- Molecular Tool 'U0126' >
- Transcript 'Boleac.CG.SB_v3.S323...'
Transcript Model
Transcript Id
Boleac.CG.SB_v3.S323.g07689.01.t
Possible name(s)
PKD1; PKD1L1; PKD1L3
Gene model
Location
S323 [19,746 / 47,665]
Amino acid sequence
Length: 2,715
>Boleac.CG.SB_v3.S323.g07689.01.p
LEWLQMLLNGSDTSLGFTVVDSENVLCGNPSSLKDQNIETANLSTVKCGKEKEGGFCLCS
TGDTSTSDSAACNSVCSQPSPATVCGREVQLGVIPDMNVTVDYIWDFNDTTALVMTKKSV
VTHKYALPGTYFVSVTVSSANIKQLFTYPIVVEEPITDVTMNCPSSVKLGETPVITVDVK
RGGSPRLEWAHSFDGVTTYDDTFMRDGAYFFASKRTAYYANPANKLDLLSAKTSCESGQG
LLARIDSDDVTAFVMNNLLASTSEKMFWIGVVFDDHFGGTMFLITGESFTDSMYTNWGAX
EPKLSDPNSRCAAMNTTDGGKWYLMPCAKQLPFICQYRSPDHAEEPRHYIAGSTVFGSNS
MYGLNNLTEYAPSPVPSGKKVYTLLFPGYWVHTDGXIGSWEFGGSTTAYISMLKLQIFRP
TCRSPSLLIEPGCLSLNNSYATCGSSDQFDMCTKTIPDCPVGAQPCPIEEYSCKSIFNAC
NMYEKYGFSNKPSLDTDLEYVLVSEQIVEAFVDSSSIYQVIVKNEQNVKRGDVIAVSFLH
TETDITNMRQNDLPVYCQSSSRSSWRQNVLLVQRNDWLDNGLTLNLDTTSWIDSMWCDIR
MHYSIPSTGFVPTTTFLKAPTIDGNHTYXVAGFNNVSLSDTASCVVEVRDDIXDVTLFYP
EPSGTSPDGHPIIDLSGSVDKTLVLQIEGGGVDVETTWEGAASDIVRSSLRTSCPLGVDR
SECRGRTDLRLTTIDVDATAGSSLIKATASNGYSSKVIYVRTSTDDEITGLRILPEGISR
VLASIPQAFSAEVDTGTSVSYTWIIDGLFHFKYTGQEYNVVFRTAAEYIVTVTAENSVNX
LNQTLTISVENMNLLASLDFVDSPTIAQIDTNVELQATFLVDINIDYQADWTINNQQIEG
DVHVFELKIQNVTTTEDCYQTNTNATMEAFMTTETSVLYDFTWTFXDGSSRTVESNGVLN
HVFTTPGQHVVQVEVISRNTSISDKMNVTVCVQDAITSASITDAPATILGLETVFTIASS
DGTDPQYSINFGDGTSLSNVTLPEVKHTYSSIGNFTVVFTAENLVSEVNDTAYLVVQEEV
QGVTIGTSSEYKPLIAKDFNFTYTATTTSGTELNYEWDFGDGTPLESGNNVTHAFTSGGT
YTITVTVSNLVSTXSTTLAVTVEEPVSGTTISHPVVVKANTTVTMTASIDSGGPGELYYW
KVEPDQSSYSAGTSSLAYVFTQVYNYTVSVKVENRVSADYDEVHILAADPIEGVNISTTA
LVDDKYVPRNESTRFEAILVTGENVTLTTAGSESVILSDWTISIDGAXEKTYNDSASIYH
SFQQVGIYTVRVNIXNGVNAKGNEIEVHCLDRVGTINFEVIDGHQGAATNGEEVIITASA
DAGTDLHYYWNPADDSSYVTTNDANLTHTYNSVDVYYPYVVVGNVLGNETESYTLAVQXG
VSGLSITXPNAKVDFYVPDDESTTFEAVIATGTNVSYSWHYTDSTGTLTDVENSTNTQVS
FQFPTVGMFTLIVNASNMLNGTITAGDGVEFTFDIDGQLITPVIDRNDLSFVTRAFATAG
