- Transcript 'KH2012:KH.L117.1.v3....' >
- Transcript 'Moocci.CG.ELv1_2.S20...' >
- Transcript 'Phmamm.CG.MTP2014.S3...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S39.g01531.01.t
Possible name(s)
HERC1; HERC2
Gene model
Location
S39 [211,745 / 256,225]
Amino acid sequence
Length: 4,193
>Phmamm.CG.MTP2014.S39.g01531.01.p
MDRVIARIQWLDYLNYNWMKDDLDNNLHTRYTVNTLYASLLSSKELTLVSDSPQLDHDPH
LSDFEKDFPTCDEQKHYINTLLENQGNASDNDDTTNTIRALPGVHVKQEDKAKTASDALI
EMGVRTGLRLLFTLIQHSWSEPSLASAICTDVLHTAYDVVGNLPPLSLADESKIPEMGLD
CLQQDSASQLTIPGSHNNENHVFIKDSALALFEQLVQLAHDYARNCSDDQIESVQNKNSE
AYGWGSNSSHQLAENGSDKVLTPKKISSFCNAQLLEAGQYCSFVVNADGSVKSCGKGSYG
RLGLGDSNNQSSLKQINFQSDQLIRKVSSSKGSDGHTLALAADGSVYSWGDGDYGKLGHG
CSLTQKMPKLIEGPLTRRVVTCVSTGYRHSACVTQDGQLFTWGEGDYGRLGLGDNTSRNE
PMLVKEITSAKLVACGSSHTLVLSQDCATVWSFGAGDNGKLGHGDTSRVYRPKVIESLNG
TLIRKLCAGSQYSMALSNSGQVYTWGCGACLGCGPSDATYMKPTIVEELRNCRIVDIASG
DGHCLVLSHTNEVYSWGNNAMGQCGLGHTTSPISTPTRVTALSNLNVHQISAGTSHSLAW
TALPLDRHVVSWQRPYCIDLCESTFSRLNRFLEKYCVSFTGKPPAPFSSNSEHHNFVLLC
LRLLIAHLRLAVTATLSNHVLGKEALVLRVLLFRVIDQDAPEFVKDAVRQCVNVGASLLL
PSINERVALLMSFLPRGRPEPQALTVGQRMQLDVVLSSLLAHSHVSAILSFSNSRDLSPP
GGDETKLASDLMLALLENVHVHTIQKLVELAKCLKSDADKPDPEPLSTGLDEKHVKQIHD
LLSYMFLHLFSHCFQSTQVYPHSALLLKQSVNQLLCQANIELLAATQLITQSNEKIDNSF
TAWDKWTWMLDIERSCALLSGRILNANAIGNVNSTDEERNNVNYLSMSVVRNGLQVECPK
TVERMDAVFRFLEKKENTEEIAQLFQEDHRILVHLAAGGNFKNAQHLWHNTIDYARNREW
SGLDSGGDDPLLEVVSRCLLAALIKHTNADPHSLLLQPLYRCVFKVRTHLLSLRSQRSST
SLSNESTPQTTSSSTPTTDNEQLDNEKKYKFFNGASTSSSVDKNSKTKQEKEDMQRGKDW
YSRSCWSVIERSIFLLVAAAPVTCILTAEDSKSSEGVSVDPPQLPTDHNDSNIPQRRLNN
VLSDERLVSSSSWGSINEGREVATGSRSQHSAMEQSMELNEAQPYGKVCLSCLQFCCPEA
NLDGMPTRPDVTAPIDKEKTWSYKSLAVAMDIQQKRAKERITALKEICRLLHSQSGAESK
FPRLLSSVYFQLVVGCFGLVTVRPLTRELMTTGSLPSSDHGVTSASNADQVEIRKLMNEL
RDALYNNVTHCNMSVRSDWRDLRLIVTSLFALATLPYHADDMMRFRDDALRSLVELCDAG
RSLGIGRGSISRLFGSSASAGKMVAVTKLVASNLFRSVAASVSLHIERVDEQIVTCIVNV
LLTLIQNNFQSLGGDLSPESFSPDKYDPWKSDGMDNLASQGKYRPLEASLGDNLVFVRLL
ISSDTMCKMLATWDWVKTLLGVACQLKAPGLAVIRNLRTRLLALHLLSAILPSFNEDDNN
KAHTSEVVTCLMDIAARAHWVSLPAREHRKLRPEILSAKKEAEKKDEKQSSATTESELPE
NADNNLSFVNDFSFDPEKCSCCSIVDKHTLVHSSGGRGYGMTMFGVAHGCYRWKFTIMNE
VQGNEGTCVGVSRFPVTDISHRSTPDMWLYRAYSGNLYHNGELTHQFSSFSKGDVVTCVL
DAVERTLSFGLNGAEPEVAFRDVDPSSELYPCVMFYSSSPNEQVKISDFQSLGSGQNLST
GDPVCAPVHSALSQAAVQLVRELHVCADARWHDVITDVMATRLSELPKILSRKSEGSEDG
KSADVFKDLDSEGKRDLMWRVYPTLAVISGVDDGLRLGGRCKVLRSSRTGVLLGMTHDSK
LRVQWDDATDTPQSDCYMSSLEPLRGAPFHMSDFPLLKPQVLEALCSLSGIWDVKKKQKP
RDQPKEELEKELDADIAHVIDGEYGNRVTDDVSNENQSCNTASASTEPKTTKRDEWWNVC
