- Transcript 'KH2012:KH.C14.61.v1....' >
- Transcript 'KH2012:KH.S555.1.v2....' >
- Transcript 'Cisavi.CG.ENS81.R15....' >
- Transcript 'Moocul.CG.ELv1_2.S10...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S104269.g09807.01.t
Possible name(s)
KCP; OTOGL; VWF
Gene model
Location
S104269 [557 / 5,920]
Amino acid sequence
Length: 1,379
>Moocul.CG.ELv1_2.S104269.g09807.01.p
MHILLDQFSLAFNKEFGHSQSGDIFSHHSGLDNKYDSEGGSYGSFTFLGDKMLNGYNKHA
QDSTDIILGLNNDIISSSRPSNKESSSVNSKLSLDVISDEKQAIQLMPDLYKSFAFDRYK
SLLADHKDYNSDVCPGLPIDIECRETCPVGLVCSENGCIYPHDCPCYHNGIKRMTGSVWK
EANSCTNCICMGGEVKCSTEICENLVCPVGQSPALLHPKDCCPVCVSSSSTCTDDYGVVR
LFGETWTDESLCEDCLCTNQKVICEPVQCEVNSKPLCGSNEVLISKETSCCPQFECVCDT
ASCNTEIPICMDGFDAVVVNPGECCETYECVCRPEKCASKATICADNERQIRINDEDECC
PEYGCKAIGCTSSDGTFYNVGESWKMLDDACQTCSCLGEQNTVCQSKKCERMFKPVCKDG
KEPSVTYDLDNCCPSYKCDFTCYGYSESSTIHTFDGASYSRTCPCSHILAQDKFGLDFKI
MLNRENCGESVCTKSFIFIDSLSSDSITLERDLQVYDGSETIPFTDSYKSASFIVDMRKA
EVTIHQISTGIKLTFDKQNDIWELNVPVKFSGKTEGICGMADGDVLNDLWLGSYSVNDVA
IFFNHWLVNDGDANICKMDSLTILSAESIAESYCAELFNGPTFGHLNNIVSNNEYIEACA
KATIGIEKSIDWAGCSALSAYAEACASAGVCVQWRSDSLCPYTSCDVGSTYMPCGPSVAK
TCDNYKTYGAVVSQFNTDGCHCDQGLVLSDNKCIFPSECPIYNGKFAGQQWIDSFDNCLI
NTVQPDGSVLKTEVSCPEAPICGFDEHLATITDSDACCAAFSCEPKGMDTICVGVMCLPA
IRPKCAIGEEWIVERKGENNCCREYSCVCKSETCPDTSLMSCEDGEDLIIVDGDGCCPTA
TCVCKPETCSVDYNPVCEPGYSLDILEEHRCCVQYQCVCTRDTCPSQIPDCEGGRVAVAT
TSDCCPTYACECDVSKCPPNPICSSGYVEKITSITGDCCEIKECVCEESLCPSVKSTDCP
QLQGYRLIYTGRETRELGLAECCPSEKEAVCVCDIGSCITTSVTCEPYQRKYRTNPEDCC
PEYACECDYDSCDTTIPYCDDNQYLSTTSVNECCNSYTCVCKECELPEICEEGFTDTTDT
CGCITRVCESPKSCMYDGELHMIGETWTADVCTECSCESELNAYGEYQASCITSQCGTCS
EGYTYVPIPGKCCGDCVPNVCHYKTLQYAVGQTWTDEDDSCATCRCVTDPFTNIVYSMCQ
VEMCPFFDPECPDSDIVTEGCCSYCKSSSCSPKSNFEVITIDGCSSKEAVEQKMCQGQCT
SQSLFSFTNSSFEKQCTCCSAAATETRNVTLHCGDGDTQEHTYEVATSCACQSTQCGAP
Nucleotide sequence
Length: 4,415
>Moocul.CG.ELv1_2.S104269.g09807.01.t
ATGCATATTCTTTTAGATCAATTCTCGCTTGCTTTCAACAAAGAGTTTGGTCACTCTCAA
TCTGGCGACATTTTCTCACATCACTCCGGATTAGACAACAAGTATGATTCTGAAGGTGGT
AGCTATGGATCGTTTACATTCCTTGGTGACAAGATGTTAAATGGTTACAACAAGCATGCC
CAAGACAGTACAGATATTATTCTTGGATTAAACAATGACATTATTTCATCATCAAGGCCA
TCTAATAAAGAATCTTCATCGGTTAATTCCAAACTTTCTCTTGATGTTATCAGTGACGAA
AAGCAAGCCATTCAACTTATGCCGGACCTTTACAAATCATTTGCATTTGATCGATACAAA
TCATTATTAGCTGATCATAAAGATTATAATTCTGATGTGTGCCCTGGTTTACCTATTGAT
ATTGAATGTCGCGAAACATGTCCTGTTGGTCTTGTTTGCTCCGAAAATGGTTGTATCTAC
CCACATGATTGCCCTTGCTACCACAATGGAATAAAGCGAATGACGGGATCGGTTTGGAAG
GAAGCAAACAGTTGTACCAACTGCATTTGTATGGGTGGTGAAGTTAAATGTTCTACAGAA
