Salmo salar (Atlantic salmon): 106573120
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Entry
106573120 CDS
T04363
Name
(RefSeq) hepatocyte growth factor receptor-like
KO
K05099
proto-oncogene tyrosine-protein kinase Met [EC:
2.7.10.1
]
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa04010
MAPK signaling pathway
sasa04020
Calcium signaling pathway
sasa04510
Focal adhesion
sasa04518
Integrin signaling
sasa04520
Adherens junction
sasa05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
106573120
04020 Calcium signaling pathway
106573120
09133 Signaling molecules and interaction
04518 Integrin signaling
106573120
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
106573120
04520 Adherens junction
106573120
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
106573120
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sasa01001
]
106573120
Enzymes [BR:
sasa01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
106573120
Protein kinases [BR:
sasa01001
]
Receptor tyrosine kinases (RTK)
MET family
106573120
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
TIG
Sema
Kinase-like
Pkinase_fungal
Motif
Other DBs
NCBI-GeneID:
106573120
NCBI-ProteinID:
XP_014003304
UniProt:
A0A1S3MJP3
LinkDB
All DBs
Position
ssa16:8540505..8618833
Genome browser
AA seq
1430 aa
AA seq
DB search
MKNICLLDIAHIVIIGWALCFSGSMVMGQCNEAAENSKLNLSVTYDLPSFEANSAIQNLV
TFEGTVYIGAVNRIYALSENLTKLSEYRTGPVTEDAVRRRCGPSCQHGACGKTNAVVDNY
NMALLVERYYDDELFSCGSADAGVCRRHLLEERKKVDGEVQCMYSPKTDNGGRHGCPDCV
TSPLGSRVLNVESGGVVRFFVGNSEIPGSPSRMISSPQAQQPQYHTISVRQMKETQDGFR
FFSDQSYMNLAPALRGDHHLQYVYSFQSGYHAYFLTVQREGHSSQVYHTRIVRMCGTDPE
LRRYVEMPFECILTERRRRRRSASIEVFNVLQAAHVAKAGRELRQEMGLKEGEDVLFAAF
ARSKPDSPEPSTNSAVCVISLADVNNFFKDFIQKCHTKQPYHFTGSEEKRCYNGSSSDDS
FGCGKHEEGYRLEVTSTMARLDYFSGQFSNVLLTSIVVATAQEQTVASLGTADGRLIQVV
VSRSKRSTPHVDFRLDDSRPVSPEVALLSPQRHDGSPQRSQDGSLLLVTGNKITKVPLIG
PGCEQQWMCSSCLLAPGFMGCGWCDGRCTRAAQCHPASLWTQDSCPPVITTISPANGPLG
GSTKVTVCGRNFGFNKTERFDHTLISLDVAGAPCKLLKRESNSNRLVCVPASPVNSSLAS
SVVKVHSGKEMSQAQGFTFVIPVIREIFPAFGPKSGGTVLTIRGSFLDSGNTRQVTVGNA
TCEILSMSVTMLMCRTPPQSAPSLQAVYVRVDSVVREAPVLFTYNEDPLISSIQPTRSFI
SGGSTVVAQGFYLHSASPPQMVLIPTAQDGKVFTVSCTQGEDRLTILCTTPSLKDLGLQP
PVVTKVAFVLDGFTVPQFDLLYVEDPRFEDFQRPTVTSKGNKSILEIKVPGRVDVEAMKG
ELLKVSNRTCESVTVVGNTLECTVPMELRDATNELEVEWRQASSSVSLGRVMLAHEQDYR
GLIAGCVCVSLLLLLLLALFIWKRRNKHIDDLAEGKVWYDGRAHIQHLDMLANARSVSPT
NEMVSHESVDYRTTLLEDQGVERPESCRGAPPIYGGHGELLSPRLGLGGMGMGIGLGVER
