KEGG T01001: 83889

Homo sapiens (human): 83889

Entry

83889 CDS T01001

Gene name

WDR87, NYD-SP11

Definition

WD repeat domain 87

Organism

hsa Homo sapiens (human)

Class

SSDB

Motif

Pfam:

WD40

Other DBs

NCBI-GI:

NCBI-GeneID:

HGNC:

Ensembl:

Vega:

UniProt:

Position

19q13.13

AA seq 2873 aa
MSSPRLIPLWKDLKLLLNDTINKSKQPSEDPKNCLIVLSDRSQAVAWMKSKTEDMVEKRT
FSMTERLPPIQSMVHAGSFHILVVYCGDLILRLFGDHFRAFKPLGKVPCRFNISCLCYDP
EMKMLLSGILGAVVTWVIELGGTGLQIAHMVSMPGDELVQDIVLNGPSGSLLALCETVVR
VLMHQGKGQLGEVKRFTSTSSGSSITCCFTCFDQGFLYAGNQAGEIQVWSLQQGHPLHSF
QAHQSGVICIRSRPEAHTLLTAGSDSLIKEWNLTSGSLLRRLELGEELYRLQFIDSITFF
CQTAHSFSLHRLPCFYSLFNVCGSAPQQLRRVCCGNNWFRILCTTEDGLLRFVSPVTGDL
LVITWPFSILDQAVDWAYDPGKEELFVATGSSEVLVFDTTRCPCPAKYLLGTSPNSQDFV
QCLAYGHFNLGRGLEGLIFSGHQSGVIRVLSQHSCARLEKFMHFGAVLALSTLSGGIFGG
QGNSLLCSYGMDDYVHLSEAVLDGVKVQLRPLASILSSCHLTHLILLPKSVGAITETNCL
RLWKFHDFLSSGSQNGLKFIETLPLHLCAITSFDVCLSLSLFVTGSADGSVRIWDFHGRL
IGILDSSLHFGPVCFANDRGDLLVTFNQSLYLVSCLKLLPPALLTRLSFMSISDEVLEVP
KPFIPSFFFSFETMFVPKYIYPGQAQQKLVGLEKLVNNRAIAFDHSVPHVIEEDEEGSPV
LLRSSMHYSLQDMEDWMQVSKRYQCHYVLPPQLQLTSWDGLNPYQILRYYFGHGREWLFA
PDCYIPNSVIRARLWPEGTPIYLQCNLHAPQRELEWDRSQEFFFWHSRVRAISNTEYPKN
KEEDEHFLEMRLSKDVTYSVLTDGANRSWLGRKMSEITINSMIETMLNIMVHASLLKYQC
CVGALGQIFASYQVSPALRSETARRLLNDTTNSNPLIRELAWEGLKRLGMITHLFAMPLA
QGLMDKDERVRIKTLSLMAEIGIHSRTSLLQLTQKQETFREMQQQMIGEEPLDHLLGMRA
TDLQILSTQVEQRLNENLTLSHRDEKPAFSLDVSMPSELKSSLKPPTVSEESEVAIKPSK
GQRRGQAGVKKHSQKWLRGLKKTKERDSKQMSTEPGLLEDESGTEAAPIEMEEASVYSQW
SSSTSVIKLSKDVDSQEKDISKDHIALTLKRLQKIRDKRDKKATAQKLKKKHKKKGKEAK
VINEETTPPVMEQPVTKKVKIQGRGASGISGRRSTAGDGSSWRDDLCRLMALRISGSQTK
