Anneissia japonica (feather star): 117121823
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Entry
117121823 CDS
T08613
Name
(RefSeq) dedicator of cytokinesis protein 7-like isoform X1
KO
K21852
dedicator of cytokinesis protein 6/7/8
Organism
ajc
Anneissia japonica (feather star)
Brite
KEGG Orthology (KO) [BR:
ajc00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
ajc04131
]
117121823
Membrane trafficking [BR:
ajc04131
]
Others
Rho GTPase associated proteins
Rho guanine nucleotide exchange factors (GEFs)
117121823
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DHR-2_Lobe_A
DOCK-C2
DHR-2_Lobe_C
DOCK_C-D_N
DHR-2_Lobe_B
DUF4969
Motif
Other DBs
NCBI-GeneID:
117121823
NCBI-ProteinID:
XP_033123078
EnsemblRapid:
LOC117121823
LinkDB
All DBs
Position
Unknown
AA seq
2151 aa
AA seq
DB search
MASSGRRAFAQKLNKNLQAADIRRQISGQTTPNSISRASSISNVSVIHPQMASLSEIVDP
PDYEVYLEKHHYRIQSDDCPQLLKYPDDDIEVSIIPRKCRTVKPALPDEEQLVTDLQVRD
CLKLYTSEWAVVNRKYKSKVAGHEKTKLKRIQSDLIANNDKVFEVDELELIDEDELQEEE
IKRGSIHMERTPRGSWASNIFNLESTEADDLLPNLLDHAPIDQQDRINMEARNTARNSDI
FTLYPAMDDEDAIERRSLVDIPAEHFGSRLLVKCLQLKLELEIEPIFATMALYDSKEKKK
ISENFYFDMNTDAIKGMIVNKSSYPDVSTMARAAVFSLTYPSSDVYIVVKLDKVLQQGDI
QECAEPYMKESENPKVQEKVKANAKYFCEKLGAYRMPFAWTAIDLMNVINGSQGLAKPEN
TETAKTSASSLLKRQSFNLGLLDPLSTTTINKRQSLNLSSLEGFSRTNSLEDQARKKSSS
TLPNYNSLPRKGSDAPSSLKRSSSDRRSFYRGDDEMTNLNSFKPVTLTVSSFFKQEGDKL
SDDDLYKFLADLKRPTSILKRLKCIPGSLKLDISKLQEMSSYCLTPDLYQVKPYPDLRTR
PTREIQEFPSRDVYVPNNVYRNIIYVYPLSLNFSGRTGSARNIAIKVQLLKGSGEDDCIP
FQCIFGKSSGPELVHEMYTSVTYHNKTPDFYEEIKIRLPPSLEDSNHLLFTMYHISCQKK
QDNTQVETPIGYTWLPIYRNHRLQTGDFHLPVSVEKLPKAYSMLSADTQLPYMKWIDGQK
AIFNVSVKAVSAIHTQDEKLDQFLWLCHSIEAGIIPKSIPNERMEFELNKSVLSISEALA
EPLVQFLHLLLDKLFLMMVKSPVLSGQLVNMSSNCFESLAYIVDRIHNLLDKSQDNHGRN
SLLAAYIQYVFKPPEDVPRPAGMSPSGSYSSLKKSHSMTLKSSTGNRNTYGGISSVPQSP
DDEVSGIMHTKISPDRYGSAKAVQQNAETGMGNVPVRGLGGRSPPRKLVHEQLALQLGIC
NGRSKDFALKHTWFFLDLMVKSMAQFYYSEEYQLKDVPRKERFSDSFDSDIEAIVVMVAT
EVLARHTKETRAMGLLNVHLAFFLQDLFTLMDRGFVFKQIQCYCKMLAERLVTLTDPTPL
AQIKLEFLRIVCSHEHYVTLNLPLCPSLITAPPSPTLSIASTLSFCSVSSFFPFGDMHSN
TKAELSYEFRQRHFLTGLVLSDLSAMLLTNNNNNHRQAIDIVANLLASHDCDPRYKDVTT
RMRVASLYLPLLDIIMDAIPQFNCTNANPKQRPSFMFGMAEEDDDSVGLGINKSVALAIA
GTSVATMAEDTSIGSVQRQSSSTRMTEESTKDLLLCAMWVMKNVEAASLQKWWSALGVQR
FIQVLDVLFYCACCFEYKGKTSIIKKLSRTSMKKTNDIKQRLEDAILGSASARSEFIMRR
SGMYSSLDRTASGPALGQSERVRWRKDLTHFRQTNEILESKSKTELEDDAVLEGCLATEV
SLTILDTLELIIQSIQTKENLSGVLSSVMQVLLHMLQCNQSVVVLKNALATQRSLVFKYP
GLLFEDETEQCADLCLRILKHCSSCIDTVRSHASASLYLLMRQNFEIGNNFARVKMQVTM