TYEVTVTASNNVSSDNITKSISVRERIESVKIQGCCSDGEYFATNENYDFTAXVTSGTDV
VLNWTITYEDGQVLEDSGSDISKLLTVPGRTEISLTASNGVSEYTDRIVISLQDQCVVTL
SVDDPGRSLYTNEEITLXINVVQGTNVTHSISWGDFANTVEVTRETFATHIYRLKGEYTI
TVNSSNEVSFIVRTTDVTILKLECVAPSVSFVQSSLSSNFLRSRTIYVESTLTSNCSXYE
VSYQWRVYKQSDCTTLDSANLQDIAFNTNKPMLVLPALTLEVSRYCFEVIVSYADTSLSD
QSALSAAVLSTPLTVVIIGGTTRFLSESLPLKLDATLSFDPDVPDQNSNGISYQWSCNSS
TALTDSEYGYVPSPGSSRTGGVCDIPAGFETASSFEVAAGTLSQGMQYDYIVEASKTAKT
PTTAIQTVVVVDRIIPTTTVVCFSCRMMASYQISASFHVGLEGSCDSCADTDEVSYLWEV
KKIEAXGTLTDFPINLNTATTGDQSRYLVVKEGALENSHAYEFKLRIVVDGVEGYSKLEL
QPNMPPVNGTCEMTYNDGLGGDLFSCSNWQDDVTDTASPLVYTIIAYRTTNADTEDLNDA
FILYRGTKETSYSYLPFGYEEYNYVINVKIFVEDQLGTSTLAIDENVTVRRGPIDNTTVS
WLLGKVNDELNTLVRLNDPQXILDFSAAVITVLNSESTVGAAVATSTYSESVSVREAVTQ
TVSEITTTTLKEVQQVAAVLEQCVKFPSEMQNPSTHAYVQASVNSMISQLSEFVNXEGHS
SFQRAVNDVFDIIGGLMRVVNYAVYDDATETEIVSIFPXASVNFDESYRKEVMTSLVNNI
NSLVXTLLESXVVDEEAVSFLSPVISVSTKKTTPLTAFKQQESGGVRWQLPDHVFDTLDP
NMELQINPYTFGYPTHGLAENGFVNITSRVPTLEFYNADGTPITISNLASADDGDERRVK
LFMMQSSWEYTDAEGTVNVIDPSGSNYQPRAGLTFDTIXTPLQPLQTFGITLTNNNRXAN
TGVNIMLVYTKKYNNNKAEGNPATEVWATDGVYVSGESTYSVTVCYSDHLTSFGSFVINP
PNLVNLTNIVNIDFSRNPFALITVVIIMFFYILAMIWARRLDLRDIKRASLIPLCGPNGS
FKYEITIKTSAGMGS
Nucleotide sequence
Length: 8,145
>Boleac.CG.SB_v3.S323.g07689.01.t
TTGGAATGGTTGCAAATGTTGTTGAATGGATCCGATACCAGCCTCGGATTTACTGTCGTC
GATTCTGAAAATGTACTATGTGGCAATCCATCCAGTCTAAAAGATCAAAATATAGAAACA
GCAAACCTCTCCACTGTGAAATGCGGTAAGGAAAAGGAAGGAGGATTTTGCCTCTGCTCA
ACTGGTGACACCAGCACTTCCGATTCTGCAGCCTGTAATAGTGTTTGTAGTCAACCTTCG
CCTGCGACTGTCTGCGGCCGTGAAGTGCAACTGGGAGTGATTCCTGACATGAATGTAACA
GTGGATTACATTTGGGATTTTAATGATACAACTGCATTAGTTATGACAAAAAAGTCCGTA
GTTACGCACAAATATGCTCTACCTGGGACGTACTTTGTATCAGTGACTGTGAGTTCTGCC
AACATAAAACAACTCTTTACTTATCCAATTGTTGTGGAAGAACCTATCACTGATGTCACA
ATGAATTGTCCAAGTTCGGTGAAACTGGGTGAGACGCCAGTGATCACCGTTGATGTGAAA