VEAIRSSALSALENLFTSSRYTEIVLATKSSDSDPKTNEKVETSSISSKTSTASDEGNEE
SVQELKDVVRRVMSCVIGHAIQPGHHGNALDLQRSFALLLKMSANAIIRDKNGLEYKVMY
TEDETTDNLPLNGTQQSVSATTESTTSTFTEELNDQASIFGNDEQRSGGNDASYLRSVQA
SRSSGTRLIRRRLAVRMGQSSRLRPGSPPVDSATSTNESQQGSSVTVATSATSTTTSTAT
ATGATTTPQYNTDPPISPTVMQQLLEMGFWTHHIARAYRESELGNRSQQDSRINTAREIE
ILTSWMIDHPLTGDEEDWDLSNEDNDGEQTPRPLDLTLNDVEISPDENQPLMTTTSNEEE
GSEITRMVIDISSMSRKAKEAAVSASLSSGHFGDLIGMFGFNEQNPHPVKFESSDPLGTK
AIMRNDDHVTPIMREADEEGDEETTLLQKTIGASSDEERMDQARRLYEESRVLVSRSIVA
RLLLILSVNKDSRDVIESLQALGLNDIKTLLQLMKLAVTGVLTNIQPDSSALNTANFTAR
DKDQRDTVGCVYITCVQNIVAVLASKDIATYNLLVESCVKDLLSAATGLTAIDDNCVDFM
VTKSCAGLLTQAKLTVDNKKEFNQGILSEREADAKDACCGIPVCPSRSVRAHESAVNKCL
WHRRKKLLATTGNDLVVRLWSAPDPVASSSGCQLERAFTHQGCRDDERSVMRNGCWNASG
KFFAASIDHVVEVMPSSGSNAYNDPQPHLVTAMTWPQQRGVVEGMPGTGIDSLLIGRGNG
TVAILDAFDASTFHRSELHCCSRPGVSVTSLAWFHEEQPFAIGFDDGKVLLAMRDNERHV
ATIDACQSKVRHLEWDPTGNILAAQVADEPTVKLWHLHGDSWHDDYSLGHDAVVSTVTWC
SALGKSHNPRLMLAIGSEDGSIHVWATPQPTEGGVCTELKSTTSDPCTNYKTQTSRSSRS
ASDVAESSTASLATPIECELMKSFQSGAAIQTAEFNPTGYLLATGDANGTVRIWSLNDGT
LLQSRDSEGEVTAVTWINDHLLVTSSSETKDITFLSVSDNWLIRNHLIAKARQTLLQRGL
VHFDHLECFQVFLRHLPVMLRDQYEYEKVSVMSGDQLTFSEFLQSLCALSVGLELCETIC
YTAKIPPHHKICDPVEKQPIGNWLWLANFDKLSRAILAISRRTKLSEDFREESDDVIVGP
DPIDNSLWPAKVDEQLVTWYEEQPDDWQIGGRCDAYLFGAGRHGQLADAGSSTLSPSHGP
SFQQAQSIVCGQNCTFIVSTTGSVYSTGEGSYGRLGQGNSDDLNRLTIISALQGFAVKQL
ATSCGSDGHSIALTESGEVFSWGDGDYGKLGHGNSDRQRRPRQIEALRGEEVAQVACGFK
HSAVVTSDGKLFTFGYGDYGRLGHGSTANKKLPERVRALENHVIGSVACGLNHTLALSHD
GLTIWGFGDGDYGKLGLGSTGAKSTPTKIETLCGNYMKKVACSSQASAVLTWDGRLFMFG
QERMCGNPETRQPSSHRPQLVSGLQSRNIVDISMGAEHTMALTSKHVVFVWGSNTDGQLG
LGHTNHIQEPTKVEGLADKTIRQISAGRTHSAAWTVEPNSKKSLVLGRPEKVPSQYDLLS
HLSVPEAWARLSTLRKFSEHVSVSWNLIGLKPKQIKEQDICLFTAVSHGLSSETVRSVLF
PRVSNLPMVRALGKTMVQGKNYGPQITVRRLSVRGKKCPPIFHQISYQILKQNPIELRLP
SRAWKVKLIGEGADDAGGVFDDTITEMCQELENGTLNILIATPNAGSETGQHRDRFVLSP
SLTNAEEAQAFRFLGVLMGVAIRTKKPLDLHLAPIVWKLLAGMGATQHDVEEADELFVQM
LHALRNIDSAGVDETNFSDIIPLESFKAQSWDGRFVAAVAGGEGIPLTFANRIQYAERAL
QFRLHEMDRQIAWVREGVSRIIPLPLLTLLTASRLEQQVCGMPDVDFNVLRTNMRYREIG
EESELVSWLWQTLEDLNREERVLFLKFVSGRSRLPASAADMPQRFQVMKIDRPIDSLPTS
QTCFFQLRLPPYSSQAVMAERLRYAIRHCRSIDMDNYMLLRNADDDNIDEIEP
Nucleotide sequence
Length: 12,582
>Phmamm.CG.MTP2014.S39.g01531.01.t
ATGGATCGAGTTATTGCAAGGATTCAATGGTTAGACTATCTTAACTATAACTGGATGAAA
GATGACCTTGACAACAATTTACATACGCGATATACTGTTAATACGTTGTACGCATCATTG
CTAAGCAGCAAGGAGTTGACATTAGTTTCAGACTCACCACAATTGGATCACGATCCCCAC
TTGTCAGATTTTGAAAAGGATTTTCCAACATGTGATGAGCAGAAGCATTATATTAATACA