ELVSPLLSASVHIDTSQLHPDLLKEVQHVVIAREHLLLHLNQVIGRGHFGCVFHGTLLEA
DGQKQHCAIKSLNRITDLEEVSQFLKEGIIMKDFSHPNVLSLLGICLPTEGSPLVVLPYM
KHGDLRNFIRDETHNPTVKDLMGFGLQVARGMEYLASKKFVHRDLAARNCMLDESFTVKV
ADFGLARDVYDKEYYSIHNKSGVKLPVKWMALESLQTHKFTPKSDVWSFGVLLWELMTRG
APPYSDVNSFDITVFLLQGRRLLQPEFCPDPLYNVMVECWHPKPERRPTFSELVSLINAI
FSSFSGEHYILLNTTYVNIDKMSPYPSLISSSSSSCSTPQDHPLERDCCT
NT seq
4293 nt
NT seq
+upstream
nt +downstream
nt
atgaagaatatctgcttgttggacatcgctcatattgtgatcatcggctgggctctgtgt
ttctctgggtcaatggtgatgggtcagtgtaatgaggcagctgagaactccaagctcaac
ctgtctgtgacctacgacctgcccagctttgaggccaactccgccattcagaacctggta
accttcgaggggaccgtctacattggtgccgtgaaccgaatctacgcgctgtcagagaac
ctgaccaagctgtcagagtaccggaccgggcccgtgactgaagacgctgtcagaaggcgg
tgtggtcctagttgtcagcatggagcctgtggtaagaccaacgctgtggtggacaactat
aacatggccctgctagtggagcgttattatgatgatgagctgttcagctgcggctcagcg
gatgccggtgtctgccgtcgccacctgctggaggagagaaagaaggtggatggggaggta
cagtgcatgtattcacccaagacagataatggaggacggcacggctgccccgactgcgtg
actagccccctggggtcccgtgtgctcaacgtggagagcggaggcgtggtgcgattcttc
gtaggaaactcggagatccctggaagcccatcccggatgatctccagcccccaggcccag
cagccacaataccacaccatctcagtgcgtcagatgaaagaaacccaagatggtttccgc
ttcttctccgaccagtcctacatgaatttggccccggccctccgcggcgaccaccacctc
cagtatgtctattccttccagagtggctaccacgcctacttcctcaccgtgcagcgcgag
ggccacagctcgcaggtttaccacacccgcatcgtccgcatgtgcggcacggatccggag
ctgcggcgctatgtggagatgccattcgagtgcatcctgacggagaggaggaggcggcgg
cgctcagccagcatcgaggtgtttaatgtcctccaggcagcccatgtggccaaggcgggc
cgcgagctgaggcaggagatggggctgaaggaaggggaggacgtgctgttcgccgccttt
gcccggtccaagccagactccccggaacccagtacaaactcggccgtctgcgtcatctca
ctggcagatgtcaacaacttcttcaaggacttcatccagaagtgccacaccaagcagcca
taccatttcaccggctccgaggagaagcgctgctacaacgggagttcgtcagacgactcg
tttggctgtgggaagcatgaggagggctaccgtctggaggtgaccagtaccatggccaga
ctagactacttcagcggtcagttcagcaacgtcctgctcacctccattgtcgtggcgacc
gcacaggagcagaccgtggccagcctgggcaccgcagacggacgcctcatacaggtggta
gtttcccgttccaaacgcagcacgccccatgtggacttccgtctggatgactcgcgcccc
gtgtcccccgaggtggctctcctgtccccccagcgccacgacggctccccccagcgcagc
caggacggctcactattgttggtgacaggaaataagatcaccaaggtccctctgattggt
cctggctgtgagcagcagtggatgtgtagttcctgcctgctggcgccaggttttatggga
tgtggctggtgtgacggtcgctgcaccagggcagcccagtgtcacccagcatccctctgg
acccaggactcctgccctcccgtcatcaccacgatctccccagccaacggccccctggga
gggagcaccaaggtgacggtgtgtgggaggaactttggcttcaacaagacggagaggttt
gaccacacgctcatcagcctggacgtggccggagcaccctgtaaactactgaaacgagag
agcaacagcaacaggttggtgtgtgttccggcgtctcctgtgaactcgtctctggctagt
