Salmo trutta (river trout): 115159930
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Entry
115159930 CDS
T08542
Name
(RefSeq) rap guanine nucleotide exchange factor 1-like isoform X1
KO
K06277
Rap guanine nucleotide exchange factor 1
Organism
stru
Salmo trutta (river trout)
Pathway
stru04510
Focal adhesion
stru04910
Insulin signaling pathway
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
115159930
09150 Organismal Systems
09152 Endocrine system
04910 Insulin signaling pathway
115159930
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RasGEF
RasGEF_N
Motif
Other DBs
NCBI-GeneID:
115159930
NCBI-ProteinID:
XP_029565934
Ensembl:
ENSSTUG00000003847
LinkDB
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Position
23:36494965..36582668
Genome browser
AA seq
1096 aa
AA seq
DB search
MSGKIESKQDSQRSHLSSFTMKLMDKFHSPKVKRTPSKKGKQLQVEPVVKNQEKPVNKKV
SRLEEQEKEVVSALRYFKTIVDKMVVEKKVLEMLPGSASKVLEAILPLVQVEARITHSSA
VSSCHNRVYQSLANLIRWSDHVMLDGIHLDDKDNVVTVTTVIKAVLDGVKELVKLTIEKQ
EQPSPTTPNKPPPPPVTTPESRSELPLTEREREILSKTPPTEAVTDMAEEDVAPPKPPLP
GLKMDALSPPPALPPKKRQSASSPTRVAVVAPMSRGSSLPCSVHRQQQDYEQEFLQRRFS
GGSQSYGCDSPRLSPYSSMGKLSRSEEQLCSMEQDSGQCSRNTSCETLDNTESYDPDYDF
LHQDLAVFMGDTHLPSTATPSGVMSLSPLPESHSECSSPVPPHPRFRSPPAPHHQQPHPP
QSEYWTPQPGSHIIPLQPSRISAPPALPQKKRRSSQVSPYQDGCGSSGGPLNERSPSQYN
NLSEEELLHPTPPFPLFTPNSPMPQSNGGVFVAQYLASENADLPSSPPPLPEKRNKHVLA
YMQFVEDYSEPQPSVFYQTPQNESIYEQRNKRFQDVYGLNDSFSSTDSVHEPLPIPLFPP
PALPPKQRQLSADEGGEGEYVNLYSSSQANGELELPPCLRPIAADDVIQDPAPQMHSSNS
KEALDKDSRRQKSTDSVQSDEEEVDELSLIDHKEIMSRITLKQENDDGPDVRAGSGDILL
VHATETDRKDLVLYCEVFLTTYRTFISPEDLIKKLHYRYTRFCHSPDTFKKRVSKNTFFV
LVRLVDELCLVELTEDILKQLMDLVFRLVCNGELSLARVLRKNILDKVEQKKLLRCTNSL
KPLAARGVSARPGTLHDFRSHEIADQLTLLDAELFYNIEIPEVLLWAKEQNEEKSPNLTQ
FTEHFNNMSYWVRSLIIQQEKGQDREKLLLKFIKIMKHLRKLNNFNSYLAILSALDSAPI
RRLEWQKQTSEGLEEYCTLIDSSSSFRAYRAALADVEPPCIPYLGLILQDLTFVHLGNPD
LIDGKVNFSKRWQQFNILDSMRRFQQVHYELKRNDDIVCFFNDFSDHLAEEALWELSLKI
KPRNITRRRTEREEKT
NT seq
3291 nt
NT seq
+upstream
nt +downstream
nt
atgtcggggaaaatagagagtaagcaagactcgcagcgctcccacctctcctccttcacc
atgaagctgatggacaagttccactcgcccaaggtcaagaggacgccatcgaagaagggc
aagcagttgcaggtcgaaccagtggtcaagaaccaagagaaacccgtcaacaagaaggtg
agtcggctggaggagcaggagaaggaggtggtgagcgcgctgcgctacttcaagaccatc
gtggacaagatggtggtggagaagaaggtgctggagatgctgcctggctcggccagcaag
gtgctggaggccattctacctctggtgcaggtggaggcccggataacacacagttcggct
gtgtcgtcgtgtcacaaccgggtgtaccagagccttgccaacctgatccgctggtccgac
catgtcatgctggacggcatccacctggatgacaaggacaacgtggtcacggtcaccaca
gtcatcaaggccgtcctggatggggtcaaggagctggtcaaactcaccatagagaaacag
gagcaaccctcccccaccacacccaacaaacccccaccaccgcctgtcactacaccagag
agcaggtcagagttgccactgacagaacgggagagggagatcctgagtaagaccccgccc
accgaggctgtgacggacatggcagaggaggacgtagctccgcccaaaccccccctccct