MSENLNAELVTFAQEMLVDRHPSWELFQEICPLLKKESKVLLEDLDWDVVPPEKKPIFIQ
EGAIREDMIQGVTQEVIRHKEVMPREEEQAQKKARDMLGLEETQVILKKGKKVIFLEPGN
VTMGKEISKKEEKKTFQKSPKQGRKAVQKERKVGKIKREMTKEERDMSEEVEEMATLEEK
VVKQEGKLVMIERTPSWQDWKKAWDEWKQVHGETRKSWKAWKEEWEKRLLQEEEKLHQAG
EKLSPEEEMLQEDKKLKWEEWKQVWENMLSSKSKEQQYKDEEEVTLEEEVSREGEEKEQQ
VTEEQRHIQEEHKWARIHRKRARAEKKRAQEERKLAQEEEKLAQEERQLAQEERKLAQAY
VKITQDDREMAQAEGKFAQKEETLAQRGEKLSQEAEKLAQKRKKLAKKWEKVAREEEKLA
KKGGKLAEVKNILAQKVEELPQREQNLDWQEKELAQELEELEWDMEELSWKEEELNQEEG
KLVEEKKKLAEEEEALAWQREKLSEEETKLAQEEELLIQEKEKLAQHKEKMPEEEERLGR
KREQLIEKKMKLAQKRERWINSMEELTKNKMILYQKKNLAQEKKNLAQEKEKLAQRKENL
LYNKERLTHSKKQLVQVKNKLGMFNKILAQVEEKLTQEKETVIKKKEKLAETEKKLVQVE
DSLAKKQEKLAQEKMKLALEKAMVQGKKRLRGELDIAKEEKALNLEMKRLAEEKMRLVEG
KETLSKGETPETSRQRKMTQVEQELFERKLSLEEKILLHEDRILAMEESEIAKGKLEFTR
GQRIFVQGQRKLAKASRKLIKKRESLSKEPAKLNKILKALQKLTRDERKLTQEEIKMTKM
KRALFVKERRLSIEQSKLDIKEWDFSEKRSELTKDEKKLARKQRKLANKMRRMINKEEKM
TEEESKLARKHSEVILDDEEEGGIEEEEVIPFLKRRWRKRKEAKRGDKPKEKFSSQVDEV
ESEEHFSEEMESLLDELEKQESLSSEEEEEREEEEEREEEEVREEEEERKEEEEGEEKQV
EKEEEEKKKKKKEKKKEEVQEKEEVFEEKEEIMSEEETESLSDEEEEEESCSLEEEVDRE
KEILKKEKQFKLQEQRRKSLRGRERVLSILRGVPHGKGRAIRLGVLKSPLKKLMSTALEM
KEKTPVPVPEKQISWEDKKATVVEIPRKFLGTMDKEREVMGKYEPIPPHVLGTVLESQAQ
DLKTPFMSHILRRTVEAEELQHKPLGAWWKWFLQHPPLMGQTEVQLPLSQIPAKEQHADV
SLSDVEWIRHVLERMEAGEQLSRDGFHRLCQLLKDLASKGNLEWLHLAKHEAIVYRHRQA
LESQDTRISSRQSMSPKYLKVIPPIKAKEKESWPKPLAVPTQKSPLATKRIPDPRAKNWH
LLGEPYRSERAQQISIAHKEMEMQYFYPATRDIFPSAHASVEKQTLALMFQKDFWDFKDK
RRFPKLPKLEKKTQPISKKKEELPLWETFVALYHVLRMLQQRYPKDSTAWMEQFYQLMDL
YQLKSPRIQKLLQELLMREEPQPQEIIYEEALKATELVPGERLFCCLFCGSSHTPRSPQE
FQGAVPLPWQNCVRTILPVGIARYGILELAWKSLPEADLHLTKALTHTVAPTL