ATATGTGAAAACTTAGTCTGCCCTGTTGGACAGTCTCCTGCATTACTACATCCTAAAGAT
TGTTGCCCAGTTTGTGTGTCAAGTAGTTCAACTTGTACTGATGATTATGGTGTTGTTCGA
TTGTTTGGTGAAACATGGACTGATGAATCTTTATGCGAAGATTGCTTATGTACAAATCAA
AAGGTCATTTGTGAGCCTGTACAATGTGAAGTGAATAGCAAACCACTATGCGGATCAAAT
GAAGTTCTCATTTCAAAGGAAACGTCATGCTGTCCACAATTTGAATGCGTATGTGACACT
GCAAGCTGCAATACAGAAATTCCAATATGCATGGATGGTTTTGATGCTGTTGTTGTAAAC
CCAGGAGAATGCTGTGAAACTTATGAATGTGTGTGCCGACCAGAAAAATGTGCGTCCAAG
GCAACTATATGTGCCGATAATGAAAGACAAATTCGAATCAATGATGAAGATGAATGTTGT
CCTGAATATGGCTGCAAAGCAATTGGATGTACAAGCAGTGATGGAACATTCTACAATGTT
GGAGAGAGCTGGAAAATGCTGGATGATGCATGTCAAACATGTTCATGTTTGGGAGAACAA
AATACCGTATGCCAATCCAAGAAATGTGAACGTATGTTTAAACCTGTGTGTAAAGACGGC
AAAGAACCATCTGTTACATATGACCTAGACAACTGTTGTCCTTCATACAAATGTGACTTC
ACCTGTTATGGATACTCGGAAAGCTCTACAATTCACACTTTTGATGGTGCGAGCTATTCA
AGAACGTGCCCATGCTCACACATATTAGCTCAAGATAAATTTGGACTTGATTTCAAAATA
ATGCTTAATCGAGAAAACTGTGGGGAATCTGTCTGCACAAAATCTTTCATATTCATTGAT
AGCCTTTCATCGGATTCAATAACATTAGAAAGAGATCTCCAGGTATATGATGGAAGCGAA
ACAATTCCATTTACTGACAGTTACAAATCTGCATCATTCATTGTTGACATGAGAAAAGCT
GAAGTTACGATACATCAGATCAGCACAGGAATTAAACTCACATTTGATAAACAAAATGAC
ATTTGGGAGTTAAATGTACCAGTGAAATTCTCTGGTAAAACAGAAGGAATATGTGGAATG
GCTGATGGAGATGTCCTCAATGATTTATGGCTTGGTTCATACTCAGTTAATGATGTTGCC
ATCTTCTTCAATCACTGGCTCGTTAATGACGGAGATGCTAATATTTGCAAAATGGATTCT
TTAACCATTTTATCTGCTGAATCAATCGCTGAGAGTTATTGTGCTGAATTATTTAATGGT
CCCACGTTTGGTCACTTAAATAATATTGTATCGAACAATGAATATATCGAAGCATGTGCT
AAAGCAACTATTGGAATAGAAAAATCAATAGATTGGGCTGGATGTTCAGCACTTTCTGCA
TATGCTGAAGCATGTGCAAGTGCTGGTGTCTGTGTACAATGGAGAAGCGATAGTTTATGT
CCATACACATCCTGTGATGTGGGATCTACATATATGCCATGTGGACCAAGTGTAGCCAAA
ACTTGTGACAACTACAAAACGTACGGTGCTGTCGTATCACAGTTCAACACTGACGGTTGC
CATTGTGACCAAGGATTGGTATTATCAGACAATAAATGTATATTCCCATCGGAATGTCCA
ATATATAATGGAAAATTCGCTGGACAACAATGGATAGATTCATTTGATAATTGTTTGATA
AACACAGTTCAACCGGATGGAAGTGTACTAAAGACAGAAGTTAGCTGTCCTGAAGCTCCA
ATATGCGGATTTGATGAGCACTTAGCTACTATCACTGATAGTGATGCATGTTGTGCTGCG
TTCTCATGCGAACCAAAGGGAATGGATACTATATGTGTGGGAGTAATGTGCTTGCCGGCA
ATTCGTCCAAAATGCGCTATTGGTGAGGAATGGATTGTTGAAAGAAAAGGAGAAAATAAC
TGTTGCAGGGAATATTCTTGTGTATGCAAATCAGAAACCTGCCCAGATACTTCACTCATG
TCATGTGAGGATGGTGAAGACCTAATCATCGTTGATGGAGATGGTTGCTGCCCAACTGCA
ACATGTGTCTGCAAACCAGAGACATGTTCGGTAGATTATAACCCAGTATGCGAACCAGGC
TATTCCCTTGATATATTGGAAGAACACCGATGCTGTGTACAATATCAATGTGTATGCACA
AGAGACACATGTCCTTCACAAATACCTGACTGTGAAGGTGGCCGAGTTGCTGTGGCAACT
ACATCTGATTGCTGTCCAACCTACGCTTGTGAATGCGACGTATCGAAATGCCCTCCAAAT
CCTATTTGCTCAAGTGGATATGTTGAAAAAATAACTAGCATAACTGGAGATTGCTGCGAA
ATCAAAGAATGCGTCTGTGAAGAGAGTTTGTGCCCATCAGTCAAATCAACAGATTGTCCA
