KEGG   Homo sapiens (human): 158358
Entry
158358            CDS       T01001                                 
Symbol
BRD10, KIAA2026
Name
(RefSeq) bromodomain containing 10
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: Bromodomain
Other DBs
NCBI-GeneID: 158358
NCBI-ProteinID: NP_001017969
HGNC: 23378
Ensembl: ENSG00000183354
UniProt: Q5HYC2
Position
9:complement(5878834..6008482)
AA seq 2103 aa
MSVPGTPGAMEPAGEEERPPPAAEGEDDEEEVAAAAQTSGPAHGRSASSLEDADDQEEEM
EAMVIGGGCCKEQELTYELQQGYRILGEFLQEKHRGLTAPFLQPLGGVATAEEEVAEGPR
SGGRGGRAFPQQPGQGMCLLQMEEKFASGQYGGITEFVADFRLMLETCYRLHGVDHWISK
QGQKLEMMLEQKLALLSRHLREKTTIAVTSRGYYGLEDEKGTACTSTRRRSTPRSLAGLT
SGVFESIMVQVLRQEEQLRAKEEKRLREQERKEAEEASQKEIEEWERKLLAQAAPTCMET
MWEIPAIGHFLCLAQQILNLPEIVFYELERCLLMPQCNAFLSKIMTSLLSPPHRRPTLHR
RPTLPYRTWEAALRQKVQQWYTAVGQTENPDNCAEKLGLCPQFFKVLGEVNPLEEKPFHE
LPFYQKVWLLKGLCDFVYETQKEVQDAVLGQPIHECREVILGYDYLENAYVHFPQFCGAD
VRIYKQRPFQAPEFPIPPIKIQRVPRIKLEKLKCDYVSTSNGEHRCSRDSLPSSFKKEQE
NNFDPACCPAKMILDNHDISVEMGVKSNYEIRIRRPCEIKKTDCCKENLEKPRSPGEVTG
FGEPLSPGEIRFIENQEKYGEASRIKIEPSPLKENTLKSCQIHVNGSHSDHPEINCHKVV
RDILLEQSLQSHKKLKLTKMRAKKKKKKKKKLKDVLNENLQRKREGLHSLAFKSYKPEIQ
NKLLIIKKKAKHKKHKSGKKSVSKKAITKKRKTVIKSPTVPEFQLICTNLDELRELITKI
ENELKDLENSRKKSGKWYHRRQAVKELHSTLIRLLNELLPWEPKLMKAFQRNRSRLKKDY
DDFRRQPDHDTFNRELWTTDEGEGDLGKDSPKGEISKSIDSTEPLDILEKDHFDSDDMKL
SEIDFPMARSKLLKKELPSKDLPKTLLKTLKRQSKQTDYVDDSTKELSPRKKAKLSTNET
TVENLESDVQIDCFSESKHTEPSFPESFASLDSVPVSTLQKGTKPIQALLAKNIGNKVTL
TNQLPPSTGRNALAVEKPVLSPPEASPIKPALTCHTNTKGPLQMVYKMPCGQWLPIDLQN
SSVKIQVQPMVDPKTGEKIMQQVLILPKNFVIQHKEGKAVAKEVPPLQQKGTEQHCSSFP
QTTNINSSLASVFVNSPGTVSTQLPNTAFNKTITPLSNISSARPQPLSPVTSVSNLLTPS
VKTSQSEAGKAKNAVSAATFSLPSASPTISSTGQPLSSTTTLNGSTNPGSSFNCFAQQTA
DSSEAKQELKTVCIRDSQSILVRTRGGNTGVVKVQTNPDQNSPNTVSSSSVFTFAPQLQA
FLVPKSTTSSSAFSPVAGTTTTSSLSPFSQTPTSVSIPASFAPSMGKNLKLTLGHTTGSG
DLGHVIDKTSHMPSSPLKSSICSSTLLPSTTSSSVSVISISAANFGQNNANIIHTPTKQQ
QVDYITKSYPVTRSEATAATNGDVISGTPVQKLMLVSAPSILSSGNGTAINMTPALTSTG
VSAQKLVFINAPVPSGTSTPTLVAESLKQTLPPPLHKAYVKTPEQPQIVLIPSTVGTPIK
INSSPAVSQIKDVKIGLNIGQAIVNTSGTVPAIPSINILQNVTPKGEDKSSKGYILPLST
SGNSVPVSSNFVSQNITPVNESVVSSARAVNVLSVTGANLSLGSFPVTSASASAGAQPPV
LVSGNDTSSRIMPILSNRLCSSSLGNTVAISTVKTGHLASSVLISTTQPVVSPKCLTSAL
QIPVTVALPTPATTSPKIINTVPHSAAVPGATRSVSISKRQSRTSLQFHSPGISTTVPTN
VNTNKPQTELSSLSTSPGKITNTSNFASLPNQQALVKTPSYSSAPGGTTIHTASAPSNVT
