KEGG   Drosophila mojavensis: Dmoj_GI10068
Entry
Dmoj_GI10068      CDS       T01062                                 
Name
(GenBank) uncharacterized protein
  KO
K11798  bromodomain and WD repeat domain containing protein 1/3
Organism
dmo  Drosophila mojavensis
Brite
KEGG Orthology (KO) [BR:dmo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dmo04121]
    Dmoj_GI10068
Ubiquitin system [BR:dmo04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   Cul4 complex
    Target recognizing subunit (DCAF)
     Dmoj_GI10068
SSDB
Motif
Pfam: WD40 Bromodomain ANAPC4_WD40 NBCH_WD40 Auxin_resp
Other DBs
NCBI-ProteinID: EDW15603
FlyBase: FBgn0132834
UniProt: B4K9V5
AA seq 2278 aa
MAFRSLTEEEAEKSISVEFQCDNFSNFVIKCVIMENRQPSLNDVIVPELYFLISKFLTAG
PLEETAKVLVQELEKKKVLPRRIDWLGNEHEQTFAELEQKYAHIGPNHLLEICSRLGPLV
DKELAPSVPGINSLLGTGRQNLLRTKDTVYKHRTLRDYCTRLHGISLPDSALTKPVHNLT
RVLSGREHGGLVRRKLLVPTDLYRKTKLLRRTIGHLSSVYCVLFDRTGRYIITGADDLLI
KIWSAADGRLLATLRGASAEITDIAINLDNTMLAAGSVDRILRVWDMQTTSPIAVLAAHT
GMITSVNFCPSPRSDLKYLVTTSTDGSIAFWQYSTPRGQKITFAPRPTQYHEKLRPGQAQ
MMCTTFSPGGMFLAAGSADHHVRVYMMAEDGPKRILEIEAYTDAVDSVQWSHRGLRFISG
SKDGTAHIWTFESQQWKSTKLCMTERLPSCPEPEEGKKLKVTMVAWDASDRYVITAVNDF
TIKIWDSKSAKLHRVLRGHKDELYVLESNPRDEHVLLSAGHDGQVFLWDIEQGVCVAQFF
NDIDGQGHGSVFDAKWSPDGTMIAATDSHGHMLIFGLGIGTEKYKLLPTELFFHTDFRPL
IRDAHHHVVDEQTQIMPHLMPPPFLVDADGNPHPTKYQRFVPGRERCSMDQLIPNLTVGI
DGIVIEDNINAPPNAAALVPAPAAGGVGAGAAGVGPGGNYSHIDRMIAALANRQGNNVNN
ANANDGNVLNQSFERLIMRQGQDQLPDSNSSRNATPRGNVLGGRRSITEGTPRQGWAAAL
PAAPAPAAGEQAQAEPLLNVLPAQQAMPFKFVRRTYVRPMKYAQLQNLKQTIYSAGQFEM
QEYKREMRRRPIMINTASAASALQAGVGRPRNTRSNGGGRPGRRRGAQSGQQQGGQQPAY
RTRAVRDQEEDHYEDAAVAAPHEEEEDDDSSNSSGDTSYSNVEENLEDSSDESDTDSSDY
SDWVADTPGPNLEPPKRSKRKPLSRRRTMSDDSSDDATAGPSAASSKKRGRKRVLIPPTA
PNGEIPELYRPAEWLSEVIPRKAPYYPQMGDEIVYFRQGHQRYLEAVRLKKVYKLSHSSE
PWNFRTLRDHELVRVIGIKYEIRPPRLCCLKLAIIDDEGNMTGTTFKIKYHDMPDVLDFL
VLRQTFDLAVQRNWNIGDRFRCMIGDGWWMGQIESRHALSADFPDSFFMCFRVRWDNGEY
EYMSPWDMEPIDEQRLPDEVGGAVPVLPEEIRATLYQPKSEEWHRGDRDGTCRRIINGLE
QVMRLSIAEHFLAPVDLNIYPDYAYLIEYPIDLTTVKSRFENHFYRRITSAQFDVRYLAT
NAEQYNRRHTSIVKHARIVTDLCLRIIREPDEIDVAAVYHQLVDIYHSSESENEADSDVV
PSTSTGPTTSAAAARQRVSSTRRSTRIRSDGDWRSDCRQLLDLMWQRPDSLPFREPVDTI
EFPDYLEIIATPMDLRTVKEDLLGGNYDDPLDFAKDVRLIFLNSKNYNTNKRSRIYAMTL
RLSALFESHIKTVISSWKAARRRANKNKSGSSGRGSSSPSKRTPPDRATRRTQKPPGAAR
RLPAHSSEEDEDDDDDDDDDDSVAQQQAPRGSQRANRRRNGVAAPAASSSSNRVTSSSSN
PQQRRHESSSNSDSDEEEEEEETTPDATSDENEDEEAHSNDSSPQQARRRRGRPARQNVS
DDETNANDSEESYNPNDRRRGRAGGGNKRKANSKRRHNNKRHRSDPDSQPGGSRGGAVAT
TRRTRRLLGSSEDENHTAASHSQPDDSTQDSQTPRKKGRPAKSKSSTAVGNGPSTSAAAA
