KEGG   Poecilia reticulata (guppy): 103465633
Entry
103465633         CDS       T05149                                 
Symbol
met
Name
(RefSeq) hepatocyte growth factor receptor isoform X1
  KO
K05099  proto-oncogene tyrosine-protein kinase Met [EC:2.7.10.1]
Organism
pret  Poecilia reticulata (guppy)
Pathway
pret04010  MAPK signaling pathway
pret04020  Calcium signaling pathway
pret04510  Focal adhesion
pret04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:pret00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    103465633 (met)
   04020 Calcium signaling pathway
    103465633 (met)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    103465633 (met)
   04520 Adherens junction
    103465633 (met)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pret01001]
    103465633 (met)
Enzymes [BR:pret01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     103465633 (met)
Protein kinases [BR:pret01001]
 Receptor tyrosine kinases (RTK)
  MET family
   103465633 (met)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase TIG Sema PSI Kinase-like Pkinase_fungal
Other DBs
NCBI-GeneID: 103465633
NCBI-ProteinID: XP_008408860
Position
LG6:complement(1101458..1191003)
AA seq 1420 aa
MNLLLLHATMLLWALSPSMQNYCDKSSETSKLNLSVTYELPTFTADFSIQNMVTLDGIIY
VGAVNRIYALAPNLTKLSEYHTGPLLANQACGLMQTTTGDASGVDNHNIALVVENIYDKG
LYSCGSADNGVCRRHVLDDGNSLKAIDEDVYCFADKVQPGQGHPIDADVVVSPSGSQVLN
VESNVITFFVGNSEIPKTGNISGSIMRLHTISQRKMKTSQNGFTFFSSLSHMDLIPSLQG
NYYLRYVYSFHSGPFTYFLTVQQVSKDTQAYHTRIVRMCSSDLVIRRYVEMPLECISTNK
RRRRATEEVKVFNILQAAHVTKVGNDAELQRQLKAEEDEDVLFAAFAQGQPGSPEPTPNS
AVCVMSLKHINNMFKMYMQRCNTIDPYHFTGSDRKSCYNMTSSDDCDPHEGIHEGKEGMY
RLQVTQFVQRLEFWHKDLKNTLVTSITVVPVNGRTVAYLGTADGRHIQVLFSRFTSPHVN
IGLDSSPVSASVVLPDTSHSEGAVLMATGSKITKIPLIGPGCGQLTTCTSCLLSSKVTQC
GWCDGRCTRRPQCPSTSAWSQDNCTPVITKVFPSSGPIRGSTAVTICGRNFGFDKTENFK
TSMVNVEVAGAQCKLARQDNVNRWTEMQCSPSFSGNFTPSGHLVKVTSGHAVAKLEGFKF
VDPVINNIFPTFGPKSGNTMLTIRGAFLDTGNKQVVTVGKTSCKIQSLSFSMLICKTPPH
THAVPSEQPVKLTVDSVERQAPVPFTYNEDPVISSIQPLRSFVSGGCTVSAQGSYLQSGL
QPQMVLRTAQDAAVFHVSCVYGENRTSIQCTTPSLAKLPLQPPVVTKVAFVLDGYLTDQK
DLIYVEDPLFQDPKLTSKDNKSIVELKVRGDRMDREAMKCQVLTVSNHSCESLTVVGNTL
ECTVPTQLQAATAKELQVEWRQADSIRHLGKVTLAQEQDYTGLIVGCVCVSLLLLLLGSL
LMWRRNKHIDDLSEVWYDGRGHIQHLDRLANARSVSPTNEMVSHESVDYRTTLLEDQGVD
RPETCRAAPPMYRSNGELLSPRLGTLGGGLGLGMEGDLVSPLLMAPVHIDPSCLHPDLLT
EVQHVVIAREQLLLHVNQIIGRGHFGCVFHGTLLEPDGQKQHCAIKSLNRITDLEEVSQF