CTACTGGAAAATCAGGGCAATGCAAGTGATAATGATGATACAACTAACACCATTAGAGCA
CTTCCTGGTGTACATGTAAAGCAGGAAGATAAAGCCAAAACAGCATCTGATGCTTTGATT
GAAATGGGAGTAAGAACTGGTCTTCGGTTGCTTTTTACTCTTATTCAACACAGTTGGTCT
GAGCCTTCCCTTGCTTCAGCAATCTGTACAGATGTGCTTCATACAGCTTACGATGTTGTT
GGCAACCTTCCACCACTGTCGTTGGCTGATGAAAGCAAAATACCTGAAATGGGACTGGAT
TGCCTTCAACAGGATTCAGCATCGCAGCTCACCATTCCAGGCAGTCACAATAATGAAAAC
CATGTTTTTATCAAAGACTCTGCCCTAGCCCTTTTTGAACAACTTGTCCAACTAGCACAT
GACTATGCAAGAAATTGCAGTGATGACCAAATTGAAAGTGTCCAAAACAAGAACAGTGAA
GCTTATGGGTGGGGGAGCAACAGTAGTCACCAACTTGCAGAAAATGGATCAGACAAAGTT
CTAACTCCAAAGAAGATTTCAAGTTTCTGCAACGCTCAGCTGCTTGAAGCAGGGCAGTAC
TGCTCATTTGTGGTAAATGCTGATGGTTCAGTAAAATCTTGTGGCAAAGGAAGTTATGGC
CGACTTGGTTTGGGAGATTCCAATAACCAATCATCGCTTAAACAAATTAACTTCCAATCA
GACCAACTAATTCGCAAAGTTTCCTCTTCCAAAGGTTCGGACGGACACACATTGGCGCTG
GCAGCTGACGGTAGCGTATACAGCTGGGGTGATGGTGATTATGGAAAACTCGGACATGGC
TGTAGCTTGACCCAGAAAATGCCGAAACTCATTGAAGGCCCTTTGACTCGCAGGGTGGTC
ACGTGTGTATCCACTGGTTACCGTCATTCGGCGTGTGTGACGCAAGATGGTCAGCTTTTT
ACATGGGGTGAGGGTGACTACGGACGTCTAGGGCTGGGTGACAACACAAGTAGAAATGAA
CCAATGTTGGTAAAGGAGATTACATCTGCTAAATTGGTGGCGTGCGGAAGTTCTCACACT
TTAGTGCTCTCGCAAGACTGCGCCACCGTGTGGAGCTTTGGCGCAGGAGACAACGGCAAA
CTTGGTCACGGTGATACCAGTCGCGTCTACAGGCCAAAAGTGATTGAAAGTTTGAACGGG
ACGTTGATACGGAAACTCTGTGCAGGAAGTCAATACTCTATGGCTCTTAGCAACTCTGGA
CAGGTTTACACCTGGGGTTGTGGGGCTTGTCTGGGATGTGGACCATCCGATGCGACTTAC
ATGAAACCCACCATCGTGGAGGAGTTGCGAAACTGTCGGATTGTGGACATTGCTTCAGGA
GACGGGCATTGCCTCGTACTATCGCACACGAACGAAGTTTACTCTTGGGGTAACAATGCG
ATGGGTCAATGTGGCTTGGGTCACACCACCAGCCCCATCTCGACCCCAACTCGTGTCACA
GCACTTTCAAACCTCAACGTTCATCAGATATCTGCCGGAACATCGCACAGCCTCGCATGG
ACTGCCCTACCTCTAGACCGGCACGTGGTGTCTTGGCAGAGACCGTATTGTATTGATCTT
TGCGAATCCACTTTCTCTCGTCTCAACCGCTTCTTGGAGAAATATTGCGTGTCTTTCACT
GGAAAACCACCAGCACCGTTTTCATCCAACAGCGAGCATCACAACTTTGTCCTGTTGTGT
CTACGGCTGCTGATCGCTCACCTGAGACTAGCAGTTACCGCCACATTGTCCAATCACGTG
CTCGGGAAGGAGGCGCTCGTTCTTCGGGTTTTACTTTTCCGTGTAATTGATCAGGACGCA
CCAGAATTCGTAAAAGATGCTGTCCGTCAATGTGTTAACGTTGGTGCGTCACTTCTTCTC
CCATCCATCAACGAACGTGTTGCCCTTCTCATGTCTTTTCTACCCAGGGGGCGTCCCGAA
CCCCAGGCCTTGACTGTGGGCCAGCGTATGCAGTTGGACGTGGTGTTGTCGAGTCTCCTC
GCCCATTCTCACGTGTCTGCCATCCTCAGCTTCTCCAATTCTCGTGACCTTTCACCTCCG
GGTGGTGACGAAACTAAACTAGCCAGCGATCTGATGTTGGCCCTTTTAGAGAATGTTCAC
GTCCACACGATTCAGAAACTAGTGGAGCTCGCTAAATGTTTAAAGAGTGACGCGGACAAA
CCAGATCCAGAACCGCTTTCAACCGGTTTGGACGAGAAACATGTGAAGCAGATTCACGAT
CTTCTCTCTTACATGTTTCTTCATCTCTTCTCACACTGTTTCCAGTCTACTCAGGTTTAT
CCGCATTCGGCCCTGCTCCTTAAGCAGAGTGTCAACCAGCTTTTGTGTCAAGCAAACATC
GAACTTCTTGCAGCCACCCAACTCATTACTCAATCGAATGAAAAAATCGATAATTCATTC