CGTGGAGGAAGTCCTAGGTTGGAATGGGCTCATTCTTTTGATGGGGTGACTACCTATGAT
GATACGTTCATGAGAGATGGTGCCTATTTCTTCGCCTCCAAACGTACTGCATATTATGCG
AACCCGGCCAACAAGTTGGATTTGTTATCAGCCAAGACCAGCTGCGAATCTGGGCAAGGA
TTACTAGCAAGAATTGACAGCGATGATGTCACTGCTTTCGTAATGAATAATTTGCTCGCA
TCAACGTCNGAAAAAATGTTTTGGATCGGAGTTGTTTTCGATGATCATTTTGGAGGCACC
ATGTTCTTGATCACTGGAGAATCTTTTACCGATTCCATGTATACCAACTGGGGTGCTGNG
GAGCCAAAACTGTCTGATCCAAACTCAAGATGTGCTGCNATGAATACTACTGATGGGGGG
AAATGGTATTTAATGCCATGTGCCAAACAACTGCCTTTTATTTGTCAATATCGCAGTCCA
GATCATGCTGAAGAACCGCGCCACTATATTGCTGGGTCCACCGTGTTCGGAAGCAACTCT
ATGTACGGCCTCAACAACTTAACCGAATATGCACCATCACCAGTTCCATCTGGTAAAAAG
GTTTATACCTTATTGTTTCCTGGATATTGGGTTCATACTGATGGANTAATTGGAAGTTGG
GAGTTTGGGGGATCCACCACAGCCTATATTTCTATGTTGAAGCTGCAAATATTTCGACCT
ACATGCAGATCACCATCTCTGTTGATAGAACCAGGATGCCTGAGCTTAAACAACTCGTAT
GCAACTTGTGGATCATCTGACCAATTTGACATGTGTACCAAAACTATACCAGACTGTCCT
GTAGGTGCACAACCTTGTCCAATAGAAGAATATTCATGCAAGTCTATATTCAATGCTTGC
AACATGTACGAAAAATATGGATTCAGCAACAAACCTTCACTTGACACTGACTTGGAATAT
GTGCTTGTCTCTGAACAAATTGTCGAAGCATTTGTGGATAGCAGTTCGATATATCAAGTG
ATTGTGAAGAACGAACAAAATGTGAAAAGAGGCGATGTGATCGCTGTTTCATTTCTTCAT
ACTGAAACTGACATTACCAACATGAGACAAAATGATCTGCCAGTTTATTGCCAATCCAGC
AGTAGAAGCAGTTGGCGTCAGAATGTACTGCTTGTCCAAAGAAATGACTGGCTTGATAAT
GGATTGACACTGAACCTCGACACAACAAGTTGGATTGACTCCATGTGGTGTGATATTAGA
ATGCACTACAGCATTCCATCAACTGGTTTTGTGCCAACGACAACATTTTTGAAAGCACCG
ACCATTGATGGGAATCATACCTACAGNGTGGCAGGTTTCAATAATGTGTCTCTGTCAGAC
ACAGCATCGTGTGTTGTGGAAGTGCGTGATGACATCNTTGATGTTACTTTGTTCTATCCT
GAACCAAGTGGAACTAGTCCTGATGGACACCCGATCATTGACCTGTCAGGAAGTGTAGAT
AAAACACTNGTTTTACAAATTGAAGGAGGTGGAGTAGATGTGGAAACAACTTGGGAAGGT
GCTGCATCTGATATAGTTCGATCTTCTTTGCGCACTTCATGCCCATTGGGCGTTGACCGG
AGCGAATGTCGCGGAAGAACAGATCTCAGATTGACGACTATTGATGTCGATGCAACAGCT
GGATCAAGTCTCATTAAAGCTACTGCTAGCAATGGATACAGTTCTAAAGTGATTTATGTG
CGTACATCGACTGATGATGAGATTACTGGATTACGAATTTTACCAGAGGGGATATCACGT