LKEGIIMKDFSHTNVLSLLGICLPPEGSPLVVLPYMKHGDLRNFIRDEVHNPTVKDLMGF
GLQVARGMEYLASKKFVHRDLAARNCMLDESYTVKVADFGLARDVYDKEYYSVHNKSGVK
LPVKWMALESLQTHKFTTKSDVWSFGVLLWELMTRGAPPYSDVNSFDITVFLLQGRRLLQ
PEFCPDALYTVMIECWHPKPERRPSFSELVSRIAAIFSSFSGEHYVLLNTTYVNIEKMSP
YPSLLTSMSSSSDSSSEPCTSSSLPSHSPLLCRMERECCT
NT seq 4263 nt   +upstreamnt  +downstreamnt
atgaatcttctgctgctccatgccactatgttgctgtgggctttgagccccagcatgcag
aactactgtgataaatcatctgagacaagcaaactaaatctctctgtgacctacgagctc
ccaaccttcaccgcagacttctccattcaaaacatggtcaccctggacggcatcatctac
gttggagctgtgaacagaatctacgcgttggccccgaacctcacaaagctgtcagagtac
cacacagggccgctgcttgccaaccaggcttgcggcctgatgcagacaacaacgggcgac
gccagtggggtcgacaaccacaatatcgctctggtggtggaaaacatttacgacaaggga
ttgtacagctgtggttcagcagataacggcgtgtgccgccgtcatgtcctggatgacggg
aatagcctaaaagctattgacgaggacgtctactgctttgcagacaaagtgcagccaggc
cagggccaccccatcgatgcagatgttgttgtcagcccatcaggttctcaagtgctcaac
gtggagagcaatgtcatcactttttttgttgggaactctgagatccctaagacgggaaac
atttcaggcagtatcatgcgtctgcacaccatctcacagcggaagatgaagacgagtcaa
aacggcttcacttttttctccagtctgtcacacatggatctgatcccctctctccaagga
aactactacctgcgatatgtttactccttccacagcggacccttcacctacttccttacg
gtccagcaagtgagtaaggacactcaggcctaccacacccgcatagtccgcatgtgttcc
tcagaccttgtgattcggcgctatgtggaaatgcccctggagtgcattagtacgaacaaa
agacgcagacgcgccaccgaagaagtgaaggtgttcaacatccttcaggctgcccacgtc
actaaggtgggcaacgacgcagaactgcagaggcagctgaaagcggaagaggatgaagac
gtgctgtttgccgcctttgctcagggccagccgggctctccggagccgacccccaactcg
gctgtctgcgtcatgtctctgaagcacatcaacaacatgttcaagatgtacatgcagagg
tgcaacaccatcgacccgtaccacttcactggctctgacaggaagtcctgctataatatg
acttcctcagacgactgcgacccccacgaaggaatccatgaggggaaggagggcatgtac
cgcctgcaggtgacccagtttgtccagaggctggagttctggcacaaagacttgaagaac
accttggtcacatcgattacagtggttccagtcaatggtcgcactgtggcgtacctcggc
acggcagatggacggcatatacaggtactcttctccaggtttacgtcgccccatgtgaac
atcggcctggactccagtcccgtctctgccagcgtagttctgccagacacgtcgcactct
gagggagccgtgctgatggccactggcagcaagatcaccaagatccctctgattggccca
ggctgtggtcagctgaccacgtgtacatcttgtttgctgtcatccaaagtgacgcagtgt
ggctggtgtgatggccgctgcaccagaaggcctcagtgtccctccacctccgcctggagt
caggacaactgcacaccggtcatcaccaaggtgtttccgtcctctggaccaatcaggggt
tctacagccgtaactatttgcggacgcaacttcggcttcgacaagacggagaacttcaaa
acttcgatggtgaatgtggaagtggcaggagctcagtgcaagctggctagacaggacaat
gtcaacagatggactgagatgcagtgttccccgtcgttcagtgggaacttcactccgtcc
ggacacttggtgaaggtcaccagtggccacgcggtggccaaactggaaggcttcaaattt
gtggaccctgtgatcaacaacatctttcccacatttggtccaaagtctggtaacaccatg
