KEGG   Python bivittatus (Burmese python): 103067929
Entry
103067929         CDS       T03091                                 
Symbol
MET
Name
(RefSeq) hepatocyte growth factor receptor isoform X2
  KO
K05099  proto-oncogene tyrosine-protein kinase Met [EC:2.7.10.1]
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi04010  MAPK signaling pathway
pbi04020  Calcium signaling pathway
pbi04510  Focal adhesion
pbi04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    103067929 (MET)
   04020 Calcium signaling pathway
    103067929 (MET)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    103067929 (MET)
   04520 Adherens junction
    103067929 (MET)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pbi01001]
    103067929 (MET)
Enzymes [BR:pbi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     103067929 (MET)
Protein kinases [BR:pbi01001]
 Receptor tyrosine kinases (RTK)
  MET family
   103067929 (MET)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase TIG Sema PSI Kinase-like Pkinase_fungal TM_ErbB1
Other DBs
NCBI-GeneID: 103067929
NCBI-ProteinID: XP_007432122
UniProt: A0A9F2R051
Position
Unknown
AA seq 1382 aa
MNLFATSPFGIILFLSTLVQKNNGKCEEAGSRPEMNLSIQYQLPYFLAETPIQNIIFYRQ
HLYIGAVNKIYVLNESLHNVYEYKTGPVLENPSCAPCNECIPKGNQSDIWKDNINMALLL
ETYYDHHLISCGSVAKGTCQRHVIYPGNPADIGSEVYCMYSKLMDEEPDECPDCVVSPLG
TKILVTEKERFVYFYVGNTVNNSSQQDHLLHSISVRRLKETLDGFEFLTAYSYIDVLPEF
RDSYPIKYVHAFEKDHFVYFLTVQRESLDSQAFHTRIIRFCSFDSELHSYVEMPLECIYT
EKRKKRSTKRSNEVFNILQAAYIGKPGATLAQQMGLDMNDDILFGAFAQSKPDSSEPTPK
SAVCAVSIKTINEFFGKIVDKQNMKCLQHLYKKNNKYCLNRTFSRNTTYCGAQDDEYRVE
VTTALQRIDLFTEQFNTVLLTSISVFIKGDLTIANLGTSEGRFMQIVISRSEHTTPYMNF
HLDSQPVSPEVIIENSPGSDGYILVITGRKITKIPLNGPGCSHFSTCSQCLLAPSFMNCG
WCGNQCVRSRECSIGGWTQDICLPKISEIIPSSAAFDASTRLTLCGWDFGFSKNNKPSFK
KISVFVGGQRCIVDGKASDKNKLECKLGPVKNVGFNVSSSVSNGQANTSFNTFSYVDPRI
RQISPNYGPRSGGTLLTLTGEYLNSGNSQEISICKKQCSLTSVTANTIECYSPLEREMLE
CLVEMEIDSARRLAGRFIYREDPAVSKIYPAKSFLSGGSTITAQGINLNSAFSPKMLVTV
PKIGRNFSVACDHRSDSEIICCTTPSLKAYELMLPFVTKVFFIFDGITSSGFNFDYVNDP
DFTISETPLLISKGSQNIIIKGNNIDSEAVKGEVLKVGNKSCENITLKLQSVSCNIPKEL
LKTNHEFNIVWQKEISSTVIGKVMIQPDQNFTGLITGVVVTSFFLLLLALGFLFWRKKRK
QIKDLGREIVRYDGRVHTPHLDRLVSARSVSPTTEMVSSESVDYRSTFLEDQFPTLSQNG
SCRPTQYPHVDLSPILSTGDSDLASPLLQTNVHIDISALNPDLVKEVEHVVIGADNMIVH
FNEVIGRGHFGCVYHGTLLDTDGRKIHCAVKSLNRITDLDEVAQFLKEGIIMKDFTHPNV
LSLLGICLPNEGSPLVVLPYMKHGDLRNFIRNESHNPTVKDLIGFGLQVAKGMKYLASKK
FVHRDLAARNCMLDENFIVKVADFGLARDVYDKEYYSVHNKTGAKLPVKWMALESLQTQK
FTTKSDVWSFGVLLWELMTRGAPPYPDISSFDITVYLLQGRRLLQPEYCPDPLYEVMLKC
WHPKPELRPAFCELVSDISMIFSTFIGEHYVHVNATYVNVKCVAPYPSLLSSQDNIDRNA
DT
NT seq 4149 nt   +upstreamnt  +downstreamnt