GTTCTAGCAAGCATTCCTCAAGCATTTTCTGCTGAGGTTGACACTGGAACAAGTGTTTCC
TATACCTGGATTATTGATGGGTTGTTTCATTTCAAATATACAGGGCAAGAGTATAATGTT
GTCTTCAGAACTGCTGCAGAATACATTGTGACGGTCACGGCTGAGAACAGCGTCAACAGN
TTGAATCAAACCCTCACCATTAGTGTGGAGAACATGAACCTTCTNGCTTCTCTTGATTTT
GTTGACAGCCCGACTATTGCACAAATCGACACAAATGTGGAACTCCAAGCTACGTTTCTT
GTGGACATCAATATTGATTATCAAGCTGATTGGACCATCAACAATCAGCAGATTGAAGGT
GATGTGCATGTATTTGAATTGAAAATTCAAAATGTCACCACAACAGAAGACTGCTACCAG
ACAAATACAAATGCAACAATGGAAGCTTTTATGACAACAGAAACATCTGTGTTGTATGAT
TTCACATGGACGTTTNAAGATGGAAGTAGTCGAACTGTTGAATCTAATGGAGTGCTGAAC
CATGTCTTTACCACCCCTGGACAGCATGTTGTTCAAGTAGAAGTCATCAGTAGGAACACT
TCTATATCTGATAAAATGAATGTTACCGTGTGTGTGCAAGATGCGATAACCTCAGCTTCT
ATTACTGACGCACCAGCAACAATCCTTGGCCTTGAGACAGTCTTTACCATTGCTTCTTCT
GATGGTACTGATCCGCAATATTCTATCAATTTTGGAGATGGTACTTCGTTGTCAAACGTT
ACTTTGCCAGAAGTGAAACATACCTATAGCAGCATTGGAAATTTCACAGTTGTCTTCACA
GCAGAAAATCTTGTCAGCGAAGTCAATGATACTGCTTACCTTGTGGTACAAGAAGAAGTA
CAAGGTGTCACCATTGGTACATCCTCAGAGTACAAGCCTCTTATTGCAAAGGATTTTAAC
TTTACCTACACGGCTACCACAACGTCAGGAACAGAACTGAACTATGAATGGGATTTTGGT
GATGGAACACCACTGGAGAGTGGAAACAATGTCACCCATGCTTTTACCAGTGGAGGAACT
TACACTATCACAGTGACTGTGTCAAATTTGGTCAGCACTNATAGCACCACTTTGGCAGTA
ACTGTAGAAGAACCAGTATCAGGAACAACAATATCCCATCCCGTTGTTGTCAAAGCAAAC
ACAACAGTGACAATGACTGCATCTATCGACAGTGGNGGACCAGGGGAGCTCTACTATTGG
AAGGTGGAGCCAGATCAAAGCTCATACAGTGCTGGAACATCTTCGTTGGCATACGTATTT
ACTCAAGTTTACAACTACACAGTCTCTGTCAAGGTGGAAAATAGGGTGAGCGCGGACTAT
GATGAAGTCCACATTTTGGCTGCAGACCCGATTGAAGGAGTCAATATCTCAACCACCGCC
TTGGTGGATGATAAATATGTTCCAAGAAACGAAAGTACAAGATTCGAAGCGATTCTCGTT
ACTGGAGAAAACGTGACACTNACTACTGCTGGAAGCGAAAGTGTCATTTTGAGTGATTGG
ACAATTTCAATCGATGGAGCGGNCGAAAAAACTTACAATGATTCTGCATCAATCTATCAC
TCGTTCCAGCAAGTCGGGATTTACACTGTACGAGTTAATATCAGNAATGGTGTCAACGCA
AAAGGGAATGAAATTGAAGTTCATTGTCTTGATAGAGTGGGAACAATAAATTTTGAAGTC
ATTGATGGCCACCAGGGAGCAGCGACTAATGGAGAAGAGGTCATAATCACGGCTTCAGCA
