KEGG   Xenopus laevis (African clawed frog): 108714603
Entry
108714603         CDS       T01010                                 
Name
(RefSeq) dedicator of cytokinesis protein 3 isoform X2
  KO
K05727  dedicator of cytokinesis protein 3
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xla04131]
    108714603
Membrane trafficking [BR:xla04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    108714603
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: 108714603
NCBI-ProteinID: XP_018114466
UniProt: A0A8J0V3R3
Position
4L:complement(126315204..126506803)
AA seq 2033 aa
MWAPTEEEKYGVVICSFRGSVPQGLTLELGETVQILEKCEGWYRGASFRNPSIKGIFPTN
IIHLKKATVSNRGQYETVVPAEEPLVTEVTSTLQEWASLWKQLYVKHKVDLFYKLRHVMN
EIIDLRRQLLSGHLTQDQVREVKRHLTVRLDWGNEHLGLDLVPRKEFVAVDSDQISVSDL
YKMHLSSRHSVQQSTNQADTLRQRHKESRAPVPHHLLLNLKSFTHTNIGEDVDLFFSLYD
MREARQISERFMVRLNKNGGPKNPEKLERLCALFTDLSSKDVKRDLHLVVHVIRIGRMLM
NDSRKGPPHVHYRRPYGCAVLSLGEVLPVLCEHREEKDFVLKVYMCNNENEWYQIHENII
RKTSTKYSTPSSNYGLMVSLQLLRGDMEQIRRENQVLFNRGAAMTRKLGFPDVILPGDIR
NDLYVTLERGDFERGGKSVQKNIEVTMHVLYADGENLRDCVSLGTGEPPRTQYHSFVLYH
NNSPRWGELIKLPIPIDRFRGSHLRFEFRHCSTKDKGEKKLFGFSFTPLMRDDGTTLSDN
IHELYVYKCDENSTFNNHALYLGLPCCKDDMSGCPNIPSSLIFQRSPKETFCISTQLSST
KLTQNVDLLALLKWKAYPDRILDILGRLRHVNGEEIVKFLQDILDTLFVILDENTEKYGL
LVFQSLVFIINLLRDSKYYHFRPVLDSYIQKHFAGALAYRELIRCLKWYMDRSADLVRQD
HIQEAMRALEILFKFIVQSRLLFARSTAGLDEEQFRCSIHELFQSMRFVLSLDTRSSDTL
LFTQAALLSSFPAIFEELLPMFSVAEVAEFVRGTLSSLPSTLHLGQSMDVVKLQSIGRTV
DCRLFSYPEARRILLPVVLHHIHLHLRQQKELLVCSGILSSIFSIIKSSSTEVDVGEEVQ
MLQESLLDVLLQTLLIIMSKSQAQEATRGQRCPQCTAEITGEYVSCLLSLLRLMSDTHYQ
HLLHNFQSKEELKEFLLKIFCVFRNLLKLSVFPPDWTVMRLLASNVIVTTVQYVSPAVHK
NFCDGDFDFKVWNSYFSLAVLFINQPSLQLENFAAAKRRRILDKYGDMRVMMTYELFNMW
QNLGEHKYHFIPGMIGPFLGVSLVPQPEVRNIMIPIFHDMMDCEQRRNGNFKQVEAELID
KLDNLVSEGKGDENYRELFGLLSQLFGPYPSLLEKIEQETWREPGASFVTSVTRLMERLL
DYRDCMKSEEPENKKLGCTVNLMNFYKSEINKEEMFIRYIHKLCDLHLQAESYTEAAFTL
LLYWELLQWEERPLREFLHYPAQSEWQRKEGLSRKILHYFNKGKCWEFGVPLCRELAAQY
EKLYDYQSLSWILKMEASYYDHIMDQQRLEPEFFRVGFYGKKFPFFLRNKEFVCRGHDYE
RLEAFQQRMLSEFPQAIAMQHLNHPDDTILQSDAQYLQIYAVTPLPDAPHILQMDQVPER
IKSFYRVNNVRRFRYDRPFHRGTRDKDNEFKSLWIERSTLTLSHSLPGISCWFEVQKREL
VEVSPLENALQVLGNKTQELRALITQYQHHNLHGNINLLSMCLNGVIDAAVNGGITRYQE
AFFDKEYITQHPEDAEKISQLKELMQEQVHVLGVGLAVHERCVHPEMRPLHKKLVDQFQV
