KEGG T01053: 5567375

Aedes aegypti (yellow fever mosquito): 5567375

Entry

5567375           CDS       T01053

Name

(RefSeq) PH-interacting protein

K11798

bromodomain and WD repeat domain containing protein 1/3

Organism

aag Aedes aegypti (yellow fever mosquito)

Brite

KEGG Orthology (KO) [BR:aag00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:aag04121]
    5567375
Ubiquitin system [BR:aag04121]
Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   Cul4 complex
    Target recognizing subunit (DCAF)
     5567375

SSDB

Motif

Pfam:

WD40 Bromodomain ANAPC4_WD40 NBCH_WD40

Other DBs

NCBI-GeneID:

5567375

NCBI-ProteinID:

XP_021706973

Position

3:complement(33500634..33588950)

AA seq 2192 aa
MNSNNLRMEEQSLVSRNVLVPELYFLISKFLANGPLRETAKVLAQELEHLNILPRRLDWT
GQEHRQTLDELERKYPHIGPQHLVELCARIGPLLDRELAPAVPGVLSLLGAGRQSALRTK
ESISRPRQLVDYCTRVHHMPLADAVHRNNTHNIVKVLYGRESAGPIIRRQAVPTSFYSKQ
TLQRRTLGHLSAVYCVLFDRTGKYIITGADDLLVKLWSAIDGRLLATFRGASAEITDIAI
NLDNTMLAAGSLDRILRVWDMQYGGPIAVLSGHTGMITSVNFCPSPKADLRYLVTTSTDG
SVAFWEYTTRGGKPNFNSKPVMYHEKLRPGQAQMICASFSPGGIFLAAGSADHHVRVYLM
SEDGPKRILETESHSDTVDSIQWAHTGLRFISGSKDGTALLWHFETQQWKSTRLNMTERL
PSCPPQTPEEMATKPKVTMVSWDNTDDWVITAVNDFTIKIWNAHTAKLHKVLRGHTNEIY
VLESHQKDSGVLLSAGHDGQLFIWDIVKGVSLANFLNHIDGQGDGGIFDAKWSPDGNMIA
ATDSHGHILMFGYGSGHERLTLLPKELFFHTDYRPLIRDSSHHVMDEQTQTMPHLMPPPF
LVDIDGNPYPPAMQRLVPGRENCPTDQLIPNIGLGPAEGEEAQPGNAYSNIDRMIEALAN
RQAGPEGADQAPDSNNDPARNRNDENQPNEANRLNGRPQQGVQRFGGNWHHREGAFKFHR
RQYVRPMEHSNLQNLKQRIYAAGLQEHEKYKREMRRRPLMINTSNNSGSNGGQANRRSGG
RNNSSRPARRSQQNGDANGRQPAYRTRAVRDNEPEPEAPPEQQESSSSESSNSDDSTAIE
EELDLSGSTSSDTDSSDYSDWVSHEPGRNLEPPKRSKRKHVQRRAYSPPEIDQPGPSSGR
RPKVRKIPITRDGEIPEPYRPPEWLSEVIPRKAPYYPQMGDEVVYFRQGHARYLEAVRTK
NVYNPGNKCEPWGSIDVRDHEFCKVIGIKYEIRPPRLCCLKLSILNEDNVPSGRSFVIKY
HDMPDVLDFLVLKQTFDTSVRRNWGPGDRFRCMIEDVWWLGQIESLNQLSPEFPDSLFMC
FRVRWDNGEYEFMSPWDLEPVDESRLPVEVGGAVPVLPEELRATLYQPKTEEWPRGDRDA
SCRRIIAGLEQVMGLAIADLFLAPVDLNIYPEYAFVVEYPIDLNTIKARFENHFYRRITS
AQFDVRYLATNAEKFNESHSNIVKHARIVTDLCLRILGEINDVDVPAVYHQLVDTYISSD
SDSDSNRPGPSSGSSNNNNSTSNRRPPAGSRRSRRLVPEGDWRVDCRELLEMIWQCDDSE
PFREPVDTLQHPDYLQIVDTPMDLRTIKEDLLGGNYESPLDFSKDMKLIFQNSRNYNTNK
RSRIYSMTLRLSTLFEAHIKPIIYNWKSARRRGKANAAKRGASGASGSGPSGASGAPKSR
RDDRSSRSGGGTGTSSRRSTQSQNTSSARSHHSDDDDDDDDDDEPGPPKRPTRNGAVSSR
RVPPTNGVSSSSNAISSEPQPGPSRSRTATAAPAASSSRVTRRSQEADDEEATVSSSESE
SSSDSCDSSDDSTGVPVSHKRDYDSGEMYDPYKKKRKKKAKPKKAKKNPPKSAVSSSTPR
KKPPSNSGSSREHFLAARQAQSQRPRNGTVATLAVPGPSRTNYRAAHEEQRAEQSREKEH
DKPKSSGSTSAGSSRTLRSARNNTGSDSEGDDAGEGPSSGRKPLKRLQRYESDHSYHMSR
PKNARIMSDTDNEEESPRSTRGSTRRAQAEWGRSEDSLEPPDEDDHPTNSQQSSRRMRPR
NRISDQEHSHEETSNISKRGSSQRSAPAPASNSSSNRTRNWIASESDNDHHHAQLQSPEQ
PSTSSSSVPGRARMIRTSNGPSKNPRKPVESRPNQNRRLRNISRSEPSVTPPPHTVDHNY
GEPSSRRTRNRQQLSRHQRNADELDHTPDDGDHSDDDEDYSDDDAPLRPRACTQISSRLR
SKTNSPEKRKKPSTTSDDDEQPEDSDEEFVNDPEEEADSEEEEASVDSTDDDSDNVPLAA
SSKAKTGRSQMANNVGSGGGSGSSRSRPPPARSDRGESGNVSSRTRLKERFSSEDDMGGP
GPSTLRNTRNLKRPHYNEDSDEDDPTSRQRPPKRPAMFGIARITTHPPINGTDGGSQEDS
DANSEDNEALTSVSSRGRVRRINPKMRKIFRE

