KEGG   Mus musculus (house mouse): 240613
Entry
240613            CDS       T01002                                 
Symbol
Brd10, 9930021J03Rik, Gm9832, mKIAA2026
Name
(RefSeq) bromodomain containing 10
Organism
mmu  Mus musculus (house mouse)
SSDB
Motif
Pfam: Bromodomain FYVE_2
Other DBs
NCBI-GeneID: 240613
NCBI-ProteinID: NP_766424
MGI: 2444398
Ensembl: ENSMUSG00000046138
Position
19:complement(29691802..29784273)
AA seq 2094 aa
MSVPEPPGEMERAAEEERPPPPTGEGNEEEVVVAAAARASGLVRRRSASSVDEEEEAAAS
ETTVVAGGGCKEQELTYELQQGYRILGEFLQEKHRGLTAPFLQPLGGVAAGEEEVAEGRR
SGGRGSRVPPQQPSQGMCLLKMEEKFSSGQYRGITEFVADFRLMLETCYRLHGVDHWISK
QGQKLEMLLEQKLALLSRHLREKTTIAVTSRGYYGLEEEKGTACPSTRRRSTPRSLAGLT
SGVFESIMVQVLRQEEQLRAKEEKRLREQERKEAEEACQKEVEEWERKLLAQAAPACMEN
MWEIPAIGHFLCLAQQILNLPEIVFYELERCLLMPQCNAFLSKIMTSLLSPPHRRPTLHR
RPTLPYRTWEAVLRQKVQQWYTAVGQTENPDNCAEKLGLCPQFFKVLGEVNPLEERPFHE
LPFYQKVWLLKGLCDFVYETQKEVQDAVLGQPIHECREVILGYDYLENAYVHFPQFCGAD
VRIYKQRPFQAPEFPVPPIKVKRVPRIKLEKFKCDYANTSNGEHRCTKEGLPLAFKKEQE
IDFDPACCPTKMNFDNHDITLEMEVKSNCDIKVHRPCEIEKTDCCKENLQKPRSPGEVTG
FGEPLSPGEIRFIENQEKYGEASKIKTESNPLKENALKSCQIHINGSHIDHPDINCHKVV
RDILLEHSLQSHKKLKLTKMRAKKKKKKKKKLKDVLNENLQRKREGLHSLPFKSYKPEIQ
NKLLIIKKKGKHKKHKSGKKSISKKAITKKRKTVTKSPAVPEFQLICTNLDELRELITKI
ENELKDLENSRKKSGKWYHRRQAVKELHSTLIRLLNELLPWEPKLMKAFQRNRSRLKKDY
DDFRRQPDHGQFTRELWATDECEGNPEREAPKAEVSKSVDAAEPLDTLEKEQEGSDDMKL
SEIGFPMARSKLLKKELPSKDIVKTLPKTLKRQSKQSSYLDDSTKELSPRKKAKLSTNET
SVENLEVNMQIECLKESKPPELPTPESFASKASVPVSTLQKGTKPIQALLAKNIGNKVTL
TNQLPPSTGRSVPAVEKPALSPEDTSPLKPALTCLTSTKGPLQMVYKMPCGQWLPVDLHS
SSVKIQMQPMVDSKTGEKIMQQVLILPKNFVIQHKEGKAVEKEIAAPQQKGPEHCSPGPQ
TSASCSLVSVPVTSVSTQLPNTVLSKTSTPSSNVSARSQPLSPVASVSNALTSPVKTSQS
EAGKVKSTASSTTLPQPHTSPTISSTVQPLLPATTLNESTDPGSSIPCFSQQTVDSSEAK
QELKTVCIRDSQSILVRTRGGNTGVVKVQTNPEQNSPNSLSSSSVFTFTPQFQAFLVPKS
TSCSASSQVAGVTTTSSLPSFSQASTSVSISCGFHPPMGKNLKSTQGQTLSSGYVGPMIE
KTSYMPSSPLKPSVSSSSLLPSTTNSSVSVISISTGNFGQTNTNVIHTSTKPQQVDCITK
SYPVTRSEATTAVNGDVLGETPGQKLMLVSAPSGLPSGSVPSVNTAPEPTSAGVSTQKVV
FINAPVPGGASSSAIVAESLRQSLPSPLNKTYIKNPEQPQIVLIPSTVGAPIKINSSPTV
SQIKDVKIGLNIGQAIINPPGNLPAMSSINILQSVMPKGEDKSSKSCISPISPNSNSAPA
SSNIVNHSLPAASESARTANTFSGIGASVPLSSLSVASSPASAGTRPPVLVSGNDTSSRI
MPVLSNRLCPSNLGNTVAISTVKTGHLASSVLISTTQPTVSPKCLTPALQIPVTVALPTP
VTTSPKIINTVPQSATIPGATRPVSLSKRQSQTSLQFQSPGTTTIVPTNANTNKPPAELS
PSASPGKIVNISNVTSMPNQHMSPSLVKSTLGNNSIAGGSAIHTCSPPSNITSLAGAPFS