MRSSLYQEFPTLEKMNISCPPLSRSNILLAHGTMSADSVRLLHRHSPLVVLNSVRHSSSS
LSSHASSDTGTTPTAGDSENEDPYSLQMLLPHSLHAGSITNVSALSSSYTSPSSSSLSST
HSAPSQLVNSAPSSTRGSPSLPDKYRHSRDLVMLLPAPRDRPSSAMYQTSTDNGQRCMYP
RALFQQVLGPCKPCSDPNLSVAEKVLAAPSSWSLDSGTRESLPFMTSHIGSVLTPTGTTR
GLTQGHYSLHFDAFHPAMGEGAPSLPTRSLRKSPLHTIPASPTSPQSCLNGSNSPLSGSA
SSGVSSLSEGNLSGCPDPATTTDPRTEEDHTGGFQHYPPVRYSLSDPNGLEPPKFQACRS
HSAPSGVTPPRSPSGEHEEGGADLERTRRHRRNCTGEKEQPARVGWEHNISKQ
NT seq 6102 nt   +upstreamnt  +downstreamnt
atgtgggctccgaccgaggaggagaaatacggagtggtgatatgtagcttccgtggatct
gtaccccagggcttgactctggaactgggggagaccgttcaaatcctggagaaatgtgaa
ggctggtacagaggagcttcctttaggaatccaagcataaagggaatctttccaacaaac
atcatacatttgaagaaggctacagtaagcaacagagggcaatatgagacagtggttcct
gctgaagaaccccttgttacagaggtgacatctacgctgcaggaatgggcctccctgtgg
aagcagctctatgtgaagcacaaagtagacctattttacaagctgcgccatgtgatgaac
gagatcattgacctgcgcagacagctgctatcaggtcatctcacgcaggatcaggtacga
gaggtcaagagacacctgacagtgcgcctggactggggaaatgagcatctgggcttggac
ttagtgccccgaaaagaatttgtggctgtagattctgatcagattagtgtctccgacctg
tacaagatgcatctgtcaagtcggcacagtgttcaacaaagtacaaaccaggcagacacc
ctgcggcaacgacacaaggagtcacgagctcctgttcctcaccacctgctactcaatctg
aagagtttcacacacactaacataggggaagatgtggaccttttcttctcactgtatgac
atgagggaggcgcgtcagatcagcgagaggtttatggtacgtctgaacaagaatggaggt
ccaaagaacccggagaagctggagagactctgtgcactatttacagatttgagcagtaag
gatgtaaagagagacctgcatcttgtggttcatgtcatccgtatagggcgcatgttaatg
aatgactcacggaaaggacctcctcatgtgcactatcggcgtccatatggttgtgcagta
ttgagcctcggggaagtactgccagtcctatgcgaacatcgagaggagaaggattttgtc
ctgaaggtgtatatgtgtaataatgagaacgagtggtaccagattcatgagaacatcatc
cgaaagaccagcaccaagtactccacacccagttccaactatgggctgatggtatccttg
caacttctgagaggggacatggagcagatccgcagggagaaccaagtgctgtttaacagg
ggagcagctatgactcgcaaactggggttccctgatgttattctgccaggtgacatccgc
aacgatctctatgtgacgttggaaagaggtgactttgaaagaggaggaaagagtgtgcag
aagaacattgaggtcaccatgcatgttctctacgcagatggagaaaacttaagggactgt
gttagccttgggactggagaacctccaagaactcagtaccattccttcgttctctaccac
aataacagcccccgctggggagagcttattaaactgccaatccccattgacaggtttcga
gggtcccacctccgcttcgagttcagacactgctccacaaaggataaaggcgagaagaag
ctctttggattttctttcactcctttgatgagagatgacgggaccacactgtcagataac
atccatgaactctatgtctataagtgtgatgagaacagcaccttcaacaaccatgctttg
tacctggggcttccctgctgcaaggacgacatgagtggctgccccaacatcccttcaagc
ctgatttttcagcgcagtcccaaagagactttctgtatctccacacagctttcttctacc