NT seq 8622 nt +upstreamnt +downstreamnt
atgtcttcccccaggctcattcccctgtggaaagatttaaaactcctcctaaatgacacc
ataaataaaagcaagcaaccttcggaagacccaaagaactgcctgattgtgctgagtgac
cggtcccaggctgtagcatggatgaagagcaaaactgaggacatggttgagaaaagaaca
ttctccatgactgaacgattgccacccatccagtccatggtccatgcaggctcctttcat
atcctcgtggtctactgtggtgacctgatcctgcgactctttggggaccactttcgggca
ttcaaacccctgggtaaagtgccctgccgcttcaacatcagctgcctctgctatgacccg
gaaatgaagatgcttctgtctggcatcctgggggcagtggtgacctgggtcattgagcta
ggtggcacgggcctccaaatagcccacatggtctccatgccaggtgatgagcttgtccag
gacatcgtgctgaatggtcccagtggctccctcctggccctgtgtgagacggtggtgagg
gtccttatgcaccagggcaagggccagctgggagaggtaaagaggttcacgtccaccagc
agcggctcctccatcacctgctgcttcacctgttttgatcagggctttctctatgctgga
aaccaagctggggaaatccaagtttggagcctccagcagggccatccactccacagtttc
caggcccatcaatcaggagtgatctgtatccgcagccgaccagaggcccacaccctgcta
acagctggtagtgacagcctaatcaaggagtggaacctgacttcagggagcctgcttcgg
cggctagagcttggtgaggagctataccggctccagtttattgacagcattactttcttc
tgccaaactgcccatagtttttccttgcaccgcctgccctgcttctacagcctcttcaat
gtctgtggctctgctccccagcagttgcgtcgggtctgctgtggaaataactggttccgg
atcctgtgtaccactgaggatggcttgttgcgctttgtgtccccagtaacaggggacctt
ctggttatcacctggcccttctcaatcctggaccaggctgtggattgggcctacgaccca
ggtaaagaggagctctttgtagcaacaggcagctcagaggttctggtatttgacacaacc
cgctgcccttgcccagccaagtatctcttaggcacctcaccaaattctcaggactttgta
caatgcctggcttatgggcatttcaacttggggcggggtctagagggactgatattctct
gggcaccagagtggtgtgataagagtgctctcccagcacagctgtgctcgattagaaaaa
ttcatgcactttggcgctgtactggcactctccacgctgtctggagggatttttggtggc
caaggaaactctctgctctgttcctatggaatggatgactatgtgcacctgtcagaagct
gtgcttgatggggtcaaagtacaactgcggcctctcgccagcattctcagcagctgtcac
ctaacacatctgatactcttgcccaagtctgtgggtgccatcacagagacaaactgcctg
cgtctctggaagttccatgattttctgtcctctgggtcacagaatggcttgaaattcata
gaaacactgcctctgcacctgtgtgccatcacatcctttgatgtctgcctctccttgagt
ctttttgtcacaggttctgccgatggctctgttcggatctgggacttccatggcagactc
ataggcattctggactcatcactgcactttggcccagtctgttttgcaaatgaccggggt
gacctgcttgtgacttttaaccagagtctttacctagtgtcctgtttaaaattgcttccc
ccagccctgctgactcgcctttcctttatgagcatatcagatgaagtactggaagtccct
aagcctttcataccaagcttcttcttctcctttgagaccatgtttgtgcccaagtacatc
taccctggacaagcgcaacagaaattagtgggtctggagaaacttgtcaacaaccgggcc
attgcctttgaccattctgtgccacatgtgatagaagaagatgaggaagggagcccagtg
ttactgcgttcctccatgcattattctttgcaggacatggaagattggatgcaggtgagc
aaacgttaccaatgccattatgtgcttcctccccagctacaactgactagctgggatgga
ctcaacccctatcagatattgcgatactactttggtcatgggcgggaatggctttttgcc
cctgactgctatatccccaattcagtgattcgtgcccgtctttggccagagggcacccca
atatacctacagtgcaacctgcatgcaccccagcgggagctggaatgggacaggtctcaa
gaattctttttctggcacagcagggtaagagctataagtaatacagaatatccaaagaat
aaggaggaggatgaacacttcctagaaatgagactttccaaggatgtaacctacagtgtc
cttacagatggagcaaaccgaagttggctgggaagaaagatgagtgaaataaccattaat
agcatgattgagacaatgctcaatattatggtccatgcttccttgctgaagtaccagtgc
tgtgttggtgcactagggcaaatctttgcctcttaccaggtgtccccagccctacgctct
gagacagcccgtcggctactgaatgatacaaccaattccaacccgctgatccgagaacta
gcttgggaagggctgaagcgtctaggaatgattactcatctttttgccatgcctctggct
caaggattaatggacaaggatgaaagagtgaggatcaagaccctaagcctcatggctgag
attggaatccactctaggacctcactcttacagctgacccaaaaacaagagacttttcgg
