- Transcript 'KH2012:KH.C5.380.v1....' >
- Transcript 'Moocul.CG.ELv1_2.S37...' >
- Transcript 'KH2012:KH.C10.443.v1...'
Transcript Model
Transcript Id
KH2012:KH.C10.443.v1.A.ND1-1
Possible name(s)
PKD1L1; PKD1L2; PKD1L3
Gene model
Location
KhC10 [1,192,394 / 1,223,117]
Amino acid sequence
Length: 4,268
>KH.C10.443.v1.A.ND1-1
MENLEFSLRSCEDMSGPCPRAPQLNWPGLPFDILPPPRRTTMVDVILPEGLYFRETKICF
HASFNYIFERPFLGMFVDFGDQRNFTEDLNLDLVSRMKRSTRVNPRFYQGLDAYGRNSNV
SELNRNIVTRLYSRQNLRTCYKGDCQFNLLFHHKYTRFGEYTVKIKLSNSTHEINSTLSQ
KLTIVGDGFSMQGLVCNSHTRTNAPTVFQVTDGAGYALSWSIIPRSGQHQNRATFIAAAP
LRYMFNESGLFDVVINNLDSCTVMVQDESALNVENPDNIISTIGLVNVSYNVEQGTDVKT
RWEFMGQRGGNNVGRNAPFQDTATFWLDTVGCHTLFIEALNMASSVNTSVLVCGEEPIEG
LNIRVPKLMYLHEQRNISVSYERGSYTELVLSINCASDMLIMEFRHTSDQLQAPGYFNFL
TSKFPRQGVFQVQLTAWNNVSRVELTSEIHVGYLVNDLKISNVLDPDLNFAVDGEENVLV
AFINNQPTSAVLYTWEYWGMASGSTIQQTTIQTTSPVIKFTPICPYFPCFVNLTAKPMSN
ESHTFMSVVSLNRQPLTRYLQHPVIVEVGVEFEIDVKCISIYTHETGCRVKLPDASSVTQ
LSANSFITLHHSFSRHGLYTVNMEVLGSVSSRNYTSLIVVEERISNLNIQGDAVVVLNSN
PVGKWYASVTNGSNIIYEWRVKHHNEPGYVFTSSKSNYKYELSYSFNRSGVYEIFLLISN
DISRMNTSVLVHVQNPKNHFSVMTNEGYIGHNTSFYVTISINVEFNLTVSWMDGSNNQTY
RSRDLTLLENRSSTRVYTLSHVYNEAGHFRFTFTLRWILEGVPMVDVVTNTTDIFHNRSS
LFTYQLRVNGELHNQPYLVQQGDDVRLEVRMKRFISTMRWRITNRNIVMLNTTARVHAEN
VNTFQFPTAILGVSHCQLETEPTKEKINFTIDVYRPITQLQLYEPYSRNLNSRVTKCALV
DYTENTGRSYGSLRQQVKCNPLLLYAQSDGEDVIFQFQFRLYGNTTLYDMIEVNGTGRTS
NLINYAQIEYTFREHGAYNISVAVLDANRNPPKPVLTRSLGFPFYAETLPLVSMSHREYY
VELGTPILLSITNRRPEHDLVVVWEMGDGTTYTNIGYSVNHTYANHKMYVVQVTARNRVG
HSLFLPKVHVERKLMSARIVHPISNGIYSSLKPLEFKVNVTPSDTGITYTWYFEPGKSPV
IERYSNTTTNVYLEPGEFPVKVVATNAINSVESQVINITLIEPVTTLEIRGPSVVLVGAT
STWEAVNHGGTDVIVTWNMGGDTIHDNAAYIMNHTFTRVGVFVVSVTLRNVLGPVTFNKK
IYVMETLCELPVLRIPSKASAVYYSSTNLHFEALLTYHCPQVTHIVYNWTIKPWVSVANG
GSSNQTAVFTGQGQVLNVPPRMLQPGKYEVIANVTLVGSILYATKETIILISPTIPVAQI
DGGSVRKTSRDGHVIIDASQSYDPDDTDQHLLFFWECYVLQYPDRQCFNFSEPPVLTGDP
DVAVRVLQQSENSLLDRRFYSSFPPGVSNTQPTLFFQANQLHPHSDSFVFKVNVTKNGSY
LSSYTTFLLQVVETSNIKIIDLNCPTCWQERMTNKHVGTAFVADCYDCGVDAAFTWSIKL
VQDRSRSFYRNESSDCVQPGGEGWMSWNVTNNIPLTNLTGQEIPWNVSSVPLNLHPDDAN
FTGVLIPLGGTGEQPVGEEYNPGNVVEAPTMPRQEEEEFLLTINEGRIGESSQQTQSQPV
NSGLNGNQGYVGSSQVDEAFPIQEGSSNSHTPNTERRAESAMRERESPISEGETSARNIF
SMRPFGSPLIIPPTPSYDQLINEDAQIQPESHYQEFLHIELPLSHFARISNKGKVLRIKP
NTLLEGRTYQVSASLRNGGSTGSTSYYVRVNRGPSYGLCSVIPENGFDRFIVHCFQWLNK
QSVKLDSAISQNEMLQYHISYSIGRHGRRRPIYSGYSYESSFLLPASDQQVHIHVKIYNS
MKARTNVCRFPVNVTRNEETNHTPYIDLLYVYNKTVGNTSDLQHQLVKDDQGEILSFVNV
