Xenopus tropicalis (tropical clawed frog): 100485823
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Entry
100485823 CDS
T01011
Symbol
met
Name
(RefSeq) hepatocyte growth factor receptor
KO
K05099
proto-oncogene tyrosine-protein kinase Met [EC:
2.7.10.1
]
Organism
xtr
Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04010
MAPK signaling pathway
xtr04020
Calcium signaling pathway
xtr04510
Focal adhesion
xtr04520
Adherens junction
xtr05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
xtr00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
100485823 (met)
04020 Calcium signaling pathway
100485823 (met)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
100485823 (met)
04520 Adherens junction
100485823 (met)
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
100485823 (met)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
xtr01001
]
100485823 (met)
Enzymes [BR:
xtr01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
100485823 (met)
Protein kinases [BR:
xtr01001
]
Receptor tyrosine kinases (RTK)
MET family
100485823 (met)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
TIG
Sema
PSI
Kinase-like
Pkinase_fungal
Adeno_E3_CR2
DUF223
Motif
Other DBs
NCBI-GeneID:
100485823
NCBI-ProteinID:
XP_002935001
Xenbase:
XB-GENE-481272
UniProt:
A0A6I8Q702
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Position
3:68176975..68262987
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AA seq
1375 aa
AA seq
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MLVAVPVAFVFLSLLLKCMGQCEEAAKMAEMDLNIKHNLQSFTTDTPIQNIIMFKGYIYV
GAVNKIYVLNENLTKVSEYKTGPLLVHSHCLPCKNCTDNFLSPNGTWKDNVNMALFVEDF
YDDQLISCGNIRRGECQRHTLHSDKPWDIASNVHCLYSSQMIEDKDNCPDCIVSTTGSKI
LVTVRDRFVKFFVGSTLTGQPSTIHSVSVRRLKETQDGFEYLTDQSYIDVLPQLRDIYPI
KYIYTFESNNFVYFLTVQRESIDSQAYHTRIVRVCSSDSELRSYIEMPLECIFTEKRRKR
STAGAVFNILQAAYLGRAGEDLAEEMGVKPDDDILYAVFAQSKLDSSEANNRSAVCAVSV
KTINEFFNNAADKQNTKCLEHFYEKDNRLCINNKKFLRNASYCSTPIDEYRVEVTTVLRR
LDLFMDQFRNVLLTSISVFTQGRLTIANLGTSEGRFMQVVISRTGQPKPHVNFLLEPRPV
SPEVVINPASEESGYTLVNTGMQLTKVPLVVLTCGHLKSCSHCLSSPSVNCGWCKNRCTR
KQECLNEEWIQETCPPAVYEVFPSSAPLEGGTQLTICGSDFVLSKNNNFDLKNTMVIIGK
KRCKIEGKFSNQNKLVCRIDSSASSVFNISSSVSNGKQVVNFTTFSYVNPIITSIMPSHG
PKAGRTLITMKGQYLNSGKEQKVIIGKEMCKIKSVSSAAIECYTPVQRTTGTYLVALKID
NADRESSTRFTYMEDPSVSNIKPVKSFLSGGSSITAYGRNLNAVASPQMVIRLSKPELSY
NMSCIHRSTSELICCSTPSLKELNLEPPITTQVFFILDGVISNYFELSYVNNPIFETFEK
PVVFPIGNKNILEIKGDHIDSEAVRGEVLKVGNKSCEIIQSKSDSVSCSVPTDLFKSNSE
LKIEFLQGVSSIIIGKVMVTQDQNFTGIITGVVSCVVLLLIIFGVLIWMKKRKQLKDLGG
DMVLYDGRVHTPHLDRLVSARSISPTTEMVSSESVDYRSTVQEDPFPNSSQNGSCRPAQY
AHRDLSPILSSGDSDIASPLLHSYVHIDISALSTDLMKEVEHMVIRVDRLIVHFNKVIGR
GHFGCVYHGTLLDIDGKNVHCAVKSLNRITDIEEVSQFLKEGIIMKDFSHPNVLSLLGIC
LPNEGSPLVVLPFMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMEYLASKKFVHRDLA
ARNCMLDEHFTVKVADFGLARDVYDKEYYSVHNKTGAKLPVKWMALESLQTQKFTTKSDV
WSFGILLWELMTRGAPPYPDVNSFDITIYLLQGRRLLQPEYCPDPLFEVMLKCWHPRPEL
RPTFSELVSRISSIFSTFIGEHYVLFNATYVNIKCAAPYPSLLSPEDNTECSIDT
NT seq
4128 nt
NT seq
+upstream
nt +downstream
nt
atgctcgtggctgttcctgttgcttttgtgttcctaagcttgctgctgaaatgtatggga
caatgcgaggaagcagccaaaatggcagaaatggatttgaatataaagcacaacctccag
agtttcactacagatacaccaatacaaaatattatcatgtttaagggctacatatatgtg
ggagcagtgaataagatttatgtcttgaatgaaaatcttacaaaggtttctgagtataaa
acaggtccattattggtacattctcattgtttgccatgtaaaaactgcacggataatttt
ctgtccccaaatggcacctggaaagacaacgttaatatggctctgtttgtggaggatttc
tatgatgaccagctcattagttgtggaaatatacgtagaggtgaatgtcagcgtcatact
ttgcattctgataaaccctgggatatagcaagtaatgttcattgcttatattcatcacaa
atgatagaagataaagacaattgtcctgactgcattgttagtacaacaggaagcaagatc
ctggtaacagtgagagacaggtttgtaaagttttttgtgggtagcacactaacaggacaa
ccttcgacgattcattctgtgtcagtgcgtagactgaaggagacccaggatggctttgaa