aagctcactcagaatgttgatcttctcgctctcctgaagtggaaggcttaccccgatcga
atactagatattcttggtcggctgcggcacgtgaatggagaggagatagtaaagttcttg
caggacatactggacacgttatttgttattctggatgagaacacagagaagtacgggctg
ctggtctttcagtcactggtttttatcatcaacctactgcgtgacagtaaatattatcac
ttccgccctgtgttagactcgtacatccagaagcattttgctggtgctttggcctatagg
gagttgatccggtgtttgaagtggtacatggaccgttcagctgaccttgtgagacaagac
cacatccaggaagctatgagggctttggagattctcttcaagttcatcgtccagtcacgg
ctgctgttcgctcgctccacggctggattggatgaggaacagtttcgctgcagtattcat
gaacttttccaatccatgcgctttgtactgagccttgacacacggagctctgacactctg
ctctttacacaggccgctctcctcagctccttccctgctatatttgaggaattgctgcca
atgttttctgtcgctgaagtggcagagtttgtacgtggcaccctcagtagtcttcccagc
accctccacctgggccagtcaatggatgtggtgaagctgcagtctataggccgcaccgtg
gattgcaggctcttctcttatccagaggcccgtcggatccttctacctgtggttcttcat
catattcacttgcatttgcggcagcagaaggagctccttgtctgctctggaatcctcagc
agcattttctccatcataaagagcagttccacggaagtggatgtgggagaagaagttcag
atgctgcaggagagtctgctggatgtgctgcttcagacacttcttatcatcatgagcaaa
tctcaggcccaggaagctacaagaggccagcgatgcccccagtgtacagctgagatcaca
ggggagtatgtgtcctgcctcctatctcttctgcggctgatgtctgatactcattaccaa
catctactgcacaactttcagagcaaggaggagctaaaggaatttctgctgaagattttc
tgtgtctttcggaatttgctgaagttgagtgtctttcccccagactggacagtcatgaga
ctcctcgccagcaatgtaatagtaacaaccgttcaatatgtgtccccagctgtgcacaag
aacttctgcgatggagattttgactttaaggtttggaactcctacttcagccttgctgtc
cttttcattaaccagcccagcctccagctagagaactttgctgctgcaaagagaaggcgg
atactggacaagtatggagatatgcgagtgatgatgacttacgaactattcaacatgtgg
caaaacttaggggaacacaagtatcactttatcccagggatgattggccctttccttggg
gtgtctctcgtgccacagcccgaggtgcggaatataatgatccccatctttcatgacatg
atggactgtgagcaaaggcgtaatgggaacttcaaacaggtagaggctgagcttattgac
aaactggataaccttgtgtctgaaggaaaaggggatgaaaactatcgggagctcttcggt
cttctctctcagctgtttggtccctaccccagccttctggagaagattgaacaagagaca
tggagagagccaggtgcctcgtttgttacgtcggtaacgcgtttgatggaaaggctgctt
gactacagagattgtatgaaaagcgaagagcctgaaaataagaaattgggatgcacagtg
aatctaatgaatttctataaatcagaaataaataaagaagaaatgttcatcagatacatc
cataagctctgcgacttgcaccttcaggcagagagctacacagaggcagcattcaccctg
cttctctactgggaactgctgcaatgggaagaacgccccctaagggagtttctccattac
cctgctcagagtgagtggcagcggaaagaaggtctgagccgcaaaatcctccattacttc
aataagggcaagtgctgggagttcggggttcctctttgcagagaacttgctgctcagtat
gagaaactgtatgattaccaaagcctgagctggatcctgaaaatggaggcctcctattat
