Oncorhynchus keta (chum salmon): 118392915
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Entry
118392915 CDS
T09424
Name
(RefSeq) rap guanine nucleotide exchange factor 1-like isoform X1
KO
K06277
Rap guanine nucleotide exchange factor 1
Organism
oke
Oncorhynchus keta (chum salmon)
Pathway
oke04510
Focal adhesion
oke04910
Insulin signaling pathway
Brite
KEGG Orthology (KO) [BR:
oke00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
118392915
09150 Organismal Systems
09152 Endocrine system
04910 Insulin signaling pathway
118392915
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RasGEF
RasGEF_N
Motif
Other DBs
NCBI-GeneID:
118392915
NCBI-ProteinID:
XP_052317195
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All DBs
Position
14:19663727..19736299
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AA seq
1117 aa
AA seq
DB search
MSGKIESKPDSQRSHLSSFTMKLMDKFHSPKIKRTPSKKVSKPPLEHGVKTAEKPANKSL
SRLEEQEKDVVSALRYFKTIIDKMAVDKKVLEMLPGSASKVLEAILPLVQVDARIQHSSG
VSSCLNRVYQSLGNLIRWSDQVMLEGVNLEDKETIVTVTTVIKAVLDGVKELVKLTIEKQ
EHPSPTSPVKPVPVATPPESAAEPPANEKESLDKSSATSQSMEALTEPTGEEEEEEEVVA
PAKPPLPGLKMAEHNPPALPPKKRQSAPSPTRVAVVAPMSRATSGSSLPMGIGLHKQEFE
VDALQRRFSGGSHYYGGESPRISPCNSMGKLSKSDGQLSWTMDSGQCSRNTSSEALDTTD
HYDPDYDFLHQDLSSLEQMTPVPVGACLSPLPESHSESSCPGPGPPLAQLHFSSLQGCSV
TSALPPPALPEKKRRGGACSGFSDGSYSGSSWCVSFERHPSQYDNLMEEDLPPVPPFPLF
TPDILPLCHTAGGFVSEFSGSETTDVPQSPPPLPEKKSRHILKYMQFVEDYSEPQPSVFY
QMPQSKSIYEQRNKHFQEVYGFNDSFSSSDSVHEPLPPPALPPKQRQLSMDLAAPGSGSP
DPVLVANGSLDSSLAIGLLTDSSFSDTRQTSLSESANEEGGEGEYVNLYTSSQANGDGLS
RRDSSAIDDLLEDTASENPLCNNKDMSDDRRRQKSSEDGQSSEETDELSLIDHMEIMSRL
TLKQENDDGPDVRAGSGDILLVHATETDRKDLVLYCEAFLTTYRTFITPEDLIKKLHYRY
TRFCHCPDTFKKKVSKNTFFVLVRVVDELCLVEMTEDILMQLMDLVFRLVCNGELSLARV
LRTNILDKVEQRRLLRYTYSLKPLAARGVAARPGTLHDFRSHEIADQLTLLDAELFYKIE
IPEVLLWAKEQNEEKSANLTQFTEHFNNMSYWVRSIIILQEKAQDREKLLLKFIKIMKHL
RKLNNFNSYLAILSALDSAPIRRLEWQKTTSEGLEEYCTLIDSSSSFRVYRAALADVEPP
CIPYLGLILQDLTFVHLGNPDQINGKVNFSKRWQQFNILDSMRRFQQVHYDLKHNDDIVS
FFNDFSDHLAEEALWELSLKIKPRNITRRKTEREENT
NT seq
3354 nt
NT seq
+upstream
nt +downstream
nt
atgtcggggaaaatagagagtaaaccagactcccaacgctcccatttgtcttccttcacc
atgaagcttatggacaagttccactctcccaaaatcaaaaggacaccctcaaagaaagtc
agtaagccgcctttagaacatggcgtcaagactgcggagaaacctgctaacaagagtctg
agtcggttagaggagcaagagaaagacgtggtcagtgccttgcgttacttcaagaccatc
attgacaagatggcggtggacaagaaggtgctggagatgttaccaggctctgccagtaag
gtcctggaggccatcctgcctttagtccaagtggatgcaaggatccagcacagctcgggg
gtgtcctcctgtctgaaccgtgtgtaccagagtctgggcaatctcatccgttggtctgac
caagtcatgctggagggggtcaacctggaagataaagaaaccatcgttaccgtcaccact
gtgatcaaggcagtgcttgatggtgttaaggagctagtgaaactgaccatagagaaacag
gagcatccttcccccacgtctcctgtcaaaccagtgccagtggccaccccacccgagagt
gctgctgagccgcctgccaatgagaaggagagtctggacaagagctcagccacgtcccaa
tctatggaagccctgactgaacccactggagaggaggaggaggaagaagaggtggtggcc
