- Transcript 'KH2012:KH.C10.249.v1...'
Transcript Model
Transcript Id
KH2012:KH.C10.249.v1.A.SL1-1
Possible name(s)
PKD1; PKD1L2; PKD1L3
Gene model
Location
KhC10 [1,735,228 / 1,784,272]
Amino acid sequence
Length: 4,703
>KH.C10.249.v1.A.SL1-1
CNKKSIMFCFIGKGASKNFSFYYCFVLLLSILPSSLQTCSPCPTECTCTERILPQRQGIM
VNSCEVNCTDVNFNRFPDVGTLPNFISWVYMDNNSFTSLILSIERKRILEISFNNNLIKT
LTASSFSGYTRLEKIDLSHNLIESIPSDCFDQTPALEEVNLSGNLLKVLPEDLLSLPTLT
DLWLSANSWVCNCELKSLQTWMLANSDKIPDISQTTCDNPLSVKGQNLTSVNLTIARCAD
SFISCAWDFDNSQTDFIVWEYTDVNETKIYDDDMCIAFCFSHGYYYAVVNVLDSSCLCAS
KDTAKKIVNSNSSEWAACFQACGQTKPVEACGRKGLYNSVFRASPELTFVGLRPFSQREE
VVLTVVPKIDIVYSYMWNFNDSSSMVLTEDRTVRHKFAYPGNYWVSVTAQTGAGSTTYSL
FVIVEEPVSEVFLTCDNEVSPDWTVCPAGSIKYSAKKTCYKSYDSEKSWSDARDACLREG
GDLVVIESAAVELFLSTHVLKSRTYWIGISDTYYTPSNKFVKLRNNFIHVNGRSVYNEYE
NWDTNEPDTMLTTEAPKECVAMNVSRKWSTAKCDDPHSYICQYSSQVELSSPKHQLAGTV
VFESTYPTVTNVTATSIAPSIKIKHVILFPGMWTFDEGFINSWEVVAKAASSAAVELRFQ
IYRPKCNTAQHLQMPGCSSSMPYAACGTSTCSPTIKQCPSGQQFCCLTNKCQSPYTSCNY
YNDESSSRPARHSSNIPNYHLVAEYPIQISGTAEQLYQLSVTDELHVESGDVIGIMFTSE
LAAAPFIPTLANLPIVCKNSSLSSWSQSAMFFSSTRSQTKILNASLTYDWLDYLWCDVRL
HYTKPSTPHTASSTFLIQETPGEYTFTAMVNNQVSLIGNPGDNSSCTVTVLDEIREVKLL
SSLTTKTESGELVVFVARGENVTFTFQVVGGGDNTVANWTTSNTDRGISVAKNQTLESGC
PTGVELNTTDCTRLSTSVLKFDEIGNSSVVVTAANTISRSRIEVKVVTQEVITGAQILPT
GVNRILAQIPLFTSSYTTGSDVTTSWVVDGLVDNKVAKSTFLVLFRKTGNYDLMMILSNE
VSTQNVSTTFQIDLMNKLTDEKLLNSPTNVELNQATIFNISFSVDKNIDVNVTWTIDGVE
EAIHKYLQPHSGSIPHPNMIELEDSLNKTFAIVGQVQMRVTISNEYDSVELTHSFHVKAK
IISLELSLANQPAVNEEIELITTIQPSPYETNREFDWDDGTSPSAAPKHTYTTSGEYNVT
VKVENGISSMKAWKVITVYERITQLTAWSDEPTEFTQTTTVSASVVTGNGTTLFLSYDFG
DNSPVAENQTQWNYIHTYSSTGIFHVTITATNPINSLNTTLEVNVFQLEIVSVNTSTCFK
MDDLSILHVVMPTSSYDLFTFEWDFGDGSSSVNVSKNNTATHIYSVANIYSGSVTVNSIR
TSNHDTKMFNVCVQEEVKSVLINTVNQAVATGSVHEFTFTVTGGTDAKYVLYFGDGNNTT
LSTLSASVSHTYNQAGDYFVILNAQNLVSNMNGTVTATVQDPISGLDLTTSSEYGFKIAL
GHTVTYTATSSGSNVTYTWTFGDGSLAKTGNPVQHIYNGTIDNFVMTVTATNLIDRKFKE
TSIAVYHPVFGFEIQPLPSIVVVGTTINFNLTSNQVYDFYWKITPSLKSIHEWDGTGKSI
SQEFLQSGEYTVVLKAENIVSSENRSAQFLVADPISSISIASDDPSSFYSTSPPNYIAEN
EVTYFQALLDNAASVLTTVHGQAQFVFYEWRITMEGNATFLEEFTDVSKINYTFPNNALY
YVWVNVSNTVTTQTQKITLNVIQRIAGVQITKEGSGPPDSIVTGTQLKLRGSVSSGSSVS
YTWRAFDGDNPKDYHNDEFEHTYTIPGMYKVLVDVENPLNQISVSFTLYVEDEITGLQVE
HIDPIVPFYVAYGTDTLFKANVSTGTGVLYYWQYTETVTGVKSDLRIIERNLLYWNFTGG
NDTVYTLSVNASNKVSWDQKDTTVYVISPVLDLLVNITVDNQQRNIVSTNHGLMVDATVS
SGSEVHFLYNFGDSVTSVEGVRLTSTSSQASHVFAYSGVYEVQVIASNNATSLQHTQVVY
VRDPISGLDINGLTQNQYLRNDEDYTFSAIITSGTNVTFSWKIINSDASSVDRTGDTLTF
KFSVVGNTEIRLIADNAVNITSKSIFVMIRQPPTASITLLTQGDIFTDQNFLIEVATTGT
NVLHDIDFKDGVTEVQSNKTIHTHQYATSGTYNITVRAYNKAADVIKSMIIFVGKLACGK
PTLSIAADGEPVFYRSRMLYLETRITTDGCTAYDVQYVWTIHQQLTCHDLTDSTKVNTES
LDADTPLLTLPALTLEVGDYCVTCSVSYKNTPLTDSQVIKIRMLPTPLVVVISGGTYRFM
STNVKLDASSSFDPDYDPNSLDQSVITYEWSCSSKPAKLEDIQCGSAVTNSDDNCFTTMH
GPTIEFNNAVPRREYNFTVVANKTGKIKVSSWQSVTIVGCTIPTVKVTCNSCLKQSSIQI
