KEGG   Zootermopsis nevadensis (dampwood termite): 110832435
Entry
110832435         CDS       T05136                                 
Name
(RefSeq) dedicator of cytokinesis protein 3 isoform X1
  KO
K05727  dedicator of cytokinesis protein 3
Organism
zne  Zootermopsis nevadensis (dampwood termite)
Brite
KEGG Orthology (KO) [BR:zne00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:zne04131]
    110832435
Membrane trafficking [BR:zne04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    110832435
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_B DHR-2_Lobe_A SH3_2 SH3_1
Other DBs
NCBI-GeneID: 110832435
NCBI-ProteinID: XP_021925128
Position
Unknown
AA seq 2053 aa
MWTPTKTKKYGVAVYNWRGETRYGLPLEIGETVQILEECAGWFRGFSTKNRSIKGIFPAS
YIYLKLCKIDNEGLFESVIPIEDPVVREVTLVLREWGNIWKRLFVDRETYKFSTLWKVMR
ELLDWRRQLLTGTLTQDQMRELKLKITSKIDWGNRKLGLDLVPRVGAHMVDPDTMSVVEL
YHVHVQSAENSQGASARGTMKRKEARKVHTHHLYFCMRDFGHHIGEDTEMYFSLYDTKKA
KYISERFLVRISKEGFSNYVEKLHSNCTIFTDLGNADLTCDMWLVAHVMRMGRMLYSDSS
KKSSGSSSHSVPAHQLFKRPHGCAVLNINDILLNKDLLPGGSNDEREFTFKVYQGEEKDF
HQLHELIIKKQSNKYNPLSGQPNYGIVISLKVLHGELLQVREENPLIFKNISLTKKLGFS
DVIMPGDVRNDLYLTLEKGEFERGGKSTGKNIEVTILVLDSEGKVLENCLWGASGMDGTN
EYQSMIVYHHNSPWWSETIRLAVPIDKFYGSHIRLEYRHCSTRDKTDNKKLFGFSFARLM
EAGGATLRDGTHELYIYKCEDRVRLESSSYLQLPSSARDTSVHISSASTLAGAFSRSSKE
SVYVHTLLCSTKLTQNVDLLSLLQWKEHPEMIQEALNRVLRLNGEELVKFLQDVLDALFS
MFSTEDGNSTTHSGLVFHVLVSIFSLLDDSKFEHFKPVMDAYIKGHFAAALVYKGLLSSV
QHCAEWVSSTDKQEPIQKCFRSLEYIFKFIIQSRLLFSRATGGQYEDSFKKDLYSVFTAL
NKMLATSSDVILPTQVALLHSISAVYEQLIHVLPILKITKLATVMLESLPRELLPQLTQA
KLTAIRNLVTSKLFTDDESRNLLLSTSCKHLRVHLAHRDELRLCTEILGEILSFLFKQRQ
TQEQGKVNNCLHHDVEILCLTTLDMLIQTVLIIIDRSSAVLGCLVACLIGLLQLLDEFHY
KRLWEELADRKPKKDFLLRVFLVFRDLVKQEVFPPDWLVIKMVANNVILNALQELAQPLV
FNFLDSRCHFDSQLWGNYFNLAVAFLTQPSLQLEKFSEVKREKIIEKYGDMRVLMGFQIL
SMWSNLGEHKINFIPSMVGPFLEVTLVPESELRKATLHIFFDMMECEQKYHGNFKQVESE
LIDKLDILISENKGDDEYRQLFNTMEHLSAVLLDRVQSEDPAWKESGAAFISSVTRLLER
LLDYRSVIQGDENRDKRMSCTVNLLNFYKNEINRKEMYLRYIYKLHDLHLPAENYTEAGF
TMKLYADQLSWTARTLVSDPHYPGQQEWQRKEQLYHQIIKYFDSGKCWEKGIPLCKELAE
LYERRLFDYAKLSQILRTQAKFFDNILTQLRPEPEYFRVGFYGLSFPLFVRNKLFVYRGL
EYERIGAFTQRLQTEFPSAQILMKNTPPDDTIINSEGQYIQICNVKPIPEDNPLFVEAGT
DIPEKIASFYQVNDVRRFQLDRPVHKGPVDKDNEFKSLWIERTVLVTSSSLPGILRWFEV
IEKSEKEVAPVQFACETMESVNKELRQLFNQYTLDRKRNINPFSMRLQGIIDANVMGGIS
KYQQAFFTQEFSRQHPEFTDHVYRLKTLILDQIQVLESGLYLHGQLAPPGVQPLHRRLQE