MIDSLPKVYLMEHGNKYMAIGNRLAFALSKIKCTRHTSEVIATLKRLFNRINSTDCHTLN
MATMVTTKAFITAKLELLLNNKESKWERLAFSYKNEPQISTIINDGVVILEKLSTNIQNM
LLVLSLVSQPNNTNACQGLSSNLSRFIQELRNILLDFAQLTEKHSLNVTTEGIIMKTQLQ
NESFVFMDGFERVSGRSHLWVGAEIPSNLIQNQSIQHSGIAFLKDFPFVANTQPMMDNSS
LSLWFTNSSNIVIETHNLNPPIRIHLPPRLNQMKLPQRYPFEVTRGKISVHQLNLTVADN
VTIHVLIRADKTLNRPYTISAALSSVPLSVQSPFINKYVMQQGSIAPRRARFSKQSNAKS
SVKFTMSDIRRGGPYYISLWGSDNNGESVTLDQATKYDITIWTSDCFYWKRNGWSNAGVK
ALPESTPEQTICSTSHLSTFTSSFQKLKFTSYSNIIMAVVWANALTPCLTVLLIITILFI
GFLVLHRYILRHQEKSHQNKESTIHTSGIRAWLRWYFGSDDRRASERVPVILRDNKSEHE
QXXCLRLQYRLEVXLVVELHLLHSMILFGRDGKYEGRELIPPSDDEDEALHVGRRNQEKQ
CLFETGSSKTFIVTFPKNLGPLHKLSIWHDHSGPRPRWFIDYIIIRDVTSNERWYFSCNT
WLALDRGGNRVSRELTPVERKPNLLKHLAFKVKRNFINYHSLFSLLACARWGGLSRVQRI
VHAMSMCLLILCLSTLANVLFVVEQDFHQRLVWFSVQNIYWSFGIGGLACVVLLPAQIMF
RYIKHDERIAILIEDTTSGNPDSPTDYSSFPIEYKFSMESNFNSQISGGLHKTSTISHGL
SILDHILDEGPTSNEVVSDWLQIEKWNNSKANKDAASENCDSGHHTLDHGTKSWLPHDGT
RSWLPSRHSIDSYDEEIARCMMTSPTSLPSTCIPTEEVYDRNKCDHDTEHHVVDETSYFG
DTSSTTHHERFNNSFPPSTQDHKPRSKRLHSDKDKPPKPLDGSTLAIDAPVIVPCEKLEP
IPKKQFAPLPRKCSYVAWTYYSIVSIVSFVVVIYGAAYLMRYENCLKWFETSFSSLFWTL
FVLESTLVLLTAIFSTVLDWKTNKDISQTLKDFFPTVDSAPVDDYAHKSQIDTMNNNVAL
GEPDPCEIKSMLRERRRSRYLRNISPPYDHNGRWRSSEDSLKKQTKDLRRKFAVRRAWRT
WTSCIFLIGMLLTVVLQKNIGAEQRMLQTEYVRGLFDEGFKVNENLIIEVDSSGLQEFSW
FENSSFESWIDTLKRSFSIKSDTVVNSSTWRNPQGSYVIVGSVHLKLWKKKLPNYMKLPG
KMEQIVSRRLCTNQTTDDNNVGYYITNKTSIDLMNDNIGNVLMDLSPDCDGFTVSFMTFN
AGSKQYSLAEVQKYFKAEKTEHRAAITVQTSSLGAVKAIQQDASIWVYAILLVWSALFAL
SSIISIAEYGTLSKLVKTELSVRSLSKESNFSLILDTLLWITVVCYLISWRLLRYNAFTI
ATELESSGHAGDNYPTLFTKLFDVEYTSSMVLVTWTVLMVIKFVNLTISLHGPRSSFSRC
ITATCNSTWRNFGIIFVAFCFIVILLAVVGYLLFGTLAEQHSSVGTSIQQVLSSVWFGLV
GGNQHNNLQFYSENFGLCYSILYYGILFLSTRILLKAFVISSHQAAFHEAKSNKRTEPLC
HYKGKKRSKNGDGGKGMRSSSISAPLARSLKSEHQRYVSFSDMFEETVSEVCNFLEWFVT
SFCGTHPQWFKPMSLYGRASNSNHSSTSHSPHELKVTKCSEYLERKKIGERPVYVGQDMV
SEHIEDCITNTQHGDFKQFQFYDEEYKLPVEVALSEVELQVNELYERASALIDEAMEELP
NHLCEADDPGFYSFDDEICSISKQLAQYVNRRDNNDDDEAHTIFTSYPSTPSRSTSIEST
TSTKINKSEPLLKIYCAESCNNAEIQRSTPTHSKNKSDSFCLEPDQKVNSTRSIQSVTPH
ETRSKQRSKLARKELTATIDRSQKLIKLKPQKQTKGIFPKWSRVGDLMTSSKSDITSSPD
LPTLTRLNLNRHNTKSLHHKGSVSSHNEPGTSNQHEINAESAYSTSSSQLKSDSESSHTK
SWREFLGLNKQSKVKDLETQATKKARPLRRSQTVFIDIKQIPTVGLQSNKPTLTHQRQTK
APSFPLAFDQRKRQRNNLETARKETPGFCEDLEICAPGMVSEDINESNFAPTTVKQIQKH
CNKETQLK
Nucleotide sequence
Length: 13,128
>KH2012:KH.C10.443.v1.A.ND1-1
ATGGAAAACTTAGAATTTTCTTTGCGATCTTGTGAAGACATGTCAGGTCCTTGTCCTCGG