SSSHHLVLSGLCETCSNRKDDLEYHWEAFRRNATDVTSTPFLLNKLTTTTGSSGRYLVVR
VGAIQSYYEYEFKLTIKVNGVKGYSKLILYANKPPVNGVCNINFSGDQIYVLDTLVQFEC
TGWEDEDISPLIYTILAIRYNEGVKVDDFVIYKGTLSTYEAYLPLGYKTNEYDIVIEIRV
EDELGTYTVGISKVLNVKLPVDAKSNTVGWLVNKTSDELLELKKSSNPQVVADFAAGLIT
VLNQESDNQGHSTVDSEFQLRKEIRQNITETVISLSTNTLDEIKQVTTVFKQCVQVASEM
QDNELQVASIEKLEQLTSQMPEYVESASQTLFYSVTTNLMGIVSSMVDSANYHVYVTGEA
SSGDLEADTSVMSTDPTLSADYRKTLVNRLLDSAVQLNQNILDGKVEGEEPVFINASALS
SVSARTTPATMNSTVMNNGCHMSLPHYIFSDLDADTEILYMFFVAEQNPFTFGFLTTSLS
SDSRIANISTRVPSLQFSYHNNDKIEPLEVKNLAGVGDSSIVGSVIPDSQLIRMVMAPSN
RQFIPNDDTSEIATLSNSTNYSPRKGVSFVEESLPSLKSVKVTITNNNTDPYTAVHIMVV
FDKETFSTKTEPNPYIDVFFDFTPSPTAEKYNKHLRLTENLVSSQSDHRNYTIYLNPANA
TNLLPNYYLNISSYFEHHTVKVGVGVYYSSCQYFDNDTEKWSISGLRTSDQTVPSAAVCL
SAHLTAFGSFVISPPNIVDINSIADVDFRLNPIALIVVIVVFVVYILGAMWARKLDLKDI
ENASLIPLCGHNGSHKYEITIKTSPGIGSGTTANVGICLYGYESRTGSKHLYKKGSFERG
SVDVFQVASDTSLGTLYKIKIWHDNTGIDPGWNLSRVMVKDLQNGEKYYFLVDSWLQVYP
NDEDATCLARTIRVATEEEMEDFSYLFGNQMSYGWEDAHLWLSLIERPQRSRFTLVQRLT
CCVTLLYSFMVASAFWFQNFDGDSGLVEDVYFRWSDIAVGAIVSLMIFPVNIILVTLFKH
TKSKVSAIKPWPDRTQTAQTVEILDEILDGRSKGGTSGKIEIFDGQSRFGSIVTLPGQSE
DGITDSQTDLGSRKTGGLHKTSGTLKSLDIKDKFWLAAGDETDDTGFGSKGSSPTQLITD
TDTSSVDLKHGTTTNLPLYNADASDSDDDFWDPFLNEQFEEYSETGTTRTNLRRTRKAKF
TAEDDLELEDVEDDVDPKEEDYDSDDVPLPDMRNTHSRRVYLRSRASTTLGLNSENENQF
LLPHWTVYFTYFLCFSIWVVSIFFIILYVHAFGVTVAQRWLLTMFIALLESFFLIEPTKV
LILAAYIAMFKRKHAPEENDNLVEDPLVETYEHVKDNNKVRPPRGFALEHCKLNAKKSYR
SRKLLVMLTLHGLFLWAVMAFCVWDRDNSSYLSSWSIKKALYEKPMTKYGVQDNQTMTFD
NIRTLSEVWGWMEQVMSPLLFEDTLDNSINQNHLLGNVRIRQQRSIPRTCTIAGNNELNP
LLPNQNCLPPNQWRLDEKTYYPGWKNSPTLQNATWVFEVPCFTGIGYWGQEQIYDDSGYS
KYIDGSMYKNQLQSMQEDSWIDRYTRVCMVEFTMLNPASQWFTVTTVMFEIGSTGAVRPS
HITQTIRLFTPSSYFTLDMLFISFIGVLGFMFWVYEIVKILHHKQNISVYAKKPTNWMNN
LVNLLTLLLCCVFVYKQIYMDELMKRYKSNRSDFTNFYKMAFLSNLVTYIATILLTILLI
KLTRLIRFIKRWSVFGDTIYCACKHVLGTAIMLLVLMVGYALFGYLIFGLNSIAVVKDFR
NFQNSLYSMFRALRGTLDTQLCFHVNPAFSICFFFSFYFCVFLIFCRLFSAIYIQEYKDA
KFKLRRVPLNIPDYEMIPYMFQRLKLRLGITKPKQYRPTVRFEGMSTPSSRGSFLSTDSF
GTCFTAGRLSECSDGSGISLASSDSGLGTPSGHSLSLFDYLTLEHPPYEKPMDSIHLDYL
YNRLSSYSVDMMLVRFQRLNKISDDVWNIEKTLLEITQKDAHRNLLQQKSSEIAAAASTP
GSVLSQTTTAGSSRSSTSNRGRESNSRSLYSSLSSNSSTVDRALAEETRFSTVVNSMFPT
TSEPSSVQRRRSVRSSSYAETTLSATNKRNTISSASAAYRFGETNKPTLKRRPHSDEGAR
IQLAKSKNDNAKNALKITKKSAW
Nucleotide sequence
Length: 14,438
>KH2012:KH.C10.249.v1.A.SL1-1
CTATGGTAATCCACTTGTTGGTTATAATTTAAACAATTATCTGAAGTAATGTAACAAAAA
GAGCATTATGTTTTGCTTCATTGGGAAAGGTGCCTCAAAGAACTTCAGTTTTTATTATTG
TTTTGTTTTGCTGCTTTCCATTTTGCCTTCAAGTTTACAGACATGTTCGCCATGTCCTAC
AGAGTGCACTTGTACAGAAAGAATACTGCCCCAGCGTCAAGGCATAATGGTCAATTCATG
TGAAGTGAACTGTACTGATGTAAATTTCAACCGGTTTCCTGATGTTGGTACACTACCAAA
CTTCATATCATGGGTCTACATGGACAATAACAGTTTTACATCATTGATATTGTCAATAGA
AAGAAAAAGAATTCTGGAAATATCATTCAATAACAATCTTATAAAAACATTGACCGCTTC
AAGTTTTTCTGGATATACGAGATTGGAAAAAATAGATTTATCGCACAACCTGATTGAATC
AATTCCATCAGATTGTTTCGACCAAACACCAGCATTGGAGGAAGTAAATCTAAGTGGAAA
