KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM564570
Entry
Phum_PHUM564570   CDS       T01223                                 
Name
(RefSeq) dedicator of cytokinesis protein, putative
  KO
K21852  dedicator of cytokinesis protein 6/7/8
Organism
phu  Pediculus humanus corporis (human body louse)
Brite
KEGG Orthology (KO) [BR:phu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:phu04131]
    Phum_PHUM564570
Membrane trafficking [BR:phu04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    Phum_PHUM564570
SSDB
Motif
Pfam: DHR-2_Lobe_A DOCK-C2 DOCK_C-D_N DHR-2_Lobe_C DHR-2_Lobe_B
Other DBs
NCBI-GeneID: 8234790
NCBI-ProteinID: XP_002432009
VectorBase: PHUM564570
UniProt: E0W0W5
AA seq 2024 aa
MSSVQRAFTQKLSKHNAADVRKHASLSRDNSRSCTSSLLGCITSLSINDVVEPLDYEEFI
LQNKDIIDKDPLGAIFKFPANDIEVKVVPRSIRTEQPIIPEEPPEQWSCQVKDSVQWLTR
DFVMINYNYRCHSTSWNIADSLNERQELAQLLPRQEFEIDSEISNIEAPINGKSNWDSYS
EGGSSITSDGRRSSWASLDLRHSESDKLDLKLLDRVAPELMDQLNATSRLENRHKEFFLL
YSSQDEEDMIEKRLQEPIPQDSLSHNIFIKCLQLRLELDVEPIFLTLALYDAKEKKKISE
NFYTDLNSEEIKNMLSGHVEFSDISTRSRDCIFSVTHPSPDVFLVIKLEKVLQGDISECA
DPYMKDDKNKEKVKFNALAACDRLGKYRMPFAWTAISLMNLINNENSEKDEHSSSSSNSL
DRKSSNSSLDSIKKRANMGSLTGRGSLDRYSGCDKRRSWSPEDFITGLESLRPLTITISS
FFRQESERLKDEDLYKLLQDLKRPCYLMKKLKVIPGVLKMQIAPCPDDLKYVLTPELAKV
LPYPDQKGRPVKEILEFPSREIFLPHNTFRNLLYVYPKELNFTNRGIRDLGSARNLTIKV
ELKSGENESLPYIFGKSCCPEFTTEAYTSVSYHNKCPSFYDEIKIKLPSKLGPQHHLFFT
LCHISCKKKPENPPVETPVGYTWIPLLSVDRLRSGELSLPVMMEPPPSNYCYITPDVLLP
GTRWFDNHRGVFLVNIEATSSVHPQDKYLDRFLSLCASLEEGTLPPLYGETNIETELKKS
IAELNNAKMEPLVRFLPLVFDKLLTLLVRPPVVDRMTLNLGQALLESIANLVQNITMHAV
GNKDQHNRHSLLASYIQYQCSVPALMVTDFRVGNGRMQKSSSESDLKSEFENGIASALAR
GLDRTGSMRTGRKDENELSCAPRSLLHEMIALQWVVSSVPARDLAMSNSWFFLELIIKSM
TETLWRLDGLDEPRQLRFSEQFCDDITMLVQTITAEIISKHNKDPKASQSLNTSVAFFIF
DLFSIMDRGLVLTLIKTYYKQMTAKTASLPDAHAHALIGYKLDFLRIVLSHEHLIPLNLP
VPIAVSGRSSPSLSVVSSNSQTSLVFNAPVSERIQMAELTSQFRSQHYLIGLLLTELNAV
LECQNPILHKKVVNIVRNLMTSHDRDSRYSDPACKARVASLYMPLLGIILKSLPLLHKSS
ADTTKLTHDEPESIQTKVAALISGSAPVPIFYEMAPPSQTTQRNKGLNAETTKHLLGCFL
WLLKNLDRDLLRNWCLESSATSLKQLLDAFNISLHCFEYLGKKQIKYRAQKKFGKDVDIK
AKLEDVILGQGSARSEMIMRRKEKNPPSPDRLRWRKEQKIYKPSSEGGICPRAQAEADAL
IEGNLATEATLIILDTLEMIVQVACSSNSFQGQGLLGYVFGVILRALSCNQSNEALHNLF
GTQRAIVFKFPNLLFDEETEHCADLCLQLLTHCSSLLSPVRAHAAASLYLLMRQNFEIGN
NFARVKMQVTMSLSSLVGTSQSYSEEALRRALKNILVFAEEDNELRDTTFTEQVRDLVFN