GCCCCACAACTTAATTGGCCTGGTCTCCCCTTTGATATTCTGCCACCTCCAAGAAGAACA
ACAATGGTGGATGTTATCCTACCAGAAGGCCTGTACTTCAGAGAAACTAAAATATGCTTT
CATGCATCTTTCAACTACATATTTGAAAGGCCATTTCTAGGTATGTTTGTCGATTTTGGT
GATCAACGAAACTTTACTGAAGATTTGAACCTAGACCTAGTTAGCAGAATGAAACGATCA
ACCAGAGTGAATCCGCGCTTCTACCAAGGCCTTGATGCCTACGGAAGAAACAGTAATGTT
AGTGAACTGAACAGAAACATTGTGACAAGACTTTACTCTAGGCAAAATCTCCGCACATGC
TACAAAGGTGACTGCCAATTTAATCTACTCTTCCATCACAAGTACACAAGGTTTGGGGAA
TACACAGTCAAAATAAAGCTATCTAACTCTACCCATGAAATCAATTCAACATTATCTCAG
AAGTTGACAATAGTTGGCGATGGTTTCTCAATGCAAGGTCTTGTTTGTAACAGCCATACA
AGAACCAACGCTCCAACTGTATTCCAAGTCACAGATGGTGCAGGTTACGCACTCAGTTGG
TCAATTATCCCAAGAAGTGGCCAACATCAGAATAGAGCAACATTTATCGCTGCAGCCCCT
TTAAGATATATGTTCAATGAAAGTGGGCTGTTTGATGTTGTGATAAACAATCTTGATTCA
TGTACTGTCATGGTACAGGATGAGTCAGCACTGAATGTTGAAAACCCGGATAATATCATC
AGCACTATTGGATTGGTTAATGTTTCCTATAATGTGGAGCAAGGCACGGATGTTAAAACA
AGATGGGAGTTTATGGGTCAGCGTGGGGGCAACAATGTTGGTAGGAATGCTCCGTTTCAA
GACACCGCAACATTTTGGCTTGACACAGTTGGTTGCCACACTCTCTTCATAGAAGCTCTT
AACATGGCATCTAGTGTAAATACCTCTGTACTTGTTTGTGGAGAAGAACCAATTGAAGGG
TTAAACATTAGAGTTCCAAAGTTAATGTATTTACATGAGCAAAGAAATATATCGGTCTCA
TATGAAAGAGGTTCATACACTGAGCTTGTGTTATCCATCAACTGTGCCAGTGATATGTTG
ATTATGGAGTTCCGACATACGAGTGATCAACTACAAGCCCCAGGATACTTCAACTTCTTA
ACTTCCAAGTTCCCAAGACAAGGTGTGTTTCAAGTCCAACTGACAGCTTGGAATAATGTC
AGTAGAGTGGAACTCACATCTGAGATTCATGTCGGTTATCTTGTTAATGATTTGAAGATA
TCAAATGTACTTGATCCCGATCTCAACTTTGCTGTTGATGGAGAAGAAAATGTGTTGGTT
GCTTTTATTAACAACCAGCCAACATCTGCAGTGCTATACACATGGGAGTATTGGGGCATG
GCTAGTGGTTCAACAATCCAACAAACAACAATACAAACTACATCTCCTGTGATCAAGTTC
ACTCCTATCTGTCCGTATTTTCCATGTTTTGTTAATCTGACAGCAAAACCGATGTCAAAC
GAATCACATACTTTTATGAGTGTGGTGTCATTAAACCGTCAACCACTTACAAGATACTTG
CAACATCCTGTTATTGTGGAAGTAGGGGTAGAATTTGAAATTGACGTAAAATGTATTTCA
ATCTATACACATGAAACTGGATGTAGAGTCAAACTTCCAGATGCTTCATCTGTTACACAA
CTTTCAGCAAATAGTTTCATAACTTTACATCATTCGTTTTCCCGCCATGGTCTTTATACA
GTTAACATGGAAGTCCTTGGCAGTGTTTCTTCAAGGAATTACACATCCCTGATTGTTGTG
GAGGAAAGGATTTCCAACCTTAATATTCAGGGAGATGCAGTTGTTGTCTTGAACAGTAAT
CCCGTAGGTAAATGGTATGCTAGTGTTACAAATGGAAGCAACATTATATATGAATGGAGA
GTGAAGCATCATAATGAACCTGGCTATGTCTTCACATCTTCAAAGTCAAACTACAAATAT
GAGCTCAGCTACAGCTTCAACAGATCTGGTGTGTATGAAATCTTCCTTCTTATATCCAAT
GATATAAGTAGAATGAACACCTCAGTTTTGGTTCATGTGCAAAACCCAAAGAACCATTTC
TCTGTCATGACAAATGAAGGTTACATTGGCCACAACACCAGTTTTTATGTGACCATTAGT
ATTAATGTTGAATTTAACTTGACTGTTTCATGGATGGATGGCAGCAACAACCAAACATAC
AGGAGCAGAGATCTTACTTTACTTGAAAACAGAAGCTCAACAAGAGTCTATACTTTGTCT