EPCIQQKIVINTSTPLAPGTQIMMNGARFIVPPQGLGAGSHVLLISTNPKYGPPLVLNSG
QSILATPVDNPVQKIIQTSNSSLSGQPLKPSVRNSPKTVNSLGSPSSLSAVHTPPHIINT
PAKVCVPPAPPAALTSVIKSSPATLLAKTSLVSAISSSNPPLPSSTSVLHLDTSVKKLLV
SPEGAILNTINTAAAKVSSLPSPLPPVVSASQNPASVFPAFPSSALEKPDTAAS
NT seq 6285 nt   +upstreamnt  +downstreamnt
atgagcgtgccggagccaccgggggagatggagcgggccgcggaggaggagcggccgcca
ccgccgaccggagaagggaacgaggaagaggtggtggtggcagcggcggcccgggcctcg
gggctggtccgccggaggagtgcctcctcggtggacgaggaggaggaagcggcggcgtcg
gagacgacggtggtcgcaggcggtggctgcaaggagcaggagctgacctacgagctgcag
cagggctaccgcatcctgggcgagttcctgcaggagaagcaccgcggcctcaccgcccct
ttcctgcagcccttggggggcgttgccgccggggaagaagaggtggccgaagggcggcgc
agcgggggccggggcagtcgcgtccccccgcagcagcccagccagggcatgtgtctgttg
aagatggaggagaagttctccagcggccagtacaggggcatcacggagtttgtggcggac
ttcaggttgatgctggagacctgctaccgcttgcacggtgtcgaccactggatctccaaa
cagggccagaagctggagatgttgctggagcagaagttggcgcttctctctcggcacttg
agagaaaagacaacgatagcagttacatctagaggctactatggattggaggaggagaag
ggaactgcatgtccttcaacaaggcgtcggtcaacacctcgaagtttggcaggtttgaca
agtggagtttttgaatctataatggttcaagttttgagacaggaagaacagctgagagca
aaagaagaaaaaaggcttcgggagcaagaaagaaaagaagcagaagaagcttgtcaaaag
gaagtagaagagtgggaaagaaagctccttgctcaggcagctccagcctgcatggagaac
atgtgggaaattccagccattggccatttcctttgtttagcccaacagattctaaacttg
ccagaaattgtcttttatgaactggagcgctgtcttctgatgcctcagtgtaatgccttt
ctctctaaaataatgacttctctactaagccctccccatcgcagacctaccttacatcga
agacctactttgccttacaggacttgggaagcagtgctgagacagaaagtgcagcagtgg
tacactgctgtgggacagactgagaatcctgataactgtgctgaaaagcttggcttgtgt
cctcagttctttaaggttcttggagaagttaatccattggaagaaagaccttttcacgag
ctacctttctaccagaaagtatggctgcttaaaggactttgtgactttgtgtatgaaaca
cagaaagaagttcaagatgctgtgcttgggcagcctattcatgagtgcagggaagttatc
cttggttatgattatctggagaatgcttatgtacattttccacagttctgtggtgcagat
gtgcggatttataaacaaagaccctttcaggccccagaatttccagttccacccattaaa
gtaaaaagagtacctcggattaaactggagaaattcaagtgtgactatgctaatacaagt
aacggagaacacagatgtactaaagaaggcctgcccttggctttcaagaaagagcaagaa
attgattttgatccagcctgttgtcctactaaaatgaactttgataatcatgacatcact
cttgaaatggaagtaaaatccaactgtgatattaaagttcacaggccttgtgaaattgaa
aaaactgattgttgtaaagaaaatttgcagaaacccagaagtcctggagaagttactggc
tttggagagccactcagtccaggtgaaataagatttatagaaaatcaggaaaaatatggt
gaagcttccaaaataaagacagaatccaatccattgaaagaaaatgctctgaaatcttgc
caaattcatataaatggaagtcacattgatcatccagacattaactgccacaaagttgta
agggatatattgttagagcactcactgcaaagccacaagaaactcaagctaactaaaatg
