAGACCCACGCACCAGGTGTAACCTG
GATGGAAGATATTTGCACTGAATGCAGCTGTTCTTCGACCCCCAACTCGCTCGGCGAATT
TGAATCAACATGCAGCGCCATCAAATGCGGATCGTGCAGCTCTGGATATACTTATGTACC
AGTTGCTGGCCAATGTTGCGGTGATTGCGTGCAGACCGTTTGCCACAACGAAGGAAAGCA
ATTTGCACCTGGTCAGACATGGACACCATCAGACGACCAATGTACAACATGCGAGTGTAT
GATTGATCCAATCTCGAACGAGGTTTACAGTCAATGCAGTGCACCAGCTTGTGCACCACT
CGACCCACTCTGTGCACCTGAGAATGTCATGACAACAGAAGATGGATGCTGTACTTACTG
CAAGACAAGCAACCTTCCCGAGAACAAGTGCAGACCAGTGTCTGACTTCTTCGAAGAAAT
CGAACACGATGGCTGTCGATCGGCAGAAAAGGTGAATGTGACGATGTGCGAAGGTCAATG
TACCAGTGCATCAGTGTTCTCTTCGTCGACCGGTGGTTTCGAGAAGCAATGTTCTTGCTG
TAGCACGATGAAGACGGAAAAACGCACCGTCGACCTTACATGCCCAGATATGTCAACCAA
GGTTTACGTTTACGAAGTCGCCCTGGAGTGTGCTTGCCACGCCACTGCCTGTGGCTCAGA
GCCACTATTTTAGGTCACGTCATGACCTCTAGGGACTGCTCTTCAGACAACGGACCGACG
GAAAACAAGTGGAACTCGTACCGAATGTGCCAATTTTACTACGTGTCAGTTTGTCACAGA
TATAAAACCACACCTTTAATTTTGACTATCGTATTTATAATTAACTTTTAAGTTACAATT
CTTCTTTAATCTATTCTCTGTGTTGTTAATTTATTTATATTCACCGAACATCTTTTACCA
CGACGACTTTAAAGGTTACTCTTGAAATGATAAGCCTGCCATAGACGGTTAAACTTGGAA
TCATTTTTGTACGAGTAACTCTTAAACCTTTTGTTTTATTTTTATTCGTTCCAAGTCAAC
ACCCTATCTTTCCGTAGTAACTTAACCTTGTAGTATTGCGAGCTGTTGGAGCGGCCTTCT
GTTCAAGACTTCTCTCGGCGCTGATTCAACCGCTGCTAACCATGGGACAATATTGATCAC
ACCATATAAAGATCGTACGGTGAACGAGAAACAGTTGTTGGCGAAACTAACTTCATTCAA
AACCCCAACGAGCAAGGCAGCGGCAATGAAACAGTTGGTTTCCGGGAGATTGATGGTTCT
CGATCGAGGCGGGACATGGAATCCCTTTTCGTTATATTTCCAGCAGCTCAGCGGCGACGC
GTGAACTGATCCGGAGTCGTTATGAAACCTGGGACGTTTTCAGCATCTGCGACAGTGGAT
ACAGGTGGTGCTGGTTTTAAAAACTGTAGCAGGAACGACTGAAGATACCAATTTCAAACG
ACAATTTCTGGCAGAATCCAACGTATCGCACGCACTAGTCTTACGGTGACTAGCTATTCT
TCTTTCCTTCGCAATGTGCATGTGCTGGAACCGTGTCCATAGGGGAATGCACGGTATAGT
GGCATGTCTTTGCTTAATTTAACGTTTTTCTCTTCTTTCTATCCACTCTGCTGCGTTTAA
TTATTTCATTGCATGGGGAGCGATGACGTGTATTGGGCCAGCAATTGATGTTGAGCGAAC
CGAACCTACAAAGTTCACTTTTACCCATAATTTTATTATCTTTGCTTATACAACCCAGAC
CAGTGTTCACTATTTATTCAACCAATTATAAAAGTTCGTAATTATGTTGTTTTATGAGGT
GTTCGGTACGCTTGGTAAAAGGTTTCTTGCTTTCTTTTCTGTGTTGTGTCCAGTATTGTT
GACTTGGAATAAACTGCATATTAAAATCAAA

InterProScan

ProSiteProfiles
VWF_dom (IPR001007) - T[106-166] 10.344 - T[170-240] 9.753 - T[308-379] 9.298 - T[1125-1190] 10.59 - T[1192-1261] 9.552
SMART
VWF_dom (IPR001007) - T[106-165] 2.8E-6 - T[172-237] 3.5E-5 - T[310-378] 1.6E-4 - T[726-792] 5.8 - T[1127-1189] 7.6E-7 - T[1194-1260] 0.22
Pfam
TILa_dom (IPR025615) - T[172-222] 3.2E-6
ProSitePatterns
VWF_dom (IPR001007) - T[193-237] . - T[1145-1189] .
SMART
VWF_type-D (IPR001846) - T[371-523] 1.6E-13
ProSiteProfiles
VWF_type-D (IPR001846) - T[382-594] 18.939
Pfam
VWF_type-D (IPR001846) - T[387-520] 1.2E-10
SUPERFAMILY
Ser_inhib-like_sf (IPR036084) - T[668-724] 1.96E-6
Pfam
VWF_dom (IPR001007) - T[1127-1189] 4.0E-6
ProSiteProfiles
Cys_knot_C (IPR006207) - T[1270-1358] 14.546
SMART
Cys_knot_C (IPR006207) - T[1273-1358] 5.2E-20
SUPERFAMILY
Cystine-knot_cytokine (IPR029034) - T[1275-1355] 9.93E-5

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
VWF_HUMAN 24.959 % 139 1.03E-32
OTOGL_HUMAN 24.921 % 117 2.89E-26
KCP_HUMAN 24.653 % 113 4.7E-25