CATGTTTACAACGAAGCTGGTCATTTTCGATTTACTTTTACATTGAGGTGGATATTGGAA
GGAGTTCCCATGGTTGATGTTGTCACCAATACAACTGACATCTTTCATAACAGAAGTTCA
TTATTTACATATCAACTGAGGGTTAATGGAGAACTACACAACCAACCATACCTTGTACAA
CAAGGTGATGATGTAAGATTAGAAGTTCGAATGAAAAGGTTTATCAGCACGATGAGATGG
AGAATTACCAACAGAAATATTGTCATGCTGAATACTACAGCAAGAGTGCATGCTGAAAAT
GTAAATACATTTCAATTCCCCACTGCAATACTTGGTGTCAGTCATTGCCAACTTGAAACT
GAACCAACAAAGGAAAAGATAAATTTTACCATTGATGTTTATCGACCAATAACACAGCTA
CAGCTTTATGAACCATACTCTCGCAACCTTAACAGCCGCGTTACAAAGTGTGCTTTGGTG
GATTATACTGAAAATACTGGTAGGTCATATGGGAGTTTGCGGCAACAAGTCAAATGCAAT
CCTTTGCTTTTGTATGCACAAAGTGATGGAGAAGATGTTATTTTCCAATTTCAGTTCCGC
TTATATGGAAACACAACACTCTATGATATGATAGAGGTTAATGGAACAGGGAGAACTTCA
AACCTGATAAATTATGCTCAGATTGAATATACTTTTAGGGAACATGGTGCTTATAATATC
AGTGTTGCTGTTTTGGATGCAAACCGCAATCCACCTAAACCTGTGTTGACTAGATCTTTA
GGATTTCCTTTTTATGCGGAAACACTGCCACTCGTATCTATGTCACATAGGGAATATTAT
GTTGAACTTGGAACTCCTATTTTACTTTCAATCACAAACAGGCGTCCAGAACATGATCTG
GTTGTAGTTTGGGAAATGGGTGATGGAACAACATATACTAATATAGGTTACTCAGTGAAC
CACACATATGCAAACCATAAGATGTACGTAGTGCAGGTCACGGCACGAAACCGTGTCGGT
CATTCACTCTTTTTACCCAAGGTTCATGTCGAACGAAAGTTAATGTCTGCTAGAATTGTT
CACCCGATATCAAATGGGATTTACTCCTCACTGAAACCCCTTGAATTCAAAGTAAATGTG
ACACCTTCAGATACTGGTATAACATACACATGGTATTTTGAACCCGGAAAGAGTCCTGTT
ATAGAAAGATATAGCAATACAACAACGAATGTGTACCTAGAACCTGGAGAATTCCCAGTT
AAGGTTGTTGCAACCAATGCAATTAACAGTGTTGAGTCCCAAGTTATTAACATCACACTG
ATCGAACCTGTTACAACTTTGGAGATACGAGGTCCTAGTGTTGTGTTGGTGGGAGCAACC
TCAACATGGGAAGCTGTCAACCATGGTGGAACAGATGTCATTGTGACATGGAACATGGGT
GGAGACACTATACACGATAATGCTGCATATATTATGAATCATACGTTCACAAGAGTTGGT
GTTTTTGTTGTCTCGGTAACCTTACGGAATGTACTTGGTCCAGTGACTTTTAACAAGAAA
ATTTATGTCATGGAGACTCTGTGTGAACTTCCAGTTTTACGCATACCAAGCAAAGCTTCT
GCAGTGTATTACAGTTCAACAAATTTACACTTCGAGGCGTTGTTGACCTATCACTGTCCA
CAAGTCACACATATTGTTTACAACTGGACAATTAAACCCTGGGTATCTGTTGCGAATGGT
GGCAGCTCAAACCAGACAGCTGTATTCACTGGGCAAGGGCAAGTATTGAACGTACCACCT
CGTATGCTTCAACCAGGCAAATATGAGGTTATTGCAAATGTTACCTTGGTCGGAAGTATA
CTGTATGCTACAAAAGAAACAATAATCCTTATTAGTCCAACCATTCCTGTTGCTCAAATT
GATGGTGGATCCGTGAGAAAAACATCACGAGATGGTCATGTGATCATTGACGCATCACAA
AGCTATGATCCAGATGATACAGATCAACATCTTTTGTTCTTCTGGGAGTGTTATGTACTT
CAATACCCTGATAGACAGTGCTTTAACTTCTCTGAGCCACCAGTGCTTACCGGTGATCCC
GATGTTGCTGTCAGAGTTTTACAACAATCTGAAAATTCACTTCTTGATAGAAGGTTTTAC
TCAAGCTTTCCACCAGGAGTATCAAACACACAGCCTACCTTGTTTTTCCAAGCAAACCAG
CTGCACCCACACTCAGATTCCTTTGTATTCAAGGTGAATGTAACTAAGAATGGTTCATAC
TTGTCTTCTTACACTACCTTCCTACTTCAAGTGGTGGAGACAAGCAATATTAAAATAATT