agggcaaaaaagaagaaaaagaaaaaaaagaaattgaaagatgttttgaatgaaaattta
caaagaaagcgtgaaggtcttcattctcttcccttcaagtcttacaaacctgagatccag
aataaattattgatcatcaaaaagaaaggaaaacacaagaagcacaaatctggaaaaaaa
tccatatctaaaaaagcaatcacaaagaagaggaaaactgtcacaaagtcacctgctgtg
ccggaatttcagcttatttgcactaatcttgatgaactcagggaattaatcacaaaaatc
gagaatgaactcaaagatctggaaaacagtagaaaaaaatcgggcaaatggtaccatcgg
aggcaagctgtaaaagaattacatagtacactaatacgccttttaaatgaattgctacca
tgggaaccaaagttaatgaaggcttttcagagaaacaggagccgcctgaagaaagactat
gatgatttccgaagacagcctgatcatggtcagttcactagagagctatgggctactgac
gagtgtgaagggaaccctgagagagaggctcctaaagccgaggtcagtaagtctgtagat
gcagcagaacctctggacaccctggagaaagaacaggagggctcagatgatatgaagtta
tcagaaataggctttcctatggccaggagcaagttgttgaaaaaagaattgccttctaaa
gatatagtgaagacactgcctaaaacacttaaacgacagtccaaacaaagtagttatcta
gatgatagcacaaaagagctttccccaaggaagaaagcaaagctaagcacaaatgagaca
tcagttgagaacttagaagtcaacatgcagattgaatgtttgaaagaatcaaagcctcca
gaactgccaactccagagtcatttgcctcaaaggcttcagtaccagtgtctactctccag
aaagggaccaaacctattcaggctttgcttgcaaagaatattgggaacaaagtgacctta
acaaatcaactgcccccttctacaggtaggagtgttcctgctgtggaaaagccagctcta
tctcctgaagatacaagccccctaaagccagcattgacctgcctcaccagtacaaaagga
cctttacagatggtatacaaaatgccctgtggtcagtggttgccagtagaccttcacagt
agttctgtcaagattcagatgcagcctatggtggactctaaaacaggagaaaagatcatg
cagcaagttcttattctgcctaagaattttgtgattcagcacaaagaggggaaagcagtt
gaaaaagagatagcagcacctcagcagaaaggcccagagcattgctcacctggcccacag
acaagcgctagctgttccttagtgtctgttcctgtcacctctgtgtctacccaactgcct
aatacagttctcagtaagacaagtacaccttcatcaaatgtgagtgctagatcacagcct
ttgtctcctgtagcctctgtaagtaatgcattaacatcaccagttaagactagccaaagt
gaagcaggaaaagtcaagagtaccgcttcatccaccacactcccccagcctcacacttca
cctaccatttcatcaacagttcagcctctcttgccagcaacaacactaaatgaatctaca
gatcctggcagttccatcccctgtttttcacagcaaactgttgattcttctgaggcaaag
caagaactaaaaactgtatgtatacgagattcacagtcaattcttgttaggactcgaggt
gggaacactggagttgtaaaagtacaaactaatccggaacaaaattcacccaacagttta
tcttcaagttctgttttcacctttacacctcaatttcaggcatttcttgtgccaaaatca
acatcatgctctgcttcctcacaagtagccggagtgactactacatctagtctaccatct
ttcagccaagcatctacgtctgtgtctatttcgtgtggctttcatccacccatggggaaa
aatctcaaatctacacaaggccaaaccttgagcagtggttatgtaggccccatgatagaa
aaaacgtcatacatgccctcttcacccttgaagccttctgtttcttccagctcactgcta
ccatcaacaacaaatagttcagtgagtgtaattagcatatcaacaggaaattttgggcaa
accaatacaaatgttattcatacatcaactaaaccacaacaagtagattgtatcacaaaa