SLSHLVGTVTNFHEGYLRKSLKTILMYADEDIELKATTFPEQVHNLVFNLHMILSDTVKM
KEFKEDPEMLMDLMYRIAKGYQDSPDLRLTWLQNMAGQHMRQGNHVESAMCLIHCAGLVT
EYLHMQEDRPYLPVGCVAFEKISSNVLEESAVSDDVVSPDEEGICSGKYFTESGLVGLLE
QAATFFTEGGFYEVVNEVYKVLIPIHENNRNYNRLSTIHSKLCDAFHKIVELDKKRMFGT
YFRVGYYGPKFGDLDGEEFIYKEPKITKLPEIAHRLQNFYGERFGEENLVMMKDSRKVDV
RTLDPLKAYIQVTYVEPYFQAFENDFRRTHFDKSYNLRRFVFATPFTEDGRAHGELHEQY
KRKTILTTSHAFPYVKTRCTIIHKEEIVLKPIEVAIEDMQKKMTELAQATIQDPPDPKFL
QMVLQGCIGTTVNQGPFEVAQVFLGDKAAAEIPLDKEHNKLRICFKEFSKRCSDALRKNK
TLIASDQKEYQKELERNYHRFTDRLTPLIANRDPVNTSYYCNTIDYQSIHV
NT seq
6456 nt
NT seq
+upstream
nt +downstream
nt
atggcgagctctggtaggcgagcttttgctcaaaaactcaacaaaaatcttcaagctgct
gatattcgccgtcaaatttctgggcaaaccactccaaacagtatctccagagcttcaagc
atctccaatgtctcagttattcatccacagatggcctcattatcggagattgttgatcct
cccgattatgaggtctatctagaaaaacaccactaccgaatacagagtgatgactgccct
cagctgttaaagtacccggatgatgacatagaagttagcatcataccaagaaaatgtaga
acagtcaagcctgcactgcctgatgaggagcaactggtgaccgatctacaagtaagggat
tgcctgaaactctacacttctgaatgggcagtagttaatcgaaaatacaagagtaaagtt
gcaggtcatgaaaaaacaaaactaaagaggatacagtctgatttgatagcaaacaacgac
aaagtctttgaagtcgacgaactcgaacttattgatgaagatgaactgcaagaagaggaa
attaaacgaggatcaatacacatggaaagaactccacgtggaagttgggcgtcaaatata
ttcaacctcgaatccacagaagccgatgacttgcttccaaatctcttagaccatgcgcca
atcgaccaacaggataggatcaacatggaggctaggaatacagctagaaactcggatata
ttcaccctgtacccggcaatggatgatgaggatgccattgaaagaaggtccttagttgat
attccggcagaacattttggatcaagattgctagtgaaatgcttacaactgaaacttgaa
ctagagatagaacctatcttcgcaaccatggcactttatgattcaaaggagaaaaagaag
atatctgagaacttctattttgacatgaatacggatgcaattaaagggatgattgttaat
aagagttcataccctgatgtatccactatggcacgggctgccgtcttctcacttacgtac
ccctcaagtgatgtttacattgttgtgaagttggacaaagtcctacagcaaggagacata
caagaatgtgctgagccatatatgaaagaatccgaaaacccaaaggttcaagagaaggtc
aaagccaacgccaaatacttttgcgagaaactgggtgcttaccgtatgccgtttgcatgg
acagccatcgatctcatgaatgtgataaacggctcacagggtctcgcaaaaccagaaaac
actgaaacagcaaagacatcagcctcaagcttactgaaacgacagagttttaatcttgga
ctgttggatcctttgtcaacaactaccatcaataaaagacaaagtttgaacctcagcagt
ctagagggtttcagccgaactaatagtctagaggatcaggcaagaaagaagtctagctct
acactacccaattacaattcattgccccgtaaaggttcggacgccccatccagcttgaag
cgtagtagctccgatcggagaagtttctatcgtggtgatgatgaaatgaccaatctaaac
tcatttaaacctgtgacgttgacagtttcaagctttttcaagcaggaaggggataaattg
agtgatgatgacctttacaaatttctagctgacctgaaaagaccaacttcaatattgaag
agactcaaatgcattccaggtagtttgaagctggatatttcaaaactccaagagatgtca
tcatactgcttgacccctgacctttaccaagtgaaaccatatccagatctacgaacacgt