ACAGCTTGGGACAAGTGGACGTGGATGTTGGATATCGAGCGCTCTTGTGCGCTCCTTAGC
GGTCGGATTCTTAACGCGAATGCGATCGGGAATGTCAACTCAACTGACGAGGAAAGAAAT
AATGTCAATTATTTGTCCATGTCAGTTGTAAGGAACGGATTGCAAGTTGAATGCCCCAAA
ACAGTGGAACGCATGGATGCTGTTTTCCGCTTTTTGGAGAAGAAAGAAAACACTGAAGAA
ATTGCTCAACTTTTCCAGGAAGATCACAGGATTTTAGTTCACCTGGCAGCAGGTGGAAAT
TTCAAAAACGCTCAACATTTATGGCACAACACCATCGACTATGCAAGGAACAGAGAATGG
AGTGGGTTGGACAGCGGTGGCGACGATCCATTACTTGAAGTTGTATCTCGATGTTTACTT
GCCGCCCTCATCAAACACACCAACGCTGATCCTCACAGTTTGCTGCTCCAACCTCTCTAC
CGATGTGTCTTCAAGGTTCGCACACACTTACTGTCGCTAAGATCACAAAGATCCTCCACG
TCGCTTAGTAACGAATCGACGCCACAAACTACGTCATCCAGTACACCCACAACGGATAAT
GAACAACTCGATAACGAAAAAAAATACAAATTTTTCAATGGGGCTTCCACATCATCCTCT
GTCGACAAGAACAGCAAAACTAAACAAGAGAAAGAAGATATGCAGCGTGGCAAAGACTGG
TATTCGCGATCCTGCTGGTCTGTGATTGAACGTTCGATCTTTCTGCTTGTTGCTGCTGCA
CCTGTTACTTGTATTTTAACTGCTGAAGATTCAAAGTCTTCCGAAGGCGTGTCTGTCGAT
CCACCCCAACTCCCGACCGATCACAACGATTCAAACATTCCCCAGCGACGTCTTAACAAC
GTTTTGTCGGATGAGCGATTGGTGTCCAGTTCATCGTGGGGTTCAATAAACGAAGGACGC
GAGGTGGCGACAGGGAGCAGATCCCAGCACAGCGCAATGGAGCAAAGTATGGAACTGAAC
GAAGCACAACCGTATGGAAAAGTTTGCCTGTCATGTCTGCAGTTCTGCTGCCCAGAAGCA
AACCTTGACGGCATGCCTACACGCCCTGACGTCACGGCGCCGATCGACAAGGAGAAGACG
TGGTCGTATAAGAGTCTGGCCGTTGCCATGGATATTCAACAAAAGCGGGCTAAGGAACGA
ATCACGGCGCTGAAGGAAATTTGTCGACTTTTACATTCGCAATCTGGAGCCGAAAGCAAG
TTTCCGCGTCTTCTATCTTCAGTCTACTTCCAACTTGTGGTCGGTTGTTTTGGTCTCGTC
ACCGTTCGACCTTTGACCCGCGAACTTATGACCACAGGATCACTGCCAAGTTCAGACCAT
GGCGTTACTTCAGCCAGCAATGCAGATCAAGTTGAAATTCGAAAGTTGATGAACGAATTG
CGTGACGCTCTTTACAACAACGTCACTCATTGCAACATGTCTGTTCGCTCAGACTGGAGA
GATCTTCGCCTGATTGTGACTTCACTCTTCGCTTTAGCGACTTTGCCGTACCACGCTGAC
GACATGATGCGGTTTCGTGATGACGCCCTCCGCTCATTGGTTGAATTGTGTGACGCGGGT
CGCAGTCTGGGTATTGGCCGGGGTTCGATCTCAAGACTCTTCGGTTCAAGTGCAAGCGCC
GGAAAAATGGTGGCTGTCACCAAACTCGTGGCAAGCAATTTGTTTCGCTCTGTTGCGGCA
TCTGTCAGTTTACACATCGAACGTGTGGACGAACAGATCGTGACGTGTATTGTCAACGTA
CTTCTCACACTGATTCAGAACAATTTTCAATCACTTGGCGGGGATTTGTCACCGGAGAGC
TTCAGCCCTGACAAATACGACCCCTGGAAAAGCGATGGAATGGACAACTTAGCAAGCCAA
GGCAAATACCGACCACTAGAGGCGTCATTGGGCGACAATCTCGTCTTTGTTCGCTTACTT
ATCTCTAGCGACACCATGTGTAAGATGCTGGCCACCTGGGATTGGGTCAAGACGCTTCTG
GGTGTCGCATGCCAACTTAAGGCTCCAGGATTAGCGGTTATTCGCAATTTACGAACACGT
CTTCTGGCTCTTCATTTACTCAGTGCTATACTTCCTAGTTTCAACGAAGACGACAACAAC
AAGGCGCACACGTCAGAGGTGGTGACGTGTTTGATGGACATTGCCGCACGCGCCCACTGG
GTGTCGTTACCTGCACGTGAACACCGGAAACTTCGTCCCGAAATTTTGTCAGCAAAGAAA
GAAGCAGAAAAAAAGGACGAGAAGCAGTCGAGTGCAACGACTGAAAGTGAATTGCCCGAG
AACGCAGACAACAATCTTTCATTTGTCAACGACTTTTCGTTCGACCCTGAGAAATGCTCG