GATGCTGGTACAGACTTGCACTATTACTGGAATCCTGCTGATGACTCTTCCTACGTCACA
ACAAATGATGCAAACCTGACTCATACCTATAATTCAGTCGACGTCTATTATCCCTATGTT
GTTGTTGGCAATGTTCTTGGAAATGAAACAGAATCTTACACGCTTGCAGTTCAGGANGGA
GTGTCAGGATTGTCTATTACCCANCCCAATGCAAAAGTTGATTTCTATGTGCCTGACGAT
GAGAGTACTACGTTTGAAGCTGTTATTGCAACAGGGACAAACGTCAGCTACTCTTGGCAT
TATACTGATTCCACTGGAACACTTACAGATGTTGAGAACTCCACGAACACACAAGTATCA
TTCCAATTCCCAACGGTTGGTATGTTCACGTTGATTGTCAATGCATCTAATATGCTCAAT
GGTACAATCACTGCTGGAGATGGTGTGGAGTTCACCTTTGATATTGATGGGCAATTAATT
ACTCCAGTGATTGATCGGAATGATTTGTCATTTGTGACTCGTGCATTTGCTACCGCAGGA
ACTTACGAGGTTACAGTAACTGCAAGTAACAATGTCAGCTCTGATAATATCACAAAATCA
ATCTCTGTTCGCGAAAGAATTGAAAGTGTCAAAATCCAAGGATGCTGTTCTGATGGCGAA
TACTTTGCTACCAATGAAAATTACGACTTCACTGCAAANGTTACATCTGGCACTGATGTG
GTTTTGAATTGGACGATTACTTACGAAGATGGGCAAGTTCTTGAAGATAGTGGATCTGAC
ATCTCCAAGCTTTTGACTGTTCCTGGTAGAACAGAAATTTCTTTGACAGCAAGCAATGGA
GTCAGTGAATACACGGATCGAATTGTCATCTCTCTCCAGGATCAATGTGTTGTGACATTG
AGTGTGGATGATCCAGGAAGATCTCTATACACAAATGAAGAAATAACATTAAGNATTAAT
GTTGTGCAAGGAACAAATGTCACACATTCCATCTCATGGGGAGACTTTGCTAACACCGTG
GAAGTCACTCGTGAAACCTTTGCTACACATATTTATCGACTGAAAGGAGAATACACGATT
ACTGTTAATTCAAGCAATGAAGTCAGCTTTATTGTCCGAACGACTGACGTCACCATACTC
AAGCTAGAATGTGTCGCACCGTCTGTTTCATTCGTCCAGAGTAGCTTGTCATCAAATTTT
TTACGATCTCGAACCATTTATGTTGAATCGACTTTGACATCAAATTGCTCTNCATATGAA
GTATCGTACCAATGGCGGGTTTATAAACAAAGTGACTGTACAACATTGGATAGCGCTAAT
CTACAGGATATTGCATTCAACACAAACAAACCAATGCTTGTTTTGCCTGCATTGACACTG
GAAGTTAGCCGATATTGTTTTGAAGTAATCGTCTCCTATGCTGATACAAGTTTATCTGAT
CAAAGTGCATTGTCTGCTGCAGTTTTATCAACTCCTCTTACTGTTGTCATCATCGGTGGA
ACAACAAGATTCCTATCTGAAAGCTTGCCGCTAAAGTTAGATGCAACTTTGTCCTTTGAT
CCAGATGTACCAGATCAAAACTCGAATGGAATTTCTTACCAGTGGAGTTGCAACTCTTCC
ACAGCTCTTACAGACAGTGAATATGGATATGTGCCTTCTCCTGGAAGCAGCCGGACGGGT
GGCGTTTGTGACATACCTGCTGGATTCGAAACTGCTTCAAGCTTTGAAGTAGCTGCGGGA
ACTCTCTCACAAGGAATGCAGTATGACTATATCGTAGAAGCATCAAAAACAGCAAAAACA
