KEGG   Nanorana parkeri (Xizang Plateau frog): 108788984
Entry
108788984         CDS       T04897                                 
Symbol
MET
Name
(RefSeq) hepatocyte growth factor receptor
  KO
K05099  proto-oncogene tyrosine-protein kinase Met [EC:2.7.10.1]
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04010  MAPK signaling pathway
npr04020  Calcium signaling pathway
npr04510  Focal adhesion
npr04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:npr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    108788984 (MET)
   04020 Calcium signaling pathway
    108788984 (MET)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108788984 (MET)
   04520 Adherens junction
    108788984 (MET)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:npr01001]
    108788984 (MET)
Enzymes [BR:npr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     108788984 (MET)
Protein kinases [BR:npr01001]
 Receptor tyrosine kinases (RTK)
  MET family
   108788984 (MET)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase TIG Sema PSI Kinase-like Pkinase_fungal Adeno_E3_CR2 Insulin_TMD
Other DBs
NCBI-GeneID: 108788984
NCBI-ProteinID: XP_018414401
Position
Unknown
AA seq 1376 aa
MPRNVPVLSVLVIFCGLVWNSVEQCEETAKMSEMNLDIEYNLHSFTADTQIQNILQHNGY
VYVGAVNKLFVLNENLTKVSEYKTGPVLEQSDCGGPCEGCLDKEHTSNGTWKDNVNMALL
FEDFYEEQLISCGSVHQGTCQRHVLNQDKPWDIGSNVHCLFSSLATNVSDCPDCVVSDLG
SKILVTEKDRFVTFYVGNTLRESPSSLHSVSIRRLKETQDGFEFLTDHSYMDILPKFRES
HPVQYIHTFKSDNFIYFLTVQKESLDSQAYHTRIIRFCASDSELRSYIEMPFDCFYTERR
RKRLAMQENFNILQAATISKAGEALQNEIRFSPNDDILYAVFAQSKPDSPELTNRSAVCA
VSIKMINEVFDSGLGTHTNCLGHFFGRDSHNSCIHKTYLRNASQCSSPIDEHRVEVSNPL
HRLDLFMGQFNNVLLTSISVFTQGSLTIANLGTSGGRFMQVVISRSVQTQPHVNIALDTH
PVSSAVVINETSKQNGYVLVSTGKKIMKIPLVGLGCEHYKSCSHCISTPSYMNCGWCKNR
CSRKNNCFNEEWTQKTCSPVVAEIIPTCAPFDGGTQLTICGWDFVLNKDTTGFQDNSVLF
GKYKCKIDVKNSSQNKLVCKVSQEASVTFNISSSVSNGKQTVNFTSFSFVNPVIAGITPT
YGPQSGKTLLTLKGHYLNSGKDRKVYIGEDVCTIKSVSSTAIECYTPGKRIAAYPVTLKI
DNARRKASTPFTYREDPSIFKIQPTKSFLSGGSTITAHGRNLNAVASPQMVIQLSEPELQ
FHMTCTHRSISELVCGSTPSLKRLNLKLPIVTQAFFIFDGVISSASGFTFVDNPVFKTMD
KPLVISRGNRNILEIKGDNIDSEAVRGEVLKVGNKSCEIVQTNSDFVSCAVSTDLIKSNS
ELKIELLQEVSSIVIGKVMIQQNQNYTGIFIGVVSCVILLLALFGIFICVKKRKQLKDKG
GERVLFDGRVHTPHLDRLVSARSVSPTTEMVSSESVDYRATFPEDQFPNSSHSGSCRPTQ
YPHRDLSPILSSGDSDIASPLLQTYVHIDINALSADLMKKVEHMVIGVDRLLVHFNKVIG
RGHFGCVYHGTLLDTDGKKIHCAVKSLNRITDIEEVSQFLKEGIIMKDFTHPNVLSLLGI
CLPTEGSPLVVLPFMKHGDLRNFIRNEAHNPTVKDLIGFGLQVAKGMEYLASKKFVHRDL
AARNCMLDETFTVKVADFGLARDVYDKEYYSVHNKTGAKLPVKWMALESLQTQKFTTKSD
VWSFGVLLWELMTRGAPPYPDVNSFDITVYLLQGRRLLQPEYCPDTLFEVMLKCWHPKPE
SRPTFSELVSKISSLFSTFIGEHYVLINTTYVNIKCTAPYPSLLLAEENTDFNLDT
NT seq 4131 nt   +upstreamnt  +downstreamnt
atgccaaggaatgtgcctgttctatcagtcctggtaatcttctgcgggctagtgtggaat
agtgttgaacagtgcgaagagacagctaaaatgtcagagatgaaccttgatattgaatat
aacctccattccttcaccgctgatacacaaatacaaaatatccttcagcacaatggttac
gtttatgtcggagcagtgaacaagctctttgtactcaatgaaaacctcactaaagtatct
gagtacaaaacaggacctgtattagaacagtctgactgtgggggaccttgtgagggctgt
ctggataaggaacacacttcaaatggtacttggaaggacaatgtcaatatggctttactt
tttgaagacttctatgaggaacaactgataagctgtggaagtgttcatcaaggaacctgt
cagcggcatgtgcttaaccaagacaaaccctgggacataggaagtaacgttcactgtttg
ttctcctcgctggctacaaatgtctcagattgccctgactgtgttgtcagtgacttggga
agtaagatcctggtaaccgaaaaggataggtttgtcacattctatgtaggcaacactctt
agagaatcaccctccagtcttcattcagtgtcgatccggagactgaaagaaacacaagat
ggatttgagtttcttacagatcattcttacatggatatcctccccaaatttagagagtca
catcctgtccaatacattcatacctttaaaagtgacaactttatttactttttaacagta
cagaaagaatctctggactcccaggcctatcacactagaatcatcagattctgtgcttca