CTTGTTAAAAGTCTTGCCAGAAGATTTACTTTCATTACCAACATTAACAGACTTGTGGTT
GTCAGCAAATTCATGGGTTTGCAATTGTGAATTAAAGTCTCTCCAAACCTGGATGTTAGC
CAACAGTGATAAAATTCCAGATATTTCACAAACTACTTGTGATAATCCATTATCAGTAAA
AGGACAAAATTTGACGTCTGTTAATTTAACAATTGCAAGATGTGCTGATTCATTTATCTC
ATGTGCGTGGGATTTTGACAATTCTCAGACTGATTTTATTGTTTGGGAATATACTGATGT
GAACGAAACAAAGATATACGATGATGATATGTGCATTGCGTTTTGCTTCTCTCACGGATA
TTATTATGCTGTTGTTAATGTGCTTGATTCATCTTGCTTGTGTGCAAGTAAAGATACAGC
GAAAAAAATCGTCAACTCAAACAGCAGCGAATGGGCAGCTTGTTTTCAAGCTTGTGGACA
AACTAAACCTGTTGAAGCATGTGGAAGAAAGGGACTATACAACTCTGTGTTCCGTGCTTC
ACCTGAACTCACATTTGTTGGGCTGAGACCATTTTCTCAGAGAGAGGAGGTTGTTTTGAC
TGTGGTTCCCAAGATAGACATTGTGTATTCTTACATGTGGAATTTTAATGACTCAAGTTC
TATGGTTCTTACTGAGGACAGAACTGTGAGACACAAATTTGCATACCCAGGAAACTACTG
GGTGTCAGTTACTGCGCAAACTGGTGCAGGAAGCACAACGTACAGTTTGTTTGTAATTGT
TGAAGAACCAGTAAGTGAAGTCTTTCTTACCTGTGATAATGAAGTAAGTCCTGATTGGAC
AGTTTGCCCGGCAGGATCAATAAAGTACTCCGCTAAGAAAACATGTTATAAATCATATGA
TTCGGAAAAATCATGGAGTGATGCACGTGATGCTTGTCTTCGTGAAGGAGGAGATCTCGT
TGTGATTGAGTCTGCAGCTGTGGAACTTTTTCTAAGCACACATGTTTTAAAATCTCGGAC
TTATTGGATTGGGATAAGTGACACTTATTACACACCTTCCAACAAGTTTGTTAAGTTACG
AAACAACTTTATTCACGTCAATGGTAGAAGTGTCTACAATGAATATGAAAATTGGGATAC
AAATGAACCAGATACTATGCTAACTACAGAAGCACCCAAGGAATGTGTTGCAATGAATGT
AAGCAGAAAATGGTCAACAGCAAAATGTGACGATCCTCATTCTTACATTTGTCAGTATTC
GTCACAAGTTGAACTTTCATCACCAAAGCATCAGTTAGCTGGAACAGTTGTGTTTGAAAG
TACTTACCCAACCGTGACAAATGTCACTGCAACAAGCATCGCTCCCAGTATAAAAATTAA
GCATGTGATTTTGTTTCCTGGTATGTGGACTTTTGATGAAGGATTCATAAACTCATGGGA
AGTTGTTGCTAAAGCTGCTTCATCTGCAGCTGTTGAATTACGATTCCAAATTTATCGACC
AAAATGTAATACAGCACAACATCTTCAAATGCCAGGTTGCTCATCCTCCATGCCATATGC
AGCTTGTGGCACCAGCACTTGTTCACCAACCATCAAACAATGTCCTTCTGGACAACAATT
TTGTTGCCTTACTAATAAATGCCAGTCTCCATACACATCATGCAATTATTATAATGATGA
AAGTTCATCAAGACCTGCTAGACATTCGTCCAACATTCCCAACTACCATCTTGTTGCTGA
ATATCCGATTCAAATATCGGGAACTGCTGAACAATTGTATCAGCTTTCAGTTACTGATGA
GCTACATGTGGAATCAGGTGATGTGATTGGAATTATGTTTACAAGTGAACTAGCTGCAGC
TCCCTTTATACCTACATTGGCTAATCTACCAATAGTTTGTAAGAACAGTTCCCTCAGCAG
TTGGAGTCAAAGTGCCATGTTCTTCAGTTCTACAAGATCCCAAACTAAAATACTTAACGC
AAGTCTAACATATGATTGGTTGGATTATTTATGGTGTGATGTGAGACTTCATTACACCAA
ACCATCAACTCCACACACAGCTTCATCTACATTCCTTATACAGGAGACACCAGGAGAATA
TACATTCACTGCGATGGTAAATAACCAAGTATCATTGATTGGCAACCCTGGTGACAATTC
ATCTTGTACAGTCACTGTGCTCGATGAAATAAGGGAAGTTAAACTTCTAAGTTCGCTTAC
TACCAAAACAGAATCAGGAGAACTTGTTGTTTTTGTTGCACGAGGTGAAAATGTAACTTT
TACATTTCAAGTTGTTGGTGGGGGTGACAACACAGTCGCTAATTGGACTACAAGCAATAC
AGACAGAGGCATATCTGTTGCTAAAAATCAAACTTTGGAATCTGGATGTCCGACCGGAGT
TGAATTGAACACAACTGATTGCACAAGACTTTCTACTTCAGTTTTGAAATTTGATGAAAT
AGGAAATTCATCAGTAGTGGTCACAGCAGCCAACACAATCAGTAGATCAAGGATTGAAGT
GAAAGTTGTTACTCAAGAAGTTATAACTGGTGCTCAGATATTACCAACTGGTGTTAACCG
GATTTTAGCACAAATACCACTGTTTACCTCAAGTTACACAACAGGATCTGATGTAACAAC
TTCGTGGGTAGTTGATGGCTTGGTGGATAATAAAGTTGCCAAGTCAACTTTTCTGGTGTT
GTTTAGAAAAACTGGAAACTATGATCTAATGATGATTCTTTCAAATGAAGTAAGCACACA