gagatgcagcagcagatgatcggggaggaacccctggaccatctactggggatgcgggcc
acagatctccaaatcctttccactcaagtggagcagagattgaatgaaaacctgaccctg
tcacatagagatgaaaagccggctttttctttagatgtctcaatgccttctgaacttaaa
tcctccctgaaacctcctacagtttctgaagaatctgaagtggccatcaagcccagcaaa
ggccaaagacgaggccaagcaggggtcaaaaagcatagccaaaaatggttgcggggtctc
aagaagacgaaagagagagactctaaacagatgagcacagagccaggcctcttagaggat
gaaagtgggactgaggccgcaccaattgagatggaggaagcatccgtctattcccaatgg
tcttcaagcaccagtgtaataaagctctcaaaagatgttgattctcaagagaaagatatc
tcgaaggatcacattgcattgaccctgaagaggctgcagaaaatacgtgacaaaagagac
aagaaagcaacagctcagaaactcaaaaagaagcacaaaaagaagggaaaagaagccaaa
gttataaatgaggaaactacacctcctgtaatggaacagccagttactaaaaaggttaaa
atccaagggcggggagcctctggaatatctggccgcaggtcaaccgctggagatggctca
tcatggagggacgatctatgtcgtcttatggccctgaggatatctggttcccaaacaaaa
atgtcagaaaacctaaacgctgagctagtgacatttgctcaggagatgctggtagatagg
caccccagctgggaactctttcaggagatctgccccctattgaagaaagaaagtaaggtt
ctgcttgaggaccttgattgggatgtagtcccgccagagaagaaaccaatttttatccag
gaaggagcaattagagaggacatgatacaaggtgtgacccaagaggtgatcagacacaag
gaagtgatgccaagggaagaagaacaagcacaaaagaaagcaagagacatgctgggcttg
gaggaaacccaagtgattttgaaaaagggcaagaaagttatttttttagaaccaggtaat
gtaaccatgggaaaagaaatatcaaagaaagaagagaagaaaacctttcagaagtcacct
aagcaagggaggaaagctgtccagaaggaaagaaaagtaggaaaaataaagagggaaatg
accaaagaagagagggatatgagtgaggaagtggaggaaatggccacactagaggagaaa
gtggtcaaacaagaaggaaaactggttatgattgagaggacaccatcttggcaggactgg
aaaaaggcctgggatgagtggaaacaggtccatggtgagacaaggaaatcctggaaggca
tggaaggaagaatgggagaagaggcttcttcaggaagaggagaaactacatcaggctgga
gagaagctatccccggaggaggaaatgcttcaggaggacaagaagctgaaatgggaggag
tggaaacaagtctgggaaaatatgttatcatctaagtccaaggagcaacagtacaaggat
gaggaagaagtgactttggaggaagaagtgtctcgggagggggaagaaaaagaacagcag
gtcacagaagagcagagacacatccaagaagaacacaaatgggccagaatacacaggaaa
cgagcccgagctgaaaaaaaacgagcccaagaagagaggaaattagcacaagaagaagag
aaacttgcacaagaagagagacagttggcccaggaagagagaaaactggcccaggcatac
gtgaaaataacccaggatgacagggaaatggcccaggcagagggtaagtttgcccagaaa
gaggaaacactggcccaaagaggggagaagctaagccaggaggcggagaaattggcccag
aaaaggaagaaactggccaagaaatgggagaaagtggctagagaagaagagaaactagca
aagaaaggagggaaactggctgaggtgaaaaacatattggcccagaaagtggaagaactg
ccccagagggaacaaaatctggactggcaagaaaaggagctggcccaggaattggaggaa
ctggaatgggacatggaagaactgtcttggaaagaagaggaactgaatcaggaagagggg
aaactggttgaggaaaagaagaaactggctgaggaagaggaggcattggcctggcaaagg
gagaaactgtctgaagaagagacaaaactggcccaggaagaagagttgctgatccaggaa
aaggagaaactggcccagcacaaggaaaaaatgcctgaggaagaggaaagactgggacgg
aaaagggagcaattgattgagaagaagatgaaactggcccaaaaaagggaaagatggatc
aacagcatggaagaactcacaaagaacaagatgatactgtaccagaagaagaatctggct
caggaaaagaagaatctggcccaggagaaggaaaaattggctcagaggaaagagaaccta
ctctataataaagaaagactcacccacagcaaaaagcaattagtgcaagtaaagaacaaa
ttgggaatgttcaacaagatactggctcaggtagaggagaagctgacacaggaaaaggag
actgtgatcaagaagaaggagaaactggctgaaacagagaaaaaattggtccaagtagag
gatagtttggccaaaaaacaggagaaattggcccaggaaaaaatgaaattagctctggag
aaggcaatggtccaaggaaagaaacggctcagaggagagttggatattgctaaggaagaa
aaggcattgaacctggaaatgaaaagactggctgaggagaagatgagactggttgaggga
aaagaaacactgtctaagggagagactccagaaacttctagacaaaggaaaatgactcaa