gactctgagttgcgctcctatattgaaatgccttttgactgtttctatacagagaggcgc
aggaaaagattggctatgcaagagaatttcaatattttacaagctgccactatcagcaaa
gcaggggaagccttgcaaaatgagattagattcagtccaaatgatgacatcttatatgct
gtctttgcccaaagtaagccagactctcccgaattgacaaacagatctgctgtatgtgca
gtatctataaaaatgatcaatgaagtcttcgacagtggtttaggaacacataccaactgt
ctggggcatttttttggaagagacagccacaattcatgcattcacaagacatatctgagg
aatgcctctcagtgttcttctccgattgatgaacatcgtgtagaagtttccaacccgcta
catcgtcttgacttgtttatgggtcagtttaataatgtgttgctgacctccatctcagtc
ttcactcaaggcagcctcaccatagcaaatctaggcacgtctggtggtcgcttcatgcag
gttgtaatttctcgttctgttcaaactcagcctcatgtcaatattgcccttgacacgcat
cccgtgtcttctgcagtggtgatcaatgagacatccaagcagaatggatatgttctagtt
agtacgggaaagaagattatgaagatcccattagtaggccttggctgtgaacactacaaa
tcttgcagtcattgcatctcaactccttcatatatgaattgcggctggtgcaagaaccgt
tgttccaggaaaaacaactgctttaacgaagagtggactcagaaaacctgctctccagtt
gtggctgagatcattccaacatgtgctccatttgatggtggtactcagctaacaatatgc
ggatgggattttgttttaaacaaagacactacgggctttcaggataattccgtgttgttt
ggaaaatataaatgcaaaatagatgtaaaaaacagcagtcaaaacaagttggtctgtaag
gtcagtcaagaagctagtgtcacgttcaacattagcagcagtgtgtccaatggaaaacag
acagtgaattttacctcattctcatttgtgaaccctgtgatagcaggcattactcctact
tatggaccacagtcagggaagacactgcttacgttaaaaggacattatctgaacagtggg
aaggacagaaaagtttacattggagaagatgtatgcactatcaagagtgtgtccagtact
gccattgagtgttacaccccaggcaaaagaattgcagcctatcctgtgacactgaaaatc
gacaatgcccgtcgcaaggcaagcaccccttttacctatagggaggatccatccattttt
aaaattcaaccaacaaagtctttccttagcggaggaagcacaatcacagcacacgggaga
aatctcaatgcagttgcctcacctcaaatggtaatccagttatcggaaccagaactacag
tttcatatgacctgtacccacagatctatttcggaattagtttgcggttcaaccccatca
ctgaagaggttaaacttgaagctaccaattgtcacacaggcttttttcatttttgatggt
gtgatttcttctgcctctggatttacctttgtagacaaccctgtgtttaaaacaatggat
aagccactcgttatttcaaggggtaatagaaacatcctagaaattaagggagataatatt
gactcggaagctgttaggggtgaagtactgaaggttggtaacaagagctgtgaaattgtc
caaacgaactcggattttgtctcttgcgctgtttccactgatctgatcaagtccaacagt
gagttaaaaatagagctactgcaagaagtttcatccattgtcattggcaaagtgatgatt
cagcaaaatcagaactacactggaatatttattggagttgtgtcttgtgtgatcctgctt
ttagccttgtttggaatctttatttgtgtgaaaaaaagaaagcaactgaaagataaaggt
ggtgaacgtgtgttgtttgatggcagagtacatacccctcacttggacagactagtgagc
gcaagaagcgttagtcccaccaccgaaatggtatctagtgaatctgtggattatcgggct
acatttccagaagatcagtttccaaactcgtctcatagtggatcatgccgaccaactcaa
taccctcaccgggacctctcccctatattgtcaagtggagattcagacattgctagcccg
ttgttgcagacatatgttcacattgatataaatgccttaagtgcagaccttatgaaaaaa
gttgaacacatggttattggagtggatcgccttcttgtgcacttcaataaagtcattgga
agaggacattttggatgtgtatatcatggtactcttttagatactgatgggaagaaaata
cactgtgcagtcaaatctttaaacagaatcacagatattgaagaagtttcccagtttctc
aaggaaggcatcatcatgaaagatttcactcatccaaacgtcctctccttgttaggcatc
tgccttcccactgagggttcccctctggtagtactgcctttcatgaaacatggggatctc
aggaactttatcagaaatgaagctcacaatccaacagtgaaagacctcataggatttggt
ctacaagttgctaaaggtatggagtatcttgcaagcaaaaagtttgtccaccgagatctg
gcagcaagaaactgtatgcttgacgagacattcactgtcaaagtggcagactttggcctt
gcgagagatgtttatgacaaggaatactacagcgtgcacaataaaactggagcaaaatta
cctgtgaaatggatggcacttgaaagcttacagacacaaaagttcactacaaaatcagat
gtgtggtcattcggtgtgctgttatgggagctaatgacaagaggagcacccccatatcct
gatgtcaattcttttgatataactgtttatttactacaaggacgaagactactacaaccc
gaatactgtcctgatacactgtttgaagtcatgttgaaatgctggcatccaaaaccagag
tcacgtccaacattttctgaattagtttcaaaaatttcatctcttttctcaacgttcatt
ggggagcattatgtgcttatcaacacaacatacgtcaatataaaatgtactgctccctat
ccatctctcctactcgctgaagaaaacacagattttaatctggatacatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (66)   

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