TGCTGTTCTATCGTTGATAAACACACTCTGGTGCACTCTAGTGGAGGACGTGGATACGGA
ATGACCATGTTTGGTGTCGCACACGGCTGTTATCGTTGGAAGTTTACCATCATGAACGAA
GTTCAGGGAAACGAGGGTACTTGTGTGGGAGTTTCCCGGTTTCCAGTGACGGACATCAGC
CACAGATCGACTCCTGACATGTGGTTGTATCGAGCTTACAGCGGCAACTTGTACCACAAT
GGTGAGCTGACTCATCAGTTTTCCAGCTTCAGCAAAGGTGACGTGGTCACGTGTGTATTG
GACGCGGTTGAGCGAACACTGAGTTTCGGATTAAACGGGGCCGAACCCGAAGTCGCGTTC
CGAGACGTCGACCCGAGCTCCGAACTCTATCCATGTGTTATGTTTTATAGCAGCAGCCCG
AACGAACAAGTCAAGATATCTGATTTCCAGAGTCTTGGCAGTGGACAGAACCTATCAACA
GGCGACCCTGTCTGTGCCCCCGTTCACTCCGCTCTGTCCCAAGCCGCTGTACAACTTGTC
CGCGAGCTGCACGTGTGTGCTGACGCGCGATGGCATGACGTCATCACCGACGTCATGGCA
ACTCGATTAAGTGAACTTCCGAAGATTTTATCAAGAAAGAGCGAAGGGTCAGAAGACGGA
AAGAGTGCGGACGTTTTTAAAGACTTGGACAGTGAAGGCAAGCGCGACCTCATGTGGCGT
GTTTACCCGACCCTTGCTGTGATATCTGGTGTTGATGATGGACTGAGGTTGGGAGGAAGG
TGTAAAGTGTTGAGATCGTCGAGAACCGGTGTTCTACTCGGCATGACACACGACAGCAAA
CTGAGAGTGCAGTGGGACGACGCGACCGACACCCCACAGAGTGACTGCTACATGTCGTCT
TTGGAACCGCTACGAGGTGCCCCATTTCACATGTCGGACTTTCCTTTGCTTAAACCACAA
GTTCTTGAAGCTCTCTGCAGCTTGTCAGGAATCTGGGACGTGAAAAAGAAGCAAAAGCCA
CGAGACCAACCGAAAGAGGAGCTTGAGAAAGAATTGGACGCCGACATCGCTCACGTGATC
GACGGAGAATACGGAAACCGCGTCACCGATGACGTCAGCAACGAGAACCAATCGTGCAAC
ACGGCCAGTGCTAGCACGGAGCCGAAAACGACGAAGCGTGATGAATGGTGGAATGTTTGT
GTGGAGGCGATTAGATCGTCCGCTCTTTCTGCACTAGAGAATCTTTTCACAAGCAGCAGA
TACACCGAAATTGTTCTTGCCACAAAATCGTCTGATTCCGATCCGAAAACGAACGAAAAA
GTGGAAACAAGCTCGATCTCATCCAAAACTAGCACCGCGTCCGATGAGGGCAACGAAGAA
TCCGTGCAGGAACTGAAGGACGTTGTCCGTCGAGTCATGTCGTGTGTCATTGGCCACGCA
ATTCAACCAGGTCACCATGGCAACGCACTGGATTTGCAACGCTCCTTCGCACTTTTGTTA
AAGATGTCAGCAAATGCAATAATTCGTGATAAAAACGGATTGGAATACAAGGTTATGTAC
ACTGAAGACGAAACTACTGACAACCTTCCACTTAACGGCACTCAGCAATCTGTCTCGGCC
ACAACCGAATCTACCACCTCAACTTTCACAGAGGAATTAAACGACCAAGCCTCAATATTT
GGAAACGACGAACAGCGGAGTGGTGGGAACGACGCGTCATACTTGAGGTCGGTACAAGCC
TCTAGATCGTCTGGTACTCGGCTCATTCGCCGACGGTTAGCTGTCAGGATGGGACAATCG
TCTCGTCTTCGTCCCGGGAGTCCACCAGTCGACTCTGCAACTTCCACAAATGAATCTCAG
CAAGGAAGTTCAGTGACAGTTGCCACAAGTGCCACATCGACAACTACCTCGACTGCCACT
GCCACCGGTGCCACCACCACGCCACAATATAACACGGATCCACCAATTTCTCCTACTGTT
ATGCAACAACTTCTGGAGATGGGATTCTGGACTCATCATATTGCCAGAGCTTATCGTGAA
TCCGAACTTGGAAATCGATCACAGCAGGATTCGCGCATTAACACAGCTCGCGAGATAGAA
ATCTTAACGTCATGGATGATTGACCATCCACTGACGGGTGACGAAGAAGACTGGGATCTA
TCTAACGAAGACAACGACGGTGAACAAACTCCTCGACCCTTGGACTTGACTCTAAATGAC
GTTGAAATCTCACCAGACGAGAACCAACCATTAATGACAACAACGTCCAACGAGGAAGAA
GGAAGCGAAATTACTCGAATGGTCATCGACATTTCCTCCATGAGTCGCAAGGCAAAAGAA
GCGGCAGTAAGTGCAAGTTTGTCGTCTGGTCATTTTGGCGACCTTATCGGTATGTTCGGT
TTCAACGAGCAAAACCCGCATCCGGTCAAGTTTGAATCTTCTGACCCGCTCGGCACCAAA