GAATGTATCGACCACATTCCAAATTGACCTCATGAACAAACTGACCGATGAAAAACTTTT
AAATTCTCCAACCAATGTTGAACTTAATCAAGCAACTATTTTCAATATTTCTTTCTCCGT
GGATAAAAACATAGATGTGAATGTAACATGGACCATTGATGGTGTAGAAGAAGCTATTCA
TAAATACTTACAACCACATAGTGGTTCCATACCACACCCAAATATGATTGAACTTGAAGA
TAGTTTGAACAAAACCTTTGCTATAGTTGGACAAGTTCAAATGAGGGTTACAATTTCCAA
TGAATATGACTCAGTTGAATTAACTCATAGTTTTCATGTAAAAGCAAAAATCATTTCACT
TGAGTTGTCACTTGCTAACCAACCTGCTGTAAATGAGGAAATTGAGTTGATCACAACAAT
TCAACCTTCCCCTTATGAAACCAATCGGGAGTTTGATTGGGATGATGGGACTTCCCCTTC
AGCGGCCCCAAAACACACATATACCACTTCTGGTGAATATAATGTCACCGTTAAAGTTGA
GAATGGTATAAGCAGCATGAAGGCTTGGAAAGTTATCACAGTCTATGAAAGAATCACCCA
ACTCACAGCTTGGTCTGATGAGCCAACAGAATTTACACAAACAACAACTGTTTCTGCAAG
TGTGGTGACCGGCAACGGAACAACTTTATTTCTTTCTTATGATTTCGGTGATAATTCTCC
AGTTGCGGAAAACCAAACTCAGTGGAATTATATTCACACATATTCAAGCACTGGCATTTT
TCACGTCACTATAACTGCAACAAATCCAATCAATTCACTCAATACAACCCTTGAGGTTAA
TGTTTTCCAATTAGAAATTGTTTCAGTAAATACTTCCACATGCTTTAAAATGGATGACTT
GTCAATCTTGCATGTTGTCATGCCAACAAGCAGTTACGACTTGTTTACATTTGAATGGGA
TTTTGGAGATGGTTCATCCAGTGTGAATGTGAGCAAGAACAACACAGCTACCCACATTTA
CTCTGTTGCTAATATTTACTCTGGATCTGTGACTGTGAACAGCATTCGAACTTCTAACCA
TGATACTAAAATGTTCAATGTATGTGTGCAAGAAGAAGTCAAAAGTGTTTTGATTAACAC
TGTAAATCAAGCTGTAGCTACAGGTTCAGTCCATGAGTTTACATTTACTGTCACTGGTGG
CACAGATGCAAAGTATGTACTTTACTTTGGTGATGGTAACAATACCACACTGTCTACTTT
ATCTGCCTCAGTCAGCCACACATACAATCAAGCGGGTGATTACTTTGTTATATTGAATGC
ACAGAACTTAGTGAGTAACATGAATGGTACAGTTACGGCAACTGTACAAGATCCAATATC
AGGCTTGGACCTTACAACAAGTTCTGAGTATGGATTTAAAATCGCTCTCGGTCACACTGT
GACTTACACTGCAACTTCTTCTGGTTCCAATGTTACTTATACTTGGACATTTGGTGACGG
ATCTCTAGCTAAAACTGGCAACCCAGTCCAACATATATACAACGGGACAATTGATAACTT
CGTAATGACGGTAACTGCTACCAATTTGATTGACAGAAAATTTAAGGAAACATCCATTGC
TGTTTATCATCCTGTGTTTGGATTTGAAATTCAACCGTTACCATCAATAGTGGTTGTTGG
AACAACTATCAACTTTAACTTAACTTCAAATCAAGTTTACGACTTTTATTGGAAGATAAC
GCCAAGTTTAAAATCAATCCATGAATGGGATGGAACAGGAAAATCAATCTCACAAGAATT
TCTACAATCTGGAGAATATACCGTGGTTTTGAAAGCTGAAAACATTGTAAGCTCTGAGAA
TCGCTCAGCTCAATTTCTTGTCGCTGATCCGATATCCAGCATCTCTATTGCATCAGATGA
TCCTTCATCATTCTACTCAACTTCTCCTCCCAACTACATTGCTGAAAATGAGGTTACTTA
TTTTCAAGCACTGCTTGATAACGCGGCAAGTGTGCTTACCACAGTCCATGGTCAAGCACA
GTTTGTGTTTTATGAATGGAGAATTACAATGGAAGGCAACGCCACTTTCTTAGAAGAGTT
TACTGATGTTTCGAAAATCAATTATACTTTCCCAAACAATGCATTGTACTATGTGTGGGT
AAATGTCTCCAATACTGTCACAACTCAAACCCAGAAAATTACATTAAATGTCATACAAAG
AATCGCTGGTGTGCAGATTACCAAGGAAGGGTCTGGTCCACCGGACTCTATTGTTACTGG
AACTCAATTAAAACTTCGGGGCTCCGTTAGTAGCGGTTCATCGGTCTCATACACATGGAG
AGCATTTGATGGCGACAACCCAAAGGATTATCATAATGATGAGTTTGAACACACATACAC
GATACCTGGGATGTACAAAGTGTTGGTTGATGTCGAAAATCCACTCAATCAAATTTCTGT
CAGTTTCACCCTTTATGTGGAAGATGAAATTACCGGTTTGCAAGTAGAACACATAGACCC
AATTGTGCCGTTCTATGTGGCTTATGGAACTGACACACTTTTTAAAGCAAATGTTTCAAC
TGGTACTGGTGTGTTATATTACTGGCAGTATACGGAAACAGTCACTGGTGTTAAATCTGA
TTTGAGAATTATAGAAAGAAATCTACTTTACTGGAATTTTACGGGGGGCAATGACACAGT
GTACACTTTGTCTGTTAATGCAAGTAACAAAGTAAGTTGGGACCAGAAAGATACAACAGT