CAATTACAAGGATATAGGCTCATATATACTGGACGAGAGACAAGAGAACTTGGATTAGCA
GAATGTTGCCCTTCGGAAAAAGAAGCAGTATGTGTGTGCGATATAGGAAGCTGTATAACT
ACATCAGTTACTTGTGAACCTTATCAACGAAAATACCGAACAAATCCTGAGGATTGTTGT
CCTGAATACGCCTGTGAATGTGACTATGATTCATGCGACACTACAATACCTTACTGCGAT
GACAATCAGTACCTATCCACGACAAGTGTAAACGAATGCTGCAACTCGTACACTTGCGTT
TGCAAGGAATGTGAATTACCAGAAATATGTGAAGAAGGATTTACTGATACAACAGATACC
TGTGGTTGCATCACAAGAGTTTGCGAGTCACCTAAGAGTTGCATGTATGATGGAGAACTG
CATATGATTGGTGAAACTTGGACTGCAGATGTTTGCACAGAGTGCTCGTGCGAAAGTGAA
CTGAATGCATATGGAGAATACCAAGCAAGTTGTATTACTTCTCAATGTGGCACATGCAGC
GAAGGCTACACCTATGTGCCAATTCCTGGAAAATGTTGTGGTGACTGCGTACCAAATGTC
TGCCACTACAAGACATTGCAATATGCTGTTGGACAGACATGGACTGATGAAGATGATAGC
TGCGCAACCTGCAGATGTGTGACAGATCCATTCACAAATATTGTGTACAGCATGTGCCAG
GTTGAAATGTGTCCATTCTTCGACCCAGAATGTCCAGATAGTGACATTGTGACTGAAGGC
TGCTGTTCATACTGCAAATCATCAAGTTGTTCACCAAAGAGCAACTTCGAAGTTATTACC
ATTGATGGATGTTCGTCTAAAGAAGCAGTTGAACAGAAAATGTGCCAGGGACAATGTACA
AGTCAATCCCTGTTTTCATTCACAAATTCAAGTTTCGAGAAGCAATGTACTTGTTGTTCT
GCTGCAGCAACAGAGACCAGGAATGTCACACTTCATTGTGGCGATGGTGACACACAAGAG
CATACATATGAAGTGGCAACAAGCTGTGCATGTCAATCAACACAGTGTGGGGCTCCTTAG
AACAACTACGTTCTACCTATGAGTGGCAAAAATGAATACCGACGATTTATGACCCCTTTT
ACTACATATTACCCTTTATTTTAGCGATGTCTTGTGTTTACTGTAGTAGATTACTACATG
ACTGAGATGAAGATTTGGTGTTGGTGCTTCCAAATATTCAAAACTCTTTCTTTGTATGTA
ATTATTTAAGACCATGATTTGATGGGGGAGTCATTTCATGGTTTTACAATTGCTTTATTG
ATGTTAATCTTAGAATAGAAATAAAGGGTCTGCAT
| ProSiteProfiles |
VWF_dom (IPR001007) - T[166-226] 10.453 - T[230-299] 10.845 - T[368-439] 10.39 - T[1152-1217] 11.045 - T[1219-1286] 8.87 |
| Pfam |
VWF_dom (IPR001007) - T[166-225] 2.6E-6 - T[1154-1216] 1.4E-6 |
| SMART |
VWF_dom (IPR001007) - T[166-225] 3.8E-7 - T[232-296] 0.0013 - T[370-438] 1.3E-8 - T[837-902] 2.2 - T[1154-1216] 3.2E-7 - T[1221-1285] 0.093 |
| ProSitePatterns |
VWF_dom (IPR001007) - T[185-225] . - T[252-296] . - T[391-438] . |
| SMART |
VWF_type-D (IPR001846) - T[431-594] 6.7E-18 |
| ProSiteProfiles |
VWF_type-D (IPR001846) - T[442-649] 20.771 |
| SMART |
Unchr_dom_Cys-rich (IPR014853) - T[627-701] 4.9E-7 |
| SUPERFAMILY |
Ser_inhib-like_sf (IPR036084) - T[703-760] 6.38E-9 |
| ProSiteProfiles |
Cys_knot_C (IPR006207) - T[1285-1377] 14.963 |
| SMART |
Cys_knot_C (IPR006207) - T[1293-1377] 9.4E-14 |
| ProSitePatterns |
Cys_knot_C (IPR006207) - T[1338-1376] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| VWF_HUMAN | 25.072 % | 215 | 2.9E-56 |
| OTOGL_HUMAN | 26.218 % | 133 | 4.8E-31 |
| KCP_HUMAN | 26.209 % | 138 | 1.05E-32 |