GCGATCATGCGCAACGACGACCACGTGACACCGATCATGCGTGAAGCGGACGAGGAGGGA
GATGAAGAAACAACACTGCTGCAAAAAACTATTGGCGCCTCTAGTGACGAGGAGAGGATG
GATCAAGCACGTCGTCTGTACGAAGAATCACGAGTTCTAGTTTCAAGATCCATAGTTGCC
CGTCTCCTTCTCATCTTATCGGTGAACAAAGACTCACGTGACGTCATTGAGTCGCTGCAA
GCCCTCGGACTAAACGATATCAAGACGTTACTTCAGCTTATGAAACTGGCTGTTACCGGA
GTTCTCACCAACATTCAACCGGATTCTTCTGCTCTCAACACTGCCAACTTCACTGCTAGG
GACAAGGATCAGAGAGATACGGTTGGCTGCGTTTACATCACGTGTGTGCAGAACATCGTT
GCTGTGCTGGCGTCCAAAGATATTGCGACTTATAACTTGCTGGTCGAAAGCTGTGTGAAA
GATTTACTATCAGCTGCTACTGGTCTGACAGCGATCGACGACAATTGTGTGGATTTCATG
GTCACCAAATCATGCGCTGGTTTGCTCACACAAGCCAAACTTACTGTCGACAACAAGAAG
GAATTCAACCAAGGGATTTTAAGTGAGCGCGAGGCAGACGCCAAGGACGCTTGCTGTGGG
ATACCCGTCTGTCCATCGAGAAGCGTTAGAGCTCACGAAAGTGCCGTCAACAAATGTTTG
TGGCATCGAAGGAAAAAGTTGCTTGCTACCACGGGCAACGACCTAGTTGTGCGATTGTGG
AGCGCCCCGGACCCTGTGGCGTCATCAAGTGGTTGCCAACTGGAGCGTGCCTTTACCCAC
CAGGGTTGCCGTGACGACGAGAGATCAGTGATGCGAAACGGTTGTTGGAACGCCAGTGGA
AAGTTTTTCGCCGCTTCCATCGATCACGTGGTCGAGGTCATGCCAAGTTCAGGAAGCAAT
GCTTACAACGACCCACAGCCCCATCTAGTGACGGCGATGACGTGGCCTCAACAGCGTGGT
GTGGTCGAGGGAATGCCAGGGACGGGAATTGATTCATTGTTGATCGGAAGAGGCAACGGA
ACTGTCGCGATTCTTGACGCATTTGACGCTTCCACGTTTCATCGTAGCGAACTGCATTGC
TGCTCAAGACCTGGAGTAAGTGTCACTAGCTTGGCGTGGTTTCACGAGGAACAACCTTTC
GCTATTGGCTTTGATGATGGTAAGGTGTTGCTAGCCATGCGTGACAACGAGCGTCACGTG
GCCACCATTGATGCGTGTCAGTCGAAAGTTCGACATCTCGAATGGGACCCCACAGGAAAT
ATTCTGGCTGCTCAAGTCGCCGACGAACCCACCGTAAAGTTGTGGCATCTCCACGGCGAC
AGTTGGCATGACGACTACTCGCTCGGCCATGACGCTGTCGTCTCAACGGTGACATGGTGC
AGCGCTCTGGGGAAGTCCCACAACCCGCGACTGATGCTGGCCATTGGAAGCGAGGACGGT
TCTATCCACGTATGGGCGACACCTCAACCAACCGAGGGCGGTGTTTGTACGGAACTGAAA
AGCACAACATCTGATCCCTGTACTAACTATAAGACACAGACTTCTAGGTCATCACGCAGT
GCTTCCGACGTGGCAGAATCGTCAACCGCTTCTCTGGCAACACCTATCGAGTGTGAACTA
ATGAAGAGTTTTCAGTCGGGCGCGGCTATCCAAACTGCAGAATTCAACCCCACCGGTTAC
TTGCTTGCCACTGGAGACGCAAACGGGACAGTTCGAATTTGGTCTCTCAATGATGGGACT
CTTCTGCAGAGTAGAGACAGTGAGGGGGAGGTGACCGCTGTCACGTGGATAAACGACCAT
TTGCTTGTGACTTCATCGTCGGAGACAAAGGACATCACCTTTTTGTCGGTCAGTGACAAT
TGGTTGATTCGTAACCATCTGATCGCGAAAGCTCGCCAAACGCTTCTGCAGCGAGGTCTC
GTACATTTTGATCACCTCGAGTGCTTTCAAGTTTTCTTGCGCCATTTGCCAGTCATGCTG
CGCGATCAATATGAATACGAAAAGGTTAGTGTGATGAGCGGAGACCAACTGACTTTCAGT
GAGTTTCTACAGAGCCTGTGTGCTCTGAGTGTTGGACTTGAACTTTGCGAGACGATTTGT
TACACTGCTAAAATCCCTCCACACCATAAGATATGTGATCCGGTTGAAAAACAGCCGATT
GGCAACTGGTTGTGGCTCGCAAACTTCGACAAGTTATCGCGTGCAATTCTCGCCATCTCA
CGTCGCACAAAGTTGTCTGAAGATTTCCGGGAGGAATCCGATGACGTCATCGTTGGACCA
GACCCAATTGACAACTCTTTGTGGCCGGCGAAGGTCGACGAGCAGCTGGTCACGTGGTAC