CCGACCACTGCTATACAGACGGTGGTTGTGGTGGATCGAATTATTCCTACGACAACTGTT
GTCTGCTTTTCCTGTCGCATGATGGCCTCGTACCAGATCAGTGCATCGTTTCATGTCGGC
TTAGAAGGATCTTGTGATTCATGTGCNGACACTGATGAGGTGTCTTATTTATGGGAAGTG
AAAAAGATTGAAGCCGNTGGAACTTTGACTGATTTTCCAATAAACCTCAACACAGCAACA
ACTGGTGATCAGTCCCGATATCTTGTGGTTAAAGAAGGCGCCCTTGAGAACTCTCATGCT
TATGAGTTCAAATTGAGAATCGTTGTTGACGGAGTAGAAGGGTATTCCAAACTTGAGTTA
CAACCAAACATGCCACCTGTAAATGGAACTTGTGAGATGACTTATAATGATGGGCTAGGA
GGTGATTTGTTCTCCTGCAGCAACTGGCAAGATGATGTGACTGACACGGCTTCACCTTTA
GTGTACACGATCATTGCTTACAGAACTACCAATGCAGACACAGAGGATTTGAATGATGCA
TTCATTTTGTATCGAGGAACCAAAGAGACNTCATATAGCTACCTACCATTCGGGTATGAA
GAATACAATTATGTGATCAACGTTAAGATATTTGTAGAAGATCAACTCGGAACGTCCACC
CTTGCAATTGATGAAAATGTGACTGTGAGACGAGGACCAATTGACAACACAACTGTTAGT
TGGCTCTTGGGAAAAGTCAATGATGAACTGAACACTCTCGTCAGATTGAATGATCCTCAA
CANATCTTGGATTTTTCTGCAGCTGTGATCACTGTCTTGAATTCTGAATCTACTGTTGGT
GCAGCTGTTGCTACAAGTACTTATAGTGAATCTGTATCAGTGAGAGAAGCCGTCACCCAA
ACAGTGTCAGAAATTACAACAACTACTCTGAAAGAAGTTCAACAAGTTGCAGCGGTTCTG
GAACAATGTGTGAAATTCCCTTCCGAAATGCAAAATCCTTCCACACATGCATACGTTCAA
GCGAGTGTCAATAGCATGATCTCACAACTGTCAGAGTTTGTCAACAANGAAGGTCACTCA
TCTTTCCAAAGAGCTGTAAATGACGTATTTGACATAATCGGAGGTTTGATGCGTGTNGTC
AACTATGCAGTGTATGATGATGCAACAGAAACAGAAATCGTATCAATATTTCCCAANGCA
TCTGTCAACTTTGATGAGTCGTATCGTAAAGAAGTNATGACAAGTCTGGTTAACAATATT
AATTCATTGGTNTNGACATTGCTGGAGAGTAANGTTGTGGATGAGGAAGCCGTCTCCTTC
TTGTCTCCTGTTATCAGTGTATCCACTAAGAAGACAACACCTCTAACNGCTTTCAAGCAA
CAAGAATCAGGAGGAGTGCGATGGCAACTTCCAGATCATGTTTTTGATACTTTGGACCCA
AATATGGAGTTGCAAATTAACCCATACACATTTGGATATCCGACTCACGGTTTGGCTGAA
AATGGTTTTGTTAATATCACATCTCGAGTTCCAACTCTTGAATTTTATAATGCGGACGGA
ACACCAATTACGATTTCAAATTTGGCATCTGCTGATGATGGAGATGAAAGAAGGGTGAAA
TTGTTTATGATGCAGAGTTCTTGGGAATACACCGATGCTGAGGGCACTGTCAATGTAATA
GACCCGTCTGGGTCAAATTATCAGCCTAGAGCTGGTTTGACCTTTGACACAATCANCACT
CCACTGCAACCGTTGCAAACTTTTGGCATTACTTTAACAAATAACAATCGTGANGCTAAC
ACCGGTGTCAACATCATGCTCGTGTACACAAAAAAATATAACAACAACAAAGCAGAAGGG