ggcctgaagatggatgcgctcagtcctcctccagctttgcccccaaagaagcgtcagtcg
gcctcgtcgcccacccgggtggcagtggtggcccccatgagccgcggctccagcctgccc
tgcagcgtccacagacagcagcaggactatgagcaggagtttctccagaggcgtttctca
gggggcagccagtcgtacgggtgcgactctccgcgcctctcgccctacagcagcatgggg
aagctcagcaggtctgaagagcagctctgctccatggaacaggacagtggacagtgctcc
agaaatactagctgtgagacactggacaacacagagagttacgaccccgactatgacttt
ctccaccaggacctcgctgtcttcatgggggacacccacctgccctccaccgccaccccc
tcaggggtcatgtccctgtcccccctccccgagtcccacagtgagtgctcctcccccgtc
cctcctcacccccggttcaggtcaccacccgccccccaccaccaacaaccccacccaccc
cagtctgagtactggacccctcagcccggttcccacatcatccccttacaaccatcccgc
atcagtgctcctccagcattaccccagaagaagcggcgcagctcccaggtttcgccctat
caggacgggtgtggctcctcggggggccccctcaacgagaggtccccttcccaatacaat
aacctgtcggaggaggagctgctgcaccccacgccccccttccccctcttcacgcccaac
tcgcccatgccccagagcaacgggggggtgttcgtggcccagtacctggctagcgagaac
gccgacctgccgtctagtccacctccactgcctgagaagaggaacaagcacgtcctggcg
tacatgcagtttgtggaggactactcggagccccagccctcagtgttctaccagacccca
cagaatgagagcatctatgagcagaggaacaaacgcttccaggacgtctacggcctcaac
gactccttcagtagcaccgactcggtccacgagccccttcccatacccctcttcccgccc
cccgccctgccccccaagcagaggcagctgagcgccgacgagggtggcgagggcgagtat
gtcaacctgtactcatccagccaggccaatggggagctggagctgcctccctgcctcaga
ccaatcgctgctgacgatgtcattcaagaccccgccccgcaaatgcactcctccaatagc
aaggaggctctggacaaggacagcaggaggcagaagtctacagactcggtccagagcgat
gaggaggaagtggatgagctctctctcattgaccacaaagagatcatgtcccggataaca
ctcaaacaggagaatgacgatggtcctgatgtgcgtgctggatcaggggatattctgtta
gtccacgccacagagacagaccgcaaagatctggtgttgtactgtgaggtcttcctgacc
acatacaggaccttcattagcccagaggacctcattaagaagctccactacagatacacc
aggttctgtcacagtccagacacgtttaagaagcgggtcagcaagaacaccttctttgtg
ctcgttagactggtggacgaactgtgtctggtggagttaacagaggacatcctgaagcag
ctgatggacctggtgttcagactggtgtgtaacggcgagctgagtctggcccgtgtgctc
cgcaagaacatcctggacaaggtggagcagaagaagctgctgcgctgcaccaactccctc
aagccgctggccgcccggggcgtgtccgccaggcccggaacgctgcatgacttccgcagc
catgaaatcgccgatcagctcacgctcctggatgcagaacttttctacaacatcgagatt
cctgaggtgttgctttgggccaaggaacagaacgaggaaaagagtcccaatctgactcag
ttcacagagcactttaacaatatgagctactgggtgcgctctctaatcattcagcaggag
aaaggccaggacagagagaagctgctcctcaaattcattaagatcatgaagcacttaaga
aagttgaacaatttcaactcgtacttggcaatactgtctgccctggactcagcccccatc
cgcagactggagtggcagaaacagacatcagagggattggaggaatactgcactttgatt
gacagctcgtcgtctttccgagcgtaccgggcggctctggccgacgtggagcctccatgc
atcccatacctcggtctaatcctgcaggacctgaccttcgtccacctggggaaccctgat
ctcatcgatgggaaggtcaacttctctaagcgctggcagcagttcaacatcctggacagc
atgaggcgcttccagcaagtgcattatgagctgaagcgcaatgacgacattgtgtgcttc
ttcaacgacttcagcgaccacctggccgaggaggcgctgtgggagctctcgctgaagatc
aagcctcgaaacatcacccggaggcggacagagcgtgaagaaaagacctag
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