GAGGAGCAGCCCGATGATTGGCAGATCGGTGGAAGGTGTGACGCGTATCTGTTCGGTGCC
GGACGTCATGGTCAGTTGGCTGACGCAGGCAGCAGCACATTGTCCCCGTCACACGGTCCA
TCCTTTCAGCAAGCACAAAGTATTGTATGCGGTCAGAATTGCACGTTCATCGTCTCAACC
ACTGGTAGCGTTTACTCGACGGGTGAGGGAAGTTATGGAAGGTTGGGTCAAGGAAACTCA
GACGATCTTAACCGACTTACAATCATATCAGCATTACAAGGATTCGCGGTAAAGCAGCTA
GCGACATCTTGTGGCAGCGACGGGCATTCAATCGCACTTACCGAGTCAGGTGAAGTTTTT
TCGTGGGGTGATGGTGATTATGGGAAGTTGGGACATGGAAACAGCGACAGGCAACGAAGA
CCGCGACAGATTGAAGCACTTAGGGGTGAAGAAGTCGCACAGGTTGCGTGCGGCTTCAAG
CACTCGGCTGTGGTGACTTCTGACGGCAAATTGTTCACATTTGGTTACGGGGACTATGGT
CGTTTGGGCCACGGATCAACTGCCAACAAGAAATTACCTGAACGAGTTCGCGCACTCGAA
AATCACGTGATCGGCTCGGTCGCATGCGGTCTTAACCATACTCTTGCTCTCTCCCACGAC
GGGCTTACGATATGGGGATTCGGTGATGGAGATTATGGTAAACTCGGTCTTGGGTCGACC
GGCGCCAAATCGACCCCAACGAAAATTGAAACGCTCTGCGGGAATTACATGAAGAAAGTG
GCGTGCTCGTCCCAAGCTTCTGCTGTTCTCACCTGGGACGGTAGATTGTTCATGTTTGGA
CAAGAGCGAATGTGTGGAAATCCTGAAACACGCCAACCATCCAGCCACCGTCCACAGCTG
GTATCTGGTCTCCAATCTCGCAATATTGTCGATATTTCTATGGGCGCTGAACACACAATG
GCGTTAACATCAAAACACGTCGTGTTTGTGTGGGGGTCGAATACTGACGGACAGCTCGGT
TTAGGCCACACCAACCACATACAGGAACCAACGAAGGTTGAAGGCCTCGCTGACAAAACT
ATCAGACAGATTTCAGCCGGCCGTACCCATTCTGCGGCATGGACGGTGGAACCCAACAGC
AAAAAGTCACTTGTACTTGGACGTCCCGAGAAAGTTCCGTCTCAATACGATTTGCTTTCT
CACCTCTCGGTTCCCGAAGCCTGGGCTCGTCTTTCCACCCTTCGCAAGTTCTCGGAACAC
GTGAGCGTCTCGTGGAATCTGATTGGTCTAAAGCCAAAGCAGATCAAAGAACAAGACATC
TGCCTCTTCACAGCAGTAAGCCACGGTTTATCGAGCGAAACAGTCCGTTCTGTTTTGTTT
CCTCGTGTGTCGAACTTGCCCATGGTGCGAGCACTTGGTAAGACGATGGTACAAGGGAAG
AATTACGGACCCCAGATCACAGTTCGTCGACTTTCAGTGAGAGGAAAGAAATGTCCTCCA
ATATTTCATCAAATATCTTACCAGATTCTGAAACAGAACCCTATTGAGCTCCGCCTTCCA
TCACGTGCCTGGAAAGTGAAGCTGATAGGTGAAGGCGCTGATGACGCTGGGGGCGTGTTC
GATGACACCATCACTGAAATGTGCCAGGAATTGGAAAACGGAACATTAAATATCTTGATA
GCGACACCTAACGCAGGGTCGGAGACCGGACAGCATAGAGACAGATTTGTGTTGAGTCCA
TCACTGACAAATGCAGAAGAAGCTCAAGCTTTTCGATTCCTCGGTGTTTTGATGGGAGTC
GCCATCAGAACGAAGAAACCTCTTGATTTGCACCTCGCTCCAATTGTGTGGAAACTTCTT
GCTGGTATGGGCGCCACGCAGCATGACGTAGAAGAAGCGGATGAGCTCTTCGTTCAGATG
CTTCATGCTTTGCGGAACATCGACAGTGCAGGGGTGGACGAAACCAACTTCAGTGACATT
ATTCCGTTGGAGTCATTCAAGGCGCAGAGTTGGGACGGTCGGTTTGTGGCTGCAGTCGCA
GGTGGTGAGGGAATTCCCCTTACTTTTGCTAACCGAATCCAGTATGCTGAGCGTGCTTTA
CAGTTCCGCTTGCACGAGATGGATCGACAGATTGCTTGGGTGCGTGAGGGTGTTTCCCGC
ATTATCCCCCTGCCCCTACTTACCCTCCTCACAGCTTCCCGACTGGAGCAGCAAGTTTGT
GGAATGCCCGATGTCGATTTTAATGTTCTCAGGACCAACATGAGATATAGGGAAATCGGA
GAGGAAAGTGAATTGGTATCGTGGCTGTGGCAAACCCTGGAAGATCTCAACCGTGAAGAG
CGCGTTCTTTTTCTCAAGTTTGTTTCCGGACGGTCCCGCCTTCCTGCTTCCGCCGCCGAT
ATGCCACAGCGATTCCAAGTGATGAAAATTGACCGGCCCATCGACAGCTTGCCAACCAGT