NT seq 6579 nt +upstreamnt +downstreamnt
atgaattcaaataacctcagaatggaagagcagagtttggtgagcaggaacgttcttgtt
ccagaactctatttcctgatttccaagtttttggccaatggaccgctgcgggaaactgcc
aaggttttggcccaggaattggagcatttaaacatcttgccccgccgtttggactggacc
ggccaagagcatcgccaaacgctggacgagttggaacgcaaatatccccacattggcccg
caacacctggtggagttatgtgcccgcattggaccgctattggacagggaactggccccg
gccgttccaggcgtcctctccctgctcggagcaggacgtcaaagcgctctgcggacaaag
gaaagcataagccgtcctcggcaactggtcgactactgcacccgggtccatcatatgccc
ctggcggatgctgtccaccggaacaacacccacaacattgtcaaggtgttgtacgggcga
gaaagtgccggccctataatacgacgccaggccgttcctacctcattctactccaagcaa
acgctgcaacggcgaactctgggccatctgtcggcggtttactgcgtcctgttcgatcga
accggaaaatacatcataaccggggccgacgatttgctggtgaagctctggagtgcaata
gatggacggctgttggccacattccgcggagcatccgctgagatcaccgacatcgccatc
aatttggacaacacgatgttggccgcgggatcgctggacagaattttgcgcgtttgggac
atgcaatacggagggccgatcgccgtgctgtctggtcataccggaatgatcacgtcggtc
aatttctgcccgtcgccaaaggcggatttgcgttatttagtgacgaccagcacggatggt
tcggtcgccttttgggagtatactactcgaggtggaaagcccaacttcaactccaagccg
gtcatgtaccacgaaaagctgagaccgggtcaagcgcagatgatctgtgcttccttttcg
ccgggcggaatattcctggctgccggttcggccgaccatcacgttcgggtgtatttgatg
tctgaggatggaccgaagcggattctggaaaccgagtcccactccgatacggtggattcc
attcagtgggctcacactgggttgaggtttatctccggaagtaaggacggaacggcccta
ctgtggcatttcgagacgcaacagtggaaatcgacgcgtctgaatatgaccgaacgcttg
cccagctgtcccccgcagacaccggaagagatggcaacgaaaccgaaggtgaccatggtt
tcgtgggacaatacagacgattgggtcataacggcagtcaacgattttaccatcaagatt
tggaatgctcacacggcgaaactgcacaaggtattgcgtggacataccaacgagatctac
gtgctcgaatcacatcagaaagattccggagtgttgctgtctgccggacacgacggtcaa
ctgttcatctgggatatcgtgaaaggggtttcgttggccaacttccttaatcacatcgac
ggccaaggagacggtggaatcttcgacgcaaagtggtctccagatggcaacatgattgcc
gcaaccgattcgcatggccacatcctgatgttcggttatggttctgggcatgaaaggttg
actctcctgccgaaggagctgtttttccacacggattatcgtcctctgatcagggattct
tcacatcacgtaatggacgaacagacgcaaacgatgccccacttgatgccaccaccgttc
cttgtggacatcgacggcaatccgtatcccccggcaatgcaacgtctggtcccgggtcga
gaaaattgtccaaccgatcaactaatcccgaacattggccttgggccagctgaaggagaa
gaggcacaacccggaaacgcgtattccaacattgatcgaatgattgaggctctggccaat
cgtcaagccggaccagaaggcgcggatcaagcacccgattcaaataacgatccagctcgt
aacagaaacgacgagaatcaaccgaacgaggcgaaccgcctcaatggacggccccagcaa
ggggtgcaacgtttcggtggaaattggcatcaccgggaaggagctttcaagtttcatcga
cggcaatacgtgcgtcccatggaacattccaatctgcagaatcttaagcaacgcatctac