RFAQLKQGLRDLGPMSSRSRGKSQSDNSQTTSIINTPLPPLPTEKKPVAACSSETPSNRS
SASSTSAYGHLLSTEEQGTDDEDIYSKPMELLERMNGSVHYPSSHRESLTLPPPPPIPQR
ETRPRSAGYTMSSNTDTLARTPTRGGNDYSSLPVMRSSRECLDSDGSPVPRPPKPTHQRS
HSKPFSFPNNSSGIISTGSPPDGLQLRNSWSESSVEEAPPLPPRGQTPDKRNTGLFIDTS
QTPPAPPKRLVKKGSSGVFSIDSVVDISLESSTSEFPESNSDGHDLRDSGYSEFSQTPSS
SISNNFNNLSYEDFDLPTHRRMGSGDNTNIMNISPPTISPRTQSFPTPPPIPPKAIFNPP
SSLPAALTMPNSLPDSTVKTPNGTLDQVKCSSSIMVENSFGVSSHGGSPGSTVENYSVPR
LQTQNSAMGDSPS
NT seq 6162 nt   +upstreamnt  +downstreamnt
atgtggacaccgactaaaacaaagaaatatggcgttgccgtgtacaactggcggggagag
acgcggtatgggttaccgttggagatcggggagacagtgcagatcctggaggaatgcgca
ggatggtttcgaggtttttctacaaaaaatcgttcaatcaagggcatatttccagcatca
tacatatacttgaagctctgcaagattgataatgaagggttgtttgaatcggtaattccc
atcgaagatccagttgtccgagaggtgacgctggttcttcgagaatggggcaacatctgg
aagaggctgtttgtggaccgggaaacgtacaaattctcaactctgtggaaagttatgcgt
gagctacttgactggaggcgccagcttctgactgggacactgacacaagaccaaatgcgg
gagctgaaactgaagatcacgtcgaagatagactggggaaacaggaagctcgggttggac
ctggtaccccgtgttggtgcccatatggttgatccagacacaatgagtgtagttgaattg
tatcatgtgcatgtgcaaagtgcagaaaactcacaaggggcctcagcacgaggcacaatg
aagcgtaaggaagcgagaaaagtccacacacaccatctgtatttctgcatgcgagacttt
gggcaccatattggagaagacacagaaatgtacttctcattgtatgatactaagaaagcc
aaatatataagtgaacgttttctagtcaggatatccaaggagggtttctccaactatgtt
gagaagctgcacagcaactgtactatttttacagacctaggtaatgcagatctcacctgt
gatatgtggctggtggctcacgtgatgaggatgggccgcatgttgtattctgactcatcc
aagaagtcatcaggttcatccagtcactcagttccagcgcatcagctgtttaaacggcca
catggatgtgcagtactcaacattaatgacattcttttaaacaaggacttacttccaggg
ggctctaatgatgagcgagagtttacatttaaagtttatcaaggagaggagaaagacttc
catcagcttcatgagttgattatcaaaaagcagagcaacaaatataatcctctctcaggg
cagccaaattatggtattgtcatctcactgaaagttcttcacggagagctgcttcaggtc
cgagaggagaatcctttgatatttaagaacatttcccttacaaagaaacttggtttctct
gatgtcattatgcctggtgatgtaaggaatgatctgtacctgactttggagaaaggagag
tttgaacgtggtggaaaatctactgggaagaacatagaagtgacaatcctagttttagat
tcagaaggaaaggtgttggagaactgtctgtggggagcttcaggcatggatgggactaat
gaataccagtcaatgattgtgtaccatcacaactctccttggtggtccgaaacaatcaga
ctggctgttccaatagacaagttctatggctctcacattcgcttggagtacaggcattgc
tcaactcgtgataaaacagataacaagaagctgtttggcttctcgtttgctcggctgatg
gaggctggaggagcaacactaagggatggaacacatgagctttatatttacaagtgtgag
gacagagtgaggctggaatctagttcctatctccaattgccaagcagcgcaagggatact
agtgttcatatctcttctgcatccacccttgctggagcatttagtcggagttcaaaagaa