gttgaacaagaactatttgagagaaaattgtcactagaggagaagatactgctacatgaa
gacaggatattggccatggaggaaagcgaaattgccaaaggaaaactggaatttactaga
ggacagagaatatttgtccaggggcaaagaaagttagccaaggcttcaaggaagttgatt
aaaaaaagggagagcctttccaaggaaccagcaaaactgaacaaaatcttaaaggcactt
caaaaactaaccagggatgaaaggaaactaacacaggaagaaataaaaatgacaaagatg
aagagggcactctttgttaaggagcgcaggttgagtatagaacagagtaagctggatatc
aaagagtgggatttttctgaaaaacgatcagaactgactaaagatgagaagaaactggct
cggaagcagagaaaactggccaacaaaatgagaagaatgataaacaaagaagaaaaaatg
actgaggaagagagcaaattggccagaaagcattcagaagtcatactggatgatgaagag
gaaggaggaatagaagaagaagaggtaatcccattccttaaacgaaggtggagaaagagg
aaagaggccaagagaggtgacaaaccaaaagaaaagttttccagtcaagtggatgaagtg
gaaagtgaagagcatttttctgaagaaatggaaagcctgttagatgaactagaaaagcaa
gagagtttgtcttctgaggaggaggaggaaagggaggaagaagaggaaagggaggaggag
gaggtaagggaggaggaggaggaaaggaaggaggaggaggaaggggaggagaagcaagtg
gagaaagaagaggaggagaagaagaagaagaaaaaggaaaagaagaaggaggaggttcag
gagaaggaagaagtgtttgaggagaaagaagaaattatgagtgaggaagagacagaaagt
ttgagtgacgaggaagaggaagaggagagctgctcattggaagaagaggtggacagggaa
aaagagatcttaaaaaaagaaaaacaatttaagttacaagaacaaagaagaaagagccta
agaggaagggaaagagtcctttccattttaagaggagttcctcatggcaaaggcagggct
ataagactaggagttctaaaaagccctttgaagaaactgatgtcaacagctctggagatg
aaagagaaaacaccagtgccagtgccggagaaacaaatatcctgggaagataaaaaggcc
acagtagttgaaatacccaggaaattcttagggacaatggataaagaaagagaagtgatg
ggaaaatatgaacccatacctccacatgttttgggtacagttttggagtcccaagcacag
gacttaaagaccccatttatgtcccacatattaaggaggaccgtggaagctgaggaactc
caacacaaaccactaggtgcctggtggaagtggtttttgcagcatccacctctgatggga
cagactgaggtacagttacctctctcccaaatcccagctaaggaacaacatgcagacgta
agcctctcagatgtagagtggatccgccatgtcctagaacgaatggaagcgggagaacag
ctttccagggatggtttccatagactgtgccagctgctcaaagaccttgcctcaaaggga
aacttagaatggctgcatctggccaaacatgaagccattgtgtaccgtcacagacaggcc
ctggagtcacaagacacaaggatctcaagtagacagtccatgagtccaaaatacctgaaa
gtgattcctcctataaaagcaaaggaaaaggagagctggccaaaacctttggctgtcccc
acacaaaagtccccattagctaccaagaggattccagacccaagggctaaaaattggcat
cttctaggagaaccttacagaagtgagagggcacagcagatatccattgctcacaaggag
atggaaatgcaatacttttatcctgccaccagagacatttttccaagtgcccatgcctct
gtggaaaaacaaaccctggcactgatgtttcaaaaggacttctgggattttaaggataaa
cgcaggtttcctaaactgcccaagttagagaagaagacacagcccatttctaaaaaaaag
gaagagttgcctttgtgggagacatttgtggcactgtaccatgttttgcggatgctgcag
cagcgatatccaaaagacagcactgcttggatggaacagttctaccagctcatggacctg
taccaacttaagtcccccagaatccagaagctgcttcaggagctgctaatgagagaggaa
cctcaaccccaagagatcatctacgaagaggccctaaaagccacagagctagttcccggg
gaacggctgttctgctgcctgttttgtggcagttctcatactcctagaagtcctcaggag
ttccagggtgcggtacccctcccatggcagaactgtgtgcgcaccatccttcccgtgggc
attgcccggtatgggatcttagaacttgcctggaagagcctgcctgaagctgatcttcat
ctcaccaaggcactgacacacaccgttgctcccactctctaa

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (11)   
   NCBI-Gene (1)   
   NCBI-GI (5)   
   UniGene (1)   
   HGNC (1)   
   ENSEMBL-HSA (1)   
   OC (1)   
   VEGA (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (9)   
   RefSeq(nuc) (1)   
   GenBank (4)   
   EMBL (4)   
Protein domain (1)   
   Pfam (1)   
All databases (24)   

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