Salmo trutta (river trout): 115197549
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Entry
115197549 CDS
T08542
Name
(RefSeq) hepatocyte growth factor receptor-like isoform X1
KO
K05099
proto-oncogene tyrosine-protein kinase Met [EC:
2.7.10.1
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru04010
MAPK signaling pathway
stru04020
Calcium signaling pathway
stru04510
Focal adhesion
stru04518
Integrin signaling
stru04520
Adherens junction
stru05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
115197549
04020 Calcium signaling pathway
115197549
09133 Signaling molecules and interaction
04518 Integrin signaling
115197549
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
115197549
04520 Adherens junction
115197549
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
115197549
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
stru01001
]
115197549
Enzymes [BR:
stru01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
115197549
Protein kinases [BR:
stru01001
]
Receptor tyrosine kinases (RTK)
MET family
115197549
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
TIG
Sema
PSI
Kinase-like
Pkinase_fungal
Motif
Other DBs
NCBI-GeneID:
115197549
NCBI-ProteinID:
XP_029615044
Ensembl:
ENSSTUG00000047649
LinkDB
All DBs
Position
7:complement(47115585..47201157)
Genome browser
AA seq
1434 aa
AA seq
DB search
MNCIGTGHGSRMKNICLLDIVIILWALCSSKVRGQCDEPAENSKLNLSVTYDLPSFEADS
AIQNLVTFEGTVYVGAVNRIYALSENLTKLSEYWTGPVTEAGVERQCGPSSQDGAAGKPN
AVLDNNNMALLVERYYDDELFSCSSADAGVCRRHLLVERGNVHKEVNCMYSPETGDGGRQ
GCPDCVTSPLGSRVLNMVSGGVVRFFVGNSEITGSPSRMTSGPQAQQPQHHTISVRQMKE
TQDGFRFFSDQSYMDLAPGLRGHHHLRYVYSFQSGSHAYFLTVQREGRSSQVYHTRIVRM
CGTDPELRRYVEMPFECILTERRRRRRLASIEVFNVLQAAHVAKAGSELRQEMGLKEGED
VLFAAFARSKPDSPEPTASSAVCVISLADVNNFFKDFIQKCHTKQPYHFTGSEEKRCYNG
SSSDDSFGCGKHGEGYRLEVTTPMTRLDYFSGQFSKVLLTSIAVATAQEQTVASLGTTDG
RLIQVVVSRSKRSTPHVDFRLDPSRCVSPEVALLFPQGHTGPPQRSQDGSLLLVTGNKIT
KVPLIGPGCEQQWTCSSCLLAPGFMGCGWCDGRCTRLAQCHPTSLWTQDSCPPIITMISP
ANGPLGGDTKVTVCGRNFGFNKTERFDHTLISLDLAGAPCKLLKRESNSYRLVCAPVSPV
NSSQASNVVKVHSGKEMAQQQGFTFVNPVIREIFPVFGPKLGGTMLTIRGSFLDSGNTRQ
VTVGNATCEILRVSGTMLMCRTPPQSSPSRQAVYMRVDSVVREAPVLFTYNEDPLISSIQ
PTRSFISGGSTVVAQGFYLHSTLQPQMVLIPTAQEGKVFTVNCTKGEDRLAILCTTPSLK
DLGLQTPVVTKVAFVLDGFSTPQFDLLYVEDPRFEEFQRPTVTSKGNKSILEIKVPGRVD
VEAMKGEVLKVSNRTCESVTVVGNTLECTVPMELWDATNELEVEWRQASSSVSLGRVMLA
HEQDYRGLLAGCVCVSLLLLMLLTLFLWKRRNKHIDDLAEGKVWYDGRAHIQHLDMLANA
RSISPTNEMVSHESLDYRTTLLEDQGVERPELCRGAPPIYGSHGELVSPRLGLGGMGLGA