GACCTTAATTGTCCAACTTGTTGGCAAGAAAGAATGACCAACAAGCATGTTGGAACTGCC
TTTGTAGCTGACTGTTATGACTGTGGTGTTGATGCTGCTTTTACTTGGAGCATTAAGTTG
GTACAGGATAGGAGCAGATCATTCTACAGGAATGAATCATCAGATTGTGTCCAACCTGGT
GGGGAAGGATGGATGAGTTGGAATGTTACAAACAATATTCCTCTTACTAACTTAACTGGA
CAGGAAATACCTTGGAATGTTTCCAGCGTTCCTCTCAATCTGCATCCTGATGATGCCAAC
TTTACTGGAGTTTTAATACCATTGGGTGGGACAGGGGAACAACCAGTTGGTGAAGAATAT
AACCCCGGCAACGTGGTAGAAGCCCCTACTATGCCCAGGCAAGAAGAAGAAGAATTCCTT
TTAACAATAAATGAAGGCAGGATAGGGGAATCTTCTCAACAAACACAATCCCAACCAGTG
AACTCAGGGCTCAATGGCAATCAGGGGTATGTTGGGTCGTCACAGGTAGATGAAGCTTTC
CCAATTCAAGAAGGGAGTTCAAACTCTCATACACCGAACACAGAAAGAAGAGCAGAGTCT
GCCATGAGAGAGAGAGAGTCGCCAATATCTGAAGGTGAAACTTCAGCAAGAAACATCTTT
AGCATGAGACCATTTGGTTCTCCTTTAATTATCCCACCAACACCTAGTTATGATCAGCTA
ATTAATGAAGATGCACAAATACAACCGGAGTCTCACTACCAGGAGTTCCTTCACATAGAG
TTGCCTTTATCACATTTTGCAAGAATTAGCAACAAAGGAAAAGTCTTACGTATCAAACCA
AATACTTTGTTGGAAGGCAGAACTTACCAAGTTTCCGCTTCTCTTAGGAATGGTGGATCT
ACTGGAAGCACTTCTTACTACGTTAGAGTGAACAGGGGACCAAGTTATGGACTTTGTTCT
GTGATCCCTGAAAACGGCTTTGACCGATTTATTGTTCATTGCTTTCAATGGTTGAACAAA
CAGAGTGTAAAACTGGACTCAGCTATAAGCCAGAATGAGATGCTACAATATCACATAAGT
TACAGCATAGGAAGACATGGAAGAAGAAGACCAATCTACTCTGGATATTCTTATGAGAGT
TCATTTCTTCTTCCAGCTAGTGACCAACAAGTACACATCCATGTGAAGATATACAACAGT
ATGAAAGCAAGAACAAACGTTTGCCGTTTCCCTGTTAATGTTACAAGAAATGAAGAGACA
AACCATACACCATATATAGACTTGTTATATGTGTACAACAAGACAGTTGGTAACACTAGT
GACTTACAACATCAACTGGTAAAGGACGACCAGGGGGAAATTTTAAGCTTCGTTAACGTC
ATGATTGATTCTTTACCGAAGGTGTACCTTATGGAGCATGGAAACAAATACATGGCCATA
GGAAACAGACTTGCATTTGCCCTTTCAAAAATCAAGTGCACACGTCATACTAGTGAAGTC
ATTGCCACCCTGAAAAGATTGTTCAATAGAATAAATTCAACTGATTGCCACACACTCAAC
ATGGCAACCATGGTAACGACTAAAGCATTTATCACCGCAAAGCTAGAGCTCCTACTGAAC
AATAAGGAATCAAAATGGGAGCGCTTGGCTTTCAGTTATAAAAACGAGCCACAAATATCG
ACAATAATCAATGATGGTGTTGTGATCTTAGAGAAACTATCAACCAACATTCAAAACATG
CTCCTTGTACTTTCCCTTGTATCTCAGCCCAACAACACAAACGCATGCCAAGGACTGTCA
TCCAATCTATCCAGGTTTATACAAGAATTGAGGAATATTTTATTGGACTTTGCCCAACTA
ACTGAGAAGCATTCACTTAATGTGACCACTGAAGGTATTATCATGAAGACCCAACTTCAA
AACGAATCTTTTGTTTTTATGGATGGTTTTGAAAGAGTTTCAGGAAGAAGTCACTTGTGG
GTTGGAGCAGAAATTCCTTCCAACTTAATCCAAAATCAAAGCATTCAACACAGTGGGATC
GCTTTTTTGAAGGATTTTCCCTTTGTCGCAAACACACAACCCATGATGGATAATTCATCA
TTGTCCTTGTGGTTCACCAACTCCAGCAATATTGTCATTGAAACTCACAATTTAAATCCA
CCAATCAGAATCCACCTTCCACCAAGGCTAAACCAGATGAAGCTGCCACAAAGATATCCA
TTTGAAGTAACCAGAGGTAAAATATCTGTCCATCAGTTAAATCTAACAGTGGCAGACAAT
GTGACAATCCATGTTCTAATTAGAGCAGATAAAACTTTAAACAGACCATATACAATATCA
