Salmo salar (Atlantic salmon): 106600508
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Entry
106600508 CDS
T04363
Name
(RefSeq) rho guanine nucleotide exchange factor 18-like
KO
K21066
A-kinase anchor protein 18
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
106600508
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
sasa04131
]
106600508
Membrane trafficking [BR:
sasa04131
]
Others
Rho GTPase associated proteins
Rho guanine nucleotide exchange factors (GEFs)
106600508
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RhoGEF
PH_16
Motif
Other DBs
NCBI-GeneID:
106600508
NCBI-ProteinID:
XP_014047389
UniProt:
A0A1S3R4V5
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All DBs
Position
ssa03:complement(40987233..41016421)
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AA seq
922 aa
AA seq
DB search
MDDLDTLRGLSPRPPPPEDSVSLSSSSTSIINLEDGHYSALLAELEADAQDLEGESWSVS
VDQQYIKRLHKDAIKRQDVIYELIQTEVYHMRTLKLLLSVYQYELRHNLQMEETMLDRMF
PQMDSLLHIHQHFLWCLRDCRDVQNHYTVTQLGAILINQFSGEMGERMKESYGDCCSHHT
DAVSFYKEQLQNNKFQNLIKKISRLSIVRQLGVPECILLVTQRLTKYPFLVEHILQNTDA
DSEEHDALAQALVLIRETISAVDSQVHDYERASRLRDIGSSLESHSHSRLKDGRVFKRED
LAVGSRTLLHEGTVNWQAANEWLKGSLCMKDAQIMQSLTEKLRMFADMAEAVTGLEDVAN
HSRLLLRSDDLDPQQGETLLKGAITEVENLQNLLLSGVTLRDPYPPPEDFLVSGGYSLRP
EDLQLLRGGLGLGGLRNLAALRRAETLGRYVCNPLPPMKNSNIQAGERPGSVAVQPLDRG
QHSNSDPQLQDLDQSESLELSADESPASYWTSPCPNPSFPEAEFFDRVLLLSQKLYSLLA
IVSQQDSHIELQRASLSEREHPGRPRGNVLLEQEKQRNMEKQREEMANFHKLQTQHRQEQ
ARWEEERECHQLQAEILEAELRQREEECRRMKEKLAEERGELERWRKTYQQDLERLREST
RTVEKQKERLDLQMKLKKNKTIAKPGSFNFNTQQALPHSQSFRGDLPHSASFQGDLSQSF
RGDLMGGWTTGGDVTPIPASKVHVQPSPSLVTAFFLEPPPEVPLHRESISPAPPKAEVPI
HLISTTDQVVHKPGAVQQQIPTKLATLSSKGKEKSRKKGSHQRMHSAASIDMSQVVPIRV
TRKECGSLRGKRTVSPHRSYQSDRFLSPPEPLFNAKHSQNLLSSSSMRRNSQIHFPPPEP
PHPPPFPKDIASKPTKERVIYL
NT seq
2769 nt
NT seq
+upstream
nt +downstream
nt
atggatgacctggatactctcagaggactttctcctcgaccccctcctcctgaggactct
gtgtccctctcctcatccagcaccagcatcatcaacttagaagatggccactacagtgcc
ctgctagcagagttggaggctgatgctcaggacctagagggagagtcctggagtgtctct
gtggaccagcagtacataaagagattacacaaagacgctataaagagacaagatgtcatc
tatgagttgatccagacagaggtgtaccacatgcggaccttgaagctgctgctgagtgtg
taccagtatgagctgagacacaacctacagatggaggagactatgctggacaggatgttc
cctcagatggacagcctgctgcacatccaccaacacttcctgtggtgtcttagagactgc
cgcgacgtacagaatcactacacagtcacacagctgggagctatactcatcaaccagttt
tcaggtgagatgggagagaggatgaaggagagctatggagactgctgcagtcaccacaca
gatgctgtcagcttctacaaagaacagctacagaacaacaagttccagaacttgattaag
aaaatcagtcggttgtccatcgtgcggcagttaggagtcccagaatgtattctgttggtg
actcagcggctcacaaagtacccctttctggtcgaacacattctacagaacactgatgct
gacagtgaggagcacgatgccctggcccaagccctggttctgatcagagagacaatctct
gctgtggactctcaagtccatgactatgagagggcctctaggttgagagacataggcagc
agtttggaatctcattcccacagcaggctgaaggacggaagggtgttcaagagagaggac
ctggcagtggggtccagaaccctgctccatgaggggactgtcaactggcaggcagccaat
gaatggctgaaaggaagtctatgtatgaaggatgcccagatcatgcagagcctgacagag
aagctgcgtatgtttgctgacatggcggaggctgtaacagggctggaggatgtagctaat
cactctcgtctgctgctccgtagtgacgacttagacccccagcagggggagacactgctc
aagggggccatcactgaggtggagaatctgcagaaccttctcctgtccggtgtgactctg
agagacccctacccccctccagaggacttcctggtatcagggggatacagtttgaggcca
gaagatctacagctccttcgaggggggctaggccttggtgggctgcggaacctggcggca
ctcaggagagccgaaaccttagggcgctatgtctgcaatcccttaccccctatgaagaat
agtaatatacaggcgggagaacggccaggcagtgtggcggtacaacctctagacagaggt
cagcattcaaactctgacccccagctacaggatcttgaccagtcagagagtctggaactg
tcggctgatgagtcaccagcatcatactggacttctccatgcccaaatccatcctttcct
gaagctgagttctttgacagagtgctgctgctctcacagaaactctacagtctgctggcc
atcgtgtcccagcaggacagccacattgagttgcagcgtgcctcgctgtcagagcgtgag
catccgggccgtcctcgtggaaatgtgctcctggagcaggagaaacaacgtaacatggag
aaacagagagaggagatggctaacttccacaagctgcagacacagcacagacaagaacag
gctcgctgggaggaggagcgggagtgccaccagttgcaggcggagatcctggaggcggag
ctaagacagagagaggaggagtgtaggagaatgaaggagaagctagcagaggagaggggg
gagctggagagatggagaaaaacctaccaacaagatctggagaggctgagggagtctaca
aggactgtggagaaacagaaggaacgcctggatttacagatgaagttgaagaagaacaag
accattgccaaacctgggagttttaacttcaacactcagcaggctctcccccactcccag
tcgttccgaggggacctcccccactctgcttccttccaaggggacctctcccagtcgttc
cgaggggacctgatgggtggttggaccacgggaggtgacgtgacccccatcccggcctct
aaggtccacgtccaacccagcccctctctagtcacagctttcttcctggagccgcccccg
gaggtgccccttcatagggagagcatcagccctgcgccccctaaagcggaggttcccatt
cacctgatcagcaccaccgaccaggtggtccacaagccaggggctgtgcagcagcagatc
cccaccaagctggctaccctcagcagcaagggcaaggagaagagcagaaaaaagggatcg
caccagcgaatgcatagtgcagcatctatagacatgtctcaggtggtgccgatcagagtg
acaagaaaagagtgcgggagtctgcgagggaagaggactgtgagtcctcacaggagctac
caatcagatcgtttccttagtcctccagagcctctgttcaatgccaagcactcccagaac
ctattgtccagcagcagcatgaggaggaacagccagatccacttccctccacccgaacct
ccccatcctccacccttcccaaaagacatagcaagcaaaccaaccaaggaacgcgtaatc
tacctgtaa
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