gatcacattatggaccaacagcggctggaacctgagtttttccgagtaggattttatgga
aagaagtttcctttcttcctgaggaacaaggaatttgtgtgcagggggcatgactacgag
cgtctggaggcgttccagcaaagaatgctcagcgagttccctcaggctattgcaatgcaa
catcttaaccatcccgatgacaccattctacagagtgacgctcagtacctgcagatttat
gcagtgactcctctcccggacgccccacatattttgcaaatggatcaggttccagagaga
atcaagagcttctatcgagtgaacaatgtacgaaggtttcgatacgaccgaccatttcac
agaggaacacgggacaaagacaacgagtttaagagtctatggatagagcgcagcactctt
acactttctcacagtcttcccggcatctcgtgttggttcgaagtacagaagagagagctg
gtggaagtcagcccgcttgagaatgctctgcaggttctaggcaacaagactcaagagctc
cgagcccttatcacccagtatcagcaccataacctacatggcaacatcaacttgctcagc
atgtgtctaaatggagtcatagacgctgctgtgaatgggggaatcacccgctaccaggag
gccttctttgataaagagtacatcacgcagcaccctgaggatgcagagaagatcagtcag
ctgaaggaactgatgcaggagcaggtacatgttcttggtgtggggctggctgtacatgag
agatgtgtacaccctgagatgcgtcccctccataaaaagctggtggatcagttccaggtt
atgcgctccagtctctaccaggagtttcctacactggagaagatgaacatctcttgccct
cccctttctcgtagtaacatcttgttagcacatggaactatgagtgccgacagtgtgcga
ctgttacacagacatagtcctctagtagttctgaattctgtgcgacattcctcctcctct
ctctcgtcacacgcatccagtgatacggggacaacacccacagctggggacagtgagaac
gaggacccctactccttgcagatgctgctcccgcactctctacatgctggctctatcact
aatgtttccgcattatcttcatcctacacaagcccctcttcctctagcctcagttccact
cactctgcgccatcgcagcttgttaattcagcaccttccagcactcgaggatcaccctct
ctcccagataaataccgccactcacgagatctggtgatgctgctaccagcaccaagggac
cgacccagcagtgccatgtaccagaccagcacagacaatggccagcgctgcatgtaccct
cgtgcattgttccagcaggtcctgggcccctgtaagccgtgcagtgaccccaacctgtct
gtagctgaaaaagtgcttgcagcccccagcagctggagtcttgacagtgggacaagagaa
tctcttcctttcatgacatctcacattgggagtgtcctcacccccaccggaaccaccagg
ggcctgacacaaggtcattactctctgcactttgatgctttccatcctgccatgggggaa
ggtgctccatctctgcccacgaggtccctccgtaagagtcctcttcacactatccctgcc
tctcccaccagccctcagtcatgcctcaatggcagtaattctccactctcaggcagcgca
agcagtggagtctcttccctgagtgaaggaaatctttctgggtgcccagacccagctaca
actacagaccccaggacagaagaagatcacactggaggcttccaacactatcctccagtg
cggtacagtctgtcagaccccaatggcttggagccacctaaattccaggcatgcagaagt
cattcagccccaagcggggtcactccacctcggtcacccagtggggagcatgaagaggga
ggagctgatctggaacggacacgaagacatcgaagaaactgcacaggggaaaaagagcaa
ccagcaagggtggggtgggagcacaacataagcaaacagtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (56)   

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