ttgactatcagaggagcctttctggacactggaaacaaacaagtggtgactgtagggaag
acaagctgcaagatccaaagcctgtcgttctccatgctgatctgtaagacgccaccgcac
acacatgccgtcccctcagaacagccggtgaagctgacggtggattcggtggagcgccag
gcgcccgtgccgttcacctacaacgaggacccggtcatcagcagcatccagccgctgcgc
tcctttgtgagcggaggctgcaccgtctcggctcagggctcctacctccagtccggcctc
cagccccagatggttctcaggacggctcaggacgccgccgtcttccacgtgagctgtgtg
tacggtgaaaaccggacctccatccagtgcaccacgccttccctggctaagctacccctg
cagccgccggtggtcaccaaggtggcgtttgtcttggacggctacttgacagaccagaag
gacctgatctatgtggaggaccccctgttccaggaccccaaactgacatccaaggacaac
aagagcatcgtggagctcaaagtgaggggtgaccgcatggacagggaggcaatgaagtgt
caggtcctgaccgtttctaaccacagctgcgagagtctgacggtggtcggaaacaccctg
gagtgcactgttcccacccagctgcaggccgccactgccaaggagctgcaggtggagtgg
cgccaagcggactccatcaggcatctgggcaaggtgacgctggcacaggagcaggactac
acaggcctcatcgtgggatgtgtgtgtgtcagcctgctgctgctccttctgggatcgctg
ctgatgtggaggaggaacaagcacatcgatgatctgtctgaggtgtggtatgatggccgg
ggtcacatccagcatctggacaggctggctaacgcgaggagcgtcagccccactaacgaa
atggtctcccatgaatcagtcgactatagaacaaccctgctggaggatcagggtgtcgac
aggcctgagacatgtcgggcagctcctcctatgtacagatccaatggggagctgctgtct
cccagactgggaacccttggaggggggctgggcctgggcatggaaggtgacctggtgtct
cccctgttgatggctccagtccacatcgacccgtcctgtctccacccggacctgctgact
gaggtgcagcatgtggtgatcgcaagggaacaactcctgcttcacgtcaaccagatcatc
ggcagaggacactttggctgtgttttccatggaacgctgctggagccagacgggcagaaa
cagcattgtgctatcaagtcgctaaatcgaattacagacttggaagaggtttcccagttt
ctgaaggagggtatcattatgaaggacttcagccacaccaatgttctctctctgctgggc
atctgccttccgcctgagggttcgccgctggtggtcctgccatacatgaagcatggcgac
ctgcgcaacttcatccgtgacgaagtgcataatcccacagtgaaggacctgatgggcttt
ggactgcaggttgccagggggatggagtacctcgccagcaagaagtttgtccaccgtgac
ctggctgccagaaactgcatgctggatgagagctacacggtaaaggtggcagactttggc
ctcgctagagacgtttacgacaaagaatactacagcgtccacaataagagcggcgtcaag
ctgcccgtcaaatggatggccctggagagtctccagacacacaagttcactaccaagtca
gacgtgtggtcatttggagttctgctgtgggagctgatgacccgtggcgccccgccgtac
tccgacgtgaactccttcgatatcaccgtgttcctcctgcagggcaggcggctgctgcag
cccgagttctgccccgatgctctctacacggtgatgatcgaatgctggcatcccaagccg
gaacgccgaccttccttctccgagctggtgtcccgtattgccgccatcttctccagcttc
agcggggagcactacgtcctcctcaacacgacatacgtcaacatcgagaagatgagcccc
tacccctccctgctcacctccatgtcatcttcctcagactcctcctccgagccctgcacc
tcctcgtccctgccctcccactccccgctcctctgccgcatggagcgcgaatgttgcacc
tga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (24)   

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