GCAGCATTAAGTAGTGTGCCACTATCTGTGCAAAGCCCATTCATCAATAAATATGTCATG
CAACAAGGATCTATTGCACCAAGAAGAGCTAGATTCTCAAAGCAATCAAATGCCAAATCC
AGTGTAAAGTTCACAATGTCCGACATAAGACGTGGTGGACCTTACTACATTAGTTTGTGG
GGATCTGATAATAATGGAGAGTCAGTTACTTTGGATCAAGCTACTAAATATGACATCACT
ATCTGGACATCTGATTGCTTTTACTGGAAGAGGAATGGTTGGAGCAATGCTGGTGTGAAG
GCGTTACCCGAATCAACCCCAGAACAAACAATTTGTTCCACAAGTCACCTTTCAACCTTT
ACAAGTTCATTTCAAAAGTTAAAGTTCACTTCTTACTCCAACATTATAATGGCTGTTGTT
TGGGCCAATGCTCTTACTCCATGTTTAACTGTATTACTTATCATCACAATCCTGTTCATT
GGGTTTCTTGTACTCCACCGTTACATTCTCCGCCACCAAGAAAAGTCTCATCAAAACAAG
GAATCCACCATACATACATCTGGTATACGAGCGTGGTTGAGATGGTATTTTGGTTCAGAT
GATAGAAGAGCCAGTGAGAGAGTTCCTGTTATATTAAGGGACAACAAGTCTGAACATGAA
CAGNNNNNGTGTTTGAGGTTACAATACAGACTGGAAGTTGGNCTGGTAGTGGAACTTCAT
CTCTTGCATTCCATGATCTTGTTTGGAAGAGATGGGAAGTATGAAGGGAGGGAGTTAATT
CCACCATCTGATGATGAAGATGAAGCTCTTCATGTTGGGAGGAGGAATCAAGAGAAGCAG
TGTCTGTTTGAGACAGGTTCATCAAAAACCTTTATTGTCACTTTTCCTAAAAATCTCGGA
CCTCTCCATAAATTATCAATATGGCATGACCACTCTGGTCCAAGGCCGAGATGGTTTATT
GATTACATCATCATTCGTGATGTCACAAGCAATGAACGATGGTACTTCTCATGCAACACA
TGGTTAGCTTTGGATAGAGGGGGTAATAGGGTGAGTCGAGAATTAACCCCAGTGGAAAGA
AAACCAAATCTGTTGAAACATCTCGCATTTAAAGTGAAGAGAAATTTCATTAACTACCAC
AGTTTGTTTTCCTTGCTTGCTTGTGCGCGGTGGGGAGGTTTATCAAGGGTTCAGAGAATT
GTCCATGCTATGTCTATGTGTCTGCTTATACTGTGTCTATCTACACTTGCTAATGTTCTC
TTTGTGGTAGAGCAGGACTTTCATCAGAGGCTAGTGTGGTTTTCTGTCCAAAATATATAT
TGGTCTTTTGGGATCGGTGGACTTGCATGTGTGGTTCTGCTACCAGCACAAATCATGTTC
AGATACATCAAGCATGATGAGAGAATTGCCATCTTAATTGAAGATACAACGAGTGGAAAT
CCTGATAGTCCGACCGATTATTCAAGCTTTCCTATCGAATATAAGTTTTCTATGGAATCT
AACTTCAATTCTCAAATAAGTGGTGGGTTACACAAGACATCAACCATATCTCATGGTTTG
TCAATCCTTGATCATATATTGGATGAAGGACCAACATCCAACGAAGTTGTGTCAGATTGG
TTACAAATAGAGAAATGGAACAACTCGAAGGCAAACAAAGATGCTGCTTCAGAAAATTGT
GACTCTGGCCATCATACTTTGGATCATGGCACTAAGTCATGGCTTCCACATGATGGCACG
AGGTCATGGCTCCCATCGAGACACAGTATTGATTCATATGATGAAGAGATAGCAAGATGT
ATGATGACTTCACCAACTTCATTGCCATCAACTTGTATTCCAACTGAGGAGGTGTATGAC
CGCAATAAATGTGATCATGATACAGAACATCATGTAGTTGATGAAACAAGTTATTTTGGT
GATACTTCCTCAACAACACATCATGAAAGATTCAACAACTCATTCCCACCATCAACGCAA
GATCATAAACCTAGGAGTAAAAGGCTTCACTCAGATAAAGATAAACCACCAAAGCCCTTA
GATGGATCTACATTAGCCATAGATGCACCTGTTATTGTTCCTTGTGAAAAGCTGGAACCA
ATTCCTAAGAAACAATTTGCTCCTTTGCCACGGAAGTGTTCTTATGTGGCGTGGACCTAT
TACAGCATAGTTTCAATTGTATCTTTTGTGGTGGTGATATATGGAGCAGCATATTTGATG
CGGTATGAGAACTGCTTAAAGTGGTTTGAAACTTCATTCTCTTCCTTGTTCTGGACTTTA
TTTGTTCTTGAAAGCACATTGGTACTGCTGACTGCTATCTTCTCAACTGTATTGGATTGG