cctacaagggaaatacaagagtttccatctagggatgtttatgtaccaaacaatgtttac
aggaacatcatatatgtgtacccattgagtttgaacttctctggtcgtactggctcagca
aggaacatagccatcaaggtgcagctactcaagggttctggtgaagatgactgcattcct
tttcagtgtatctttggtaaatcaagcggccctgagttggtccatgaaatgtacacatct
gtaacgtaccacaacaagacacccgacttttacgaagagatcaaaatacgcctaccaccg
agcctagaagactcaaaccacctattatttacaatgtaccatatcagctgtcagaagaaa
caggataacacacaagtagaaacaccaataggatacacttggctaccaatctaccgtaat
catagattgcagactggtgatttccacttacctgtgtccgttgagaaactaccaaaggcc
tactccatgctgtctgcagatactcagttaccttacatgaagtggattgatggacagaaa
gcaatttttaatgtgtcagtgaaggcagtctctgcaatccacacacaggatgaaaagttg
gatcagttcctctggctgtgtcactccattgaggcaggcatcattcccaaatcaatccca
aatgaacgtatggagtttgaacttaacaagagcgtgctttccatctctgaggctcttgcg
gagcccttggtccaattcctgcatctgcttctggataaactctttcttatgatggtcaaa
tcaccagttctttccggtcaattggtgaacatgagttccaactgttttgagtctttagct
tatattgtggatagaatacataacctactggataaaagtcaggataaccatggccgtaac
agtctactagctgcctacatccagtatgtcttcaagccccctgaagatgtaccaagacca
gcagggatgtctccatcaggcagttacagcagcttgaagaagtctcacagtatgacctta
aagtcatcgactgggaaccgcaacacctacggaggcataagcagtgtgccacagtcaccc
gatgacgaggtcagcggtattatgcacactaaaatctcccctgatcgttatggttcagca
aaagctgtacagcagaatgctgaaacaggaatgggtaatgttcccgtacggggattagga
gggcgctctcctccacgaaagttggtccatgaacagttggctctccagctaggcatctgc
aatggcagatccaaggacttcgctctcaagcatacttggtttttcttggatcttatggtt
aaaagcatggctcaattttattactcagaggagtatcaactgaaggatgtcccacgaaag
gaacgtttttctgacagttttgattctgatattgaagccattgttgtaatggtcgctaca
gaggtccttgcaagacatacaaaggaaacaagggccatgggtctgttgaatgttcatctg
gcatttttcctgcaagatctctttacactgatggacagaggatttgtcttcaagcagatt
cagtgttattgtaaaatgcttgctgagagattggttacattgacagatccaactccccta
gcgcagattaagcttgaattcttgcgtatagtatgcagccatgaacactacgtcaccctc
aacctcccgctctgcccctccctcatcacagccccaccctctccaacactctccatcgca
agtaccttatctttctgctcggtgtcttctttctttccttttggagacatgcatagtaac
acgaaagccgaactttcttacgagttccgacaacgtcatttcctgacagggcttgttttg
tcagacctgtcggcgatgctgttaaccaacaataataataatcatcgtcaagcaatagac
atcgttgccaaccttcttgcctcacatgattgtgatcctcgttacaaagatgtcacgaca
cgtatgcgtgttgcctcactctacctcccactactggacattatcatggatgccatccca
caattcaactgtaccaatgctaatccaaaacaacgaccgtctttcatgtttggaatggcc
gaggaggatgatgacagtgttgggttgggcatcaataaatctgttgcgttggcaatagca
ggcactagtgtggcaacaatggcagaggatacgtcaataggctcagtacagagacaatca
tcgagtacgcgtatgacagaagagtccacaaaagatctgctgttgtgtgccatgtgggta
atgaagaacgtggaagccgcctcacttcagaagtggtggtcagcactgggcgtgcagcgt