SAGSSVESPSRNTRANGARSQNAAENDHSYHLPVRNGRIIDSDTDSHGPVGRPTRQSAKR
ALMDWARGSDIDEDDDDDSEEAEEILPTPTKDDMPSTSRAALGQAAAATSSRQLRTNRNT
VVAVAAESDDDDDSDNEPLANNQQKTATGPARANTTAPHPLTLRRRLPSVPRSTHMTRSH
ATSTTSSSNQQEPAMAAHDHNYLGNDSAAASRAPRRVLSRHQRNADELDSSIDPLNSSRL
LSLMSNPRRPTSTTNNVSTRRLRARTSQEHSQGEEEEVEPPEEEAAASDEGTDGGSSSQG
SNDEDDDNEPTATDSEDNQPLTSYVSPSNGRTRRKTKTSSSSATTATQGREQRQRRRARA
ASDQSVNDDDDDDYEAPRGRSNRLRSNQRTGRNQKRPRYNEQSDEEDQPEGTNQRKRMRN
GDAQATTNNNSSQEREQQPRLDDDDGSSTVDSDEQLVSVSSRGRVRKISAKARGIFKD
NT seq 6837 nt   +upstreamnt  +downstreamnt
atggcatttcgtagtctgacagaagaagaagctgaaaaaagtatttcagtcgagtttcag
tgcgacaatttttctaatttcgtaataaaatgtgtaataatggaaaacaggcagcccagt
ttaaatgatgtgatagtgccagaattgtacttcctaatttcgaaatttctgactgcgggg
cccctggaagagacagcaaaggttctggtgcaagaattagagaaaaagaaggtactgccc
cgacgcattgactggctgggcaatgagcatgaacagacatttgctgaattggaacaaaaa
tacgcgcatattgggccgaatcatctgctagaaatatgcagtcgtcttggtcctttagtc
gacaaagagttggcgccgagcgtgccaggaataaactcattgcttggcactggacgacaa
aatttgttgcgcacaaaagacaccgtatacaaacatcgtactctgcgggattactgcaca
cgtctgcatggcatatcactgcctgactcagcgctcacaaaacccgtacacaatttaacc
agggtactcagcggacgagaacatggcgggttggttcgtcgtaagttgctggtgcccaca
gatctctaccgcaagaccaagttgttgcggcgcacaattggccacctttcgtcggtgtat
tgtgtgctttttgatcgcactggccggtacataataactggcgccgatgatttgctcatc
aagatttggtctgcggcggatgggcgtctgttggctacgctgcgcggagcctccgctgaa
ataaccgacattgcaatcaacttggataatacaatgttggctgctggctcagtggatcgc
attttacgcgtctgggacatgcaaaccacttcaccgatagcagttcttgccgcccacacg
ggcatgataacctcggttaacttttgtccctcaccacgcagcgatctcaaatatttggtg
acaaccagcacagatggctccattgccttctggcagtattcgacaccgcgcggtcaaaag
ataaccttcgcaccaaggcccactcaatatcacgaaaagctaaggccgggacaggctcaa
atgatgtgcactactttctcgccaggtggcatgtttttagcagctggctctgcggatcat
catgtacgtgtctatatgatggccgaagacgggcccaagcgcatcctagaaatagaagct
tatacagacgcagtcgattcggtgcagtggtcgcatcgcggcttacgtttcatatcgggc
agcaaagatggtacagctcacatttggacatttgagtcgcagcaatggaaaagcactaaa
ctatgcatgaccgaacgattgcccagttgtcccgaaccggaggaaggcaagaaactaaag
gttacaatggtcgcctgggatgcttcagatcgttatgttataacggctgtcaatgatttt
acaattaaaatctgggactcaaaatctgcaaagttgcatcgcgtgctacgcggtcacaag
gatgaactgtatgtgcttgagtcgaatccaagggatgaacatgtactactctcggccggc
catgatggccaggtatttctgtgggacattgagcagggtgtgtgcgtggctcagtttttt
aatgacatcgatggccaaggacatggtagcgtatttgatgccaaatggtcaccggacggt
acaatgatagcggcgactgactcgcatggtcatatgttgatctttggcctcggtattggc
accgaaaagtacaaattactacccacagagttgtttttccacacggactttcgtcccctt
attcgtgatgcacatcatcacgtcgtggatgagcaaacacaaataatgccgcatttaatg
ccaccaccatttctggtcgatgctgacggtaatccacatccgactaaatatcagcggttt
gttcctggccgtgaacggtgtagtatggatcaattaatacccaatttgactgtgggcatc