SLVGSQFSEPCIQQKIVINTSTPLAPGTQIMINGTRFIVPPQGLGAGSHVLLISTNPKYG
APLVLNSGQGIQSTPIDNSAQKITLASNNSLSGQPLQHPLRSPTKFINSFGNASSIPTVH
TSPQLINTTAKVPVPPPVPTVSLTSVIKSPATLLAKTSLVSAICPSNPPLPSSTSVFHLD
PPVKKLLVSPEGAILNTINTPASKVSSLSPSLSQIVVSASRSPASVFPAFQSSGLEKPDR
AAS
NT seq 6312 nt   +upstreamnt  +downstreamnt
atgagtgtgcccgggacgccgggagcgatggagccggctggggaggaagagcggccgcca
ccggcggccgaaggagaggacgacgaggaggaggtggcagcggcggcccagacctcaggg
ccggcccacggaaggagtgcctcctcgctggaggacgcggacgatcaggaggaagagatg
gaggcgatggtgatcggaggcggttgctgcaaggagcaggagctgacctacgagctacag
cagggctaccgcatcctgggcgagttcctgcaggagaagcaccggggcctcaccgccccc
tttctgcagcccttggggggcgttgccaccgcggaggaggaggtggcggaagggccgcgc
agcgggggccggggcggtcgcgccttcccgcagcagcccggacagggcatgtgtctgctg
cagatggaagagaagttcgccagcggccagtacgggggcatcaccgagttcgtggcggac
ttcaggttgatgctggagacgtgctaccgcctgcacggagtggaccactggatctccaaa
cagggccagaagctggagatgatgctggagcagaagttagcgcttctctctcggcacttg
agagaaaagacaacgatagcagttacatctagaggctattatggattggaggatgagaag
ggaactgcatgtacctcaacaaggcgtcggtcaacaccgcgaagtttggcaggcttgaca
agtggagtttttgaatctataatggttcaagttttgagacaggaagaacagctgagagca
aaagaagaaaaaaggcttcgggagcaggaaagaaaagaagcagaagaagctagtcaaaag
gaaatagaagaatgggaaagaaaacttctagctcaagcagctccaacttgtatggagacc
atgtgggaaattccagctattgggcatttcctttgtttagctcagcaaattctaaatttg
ccagaaatagtcttttacgaattggaacgttgtcttctgatgcctcagtgtaatgctttt
ctatcgaaaataatgacttctctattaagtcctccccatcgcagacctaccttacatcga
agacctactttgccttataggacctgggaagcagcgctgaggcagaaagtacaacagtgg
tacactgctgtagggcaaactgaaaatcctgataactgtgctgaaaaactggggttgtgt
cctcagttttttaaagttcttggagaagttaatccattggaagaaaaaccttttcacgaa
ctacctttttaccaaaaagtgtggctacttaagggtctttgtgactttgtgtatgaaaca
caaaaggaagttcaagatgctgtacttggacagcctatccatgaatgcagggaagttatt
cttggttatgattatttggagaatgcttatgtacattttccacagttctgtggtgcagat
gtacggatttataaacagagaccctttcaggccccagaatttccaattccacccattaaa
atacaaagagtacctcggattaaattggagaaattgaagtgtgactatgttagtacaagt
aatggagaacatagatgtagcagagatagcctgccctcttccttcaagaaagagcaggaa
aataattttgatccagcttgctgtcctgctaaaatgatcttggataatcatgacatctct
gttgaaatgggagtaaaatccaactatgaaattagaattcgcaggccttgtgaaattaaa
aaaactgattgttgtaaagaaaatttagagaaaccaaggagtccaggggaagttactggc
tttggagagcctcttagtccaggtgaaataaggtttatagaaaatcaggaaaaatacggt
gaagcttccagaataaagattgaacccagtccattaaaagaaaatactctaaaatcttgc
caaatacatgtaaatggaagtcacagtgatcatccagaaattaactgccacaaagttgta
agggatattctattagagcagtcactacagagccacaagaaactcaaactaactaaaatg