LHMILSDMVKMKEFQEDPEMLLDLMYRIAKGYQNSPDLRLTWLANMAQKHMEHNNHTEAA
MCLVHSAALVAEYLHMLEDQKHLPVGAVSFEKITPNALEESAVSDDVLSPDEEGVCLGNY
FTESGLVGLLEHAANSFHTAGMYEAMNDVYKILIPIAEEARDYKKLANIHGKLQEAFNKI
EQLQGKRVFGTYFRVGFYGSKFGDLDGEEFIYKEPTLTKLPEIFNRLENFYGERFGMDNM
VIIKDSNMVDPKSLDPDKGYIQITYVEPYFDTFEVPRHRATYFHKNFNIKRFVYYTPFTV
SGRAHGELQEQCKRRTVLTTANHFPYIKTRIQVVERRQSVVTPIEGAIEDIQKKTTELAA
ATHQEPPDPKILQMVLQGCIGTTVNQGPMEVALVFLSDLQEGKIPNRLQTKLRLCFKDFS
KKCSDALRKNKNLIGPDQRDYQKELERNYHKFTDRLTPLLGRTI
NT seq 6075 nt   +upstreamnt  +downstreamnt
atgtcatctgttcaaagagcctttactcaaaaattatctaagcataatgctgccgatgtt
aggaagcatgctagtttatcaagagataattcaagaagttgtacttcaagtttattgggt
tgcataacatcactctcaataaatgatgttgtggaaccactcgattatgaggagttcata
ttacaaaataaggatataatagataaagatcctttaggagccatttttaaattcccagca
aatgacattgaagttaaagtagtgcctcgctctattagaacagaacaacctataattcct
gaagaaccgccagagcagtggtcatgtcaagtaaaagatagtgtgcaatggctgacaaga
gattttgttatgatcaactataattatagatgtcattctacatcttggaacatagctgac
tcattaaatgaacgtcaagaactggcacaactattaccaagacaagaatttgaaattgat
tctgaaatttctaatatagaagctccaataaatggaaaatctaattgggattcttacagt
gaaggtggaagtagtataacaagtgatgggaggagaagttcttgggcatcccttgatctt
cgacatagtgaaagtgataagttagatttaaaattacttgacagagttgctccagaacta
atggatcaactaaatgctacatcgagactagaaaatcggcataaagaattttttttgttg
tattcttcgcaagatgaagaagatatgattgaaaaaagactgcaagaaccaattccgcaa
gatagtttaagtcataatatttttatcaaatgtttacaacttagactggaactagatgtt
gaacctatatttttaacattagctttatatgatgcaaaagaaaaaaaaaaaatttcagaa
aatttttacacagacttaaatagtgaagaaattaaaaatatgctttcaggtcatgttgaa
tttagtgacatttcaacgagaagcagagattgcatatttagcgtcactcatccgtctcct
gacgtctttttagttattaaattagaaaaagtattacaaggtgatatctcggaatgtgca
gatccttatatgaaagatgacaaaaacaaagaaaaagtaaagtttaatgcattggcagcg
tgcgatcgtttaggaaaatacagaatgccatttgcatggactgcaatttctttaatgaat
ctcattaataatgaaaattctgaaaaagacgaacattcttcatcaagttcaaatagttta
gacagaaaatcaagtaattctagtcttgatagtataaaaaaacgcgccaatatgggctca
ttaactggcagaggttcgctcgatcgttactcaggctgtgataaaagaagatcttggtca
ccagaagattttataacaggattagagtcactgcgacctcttacaataacaatatccagt
tttttcaggcaagagagtgaacgactgaaagatgaagatctatacaaacttctgcaggat
ttaaaaaggccttgctacttaatgaaaaaattaaaagttataccgggagtgttaaaaatg
caaatcgctccttgtccagatgatttaaaatacgttttaacacctgaacttgcaaaagtt
ttgccttatcccgatcaaaaaggaagacctgtaaaggaaatattagaatttccctccaga
gaaatatttttgcctcacaacacatttcgtaatttattgtacgtttatccaaaagaatta