gatggtattgtcattgaggataatataaatgcaccaccgaatgctgctgctcttgttcct
gcacctgcagctggtggggtcggagctggagcagcaggagtgggaccaggcggtaattac
tcgcatatagatcgcatgattgcggcactggccaaccgacaaggcaacaacgttaacaat
gccaatgccaacgatggtaacgttttgaatcaatcattcgagcgactaatcatgcgccaa
ggacaggatcaattgcccgactcgaattcttcgcgtaatgccacgcctcgtggaaacgta
ttaggcggacgacgttcgataaccgaaggcactcctcgtcagggttgggctgcggcattg
ccagcagccccggcgcctgctgcgggcgaacaggcgcaagctgaaccactgcttaatgtg
ttacctgctcaacaggcaatgccattcaaattcgtgcgtcgcacttacgttcgccccatg
aaatatgcgcagctacagaacctcaagcagactatatattctgcaggtcagttcgaaatg
caagaatataagcgtgagatgcgacgtcgccctatcatgataaacacggccagtgcagcg
tctgcactgcaggctggagttggcaggccacggaatacacgatctaatgggggcggaagg
cctggacgtaggcgtggagctcaatctggtcaacagcaaggaggccaacagcctgcatat
cggactcgtgctgttcgtgaccaagaggaggaccactatgaagatgcagctgtggccgcc
ccacatgaggaagaggaagatgacgatagcagcaacagttccggggacactagttactcg
aatgtggaagagaatcttgaggatagcagtgatgaatctgatacggatagctccgattat
tcagactgggttgccgatacgcccgggccaaatctcgagccacctaagcgttccaagcgc
aaaccactctctcgccgtcgaaccatgtctgatgacagtagtgatgacgcaacggcaggc
ccgtcagctgcttccagcaaaaagcgtggccgcaagcgagtgctaataccaccaacggcg
ccaaatggcgaaattccagagctttaccgtccagccgagtggctgtcggaagtgatacca
cgcaaggcaccgtactatcctcaaatgggtgatgagattgtctatttccgccaaggtcat
cagcgttatctggaggcagttcgtctcaaaaaggtctacaagctatcgcacagctccgag
ccttggaactttcgtacactgcgtgatcatgaattagtccgtgtgattggcattaaatac
gagattcgtccgccacgtttgtgctgcctcaagctggccatcatcgatgacgagggaaac
atgacgggcactacgtttaaaataaagtatcatgacatgccggatgtgctagactttctg
gtactgcgccaaaccttcgatttggcggtgcaacgcaattggaatattggcgaccgcttt
cgttgtatgatcggggacggttggtggatgggtcagatcgagtcgcgtcatgcactcagc
gctgattttccagactcatttttcatgtgcttccgcgtgcgctgggacaacggcgagtac
gaatatatgagtccctgggatatggagcccatcgatgaacagcgtctgcccgatgaagtg
ggcggcgctgtacccgtgctgccagaagagatacgcgccacgctataccaaccgaagtcc
gaggagtggcatcggggcgatcgagacggcacttgccggcgcataatcaatggacttgag
caggtgatgcgtttatcaatagcggagcacttcctggcgccagtcgacctcaatatatat
ccagactatgcttatttaattgaatatcccatcgatttaacgacagtcaagtcacgtttc
gagaaccatttctaccgtcgcatcacttcggctcagtttgatgtccgatatttggccact
aatgcggagcagtataatcgccgccacaccagcatcgtcaagcacgcccgcattgtgacg
gatctgtgtctgcgtatcataagggaacccgatgaaatagatgtggcggccgtttatcat
cagctggtcgatatttaccactcatcagagtcggagaacgaagctgattcagatgttgtt
ccatcgaccagcacaggtccaacgacatcagcagctgctgctcgccagcgtgtttcatcg
acgcgacgctcgactcgcatacgttcagatggcgattggcgttcagattgtcgccagctg
ctggatctgatgtggcagaggccagattcattgccttttcgcgagccagtcgatacgatt
gaattcccagattatttggaaatcattgccacaccgatggacctgcgtacagtgaaagag
gatctgctaggcggaaattacgatgatccattggattttgccaaggatgtgcgccttata