GTATGTAATATCTCCCGTGTTGGATTTGCTTGTTAACATAACTGTGGATAATCAGCAAAG
AAATATTGTGTCAACTAATCATGGTTTGATGGTTGATGCAACTGTCTCAAGTGGCAGCGA
AGTTCATTTTTTGTATAATTTTGGAGACTCTGTAACCAGTGTAGAAGGTGTACGTCTAAC
ATCAACAAGCAGCCAAGCTTCACATGTATTTGCCTATAGTGGAGTTTATGAAGTCCAAGT
TATAGCATCGAACAACGCAACCTCATTACAACATACACAGGTTGTCTATGTTAGAGATCC
AATCAGTGGTCTTGATATTAATGGCTTAACTCAGAATCAATATCTTCGTAATGATGAAGA
TTACACGTTCAGCGCAATCATAACTTCTGGAACTAACGTTACATTTTCATGGAAAATAAT
CAACTCTGATGCAAGCAGTGTTGACAGAACCGGCGACACTTTAACTTTTAAATTTTCTGT
GGTTGGCAACACTGAGATTCGATTAATTGCAGATAATGCTGTCAACATAACATCAAAAAG
TATTTTTGTTATGATTCGTCAACCACCAACAGCAAGCATCACATTATTAACACAAGGCGA
CATATTTACCGATCAAAATTTCCTAATTGAAGTTGCAACCACTGGTACCAATGTACTTCA
TGATATTGACTTCAAAGATGGGGTAACTGAAGTGCAATCCAACAAAACCATACACACACA
TCAATATGCAACTTCTGGTACATACAATATCACTGTGCGTGCTTATAATAAAGCTGCGGA
TGTTATTAAATCCATGATCATATTTGTTGGAAAGCTGGCATGTGGAAAACCAACCTTAAG
CATTGCTGCGGATGGTGAACCTGTGTTTTACAGATCACGTATGTTGTATCTGGAGACACG
GATTACAACTGATGGTTGTACAGCATATGACGTACAGTATGTATGGACCATACACCAACA
GCTAACATGCCATGACTTAACTGATTCAACCAAAGTGAATACTGAGAGCTTGGACGCAGA
CACCCCTTTACTCACACTACCAGCATTAACATTAGAAGTTGGTGATTATTGTGTGACATG
CAGCGTGTCGTATAAAAATACTCCACTTACTGATTCACAAGTCATTAAAATACGGATGTT
ACCAACACCATTGGTGGTTGTAATATCAGGTGGAACTTACCGATTCATGTCAACAAATGT
GAAACTAGATGCTAGCTCTTCGTTTGACCCAGATTATGACCCAAACTCACTTGACCAGTC
AGTGATCACATACGAGTGGAGTTGCTCAAGCAAGCCTGCAAAGTTGGAAGATATTCAGTG
TGGGTCTGCAGTAACAAATAGTGATGACAACTGCTTTACGACTATGCATGGTCCAACAAT
TGAGTTCAACAACGCTGTTCCGAGAAGGGAATATAACTTCACTGTTGTGGCAAATAAGAC
AGGAAAAATAAAAGTTTCATCATGGCAAAGTGTTACTATTGTGGGGTGTACGATACCAAC
AGTGAAAGTGACTTGTAACTCTTGTTTGAAGCAATCAAGTATTCAGATCAGTTCATCTCA
TCATCTCGTGTTGTCAGGATTATGTGAAACTTGCAGCAACAGAAAAGATGACTTGGAATA
TCATTGGGAAGCATTTCGTCGTAATGCAACTGATGTGACATCAACTCCTTTCCTTCTTAA
CAAACTTACAACAACAACTGGTTCAAGTGGGAGGTACTTGGTGGTTCGAGTGGGAGCAAT
TCAATCTTATTATGAATATGAGTTCAAACTTACGATTAAAGTGAACGGTGTTAAAGGATA
TTCCAAACTCATCCTGTACGCCAACAAACCCCCAGTTAACGGGGTGTGTAACATCAACTT
CTCTGGTGATCAAATATATGTACTTGATACTCTTGTGCAATTTGAATGCACTGGTTGGGA
AGATGAAGATATATCACCACTCATATACACCATACTTGCTATCAGATATAATGAAGGGGT
GAAAGTGGATGACTTTGTTATTTATAAAGGAACATTATCTACATATGAGGCGTACCTTCC
ACTTGGATATAAAACAAACGAATACGACATTGTCATCGAGATTCGTGTGGAAGATGAATT
AGGAACTTACACGGTTGGAATCAGCAAAGTTCTCAACGTGAAGTTACCTGTTGATGCAAA
GAGCAACACAGTTGGATGGCTGGTTAATAAAACCAGTGATGAACTATTGGAGTTGAAAAA
ATCAAGCAACCCACAAGTTGTTGCTGATTTTGCAGCTGGACTTATCACTGTATTAAACCA
GGAATCCGACAACCAAGGTCACAGTACAGTAGACTCTGAATTCCAACTACGTAAAGAGAT
TCGTCAAAATATTACAGAGACCGTTATTTCCCTGTCCACTAATACATTAGATGAAATCAA
ACAAGTTACAACCGTATTCAAGCAATGTGTGCAAGTAGCATCGGAAATGCAAGATAATGA
ATTACAAGTTGCAAGCATTGAAAAACTTGAACAACTCACAAGTCAGATGCCTGAATATGT
TGAATCTGCAAGTCAGACTTTATTTTATTCTGTGACAACCAACCTTATGGGGATCGTCAG
TTCCATGGTTGATTCAGCCAACTATCATGTATATGTAACTGGTGAAGCTTCATCTGGTGA
CCTTGAAGCAGACACATCAGTTATGAGCACCGATCCCACATTAAGCGCTGATTACCGGAA
AACATTGGTGAACAGGTTGCTTGACTCAGCTGTTCAACTTAACCAGAATATATTGGATGG