aattttactaacagaggaatcagggatttaggatctgctagaaatcttacaataaaagtt
gaactgaagtctggagagaatgaatcattaccgtacatttttgggaaatcatgttgccct
gaatttaccaccgaagcttatacttcagtgtcgtatcataacaagtgtccaagtttttac
gatgaaatcaaaatcaaacttccttccaagttgggtcctcagcaccatttatttttcaca
ttgtgtcatatatcatgcaagaaaaaacccgaaaatcctccggttgaaactccagtgggt
tacacttggattccacttctcagtgtggatcgtcttcgaagcggagaactcagtcttcca
gtcatgatggaacctccgccttcaaattattgttacataactccagacgttcttttacct
ggcacacgttggttcgataatcacaggggtgtatttctagtcaacatcgaagccacgtca
tccgtacatcctcaggacaaataccttgacagatttttatcattatgtgcttccttagaa
gaaggaactttacctccgctttacggtgaaacaaacattgaaacagaactgaaaaaaagt
attgctgaattaaacaatgccaaaatggagcctttagttcgatttcttccacttgttttt
gataaattacttactcttttagttagacctccagttgtagacagaatgactttaaattta
ggacaagctttgttggaatctattgcaaatttggttcaaaacataacaatgcatgccgtc
ggaaacaaagatcaacataatcgtcatagtttgctggcatcttacatacagtatcaatgc
tcagttccagctttgatggttactgattttcgcgttggaaatggcagaatgcaaaagagt
tccagtgaatcagatttaaaaagtgaatttgaaaatggtattgcatcagcattggctaga
ggattagatcgaactggcagtatgagaactggtcgcaaagatgaaaatgaactttcctgt
gctccaagaagtttgcttcacgaaatgatagctcttcagtgggtagtttcaagcgttcct
gccagagatctcgccatgtctaattcatggttctttttagagctcataattaaaagcatg
accgaaactttatggagactggatggactggatgaacctcgacaacttagattttccgaa
cagttttgtgatgatataacaatgttggtgcaaacaatcacagctgaaatcatttcaaag
cataacaaagatccaaaagctagtcagagtttaaacactagtgtcgctttttttatattt
gatttatttagtattatggataggggtttagttttaacattaataaaaacttactataag
caaatgacagcaaaaacagcatcgttgccggatgctcacgctcacgctctcattggttac
aaattagattttttaaggatagttcttagtcacgaacatttgattcctcttaatcttccc
gttccgatagcagtatctggccgctcttcgccaagtctttcagttgtttcttcaaattca
caaacttctttggtatttaacgctcccgtctcagaacgtattcaaatggcagagttgact
tcacaattcaggagccaacattatttaatcggcttacttctcaccgaattaaatgcagtt
ctcgagtgtcaaaatccaatattgcacaagaaagtagtgaacattgttcgaaatttaatg
acttctcacgatcgagattccaggtattcggatccagcttgcaaagcacgtgtggcatct
ttatacatgcccttattgggaattattttaaaatctttaccgttgcttcataaaagtagt
gcagatactacaaaattgactcatgatgaaccagaatcaattcaaaccaaagttgctgcc
ttaatatcaggatctgctccagttccaattttttacgaaatggcccctccaagtcaaaca
actcagagaaacaaaggactgaatgctgaaacgacaaaacacttgcttgggtgcttccta
tggctacttaaaaatttggatagagatttacttcgaaattggtgtctcgaatcgtcggca
acttctttgaagcagctattggatgcttttaatatttccctacattgcttcgaatattta
ggaaaaaaacaaattaaatacagagctcagaaaaaatttggaaaggacgtagatattaaa
gccaagctagaagatgttattttaggtcagggttcggcaagatcggaaatgataatgaga