EGELVSPLLSAPVHIDPSQLHPDLLKEVQHVVIAREHLLLHFNQVIGRGHFGCVFHGTLL
EADGQKQHCAIKSLNRITDLEEVSQFLKEGIIMKDFSHPNVLSLLGICLPPEGSPLVVLP
YMKHGDLRNFIRDETHNPTVKDLMGFGVQVARGMEYLASKKFVHRDLAARNCMLDESYTV
KVADFGLARDVYEKEYYSIHSKSGVKLPVKWMALESLQTHKFTPKSDVWSFGVLLWELMT
RGAPPYSDVNSFDITVFLLQGRRLLQPEFCPDALYNVMVECWHPKPERRPTFSELVSRIK
SIFSSFSGEHYILLNTTYVNIDKMTPYPSLISYSSSSSSSSTRQGHPLERDCCT
NT seq
4305 nt
NT seq
+upstream
nt +downstream
nt
atgaattgtatcgggacgggacacgggagcaggatgaagaatatctgcttgttggacatc
gtgatcatcctctgggctctgtgctcctcgaaggtgagaggtcaatgtgatgaaccggcc
gagaactccaaactcaacctctctgtgacctacgacctgcccagcttcgaggccgactcc
gccatacagaacctggtcacattcgaggggacggtttacgttggtgctgtgaacaggatc
tatgcgctgtcagagaacctgaccaagctatcggagtactggaccgggccagtgacagag
gctggtgtcgaaaggcaatgtggcccaagtagccaggatggagctgctggcaagcccaac
gctgtgttggacaacaataacatggccctgctggtggagcgttactatgacgatgagctg
ttcagctgcagctccgcggacgccggtgtctgccgtcgccacttgctggtggagagaggg
aatgttcacaaggaggtgaactgtatgtattcacccgagacaggtgatggaggacggcag
ggctgtcctgactgtgttaccagccccctggggtcccgtgtgctcaacatggtgagcgga
ggcgtggtacggttcttcgtagggaactcggagatcactggaagtccgtcccgcatgacc
tccggcccccaggcccagcagccacagcaccacaccatctcagtgcgtcagatgaaagaa
acccaagatggcttccgtttcttctccgaccagtcctacatggacctggccccgggcctc
cgcggccatcaccacctgcgttacgtctactccttccagagcggcagccacgcctacttc
ctcaccgtgcagcgtgagggccgcagctcgcaggtctaccacacccgcatcgtccgcatg
tgcggcaccgacccggagctgcggcgttatgtggagatgccctttgagtgcatcctgacg
gagaggcgccggcggcggcgcttggccagcattgaggtgtttaatgtcctccaggcggct
catgtggccaaggcgggcagcgagctgaggcaggaaatggggctgaaggaaggggaggac
gtgctgtttgctgccttcgcccggtccaagccagactccccggaacccacggccagctcg
gccgtctgcgtcatctcactggcagacgtcaacaacttcttcaaggatttcatccagaag
tgccacaccaagcagccataccacttcacgggctccgaggagaaacgctgctacaacggg
agttcctcagacgactcgtttggctgtgggaagcacggggagggataccgtctggaagtg
accaccccaatgaccagactggactacttcagcggtcagttcagcaaagtcctgctcacc
tccattgccgtggcaaccgcccaggaacagaccgtggccagcctgggcaccacagatggt
cgcctcatacaggtggtagtttcccgttccaaacgcagcacgccccacgtggacttccgc
ctggacccctcacgctgtgtttcccccgaggtggcactcctgttcccacagggccacact
ggccctccacagcgcagccaggatggctccctattgttggtgacaggaaataagatcacc
aaggtgcctctgattggtccaggctgtgagcagcagtggacgtgtagttcctgcctgctg
gcgccagggtttatgggatgtggctggtgtgacggccgttgcaccaggttggcccagtgt
cacccaacctccctctggacccaggactcctgccctcccatcatcaccatgatctcccca
gccaacggtcccctgggaggagacaccaaggtgacggtgtgtgggaggaactttggcttc
aacaagacggagaggtttgaccatacacttatcagcctggacctggccggagcaccatgt
aaacttctgaaacgagagagcaacagctacaggttggtgtgtgctccagtgtctcctgtg