GAAAGTAGAAGGGGAAGAGCCCGTGTTTATCAACGCATCAGCTCTTTCATCTGTGAGTGC
GCGTACCACACCTGCTACCATGAACAGCACTGTAATGAACAATGGTTGCCACATGTCACT
GCCACATTACATCTTCTCTGATCTGGATGCTGATACTGAGATACTTTATATGTTCTTTGT
AGCTGAACAGAACCCGTTTACATTTGGATTTCTCACAACTTCATTATCAAGTGACAGCAG
GATTGCGAACATTTCAACTAGAGTTCCCTCTCTTCAGTTCAGCTACCATAACAACGATAA
AATTGAACCACTTGAAGTAAAGAACTTGGCTGGAGTTGGAGATTCTTCTATAGTTGGTTC
AGTGATTCCTGACAGTCAATTGATTCGAATGGTGATGGCTCCAAGTAACAGACAGTTCAT
TCCTAATGATGATACAAGCGAGATTGCTACTCTCTCAAACAGCACCAACTATTCTCCGAG
GAAAGGAGTTTCTTTTGTTGAAGAAAGTTTACCAAGTTTAAAATCTGTTAAAGTGACAAT
CACCAATAACAACACAGACCCTTACACTGCAGTTCATATCATGGTTGTGTTTGATAAAGA
AACATTTTCAACCAAAACTGAACCAAATCCATATATTGATGTTTTTTTTGACTTCACTCC
TTCACCAACTGCGGAGAAATACAACAAACATTTAAGATTGACTGAAAATCTTGTTTCATC
TCAAAGTGACCATAGAAACTACACAATATATTTGAACCCTGCTAACGCAACAAACTTGCT
TCCCAATTATTATCTCAACATCAGCAGTTACTTTGAACACCATACTGTTAAAGTTGGAGT
TGGTGTTTACTACAGCTCGTGCCAATACTTTGACAATGATACTGAGAAATGGAGTATAAG
TGGATTACGAACATCCGACCAAACCGTTCCATCTGCTGCTGTTTGTCTCTCAGCTCATTT
AACAGCATTTGGATCTTTTGTAATAAGTCCTCCTAATATTGTGGATATCAATTCTATAGC
TGATGTTGATTTTAGATTAAATCCAATCGCACTCATTGTTGTGATAGTTGTATTTGTTGT
TTATATACTTGGTGCAATGTGGGCACGTAAGTTGGATTTAAAAGATATTGAAAATGCAAG
TTTGATTCCTTTATGTGGCCACAATGGAAGTCATAAATATGAAATAACTATCAAGACATC
ACCCGGCATCGGGAGTGGAACCACAGCAAACGTTGGAATATGTTTGTACGGATATGAATC
ACGCACTGGTTCAAAACATCTTTATAAGAAAGGTTCATTTGAAAGAGGTTCTGTAGACGT
GTTTCAAGTTGCATCGGACACAAGTTTGGGAACACTTTATAAAATCAAGATATGGCATGA
TAATACAGGTATTGACCCTGGTTGGAACTTGAGCAGAGTTATGGTAAAGGATTTACAAAA
TGGTGAAAAATATTATTTCCTGGTTGACAGTTGGTTGCAAGTTTATCCTAATGATGAGGA
TGCTACTTGTCTCGCTAGAACTATCAGAGTTGCAACTGAAGAAGAAATGGAAGATTTCTC
GTATTTATTTGGCAACCAGATGTCGTATGGATGGGAGGATGCCCATTTGTGGTTGTCACT
TATTGAACGACCACAGCGTAGTCGTTTCACGCTCGTGCAACGACTCACATGTTGTGTGAC
TCTGTTATATTCGTTCATGGTGGCGAGCGCATTTTGGTTTCAAAATTTTGACGGTGATTC
TGGTTTGGTGGAAGATGTTTATTTCAGATGGTCGGATATTGCAGTTGGAGCAATCGTCAG
TCTCATGATATTTCCCGTCAACATTATATTGGTGACACTGTTTAAACACACAAAGTCAAA
GGTATCTGCAATCAAACCATGGCCAGATCGAACACAGACGGCACAAACCGTTGAAATTCT
TGATGAAATATTAGACGGTCGTAGCAAGGGTGGTACAAGTGGAAAGATTGAAATATTTGA
CGGACAATCTCGGTTTGGATCAATTGTTACACTGCCTGGACAAAGTGAAGATGGAATAAC
AGATTCACAAACCGATCTTGGAAGCAGAAAGACAGGGGGTCTTCATAAAACTTCTGGTAC
TTTAAAATCTCTTGATATAAAGGACAAGTTTTGGTTGGCGGCTGGAGATGAAACAGATGA
CACTGGTTTCGGTTCTAAAGGAAGTTCCCCCACACAGCTAATAACAGACACTGATACATC
GAGTGTGGATCTTAAACATGGGACAACAACAAATCTTCCGTTATACAATGCGGATGCCTC
TGATAGTGATGACGACTTTTGGGATCCGTTTCTTAACGAACAATTTGAAGAATATTCTGA
AACTGGAACTACAAGAACAAATCTGCGACGAACTCGAAAAGCAAAATTTACCGCGGAGGA
TGATCTTGAGTTGGAAGATGTGGAAGATGATGTTGATCCTAAAGAGGAGGATTACGACAG
TGATGATGTTCCTCTTCCGGATATGAGGAATACTCACAGCAGAAGAGTTTATTTGAGATC
ACGAGCTTCCACAACACTTGGTTTAAATTCAGAAAATGAAAACCAGTTCTTGTTGCCACA
CTGGACTGTTTACTTCACTTACTTCTTATGCTTCTCTATCTGGGTGGTTTCCATCTTCTT
CATCATATTATACGTGCATGCGTTTGGTGTGACAGTTGCACAGAGATGGCTCCTCACGAT
GTTCATTGCTTTATTGGAAAGTTTTTTCCTCATTGAACCAACCAAGGTGTTGATATTAGC