ccagcaaaaccccctctccctggcctcaagatggctgaacacaatcctcctgctctgcct
ccgaagaagcgccagtctgccccctcacccacccgggtggcagtagtggcccccatgagc
cgcgccaccagtggctccagtcttcccatgggcatcggcctccacaaacaggagttcgag
gtggatgccctgcagcggcgcttctctgggggcagccattactacggaggggagtcgccg
cgcatatccccctgcaacagcatgggcaagctgagcaagtccgacgggcagctgtcctgg
acaatggacagtgggcagtgctcacgcaacaccagcagtgaggctctggacaccacagac
cactacgacccggactacgacttcctgcaccaggacctgtccagcttggagcagatgact
cctgtgccagtgggagcgtgcctcagccccctgcctgagtcccacagcgagtcttcctgc
cctggccccggtccgcctctggcacaactccacttcagctccctccagggctgctccgtg
acttccgccctgccgccccctgccctgccagaaaagaagcgcagaggtggcgcctgctca
ggcttttccgacggctcctactcgggctcatcctggtgcgtttcctttgagcgccaccca
tcccagtacgacaacctcatggaggaggacctaccgcctgtgcccccctttcccctgttc
acgcccgacatcttgcccctgtgccacaccgccggggggtttgtgtctgagttcagcggc
agcgagacgacagacgtacctcagagtccaccgccactccctgagaagaagagccgtcac
atactgaagtacatgcagtttgtggaagactactcggagccccagccctcagttttctac
cagatgccacagagcaagagcatctatgagcaacgcaacaagcacttccaggaagtctac
ggcttcaatgactcgtttagcagcagcgactctgtccacgagcccctcccacccccggca
ctgccacccaaacagaggcagctgagcatggacctagcggccccgggcagtggcagccct
gaccctgtgctggtggccaacggctctctggacagctctcttgctatcggtcttctcact
gactcttctttctctgacactcgtcaaacctctttgagcgaaagcgctaacgaggaaggc
ggggagggagagtacgttaatctgtacacatccagccaagccaacggagatgggctctcc
cgccgagactcgtctgccatagatgacttattggaggacactgcctcagagaacccactg
tgcaataacaaggacatgtctgatgaccgccgaagacaaaagtcgtctgaagatgggcag
agtagcgaggagacggatgagctttccctcatcgatcacatggagatcatgtcccggtta
acactaaagcaggagaacgatgatggtccagatgtccgagccggatcgggggatatttta
ttagtccacgccacagaaacggaccgcaaagatcttgtcttgtactgtgaggctttcctg
acgacatacagaacgttcataaccccagaggaccttatcaaaaagctgcactacagatac
accaggttttgtcactgcccagatacattcaagaagaaagtcagcaaaaacaccttcttt
gttcttgtccgtgtggtggacgagctgtgtctggtggagatgacggaggacatcctgatg
cagctgatggacttggtgttcaggctggtgtgtaacggtgagctgagcctggcccgcgtc
ctccgcacaaacatcctggacaaggtggagcagaggaggctgctgcgctacacctactcg
ctcaaaccactggccgcaagaggtgtcgccgccagacctgggaccctgcacgacttccga
agtcatgagatcgccgaccagctaactctcctggatgcagagctcttctacaaaattgag
atccctgaggtgttgctttgggctaaggagcagaacgaggagaagagtgccaacctcaca
cagttcacagagcactttaacaacatgtcctactgggtacggtccataatcattctgcaa
gagaaagcccaggaccgagaaaagctcctcctcaaatttatcaaaataatgaagcactta
cggaagctaaataatttcaactcatatttggctatattatctgccttggattcagctccc
atccgaagactggagtggcagaaaacaacctcagagggcctagaggaatactgcacgtta
atagacagttcctcgtcgttccgggtctaccgagcggcactggcagacgtggagccccca
tgtataccatatctgggtcttatcctccaggacttgacctttgtccatctgggcaaccct
gatcaaatcaacgggaaggtcaacttctccaagcgctggcagcagttcaacatcctggac
agcatgaggcgcttccagcaggtgcattatgatctgaaacacaacgacgatattgtctcc
ttcttcaacgacttcagcgaccacctggcagaggaggctctgtgggagctgtctttgaag
atcaaacctcggaacattacgcggcgcaaaacagagcgcgaagaaaatacatag
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