AATCCGGCTACAGAAGTATGGGCCACGGATGGAGTGTATGTGTCTGGGGAATCCACCTAT
TCAGTCACTGTTTGCTATTCAGACCATCTTACATCTTTTGGATCATTTGTCATAAATCCA
CCTAACCTTGTCAACCTTACTAACATTGTGAATATTGATTTCTCACGGAACCCATTTGCC
TTGATAACGGTCGTTATCATTATGTTTTTCTACATCCTTGCAATGATTTGGGCTCGTAGG
TTGGATTTGAGGGACATCAAGCGTGCTAGCCTGATACCATTATGTGGTCCAAATGGCTCA
TTCAAATATGAAATCACGATCAAAACATCAGCCGGGATGGGAAGT
| SMART |
PKD/Chitinase_dom (IPR022409) - T[75-155] 0.026 - T[770-852] 0.081 - T[911-993] 0.61 - T[998-1079] 1.3E-8 - T[1080-1165] 1.9E-12 - T[1166-1248] 0.82 - T[1272-1348] 7.2 - T[1353-1442] 0.62 - T[1452-1586] 0.42 - T[1677-1762] 0.42 |
| Gene3D |
Ig-like_fold (IPR013783) - T[78-153] 2.5E-8 - T[993-1081] 3.7E-10 - T[1085-1168] 3.4E-17 |
| Pfam |
PKD_dom (IPR000601) - T[83-140] 3.6E-9 - T[788-843] 1.1E-5 - T[914-976] 2.7E-6 - T[1010-1069] 8.6E-8 - T[1104-1154] 2.4E-10 - T[1686-1750] 1.2E-5 |
| SUPERFAMILY |
PKD_dom_sf (IPR035986) - T[89-152] 6.54E-10 - T[739-850] 1.44E-5 - T[918-994] 7.59E-6 - T[1006-1080] 3.79E-12 - T[1101-1167] 1.83E-15 - T[1172-1250] 6.15E-6 - T[1369-1437] 4.58E-6 - T[1547-1586] 8.11E-6 |
| ProSiteProfiles |
PKD_dom (IPR000601) - T[101-140] 12.439 - T[941-997] 10.768 - T[997-1083] 12.419 - T[1109-1169] 17.661 - T[1375-1444] 10.077 - T[1471-1525] 9.021 - T[1704-1759] 9.943 |
| SMART |
C-type_lectin-like (IPR001304) - T[197-336] 2.4E-8 |
| Gene3D |
C-type_lectin-like/link_sf (IPR016186) - T[210-340] 2.3E-19 |
| ProSiteProfiles |
C-type_lectin-like (IPR001304) - T[213-336] 14.58 |
| SUPERFAMILY |
CTDL_fold (IPR016187) - T[219-339] 1.47E-20 |
| Pfam |
C-type_lectin-like (IPR001304) - T[228-336] 7.3E-13 |
| ProSiteProfiles |
REJ_dom (IPR014010) - T[1764-2309] 34.954 |
| Pfam |
PKD/REJ-like (IPR002859) - T[1792-2244] 1.3E-64 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PKD1_HUMAN | 25.328 % | 463 | 6.11E-131 |