agtgtggtgaaggtccacagtggcaaggagatgtcccaagcacagggattcacctttgtg
atcccagtaatcagggagatcttccctgcattcggtcctaagtcaggaggcaccgtgctc
accatcagaggctctttcttagacagtggcaacaccagacaggtcactgttgggaacgca
acctgtgagatcctgagtatgtcagttaccatgctgatgtgcagaacccctccccagtcg
gccccgtccctccaggcggtgtatgtgagggtggactctgtggtccgagaggctcctgta
ctcttcacctacaacgaggaccctctcatctccagcatccagcccacacgatccttcatc
agtggaggcagcacggtggtggcccagggcttctaccttcactcggcttccccgcctcag
atggtgctcatccccacagcccaggacggcaaggtcttcactgtgagctgtacgcagggt
gaggacaggctgaccatcctgtgtaccactccctccctgaaggacctgggcctgcagcct
cctgtggtcaccaaggtggcgttcgtcctggatggtttcaccgtgccccagtttgaccta
ctctatgtagaggaccctcgcttcgaggacttccagagacccaccgtcacatccaaaggc
aacaagagcatcctagagattaaggtgccaggtcgtgtggatgtggaggcgatgaagggg
gagttgctgaaggtgtcgaacaggacctgtgagagtgtgactgtggtgggtaacaccctg
gagtgtactgtccccatggagctacgggatgccaccaatgaactggaggtggagtggcgt
caggcatcgtcttcagtgagtctgggaagagtgatgttggcccatgaacaggattacaga
ggtctgatagctggctgtgtttgtgtcagcctgttacttcttctgctgctcgctctattc
atctggaaaaggaggaacaagcacattgacgatctggctgagggtaaggtttggtatgat
ggccgggctcacattcagcacttggacatgttggcaaacgcccgaagcgtcagccctact
aacgaaatggtgtcccacgagtcggtggactatagaaccactctgctggaggaccagggc
gtggagaggccagagtcgtgcaggggggctccccccatctacgggggccatggggaactc
ctgtcccccaggctggggctgggtggaatggggatggggataggtctgggggtggagagg
gagctggtgtcccctctcctgtcggcctcggtccacatcgacacgtcccagctgcaccct
gacctgctgaaggaggttcaacatgtggtcatcgccagggaacacctgctgttacaccta
aaccaggtcataggcagaggtcactttggctgtgtgttccatgggaccttgttagaggct
gacggtcagaaacagcactgtgccatcaagtccctcaaccggatcactgacctggaggag
gtgtctcagttcctgaaggaggggatcatcatgaaggacttcagccaccccaacgtgttg
tctctcctggggatctgtctgcccactgagggctctcctctggtggtgctgccatacatg
aagcacggagacctcaggaacttcatacgggacgagacacataaccccacagtgaaggac
ctgatgggctttggtcttcaggtggcccggggcatggagtatctggccagcaagaagttt
gtccacagagacctagccgcaaggaactgcatgctggatgaaagcttcacagtgaaggtg
gcagactttggcctggccagggatgtgtacgataaggagtactacagcatccacaacaag
agtggagtcaaactacctgtcaagtggatggccctggagagcctgcagacacacaagttc
accccaaagtcagatgtgtggtcatttggcgtgttgctatgggaactgatgacccgggga
gccccgccgtattctgacgtcaactctttcgacatcactgtgttcctactgcaagggaga
cggctgctgcagccagagttctgccctgacccactgtataacgtgatggtcgagtgctgg
caccccaagccggagaggaggcccaccttctcagagctggtgtcccttatcaacgccatc
ttctccagcttcagcggagagcactacatccttctcaacaccacctatgtcaacatagac
aagatgagcccctacccctccctcatctcctcatcctcctcttcctgctccacccctcag
gaccaccccctggagcgagactgctgcacctga
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