AGCATATATTGCTATGTTCAAACGCAAGCATGCTCCTGAAGAAAACGATAATTTGGTGGA
AGATCCTCTTGTTGAAACATATGAACATGTCAAGGACAACAACAAAGTTCGACCTCCACG
AGGATTTGCATTGGAACATTGTAAATTAAATGCAAAGAAATCATACAGATCTCGCAAACT
GCTTGTTATGCTCACACTGCATGGTTTGTTCTTATGGGCGGTGATGGCTTTCTGTGTGTG
GGATCGTGACAACTCGTCTTATCTTTCATCATGGTCGATTAAGAAAGCTTTATATGAAAA
GCCAATGACAAAATATGGTGTTCAAGATAATCAGACAATGACATTTGATAACATAAGAAC
ATTAAGTGAGGTTTGGGGGTGGATGGAGCAAGTGATGTCACCACTGTTGTTTGAAGATAC
TTTGGACAATTCTATCAATCAAAACCATTTGCTTGGTAACGTTCGAATACGACAACAAAG
AAGTATTCCAAGAACATGTACAATAGCTGGAAATAATGAGTTAAACCCACTTCTACCAAA
TCAAAACTGTTTACCACCAAATCAATGGAGACTTGATGAGAAGACGTATTACCCCGGGTG
GAAGAACTCACCCACATTACAGAACGCAACATGGGTGTTCGAAGTACCCTGTTTTACTGG
GATTGGTTACTGGGGGCAAGAACAAATCTATGATGATTCCGGATATTCAAAATACATTGA
TGGAAGTATGTATAAAAACCAACTGCAGTCGATGCAAGAAGATAGTTGGATCGACCGATA
CACGAGAGTTTGTATGGTTGAGTTCACAATGCTTAACCCAGCAAGTCAATGGTTTACTGT
TACAACTGTAATGTTTGAAATTGGTTCAACAGGCGCAGTACGTCCATCACATATCACACA
AACTATAAGACTATTCACACCAAGCTCATATTTCACATTGGATATGTTGTTCATTAGTTT
TATCGGAGTACTTGGCTTTATGTTCTGGGTTTATGAAATTGTTAAAATTCTTCACCATAA
ACAAAATATTTCGGTGTACGCTAAAAAACCAACAAACTGGATGAACAATTTGGTCAACCT
TTTAACCTTACTCTTGTGCTGCGTGTTTGTGTACAAGCAAATATACATGGATGAACTGAT
GAAACGTTACAAGAGCAATAGAAGTGACTTCACCAACTTCTATAAGATGGCATTTTTGTC
AAACCTCGTAACATACATAGCTACCATACTGCTGACTATTCTGCTTATAAAGCTAACAAG
ATTGATTCGATTTATAAAACGTTGGTCTGTGTTTGGTGACACGATATATTGCGCTTGTAA
ACATGTGTTGGGCACCGCAATCATGTTGCTTGTTCTTATGGTTGGATATGCTTTGTTTGG
CTATTTGATTTTTGGTTTAAACTCCATTGCTGTGGTGAAAGATTTCCGAAACTTCCAAAA
CAGTTTGTATTCAATGTTTCGTGCCTTGCGAGGGACACTCGATACACAGTTGTGCTTCCA
TGTCAACCCTGCTTTCTCAATCTGCTTCTTTTTCTCCTTTTATTTCTGTGTGTTCCTTAT
ATTTTGCAGACTATTTTCTGCCATTTATATACAAGAATACAAAGATGCAAAGTTTAAACT
ACGTCGCGTTCCATTGAACATTCCTGATTATGAAATGATTCCTTACATGTTTCAACGACT
TAAACTCAGACTGGGGATTACTAAACCTAAGCAATATCGACCTACAGTTCGATTTGAAGG
CATGTCAACTCCTTCATCTCGTGGATCCTTTCTTTCAACTGATTCATTCGGAACTTGCTT
CACTGCAGGAAGGTTATCAGAGTGTTCCGATGGATCAGGTATATCACTGGCATCATCAGA
TTCTGGGTTAGGAACTCCATCTGGACATTCGTTGTCTTTGTTTGACTACCTCACATTAGA
GCATCCACCTTATGAGAAACCAATGGATAGCATCCATCTTGATTATTTGTACAACCGACT
ATCATCTTACTCGGTTGACATGATGCTTGTAAGGTTTCAAAGGTTGAATAAAATTAGTGA
TGATGTTTGGAATATTGAGAAGACATTGTTAGAGATCACACAGAAAGATGCTCACCGTAA
TTTGCTTCAACAAAAATCGAGTGAAATTGCTGCTGCTGCATCTACACCTGGATCTGTTTT
ATCGCAAACCACGACTGCTGGTTCAAGCAGATCAAGTACATCAAACAGGGGAAGAGAATC
AAACAGCAGAAGTTTGTATTCAAGTTTAAGTTCAAACAGCTCCACTGTCGACAGAGCACT
TGCAGAAGAGACACGTTTCAGCACAGTGGTAAACAGTATGTTCCCCACAACAAGTGAACC
AAGCAGTGTACAGAGGCGACGTTCAGTACGTAGCAGCTCATATGCTGAAACTACATTATC
TGCAACAAACAAACGCAACACAATAAGCAGTGCCAGTGCTGCGTACAGATTTGGTGAAAC
AAATAAACCAACATTGAAGAGACGACCTCATAGTGATGAAGGTGCAAGAATACAGCTGGC
CAAGAGCAAGAATGACAATGCTAAAAATGCACTTAAAATCACCAAGAAAAGTGCTTGGTG
AATCATATACGATTTTGTTTGTACAAATTCCTTTAAAGAAAAACACTTTTCAAATGTAAA
AACCTGTGTGCAACAATTACTAATCAGGTAGTGTTATTTATGTTTAGTGCTATAGTTGCA
CAGTTTATGATCTTCCTGCTTTTCTTCATTTGTTTTCATATTTTACACTTGTGGCTTCAT