agggcaaaaaagaagaaaaagaaaaaaaagaaattgaaagatgttttgaatgaaaactta
cagagaaagcgtgaaggtcttcattctcttgcattcaagtcttacaaacctgagatccag
aataagttattgatcatcaaaaaaaaagcaaaacacaagaagcacaaatctggaaaaaaa
tccgtctctaaaaaagcaatcacaaagaagaggaaaactgtcataaagtcacctactgta
ccagagtttcagcttatttgcactaatcttgatgaactcagggaattaatcacaaaaatc
gagaatgaactcaaagatctggaaaacagtagaaaaaaatcgggaaaatggtatcatcgg
aggcaagctgtaaaagaattacatagtacattgatacgtcttttaaatgaattgctgcca
tgggaaccaaagttaatgaaggctttccaaagaaacaggagccgcctgaagaaagactat
gatgatttcagaagacaacctgatcatgatacatttaatagagaactatggaccactgat
gaaggtgaaggagatcttggaaaagactctcctaagggagaaatcagtaagtctatagac
tcaacagaacctctggatatcctggagaaagatcactttgattcagatgatatgaagttg
tcagaaatagattttcctatggctagaagcaagctgttgaaaaaggaattgccttcaaaa
gacttaccgaagacactgcttaaaacacttaaacgacagtccaaacaaactgattatgtg
gatgacagcacaaaagagctttctccaaggaagaaggcaaagttaagcacaaatgagaca
acagttgagaatctagaaagtgatgtgcagattgactgtttcagtgaatcaaagcataca
gagccatcatttccagagtcatttgcctcattggattcagtaccagtgtctactctccag
aaagggaccaaacccattcaggctttgcttgcaaagaatattgggaataaagtgacctta
acaaatcaactgcctccttccacaggtagaaatgctcttgctgtggaaaaaccagtttta
tctcctccggaagcaagcccgataaagccagcattgacctgccacaccaatacaaaaggt
cctttacaaatggtatacaaaatgccctgtggccagtggttgccaatagatcttcaaaat
agctctgtaaagattcaggtgcagcctatggtggatcctaaaacaggagaaaaaatcatg
cagcaagttcttattctgcctaagaattttgtgattcagcataaagaaggaaaagcagtt
gcaaaagaagtgccaccacttcaacagaaaggtacagaacaacattgttcatctttccca
cagacaacaaatataaattcttctttagcatcagtttttgtcaactcaccaggaactgtt
tctacccaactaccaaatacagctttcaacaaaacaattacacctttatcaaatataagt
agtgctagaccacagcctttgtcgcctgtaacctctgtaagtaacttattaacaccatca
gttaagactagccagagtgaggcaggaaaagccaagaatgcagtttcagcagccacattc
tccttgcccagtgcttcaccgaccatttcctccacaggtcagcctctgtcatcaacaaca
acactaaatgggtctacaaatcctggtagttccttcaactgttttgcacaacagactgct
gattcttctgaagcaaagcaagagctgaaaactgtgtgcataagagattcacagtcaatt
cttgttaggacacgaggtgggaacactggagttgtaaaagtacagaccaacccagatcaa
aattcacccaatactgtatcttcaagttcagttttcacttttgctcctcagctgcaggca
tttctggtgccaaaatcaacaacttcttcctctgctttttcacctgtagctggaacaact
actacatctagtctttcaccttttagccaaacaccaacttctgtttccattccagctagc
tttgccccatccatggggaaaaatctcaaacttacattaggccacaccactggcagtggt
gatttgggccacgtgatagataaaacttcacacatgccctcttctcccttgaagtcctct
atttgttctagtactctactaccatcaacaacaagtagttcggtaagtgtaattagcata
tcagcagcaaattttggacaaaacaatgcaaatattattcatactccaactaaacagcaa