gccgccggacttcaagaacacgagaaatataaacgggagatgcgacgccgcccgctcatg
atcaacacatcaaacaacagtggttcaaacggcggccaagcgaatagacgttccggtggt
cggaacaactccagccggccggctcgtcgttcccagcaaaacggggatgccaacggaagg
cagcctgcttatcgtacgcgagcagtcagagacaacgaacccgaaccggaagctcctccg
gaacagcaagagtcctcctcgagcgagagcagcaacagcgatgactccaccgctatcgaa
gaagagttggacctctcgggatctaccagctcggatactgacagttcggactactccgat
tgggtgtcccacgaaccgggacgcaatttggaaccacccaagcggtccaagcgaaagcac
gtccaaagaagagcatattcgccaccggagatcgaccaacctggaccgagcagtggtcgc
cggcccaaagtacgaaaaatccccatcactcgagacggagaaatcccagaaccgtaccgg
cctccggaatggctctcggaagtcatcccacggaaggccccctactatccgcagatgggc
gacgaagtggtctatttccgccaaggacacgcccgctatctggaagccgtccggacgaaa
aacgtctacaaccccggcaacaaatgcgaaccttggggctcgatcgacgtccgtgatcac
gaattctgtaaagtgatcggcattaagtacgaaattcgtccaccccggctctgctgccta
aagctatcaatcctgaacgaggacaacgttccatcgggtcgttcctttgtcatcaagtat
cacgacatgccggacgtgttggatttcctggtgctgaagcaaacgttcgacacgtccgtc
cggcgcaactggggccccggcgatcggttccgctgtatgatcgaagacgtgtggtggctc
ggccagatcgaatctctcaatcaactgtcgccggagtttccggattcgctgttcatgtgc
ttccgcgttcggtgggacaacggcgagtacgagttcatgagtccgtgggatttggaaccg
gtggacgaaagtcggctaccggttgaggttggaggggccgttcccgtcctgccggaggag
cttcgagcgactttgtaccaaccgaaaacggaagaatggccacggggcgatcgggatgcg
tcatgtcggcggatcatcgccggtttggagcaggtgatgggcctagccattgcggatctg
ttcctggcgccggtcgatctgaacatctatccggagtatgcgtttgtggtggagtatccg
atcgatttgaacaccatcaaggcacggttcgaaaaccacttctaccggcgcatcacgtcg
gcacagtttgacgtgcgctatctggccaccaatgcggagaagttcaacgaatcgcacagc
aacatcgtgaaacacgctcgtatcgttacggatttgtgtctgaggatattgggagaaatc
aacgacgttgatgttccggccgtgtaccaccagctggtggatacgtacatctcatcggac
tcggacagcgacagcaatcgaccgggtccttcctcgggaagtagtaacaataacaacagc
actagtaaccggcggcctcctgctggttcaagaaggtctcgccgattggttcctgagggc
gattggcgtgtcgattgccgagagctgttggaaatgatttggcaatgtgatgactccgaa
ccgttccgggagccggtggatacactccagcatccagactacctgcaaattgtcgacact
cctatggatttgaggacaatcaaggaggacctgttgggcggaaactacgaatcgccgttg
gacttctccaaggacatgaaactgatattccagaattcgcgcaactacaacacaaacaag
cgatcgaggatctactcaatgactctacggctcagtacgttattcgaagcccacatcaaa
cccatcatctacaactggaaatcggctcgaaggcgtggcaaagcaaatgccgccaaaaga
ggagctagtggtgccagcggaagcggtcctagtggagccagtggagcaccaaagagccgt
cgagatgaccgcagcagccgtagtggcggaggtacaggaacatccagtcgacggtcaact
caaagtcagaataccagctcggccaggtcacaccattcggatgatgacgatgacgacgat