aactcgtctcaggccagcaatgtggtgaaggtccacagtggaaaggagatggcccaacaa
cagggattcaccttcgtgaacccagtgatcagagagatcttccctgtgtttggtcctaag
ttaggaggaaccatgctcaccatcagaggctctttcttagacagcggaaacaccagacag
gtcactgtgggaaacgccacctgtgaaatcctgagagtatcaggtactatgctgatgtgc
agaacccctccccagtcgtccccgtcccgccaggcggtgtatatgagggtggactctgtg
gtccgagaggctcctgtactcttcacctacaacgaagaccctctcatctcctccatccag
cccacacgatcctttatcagtggagggagcacggtggtggcccagggcttctaccttcac
tctactctccagcctcagatggtgctcatccccacagcccaggaaggcaaggtcttcact
gtgaactgcaccaaaggtgaggacaggctggccatcctgtgtaccaccccgtccctgaag
gacctgggtctgcagactcctgtggtcaccaaggtggcgttcgtcctggatggtttttcc
acgccccagtttgacctgctgtatgtagaggaccctcgcttcgaggaatttcagagaccc
accgtcacatcaaagggcaacaagagcattctggagattaaggtgccaggccgtgtggat
gtggaggcgatgaagggggaggtgctgaaggtgtctaacaggacttgtgagagcgtgact
gtggtggggaacactctggagtgtactgtccccatggagctatgggacgcaaccaacgaa
ttggaggtggagtggcgtcaggcgtcgtcctcagtgagcctgggcagggtgatgttggcc
catgagcaggactacagagggctgctagctggctgtgtgtgtgtcagtctgctgctgctg
atgttgctcactctgttcctctggaaaaggaggaacaaacacattgacgatctggctgag
ggtaaggtttggtatgacggcagggctcacattcagcacttggatatgttggctaacgcc
cggagcatcagccccactaacgaaatggtgtcccacgagtctttggactatagaaccacc
ctgctggaggaccagggtgtggagaggccagagttgtgcaggggggctccccctatctac
gggagccatggggagctggtgtcccccagattggggctcggaggcatgggtctgggggca
gagggggagctggtgtcccctctcctgtcggccccggtccacatcgacccgtcccagctg
cacccggacctcctgaaggaggttcaacatgtggtcatcgccagagaacatctgctgtta
cattttaaccaggtcatcggcagagggcactttggctgtgtgttccacggtacattgttg
gaggctgacggacagaagcagcactgtgccatcaagtctctcaaccggattactgacctg
gaggaggtgtctcagttcctgaaggaggggatcatcatgaaggacttcagccaccctaac
gtgctgtctctcctggggatctgtctgccccctgagggctctcctctggtggtgctgcca
tacatgaagcacggagacctcaggaactttatcagggacgagacacacaacccaacggtg
aaggacctgatgggctttggtgtgcaggtggccaggggcatggagtatctggccagcaag
aagtttgtccacagagacctagctgcgaggaactgcatgctggatgagagctacacagtg
aaggtggcagactttggcctggccagggatgtgtatgaaaaggagtactacagcatccac
agcaagagtggagtcaaactaccggtcaagtggatggccctggagagcctgcagacacac
aagttcacccccaagtcagatgtgtggtcgtttggcgtgttgctatgggaactgatgacc
cggggagccccgccctactcggacgtcaactctttcgacatcacagtgttcctactgcag
gggagacggctgctgcagccagagttctgccccgacgcactgtataacgtgatggttgag
tgctggcaccctaaaccggagcggaggcctaccttctcagagctggtgtcccgtatcaag
tccatcttctccagcttcagtggagagcactacatacttctcaacaccacctatgtcaac
atcgacaagatgaccccctatccctcactcatttcctactcctcatcctcgtcctcttcc
tccacccgtcagggccaccccctggagcgagactgctgcacatga
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