caagtagattatatcacaaaaagttaccctgttacaaggtcagaagcaacagcagcaaca
aatggagatgtaatcagtgggactccagttcagaaacttatgctggtatcagctccatct
attctttcttctggcaatggaactgcaattaatatgacacctgcgctgacatctacaggt
gtttctgcccagaaattagtttttattaatgccccagttcctagtggtacatcaacccca
actcttgttgcagaatcattaaaacaaactcttcctcctccattgcataaagcatatgtt
aagactccagagcaaccccaaatagtactgattccgtctacagtgggcacaccaataaaa
ataaattcatcaccagctgtgtctcagataaaggatgtgaaaattggactaaacataggt
caagcaattgtaaatacttcaggcactgtgccagctataccatcaattaacatattacaa
aatgtaaccccaaaaggagaagacaaaagtagcaagggctatattttgccattgtcaaca
agtggtaattcagttccagtaagctcaaattttgtgagtcagaatattacccctgttaat
gaatcagtggtttcttcagcaagagcagtaaatgtgctttcagttaccggagcaaattta
tctttgggttcctttccagtgacctcagcctctgcttcagctggggcacaacctcctgtt
ttagtcagtggaaatgatacctcttcaagaattatgcctattttgtcaaatagactttgc
tcatcaagtctcggaaacactgtggctatatcaactgtgaaaacaggacaccttgcatca
tctgttctgatttcaactacacaaccagtagtgtctcctaaatgtttaacatcagctttg
caaattcctgttacggttgccttacctacacctgcgactacatcccctaaaataataaac
acagttccacattcggcagcagtaccaggagccacacgttctgtatctatttctaaaaga
caatctcggacttcactccagttccattcaccagggatttcaactacagtgccaacaaat
gtaaacacaaataaacctcaaactgaattgtcgtccctttcaacaagtccaggtaaaata
actaatacgtccaattttgcttctctgccaaatcagcaagctttagtaaaaacccccagt
tacagttctgctccaggtggcactaccattcacacggcttcggcaccatccaatgtaact
agtctagtcgggagtcagttcagtgaaccttgtattcagcaaaaaatagtcatcaatacc
agtacacctttggcacctggtactcagattatgattaacggaacccggtttattgttcca
ccacaaggtcttggagctggcagccatgttctccttatatctactaatccaaaatatgga
gcccccttagttcttaacagtggccaaggcattcaatctacaccaatagataactctgcc
cagaagatcacactagcatcaaataattccttaagtggccaacctctacaacatcctcta
agaagccctacaaaatttataaactcttttgggaatgcaagttctatacccacagtacat
acatcaccacaactcataaacacaactgctaaggttcctgttccacctcctgtaccaaca
gtatcactgacttcagtaattaagtctccagctactcttttggctaagacatctttggtt
tctgccatttgccccagtaatcctccactgccaagtagcacttcagtgtttcatttggac
ccacctgtcaaaaaattgttggttagcccagaaggagccattttgaataccataaatact
ccagcatctaaggtttcttcactctctccatctctctctcagattgttgtatctgccagt
cgaagtcctgcgtctgtcttccctgcttttcagtcgtcgggcttagagaagcctgacaga
gctgcatcttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (19)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (17)   
DNA sequence (40)   
   RefSeq(nuc) (28)   
   GenBank (6)   
   EMBL (6)   
Protein domain (1)   
   Pfam (1)   
All databases (93)   

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