CTTCCTCTTTAATATGTTGCACTATTATTTCTTCAGATCACCTTTGTATATTCTTATAAT
TGACAAAGACTTGATTTCAGTCTGCCAAGTAAATATAG
| Gene3D |
LRR_dom_sf (IPR032675) - T[31-241] 3.0E-33 |
| SMART |
Leu-rich_rpt_typical-subtyp (IPR003591) - T[129-152] 3.3 - T[153-176] 12.0 |
| Pfam |
Leu-rich_rpt (IPR001611) - T[131-187] 1.4E-9 |
| ProSiteProfiles |
Leu-rich_rpt (IPR001611) - T[131-152] 7.928 - T[155-177] 6.449 - T[178-199] 5.086 |
| SMART |
Cys-rich_flank_reg_C (IPR000483) - T[187-239] 3.1E-6 |
| SUPERFAMILY |
PKD_dom_sf (IPR035986) - T[343-428] 8.5E-12 - T[1169-1280] 3.4E-11 - T[1292-1367] 2.09E-10 - T[1382-1453] 7.06E-8 - T[1474-1544] 1.11E-8 - T[1559-1629] 6.28E-9 - T[1603-1715] 6.15E-5 - T[1790-1914] 1.31E-9 - T[2027-2106] 1.96E-8 - T[2159-2269] 2.68E-10 |
| SMART |
PKD/Chitinase_dom (IPR022409) - T[350-427] 0.0021 - T[1014-1095] 9.4 - T[1201-1283] 8.3E-4 - T[1285-1368] 6.2E-4 - T[1370-1456] 6.1 - T[1465-1542] 1.7E-7 - T[1545-1628] 4.9E-5 - T[1631-1714] 1.1 - T[1827-1913] 0.0014 - T[2010-2104] 0.099 - T[2190-2276] 8.2 |
| Gene3D |
Ig-like_fold (IPR013783) - T[353-425] 7.8E-9 - T[1204-1281] 6.3E-9 - T[1282-1368] 3.0E-7 - T[1389-1453] 6.5E-7 - T[1454-1545] 6.5E-10 - T[1556-1625] 2.5E-8 - T[1826-1914] 1.2E-6 - T[2014-2107] 1.9E-7 - T[2201-2269] 1.3E-5 |
| Pfam |
PKD_dom (IPR000601) - T[358-417] 2.5E-5 - T[1212-1270] 1.0E-6 - T[1466-1531] 2.7E-9 - T[1558-1613] 6.2E-8 - T[1838-1900] 4.6E-8 - T[2025-2093] 1.4E-7 |
| ProSiteProfiles |
PKD_dom (IPR000601) - T[374-431] 13.091 - T[1235-1285] 10.154 - T[1307-1365] 11.325 - T[1400-1438] 11.959 - T[1477-1546] 12.016 - T[1563-1597] 10.787 - T[1854-1917] 11.978 - T[2040-2108] 11.325 - T[2218-2273] 9.751 |
| SUPERFAMILY |
CTDL_fold (IPR016187) - T[429-584] 6.47E-28 |
| Gene3D |
C-type_lectin-like/link_sf (IPR016186) - T[444-590] 7.2E-26 |
| SMART |
C-type_lectin-like (IPR001304) - T[446-582] 8.6E-24 |
| ProSiteProfiles |
C-type_lectin-like (IPR001304) - T[455-582] 19.52 |
| Pfam |
C-type_lectin-like (IPR001304) - T[466-582] 4.2E-13 |
| ProSiteProfiles |
REJ_dom (IPR014010) - T[2278-2834] 47.257 |
| Pfam |
PKD/REJ-like (IPR002859) - T[2306-2753] 2.3E-72 |
| SMART |
GPS (IPR000203) - T[3207-3256] 5.2E-4 |
| ProSiteProfiles |
GPS (IPR000203) - T[3208-3257] 8.774 |
| ProSiteProfiles |
PLAT/LH2_dom (IPR001024) - T[3315-3430] 34.498 |
| SMART |
PLAT/LH2_dom (IPR001024) - T[3315-3430] 2.6E-19 |
| SUPERFAMILY |
PLAT/LH2_dom_sf (IPR036392) - T[3316-3418] 1.3E-26 |
| Pfam |
PLAT/LH2_dom (IPR001024) - T[3317-3420] 1.3E-19 |
| PRINTS |
PC1 (IPR000434) - T[3478-3500] 6.0E-14 - T[3816-3833] 6.0E-14 - T[4250-4272] 6.0E-14 - T[4286-4307] 6.0E-14 |
| Pfam |
PKD1_2_channel (IPR013122) - T[3957-4378] 3.1E-66 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PKD1_HUMAN | 25.339 % | 1065 | 0 |
| PK1L2_HUMAN | 34.54 % | 211 | 5.91E-54 |
| PK1L3_HUMAN | 29.048 % | 189 | 2.11E-47 |