AAGACTAATAAAGATATCAGTCAGACTCTCAAAGATTTTTTTCCAACTGTTGATTCAGCA
CCAGTAGATGATTATGCACATAAATCTCAAATAGATACCATGAACAACAATGTAGCATTG
GGAGAACCTGATCCTTGTGAGATAAAGAGCATGTTACGTGAGAGAAGAAGATCTCGTTAC
CTCCGCAACATCTCTCCTCCATATGATCATAACGGGAGGTGGAGGAGCAGCGAAGATTCA
CTTAAGAAGCAAACTAAAGATCTTCGTCGGAAATTTGCCGTTCGGCGTGCATGGAGGACC
TGGACCTCATGCATTTTTCTCATTGGGATGCTGTTGACAGTTGTGCTGCAGAAGAACATA
GGAGCAGAACAGAGGATGCTACAAACGGAGTATGTGAGAGGATTGTTTGATGAAGGATTC
AAAGTCAATGAAAATTTGATCATTGAAGTTGATTCTTCGGGATTGCAAGAGTTTAGTTGG
TTTGAGAATTCAAGCTTTGAATCTTGGATTGATACTTTAAAGAGAAGTTTTTCAATAAAA
TCTGATACAGTTGTTAATAGCTCAACATGGAGGAATCCACAAGGAAGTTATGTCATTGTG
GGTTCAGTTCATTTGAAACTCTGGAAAAAGAAATTACCAAACTACATGAAATTGCCAGGA
AAAATGGAACAAATTGTAAGCAGAAGACTGTGCACCAATCAAACAACTGATGATAATAAT
GTTGGTTATTACATTACAAACAAAACTTCAATAGACCTTATGAACGACAATATTGGAAAC
GTCTTGATGGACTTGTCACCAGATTGTGACGGATTTACTGTGAGTTTTATGACTTTCAAT
GCCGGGTCTAAACAATATTCATTAGCTGAAGTTCAAAAGTATTTCAAGGCAGAAAAAACA
GAGCATAGAGCAGCTATTACTGTTCAAACTTCTTCTCTTGGTGCGGTGAAGGCTATACAA
CAAGATGCATCCATTTGGGTTTATGCAATTTTACTTGTATGGTCCGCCTTGTTTGCTCTC
TCGTCAATTATCTCTATAGCTGAATATGGAACTCTATCAAAGTTGGTGAAGACAGAGCTT
TCAGTAAGGTCTTTATCAAAAGAAAGCAATTTCTCTTTAATCCTAGATACTTTATTGTGG
ATCACAGTTGTATGTTACCTTATATCTTGGCGACTCCTGCGTTACAATGCTTTCACCATT
GCTACAGAACTTGAAAGCTCTGGCCATGCTGGAGATAACTATCCAACTTTATTTACTAAG
CTTTTTGATGTTGAGTACACGTCTAGCATGGTTTTAGTGACTTGGACAGTACTTATGGTC
ATTAAGTTTGTGAATTTAACAATTTCCCTTCATGGTCCACGAAGCAGTTTCAGCAGATGC
ATAACAGCAACTTGTAATTCAACTTGGAGAAACTTTGGAATTATTTTTGTTGCTTTCTGC
TTCATAGTCATCTTGCTTGCTGTTGTTGGTTACCTTCTGTTTGGGACATTGGCAGAACAA
CATTCAAGTGTTGGGACTTCAATCCAGCAAGTATTGAGTTCTGTCTGGTTTGGTCTTGTG
GGTGGAAACCAACACAACAATCTTCAGTTTTACTCTGAAAACTTTGGTCTGTGCTACAGC
ATTCTCTACTATGGAATCCTTTTTCTTTCAACCAGAATTTTATTAAAAGCCTTTGTCATT
TCAAGTCACCAAGCTGCTTTTCATGAAGCAAAGTCTAACAAACGAACAGAACCACTTTGT
CATTACAAGGGCAAGAAAAGAAGCAAGAATGGTGATGGTGGCAAAGGCATGAGAAGTAGT
AGTATCAGTGCACCCCTTGCAAGATCGCTTAAAAGTGAACATCAGCGCTATGTGAGTTTT
TCTGATATGTTTGAAGAAACTGTTTCAGAAGTTTGCAACTTTCTTGAATGGTTTGTTACC
TCTTTCTGTGGCACGCATCCTCAGTGGTTTAAACCCATGTCTTTATATGGGAGGGCATCC
AACTCCAACCACTCCAGCACTTCTCATTCTCCACATGAACTCAAAGTTACAAAATGCTCC
GAGTATTTAGAGAGGAAGAAGATTGGTGAGCGCCCGGTATATGTTGGCCAGGATATGGTA
TCTGAACACATAGAAGATTGTATTACTAACACTCAACATGGAGATTTCAAACAATTTCAA
TTCTATGATGAAGAATATAAACTACCAGTGGAAGTTGCACTTTCAGAGGTTGAATTGCAA
GTGAATGAATTATACGAGCGTGCATCTGCTCTAATTGATGAAGCAATGGAAGAATTACCA
AACCATCTTTGTGAAGCCGATGACCCTGGTTTCTACAGTTTTGATGATGAAATCTGCTCT