ttcattcaagtccttgatgttcttttctactgtgcttgttgctttgagtataagggtaag
acatcaattatcaagaaactgtcgcgaacatccatgaagaagaccaacgatatcaaacag
agattagaagatgcaatcctggggtctgcaagtgctagaagcgagtttatcatgcggcga
agtggcatgtactccagcctagaccgaactgcctctggtccagccctcggccagtcagag
cgagtcagatggaggaaagatttaacacatttcaggcaaacaaatgaaatacttgaaagt
aaatcaaagactgagcttgaagatgatgctgtgttggaaggttgcttggcaacggaggtc
agtctgacgatattggacactctggagctcatcattcagtccatccaaaccaaagagaac
ctgtcaggtgttttgagtagtgtaatgcaagtccttcttcacatgctacagtgcaatcaa
agtgtcgttgtgcttaagaatgccttagcaacacagaggtcattagtattcaaataccct
ggattgctttttgaagatgagacagaacagtgtgctgacctttgccttcgaatcctgaag
cattgcagctcttgcatcgatactgtccgttctcatgccagtgcctcactctacctgctg
atgcgacagaattttgaaatcggcaataactttgcaagagtgaaaatgcaagtaacgatg
tcattatcccacctggttggcacagtaaccaatttccatgagggttacctgagaaaatca
ttgaagacaatactaatgtacgctgatgaagatattgaactgaaggcgaccacttttcct
gaacaggtgcataatcttgtcttcaatcttcacatgattctgtcagacactgtgaagatg
aaagagttcaaagaagatcctgagatgcttatggaccttatgtacagaatagccaaagga
taccaagattcccctgacctacgtttgacatggcttcagaacatggcaggtcagcacatg
aggcagggcaaccatgtcgagtcagccatgtgcttgattcattgtgccgggctggtcact
gagtacctacacatgcaggaggacaggccatacttgcctgtgggctgtgtagcatttgag
aaaatctcttcaaatgttcttgaagagagtgcagtgtctgatgatgttgtatcacctgat
gaagagggaatttgctctggaaaatacttcactgaaagtgggttggtaggtcttctagag
caggctgctactttcttcaccgagggtggattctacgaagtagttaatgaggtgtataaa
gtcttgatacctatccatgaaaacaacagaaattacaaccgactctcaaccatccacagc
aagctatgcgatgcctttcacaagattgttgaactggataaaaagagaatgtttggcact
tactttcgtgttggctactacggacctaagtttggggatcttgatggcgaagaatttatc
tacaaagaacccaaaattacgaagttgcctgaaattgcccacagacttcagaatttctac
ggtgagcggtttggagaggaaaatttggtaatgatgaaggattcacgtaaggtagacgtt
aggactctcgatcctcttaaagcttacattcaggtgacatacgttgagccgtactttcag
gcattcgaaaacgacttccgacgtacccactttgacaaaagctacaacttgcgacgtttc
gtatttgcaacaccatttactgaagacggtcgtgctcatggtgagttgcatgaacagtat
aagcgcaaaacgatcctaacaacatctcatgcttttccctacgtcaagacacgctgcact
atcatacacaaagaagagattgttctgaaacctattgaagttgctattgaagatatgcag
aagaagatgacggaattagcgcaggcaaccattcaagatcctcctgatcctaaattcctt
cagatggtcttgcaaggctgtattggtacaactgttaatcagggtccatttgaagttgca
caggtgtttctaggtgataaggcagctgctgaaatcccactggacaaagagcacaataaa
ttgcgcatttgtttcaaagaattctcaaaaaggtgtagtgatgcattacgcaaaaacaag
acccttatagcgtccgatcaaaaggagtaccagaaagaacttgaacgcaactaccatcgc
tttaccgaccgcctaacgccattgatagctaaccgcgatcctgtgaacacgtcctactat
tgtaatacgattgactaccaaagtatacacgtataa
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integrated database retrieval system