agttacccagttacaagatcagaagcaacaacagcagtaaatggtgatgtgctcggtgag
actccaggtcagaaactgatgctggtgtcagctccatctggtctcccttctggcagtgta
ccttcagttaacacggcaccagaaccgacatctgcaggtgtgtctacccagaaggtagtt
tttattaatgctccagttcctggtggcgcttcatcctcagctattgttgcagaatcatta
agacagtcacttccttctcccttgaataaaacatacattaagaatccagagcaaccccaa
atagtactaattccctctacagtaggagcaccaataaaaataaattcttcaccaactgtg
tctcagattaaagatgtgaaaattggactaaacataggtcaagcaattataaatcctcca
ggaaatctgccagctatgtcatcaattaatatattgcaaagtgtaatgccaaagggtgaa
gacaaaagtagtaagagctgcatctcccccatctcaccaaacagtaactcagctccagca
agctcaaatattgtgaatcacagtcttcctgctgctagtgagtcagcaagaactgcaaat
acgttttcaggaataggagcaagtgtacctttgagttccctttcagtggcctcctcccct
gcttcagctgggacacgacctcctgttttagtcagcggaaatgatacctcttccagaatt
atgcctgttttgtcaaatagactttgtccatcaaatctcgggaacactgtggccatatca
actgtaaaaacaggacacctcgcatcatctgttctcatttcaactacacaaccaacagtg
tctcccaaatgcttgacaccagctttgcagattcctgtgactgttgccttgcctacacct
gtaactacatctccaaaaattatcaacacagttccacagtcagcaacaataccaggagcc
acgcgccctgtatctctctctaaaagacagtctcaaacttctctccagtttcagtcacca
gggactacaactatagtgccaacaaatgcaaacacaaataagcctccagctgaattatcc
ccctcagcaagtccagggaaaatagttaatatttccaatgttacttctatgccaaaccag
catatgtccccttcattagtaaaaagtactctcggtaacaattctattgcaggtggctct
gccattcacacttgttcaccaccatcaaatataactagtctggcaggtgctccgttcagt
gaaccttgtattcagcaaaaaatagttatcaacacaagtacacctttggcaccaggaact
caaatcatgatgaatggagcccggtttattgttccgcctcaaggtcttggagctggtagc
cacgtcctccttatctctactaatccaaaatatggacctcccttagttcttaacagtggc
caaagcatattggctacaccagtagataatcctgtccagaagatcatacagacatcaaat
agttctttaagtggacagcctttaaagccttctgtaagaaactctccaaagactgtaaac
tctctcggaagtccaagttctctctctgcagtccatacaccaccacacatcataaacaca
cctgctaaagtctgtgttccacctgcaccaccggcagcgttgacttcagtaattaagtcc
tctccagctactctcttagctaaaacctctttggtttctgccatttcctccagtaaccct
ccactgccaagtagcacatcggtacttcatttggatacctctgtcaaaaagttattggtt
agcccagaaggagccattttaaataccataaatactgcagcagctaaggtatcttcattg
ccttcacctcttcctccagttgtatctgccagtcagaatcctgcatctgtcttccctgct
tttccgtcatctgctttagagaagcctgacacagctgcatcttga

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Genome (1)   
   KEGG GENOME (1)   
Gene (62)   
   KEGG GENES (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (34)   
   RefSeq(nuc) (16)   
   GenBank (9)   
   EMBL (9)   
Protein domain (2)   
   Pfam (2)   
All databases (110)   

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