agaaaagaaaaaaatccaccatcccctgatagacttaggtggcgaaaagagcaaaaaata
tacaaaccgtcgtccgaaggtgggatttgccccagagctcaggccgaagcagatgctctt
atagaagggaatcttgccacagaagctactcttattattctggatacactggaaatgatt
gttcaagttgcttgttcatccaatagttttcaaggtcagggattattgggctacgtgttc
ggagtgattttaagagccctatcgtgcaatcaaagcaatgaagcccttcataacttattc
gggacacaaagagcaatcgtatttaaatttcctaatttattatttgatgaagaaaccgaa
cattgtgccgatctatgcctacaacttctgactcactgcagctccctgttgagccccgtt
cgagctcacgctgctgcatctttgtatcttctaatgaggcaaaactttgaaatcggaaat
aatttcgctagagtaaaaatgcaagttacgatgtctctgagttctttggttggtaccagc
caaagctacagtgaagaggctctcagaagagctttaaaaaacattttagtgtttgcggaa
gaagataacgagttacgcgacacaacttttacagagcaagtccgtgatttggtttttaat
cttcacatgattctatccgacatggtgaaaatgaaagaatttcaagaagatccggaaatg
ctattggacttgatgtataggatagcaaaaggttatcaaaattctccagacttgaggctc
acgtggttagctaacatggcacaaaaacacatggaacataataatcacactgaggcggca
atgtgtttggttcacagcgctgctctcgtcgccgagtaccttcacatgctagaagatcaa
aaacatttacccgtaggagctgtttcgtttgaaaaaatcacaccgaatgcattagaggaa
agcgcagtttccgatgacgttctcagtccggacgaagaaggtgtttgcctaggaaattat
tttacggaaagcggtttggtgggtcttttggaacatgcagcaaattcatttcatacagct
ggaatgtatgaagcgatgaacgatgtttacaaaattttaattcccatcgccgaagaagcc
agagattataaaaaattggccaacattcatgggaaactacaagaagcgttcaataaaatc
gagcagctacaaggtaaaagagttttcggcacttatttccgcgtcggattttacggatcg
aaattcggagatctcgacggcgaagaattcatatataaagaacccacgttgacgaagctt
cccgaaattttcaaccgattggaaaatttttacggcgaaagattcggaatggataacatg
gtgataataaaagattcgaatatggtggatccgaaatcactagatccggacaagggttac
attcaaatcacatacgtcgaaccgtatttcgacacgttcgaagttccacgtcacagagcg
acttactttcacaaaaatttcaacataaaaagattcgtttattatacgcctttcacggtg
agcgggagagcgcacggagaacttcaagaacagtgcaaaaggcgaacggttctcacgacg
gcaaatcattttccctacataaaaacgaggatacaagtcgtagagaggcggcaaagcgtc
gtcactccgatcgaaggtgccatcgaagacatacaaaagaaaacgacagaattggcggcg
gcaacgcatcaagaacctcccgatccgaaaatccttcaaatggttctgcagggttgcata
ggaacgaccgtgaatcagggacccatggaagtcgctttggttttcctgtcggatttgcaa
gaaggaaaaatacccaacagacttcaaacgaaactcagattgtgttttaaagatttttcg
aaaaaatgttcggacgcgttgagaaagaataaaaatttaatcgggcccgatcagagagac
tatcaaaaagagctggaaagaaattatcataaatttacggacaggctcacgcccttactg
ggtcgaacgatttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (101)   
   KEGG ORTHOLOGY (1)   
   RefGene (96)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (112)   

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