ATTTCGAAACAACTTGCTCAATATGTTAATCGTCGTGACAACAATGATGATGATGAAGCT
CATACAATCTTCACTTCCTATCCATCAACTCCATCAAGATCAACATCGATTGAGTCAACA
ACATCAACAAAGATCAACAAGTCAGAGCCCTTGTTGAAAATTTATTGTGCAGAGAGTTGT
AATAACGCTGAAATCCAGAGGTCTACACCCACGCACAGCAAAAACAAAAGTGATTCATTC
TGTTTGGAGCCAGATCAAAAAGTAAATTCAACTAGATCTATCCAGTCTGTTACTCCACAT
GAAACAAGGAGTAAGCAGAGAAGTAAACTTGCAAGGAAAGAACTTACGGCGACAATCGAC
CGATCTCAGAAGTTAATTAAACTGAAACCTCAGAAACAAACCAAGGGTATCTTTCCTAAG
TGGTCGCGGGTGGGTGATCTCATGACATCATCAAAGAGTGACATCACATCTTCTCCTGAC
TTGCCAACGCTGACCAGATTAAATTTGAATCGTCATAATACAAAGTCATTACATCACAAA
GGCTCGGTGTCAAGTCATAATGAACCTGGTACTTCGAATCAGCATGAAATAAATGCTGAG
TCAGCATATTCCACTTCATCTTCGCAGTTAAAATCGGACAGTGAGAGCAGCCATACCAAG
TCATGGAGAGAATTTCTTGGATTGAATAAACAAAGTAAAGTTAAAGATCTTGAAACTCAA
GCAACTAAGAAAGCTCGTCCACTACGTCGTTCACAAACCGTGTTCATAGACATCAAACAA
ATCCCAACTGTTGGTCTTCAATCAAACAAACCAACTCTGACCCACCAAAGACAAACTAAA
GCACCAAGCTTCCCATTAGCATTCGATCAGAGGAAACGACAGAGAAATAATTTGGAAACT
GCTAGGAAAGAAACGCCAGGATTTTGTGAAGATTTAGAAATATGTGCTCCAGGCATGGTA
TCTGAAGATATAAATGAATCAAACTTTGCTCCAACCACTGTGAAGCAAATACAAAAGCAC
TGTAATAAGGAGACACAACTTAAATAAAATGTCAGAATTATTTATTACGATTAAACTCTT
GCGAATTATGAAGCAAAAGTTCTTATTTTAGTGTTGCTTGTTTTATTCTTTTTCCATCAT
TGCATTGTCAGTTCGTGTTTATTTGTGTTTAAATAATTGTCATTAAAATTCACATGTGAG
TAACGTCATTTGCATTTTAAACCTTTATTTTACATTCTGCATTTTATTTTGCCTTGTATA
ATATGATTTTTTACTCAAGTATTTCATTTAACAAAGTGTGTGTATGATTGTACTTTTGTT
ACATATATTCATGTGAATAAATAATTAAGAGTTCAATAAAAGAGCAAT
| SMART |
PKD/Chitinase_dom (IPR022409) - T[374-454] 2.3 - T[654-736] 0.71 - T[1069-1153] 0.89 - T[1164-1243] 0.11 - T[1245-1326] 5.9E-5 |
| SUPERFAMILY |
PKD_dom_sf (IPR035986) - T[610-736] 2.04E-6 - T[1028-1151] 6.93E-11 - T[1172-1243] 6.54E-6 - T[1247-1325] 6.02E-6 |
| Gene3D |
Ig-like_fold (IPR013783) - T[1067-1153] 4.1E-7 |
| Pfam |
PKD_dom (IPR000601) - T[1080-1142] 3.7E-6 - T[1173-1231] 7.3E-10 |
| ProSiteProfiles |
PKD_dom (IPR000601) - T[1104-1140] 10.615 - T[1174-1247] 10.461 - T[1270-1330] 9.712 |
| Pfam |
PKD/REJ-like (IPR002859) - T[1355-2024] 1.0E-47 |
| ProSiteProfiles |
PLAT/LH2_dom (IPR001024) - T[2587-2716] 22.857 |
| SMART |
PLAT/LH2_dom (IPR001024) - T[2593-2718] 0.0015 |
| SUPERFAMILY |
PLAT/LH2_dom_sf (IPR036392) - T[2636-2705] 7.81E-15 |
| Pfam |
PLAT/LH2_dom (IPR001024) - T[2638-2703] 2.3E-11 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PK1L2_HUMAN | 26.506 % | 94 | 1.78E-18 |
| PK1L1_HUMAN | 23.146 % | 112 | 4.64E-24 |
| PK1L3_HUMAN | 25.132 % | 105 | 4.36E-22 |