tctgtctatgtacacacactcctctgttcaacaaaacttacccagaatgtggatttgctg
tcattgctgcagtggaaggagcatccagaaatgattcaagaagcattgaatcgtgtgcta
cgtcttaatggagaagaattggttaagtttctgcaggatgtgttggatgctctgttctca
atgttctctacagaagatggaaactccacaactcactcaggactggtcttccatgtatta
gtcagtattttcagtctcctggatgatagcaagtttgagcatttcaagcctgtcatggat
gcctacattaaaggccactttgctgctgctctggtgtataaagggctgttgagcagtgtg
cagcattgtgctgagtgggttagttccaccgacaagcaggagccaattcagaagtgcttt
cgctcactggagtatatttttaagttcatcatccagtctcggctcctattttctcgagcg
actggtggccagtatgaagacagcttcaaaaaggacctctatagtgtgtttacagcacta
aacaaaatgttggccacatctagtgatgttatattgccaacacaggttgccttgttacac
agcataagtgctgtgtatgaacagctgattcatgtgttacccatcttgaagattaccaaa
ttggcaacagtcatgctggaaagtttgccaagggagttactgccccagctgacccaggca
aaactgacagccattcgcaacttggttacaagtaaactcttcactgatgatgagtctcgt
aatctgctgctctcaacaagctgtaagcatcttcgtgtccatttagctcaccgtgatgag
ctgcgcctgtgcacagagatacttggtgaaatcctgagcttcctcttcaagcaacgacag
acacaagagcaagggaaggtgaacaactgcctgcatcatgatgtggagattctgtgtctc
acaacattggacatgctcatacagactgtcctcatcattatagatcgttcatctgctgtt
ctgggctgtttggtggcatgtttaattggtctgctccaactgctagatgagttccactat
aaacgcttgtgggaagagcttgcagatcgcaaacccaagaaagacttcctcctgcgagtc
ttcttggtatttcgagatctggtgaaacaagaggtgttccctccagattggcttgtcata
aaaatggttgctaacaacgtcatattgaatgctctgcaggaactggcacaacctctcgtc
tttaacttcttagattcacgatgtcactttgacagtcagctgtggggtaactacttcaac
ctggctgtagcattcctgacacagccatccttgcagttggagaaatttagcgaggtgaag
cgagagaagatcattgaaaaatatggtgacatgagggttctaatgggattccagattctg
tccatgtggtccaaccttggtgaacacaaaatcaacttcatcccatcaatggtgggtcca
tttttggaagtcacgctggttccagagtctgagcttcgtaaggccacactccacatattc
tttgacatgatggagtgtgaacagaagtaccatggaaatttcaagcaagttgaatctgaa
ttgatagacaagctggacatcttgatcagtgaaaacaaaggagatgatgagtacagacaa
cttttcaataccatggaacatttgagtgcagtgctattggaccgtgtccaatcagaggat
ccagcttggaaggaaagcggggcagcatttatcagctctgttacaagactgttagagaga
ctactggactaccgtagtgtcatacagggtgatgagaaccgggacaaacgcatgtcctgc
accgttaacttgctgaacttttacaaaaatgaaataaaccgcaaggagatgtatctgcgc
tatatctacaagctacatgacctccacctcccagcagaaaactatactgaggcagggttc
accatgaaactttacgctgatcagctgagctggacagcccgcactcttgtgtcagaccca
cactatccaggacaacaggaatggcagaggaaggagcagttgtatcatcaaatcatcaag
tactttgatagtggcaagtgctgggagaaaggcatccccctttgcaaggagcttgcagaa
ctttatgaacgccgtctgtttgactatgccaaattaagccaaatactccggacacaggcc
aagttctttgacaacatcctgacccagttgaggcctgaaccagagtactttagagttgga
ttttatggactcagctttccactttttgtcaggaataaactgtttgtgtaccgaggcctg