tttcttaattccaagaactataacaccaataaacgctcacggatctatgcaatgacgctg
cgcttaagcgcgcttttcgagtcgcatataaagacggtgatcagcagctggaaggcagcg
cgtagacgcgccaacaaaaacaaatcgggtagcagcgggcgcgggtccagcagtcccagc
aaacgaacgccaccggatcgtgccacacgacgtacacagaaacctccaggtgcagccaga
agattgccagcacacagcagcgaggaggatgaggatgatgacgacgacgatgacgatgat
gatagtgtggcacaacaacaagcgccgcgtgggtcgcagcgtgccaatagacgtcgcaat
ggcgtggccgctcctgccgctagttcgagctctaatcgtgttacatcatcatcgtccaat
cctcagcaacgtcgccatgagagcagcagcaattctgatagcgatgaggaggaagaagag
gaggaaacgacaccggatgctaccagcgatgaaaatgaagatgaagaagcgcactccaat
gacagctcgccacagcaggcacgtcgccgtcgcggacgtccagcgcgccagaatgtcagc
gatgatgagacgaatgccaacgattctgaagagagctacaatccaaatgaccggcgccgc
ggtcgtgcaggtggcggtaacaagcgcaaagctaatagcaagcgaagacacaacaacaaa
agacatcgctcggatccggatagccagcccggtggaagtcgtggtggggctgtggccacc
actcgtcgtacccgtcgtttgctcggcagctccgaagatgagaatcacacagcagcatcc
cattcccagccagatgatagcactcaagacagtcaaacaccacgcaagaaaggtcgcccg
gcaaagagcaagagctcaacggccgttgggaatgggccaagtactagtgcggctgctgct
tcagccggctccagtgttgagagcccctcacgaaatacgcgtgccaatggagcacgctcc
caaaatgcagctgaaaatgatcacagctatcatttgccagttcgcaatggtcgtattatt
gactcagatacggattctcatggcccagttgggcgacccaccagacagagtgcaaaacgt
gcattaatggattgggcgcgtggcagcgatatcgacgaggatgatgacgatgatagcgag
gaggctgaagagattttacccacgcccacaaaggacgacatgccctcgactagtcgagct
gccttaggtcaagcagctgctgccacttcatcgcggcaactacgcacgaatcgcaatacc
gttgtagctgttgctgcggagagtgatgatgacgatgacagtgataatgagcccttagcg
aataaccagcaaaaaactgccactggacctgcgagagccaacacaacagctccgcatccg
ttgacgttgcgccgacgcttaccttcggtgccacgtagcacgcatatgacgcggtcgcat
gccacatcaacaactagtagctctaatcaacaggagccagcaatggctgcgcatgaccat
aactatctgggcaatgattcagcggcagcttcacgtgcacctcgacgcgtactatcgcgt
catcagcgcaatgcagatgaattggactcgagcattgatccgctgaatagttcccgtcta
ttatctcttatgtccaatccccgacgtcccacctctacaacaaataatgtaagcacacgt
cgattgcgcgcccgcaccagtcaggagcactcacagggtgaagaggaagaggtggagccg
cctgaagaggaagccgctgcctctgacgaaggcactgatggtggttccagttctcagggt
agcaatgatgaggatgatgataatgaaccaactgccaccgactctgaagacaatcagccc
ttgacaagctatgtgtcgcccagcaatggacgaacacgacgtaaaaccaaaacctcatct
tcatcagcaacgactgcaacacagggacgcgaacagcgacaacgtcgtcgtgctcgtgcc
gcttctgatcagtctgtaaacgatgacgatgatgatgactatgaggctccgcgtgggcga
tccaatcgtcttcgtagcaatcagcgcactggccgtaatcagaagcgtccacgttataat
gagcaatccgatgaggaagaccaaccagagggaaccaaccagcggaagcgcatgcgcaac
ggtgatgctcaagctacgacgaacaataacagctctcaggaacgcgaacaacagccccgc
ctagatgatgatgacggcagcagtacggtagacagtgatgagcagctagtgagcgtcagc
agccgtgggcgtgtgcgcaagatatcagcaaaggcacgtggcatatttaaggattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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