tacctcacagatcagtcatacatagatgtactaccccagctcagagatatatatcccatt
aaatatatttatacatttgaaagtaacaattttgtttactttttaactgtacagcgagag
tccattgactctcaggcctatcacactagaattgtgagggtctgttcttcagactctgag
ttgcgctcctatattgagatgcccctggagtgtatttttactgaaaaacgaagaaaaagg
tctaccgctggtgcagtttttaatattttacaagcagcatacttaggcagagctggtgaa
gatttggcagaagagatgggcgtcaaaccagatgatgatatactttatgctgtcttcgcc
caaagcaaacttgactcttctgaggcaaacaacaggtcagctgtctgtgctgtgtctgtg
aaaaccatcaatgaattcttcaacaacgctgcagacaagcaaaacaccaagtgtcttgag
catttttatgaaaaagacaacagattatgcattaacaacaagaaattcttgagaaatgct
tcctattgctcaacaccgattgatgaatatcgagtagaagtcaccactgtattacggcgc
cttgacttgtttatggatcaatttcgcaatgtgttgctaacatcaatctctgtctttaca
caaggacgtctcaccattgccaatttgggaacatctgaggggcgattcatgcaggttgtt
atctcacgcactggtcagccaaagccccatgttaattttctacttgaaccaaggccagtt
tctccagaagttgtcattaatccagcatcagaggaaagtggatatactttggttaacacc
ggaatgcaattaacaaaggtacctctagtggttcttacatgtggacatctgaaatcatgc
agccattgcctttcgtctccctctgtgaattgtggttggtgcaagaatcgctgtaccaga
aaacaggagtgtttaaatgaagaatggattcaagaaacctgtcctcctgcagtttatgag
gtcttcccctcctcagctccattagagggtggcactcagttaaccatatgtggatctgat
tttgtcctgagcaaaaataataatttcgatttgaaaaacactatggtaataattggcaaa
aagcgttgcaagatagaagggaaattcagcaaccaaaacaagttggtgtgtagaattgat
tcctctgccagcagtgtgtttaacataagcagcagtgtctccaatggaaagcaggtggtc
aacttcaccactttctcctatgtgaaccccattataacaagcatcatgccttctcatggg
ccaaaggcaggaagaactttgattactatgaagggtcaatacttaaatagtgggaaagaa
cagaaagttattattggcaaggaaatgtgtaaaattaaaagtgtatccagtgcagctata
gagtgttacacaccagtgcagagaaccacaggaacatatctggttgcactgaagatagac
aacgcagatcgggaatcaagcactagatttacttacatggaggatcctagtgtttctaat
atcaagccagtgaaatcttttcttagtggaggaagctccattactgcctatggaaggaac
ctaaatgctgtagcttcacctcaaatggtaattcgtttgtccaaaccagaactaagctac
aacatgtcttgtatccacagatctacttcagaattaatttgctgttcaactccctccctg
aaagagttgaatctggagccaccaattaccacgcaggtttttttcattctagatggtgtc
atctctaattattttgaattaagttatgtgaacaatcccatctttgagacgtttgaaaaa
cctgttgtttttccaattggaaataagaatatcctagaaattaagggagatcatattgat
tctgaagcagttagaggtgaagttctgaaagttggcaataagagctgtgaaattattcaa
tctaaatcagattctgtttcctgctcggttcccacggacctgtttaaatccaacagcgag
ttaaagatagagttcttgcaaggagtctcctccataattatcggaaaagtgatggttaca
caggatcagaattttacaggaataatcaccggagttgtgtcttgtgtggttttgctatta
ataatatttggagttctaatatggatgaaaaagcgaaagcaactgaaagatctaggtgga
gatatggtcctttatgatggaagagtgcatacccctcacttggatagacttgtgagtgcc
agaagcattagtccaaccacagaaatggtgtcaagtgaatctgttgattacagatcaaca
gtgcaagaagatccgtttccaaattcatctcagaatgggtcatgccgcccagcacagtat
gctcatcgggacctctcccccattttgtcaagtggagattcagatattgccagccccctc
ctacattcatatgtccatatcgatataagtgccttgagcacagatcttatgaaggaagta
gaacacatggttattcgagtggacagacttatagtgcactttaacaaagttattggaaga
gggcattttggctgtgtctatcatggtactcttctggatatagatggaaagaatgtccac
tgtgctgttaaatctcttaacagaattacagatattgaggaagtgtcacagttcttgaag
gaaggaatcataatgaaagatttcagccatcccaatgtcctctctctgctgggcatctgt
ctgcctaatgagggctctcctttagtagtgttgccatttatgaaacatggagatctgaga
aacttcatccgaaatgaaactcataacccaaccgtaaaagatcttataggatttggacta
caagttgctaaaggtatggagtatcttgcaagcaagaagtttgtccacagagatctggct
gcaaggaactgtatgcttgatgaacacttcactgtaaaggtggctgactttggccttgct
agagatgtttatgacaaggagtactacagcgtccacaataaaacaggagcaaaattgcca
gtgaaatggatggcactggagagcctgcaaacacaaaaattcactacaaaatctgatgtg
tggtcatttggaatcttgctgtgggaacttatgacaagaggagcacctccttatcctgat
gtcaattcttttgatataaccatttatttgcttcaaggacgaagactattgcagcctgaa
tattgcccagatccattatttgaagtaatgttgaaatgctggcatccaagaccagagcta
cgtccaactttttctgaactggtctcgagaatttcttcgatattttcaaccttcataggg
gaacactatgtactttttaatgcaacctatgtgaacataaaatgtgctgctccctaccct
tctcttctgtctccagaagacaacactgaatgcagtatagatacgtga
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