gatgatgatgagccgggaccaccaaagcgccccactcgtaacggtgcggtcagttcccgg
cgagtgcctccgacaaacggggtatcgtccagtagcaatgcgatcagttcggaaccacaa
ccaggaccgagtcgcagtcgaacagcaacggcggcaccagctgccagctcaagtcgcgtt
acgcggcgatctcaggaagcggatgatgaggaagcaacggtcagcagtagtgagagcgag
agttctagcgattcgtgcgatagtagcgacgacagcacgggagttccggtgtcccacaaa
cgagattacgattcaggtgaaatgtatgatccttataagaagaagcgaaagaagaaggct
aaaccgaagaaagccaagaagaaccctccaaagagtgcagtaagttcgtcaacgccccgg
aagaaacctccctctaatagtggatctagcagagaacacttcctggcggctcgacaagcc
caatcgcaaaggccgagaaatggcactgtggctacgctggcagtacctggtccctcgagg
acaaactaccgtgcagcccacgaagagcaacgagcggagcaatcccgggagaaagaacac
gataaaccaaagagcagcgggagtacaagtgcgggaagtagtcggacgttgagaagtgcc
cgcaacaatacgggaagcgacagcgaaggcgatgatgcaggagaaggtccaagcagtgga
cgaaaacctttgaaacgccttcaaagatacgaatcggatcacagctatcacatgtcccgt
ccgaagaatgctcgaatcatgtccgatacggacaacgaagaagagtcgcctcgatctaca
cgggggagcacacgaagagctcaagcggaatggggcagaagcgaagatagtcttgaaccc
ccggacgaagacgaccatccaacgaattcgcagcagtctagtcgaagaatgcggcctcgc
aaccggatatcggatcaagaacacagccacgaagaaacgagcaacataagcaaacgaggc
tcatcacaacgatccgctccggcgccagctagcaacagcagcagcaatcgcactcgaaac
tggatcgccagcgaaagcgacaacgatcatcaccacgcccagctgcaatctcctgaacaa
cccagtacaagctcctcgtccgttccagggcgagcccgaatgatccgcacctctaacgga
ccatccaaaaatcctcgaaaaccggtcgaaagtagacccaaccagaaccggcgccttcga
aatatctcccggagtgaaccgtcggtcacgcctccccctcacaccgttgaccacaactat
ggggaaccttcgtcccgtcggacacggaaccggcagcagctgtcccgtcaccaaagaaat
gcagacgaactcgatcacacgccggacgacggcgatcacagtgacgacgatgaagactac
agcgatgatgacgccccgctgagacctcgcgcctgcactcaaatcagttcccggttgcgt
agcaaaaccaactcgccggaaaagcggaaaaagccctcgacaacgtccgacgacgacgaa
cagccggaggactccgacgaggagtttgtcaacgatccggaagaggaagccgactccgaa
gaggaagaagcctccgtcgacagtacggacgatgattcggacaacgtcccgttggccgct
tcgtccaaggctaaaactggtagatctcaaatggccaacaacgtcgggtctggcggcggc
agcggcagcagcaggagtagacctccgccggcgagatccgacagaggcgaaagtggcaat
gttagcagtcggacgcgactgaaggaacggttctcatccgaggacgacatggggggccct
ggaccgtccacgctgcgcaacacacgtaacctgaagcggccgcactacaacgaggacagc
gacgaggacgatcccacaagtcgccagcgaccgccgaaacgtccggccatgttcggcata
gctaggataactacgcatccgccgatcaatgggacggacggtggcagccaggaggacagt
gacgccaacagcgaggacaacgaagccctgaccagcgtcagcagtcgtggccgtgtgcgg
cgaatcaatccgaagatgcggaaaattttccgggaataa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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