gagtatgagcgaattggtgcattcactcagcggctgcagacagagtttccatcagcacaa
atccttatgaagaacacgccaccagatgacaccatcatcaattcagagggacagtatatc
cagatctgcaatgtgaaaccgataccagaggataatccactctttgttgaagctggcaca
gatattccagaaaagattgcaagcttctaccaggtgaatgatgtccgaaggttccagctg
gaccgtcctgttcacaaaggacctgttgacaaagataatgagttcaagagcctttggata
gaacgtacagtgctggtgacatctagctccttgcctggaatcttgcgatggtttgaagtg
atagaaaagagtgagaaggaagtggcaccagtgcagtttgcatgtgagacaatggaaagt
gtgaacaaggaactgcggcagcttttcaaccagtacactctggacagaaagagaaacatc
aatcctttcagcatgagattgcagggtataattgatgcaaacgtgatgggtggcatctcc
aagtaccagcaagctttcttcacacaagagttcagcagacagcacccggagtttacagat
catgtctacaggctcaagactctcatactggaccagatccaagttctggagagtgggttg
tatctgcatgggcagctggcaccacctggagtacagccccttcatcgccgtcttcaggaa
cgctttgctcagttgaaacagggtcttcgggatctgggcccaatgagcagtagaagtcgg
ggcaagtcccagtctgacaattcccaaactacaagtatcataaacacaccattgcctcct
ttgcctactgagaagaagccagtagcagcatgtagtagtgaaaccccaagtaacagatca
tcagcatctagcaccagtgcatatggacatctccttagcacagaggagcagggtactgat
gatgaagacatctacagcaaaccaatggagctactggaacggatgaatggaagcgtgcat
tacccaagtagtcacagagagtcccttactctgccccctcctccaccaatcccacagaga
gagactagaccacgatctgcaggttacacgatgtcttccaacactgacacattggccagg
acacctacacgaggaggaaatgactactcttccctgcctgtcatgcgatcatcacgcgag
tgtctcgattctgatggtagcccagtccctaggccacccaaacccacacatcagcgatcc
cacagcaaaccattctccttccctaacaactcatctggaataatcagtactggtagtcca
ccagatggattgcagttacgcaactcttggtctgagtctagtgtggaggaggctccaccg
cttcctcctagagggcaaacacctgacaagcggaacacaggcttgttcatcgataccagt
caaacaccaccagctcctcccaaacgtctagtgaagaagggatcatcaggggtcttcagc
attgactcagtggttgatatcagcctggagtcatccacatcagagtttccagagtcaaac
agtgatggccatgacttgcgtgattcaggctactcagagttctctcagacaccaagcagt
agtatcagcaacaattttaacaacttgtcttatgaagactttgatctccccacacaccgc
cggatggggagtggagataacaccaacatcatgaacatttcccctccaactatttctccc
cgtactcagtctttcccaacccctcctccaataccacccaaagctatattcaatcctcct
tcctctcttcctgcagcactgactatgcccaattcccttcctgattccactgtcaagact
ccaaatggaacactagaccaggtcaagtgttcttcatctattatggtagaaaacagtttt
ggggtctcatcacatggtggcagccctggtagcactgtggaaaactattcagttccaaga
cttcaaacacagaattctgctatgggagacagtccttcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (258)   
   KEGG ORTHOLOGY (1)   
   RefGene (254)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (7)   
   Pfam (7)   
All databases (278)   

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