CAGACCTGTTTCTTCCAACTACGTTTACCTCCATACTCTAGTCAGGCTGTGATGGCCGAA
CGACTGCGATATGCCATTCGCCATTGTCGTTCAATCGACATGGACAATTATATGTTGCTT
CGAAACGCCGATGATGATAACATCGACGAAATTGAACCTTAA
| SUPERFAMILY |
RCC1/BLIP-II (IPR009091) - T[235-601] 3.23E-86 - T[3332-3697] 4.45E-90 |
| ProSiteProfiles |
Reg_chr_condens (IPR000408) - T[239-288] 8.514 - T[289-343] 9.539 - T[344-396] 14.645 - T[397-446] 16.775 - T[448-499] 12.474 - T[500-550] 12.997 - T[551-603] 14.343 - T[3382-3436] 9.76 - T[3437-3488] 17.961 - T[3489-3540] 16.816 - T[3542-3593] 11.007 - T[3594-3645] 10.384 - T[3646-3697] 14.645 |
| Gene3D |
RCC1/BLIP-II (IPR009091) - T[239-602] 3.1E-113 - T[3333-3696] 1.1E-140 |
| PRINTS |
Reg_chr_condens (IPR000408) - T[290-306] 2.5E-10 - T[346-362] 2.5E-10 - T[397-413] 2.5E-10 - T[450-464] 2.5E-10 - T[540-558] 2.5E-10 |
| Pfam |
Reg_chr_condens (IPR000408) - T[343-393] 2.2E-11 - T[396-443] 8.4E-13 - T[450-496] 1.1E-6 - T[499-547] 2.8E-8 - T[552-599] 1.2E-12 - T[3436-3485] 6.6E-14 - T[3488-3537] 6.2E-12 - T[3544-3590] 2.1E-7 - T[3593-3642] 3.7E-6 - T[3647-3693] 3.8E-12 |
| ProSitePatterns |
Reg_chr_condens (IPR000408) - T[383-393] . - T[433-443] . - T[3475-3485] . - T[3527-3537] . |
| ProSiteProfiles |
B30.2/SPRY (IPR001870) - T[1655-1851] 12.835 |
| SUPERFAMILY |
ConA-like_dom_sf (IPR013320) - T[1687-1848] 5.06E-24 |
| CDD |
SPRY_HERC1 (IPR035768) - T[1691-1849] 2.6495E-68 |
| SMART |
SPRY_dom (IPR003877) - T[1728-1852] 4.1E-15 |
| Pfam |
SPRY_dom (IPR003877) - T[1733-1842] 5.8E-14 |
| SMART |
WD40_repeat (IPR001680) - T[2742-2781] 1.4E-4 - T[2894-2933] 63.0 - T[2936-2976] 17.0 - T[2981-3026] 0.6 - T[3077-3115] 2.5E-4 - T[3118-3156] 58.0 |
| SUPERFAMILY |
WD40_repeat_dom_sf (IPR036322) - T[2747-3154] 1.26E-31 |
| ProSiteProfiles |
WD40_repeat_dom (IPR017986) - T[2749-2790] 9.652 - T[3083-3124] 10.812 |
| ProSiteProfiles |
WD40_repeat (IPR001680) - T[2749-2781] 10.107 - T[3090-3124] 11.712 |
| Pfam |
Apc4_WD40_dom (IPR024977) - T[2920-3001] 4.2E-6 |
| Pfam |
WD40_repeat (IPR001680) - T[3090-3115] 0.11 |
| SUPERFAMILY |
Hect_E3_ubiquitin_ligase (IPR035983) - T[3821-4169] 3.4E-80 |
| SMART |
HECT_dom (IPR000569) - T[3831-4180] 2.7E-88 |
| ProSiteProfiles |
HECT_dom (IPR000569) - T[3833-4180] 51.143 |
| Pfam |
HECT_dom (IPR000569) - T[3868-4171] 1.1E-54 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| HERC2_HUMAN | 36.133 % | 597 | 7.7E-171 |
| HERC1_HUMAN | 45.819 % | 1537 | 0 |
| HECD3_HUMAN | 32.08 % | 195 | 2.51E-50 |