atgaacctttttgctacttctcccttcggaattatattattcctgtctaccttggtacag
aagaacaatggtaaatgtgaagaagcaggttccaggccagagatgaatttgagcatccag
tatcaacttccatatttccttgcggaaaccccaatacaaaatattattttctacagacag
cacctgtatataggtgcagtcaataaaatctatgtcttaaatgaaagccttcacaacgtc
tatgagtacaagactggacctgttctggagaatccaagttgtgctccctgtaatgaatgt
atacctaaaggaaatcaatctgatatttggaaagataacattaacatggctctactctta
gaaacatactatgatcatcatcttattagctgtggtagtgttgccaaaggaacctgtcag
cgccatgttatttatcctggtaatcctgctgacattggaagcgaagtatactgcatgtat
tctaaactgatggatgaggaaccagatgagtgtcctgactgcgttgtaagccctttagga
actaaaattctggtgacagaaaaagaaagatttgtatacttctatgttggcaatactgta
aataattcatcccagcaagaccatttactccattcaatatctgttcgaagattaaaagaa
actctggatggatttgagtttctcacggcttactcttacattgacgttcttccagaattc
agggattcataccccattaagtatgttcatgcatttgaaaaggaccattttgtatacttt
cttactgttcagagagaatctcttgactcccaagcttttcatacaaggattatacgtttt
tgctcttttgattctgagttgcattcatacgtggaaatgccccttgaatgcatttacact
gaaaaacgtaagaagaggtcaactaagaggtcaaatgaggtatttaatattttacaagct
gcatatattggtaagccgggtgcaaccttagcccagcaaatgggtcttgatatgaacgat
gatattctatttggtgcttttgcccaaagcaaaccagactcttcagagccaactcctaaa
tctgctgtctgtgcagtttctatcaaaaccatcaatgaattttttggcaagattgtagac
aaacaaaacatgaaatgtctgcagcatctctataagaagaacaacaaatactgtctgaac
aggactttttcaagaaataccacttactgtggagctcaagatgacgagtaccgggtggag
gttactacagctttgcagcggattgacttattcacggagcaattcaacacagtcctatta
acttctatatctgtcttcattaaaggggatcttactatagcaaatctggggacatctgaa
ggacgcttcatgcagatagtgatctctcgttcagaacacacaacaccatacatgaatttc
catttagattcccagcctgtttctccagaagtcataattgagaattccccaggcagtgat
gggtatattctggtgatcaccgggaggaagataaccaagattccactaaatggaccggga
tgttctcacttcagtacctgcagtcagtgccttctagcaccttcttttatgaattgtggc
tggtgtggcaatcagtgtgtgaggtcacgggagtgcagtataggaggatggacacaggat
atatgcttacctaaaatctctgagattattccaagcagcgcagcttttgatgcttcaaca
agactgacactgtgcgggtgggattttggattcagtaaaaataataagcccagctttaaa
aaaatatcagtttttgtcgggggacaacggtgcattgtggatggcaaagctagtgacaaa
aacaaactggagtgcaagcttggtcctgtaaagaacgtaggttttaatgtttcaagcagt
gtttcaaatggacaagctaatacctccttcaatacgttttcttatgtggatcccagaata
aggcagatttctcctaactatggtccaagatctggtggaacattgttgacattaactggg
gaatacttaaacagtgggaattctcaagagatttctatctgcaaaaagcagtgcagccta
accagtgtgactgctaataccatagaatgttatagccctctagaaagagaaatgttagaa
tgccttgttgaaatggaaattgattcggcccgccgtttagcaggtcggtttatatacaga
gaagaccctgctgtttctaaaatttatccagccaaatccttccttagtggtggaagtaca
ataacagctcaagggataaacctgaattcagcattttctccaaagatgttggtaacagtc
ccaaagataggcagaaactttagtgtggcatgtgaccatcgttcagattctgaaataatc
tgttgtacaactccttcactgaaagcctatgagctaatgttgccttttgtgacaaaagtg
tttttcatttttgatggcatcacttcatctggttttaattttgattatgtgaatgaccct
gactttaccatttctgaaacaccgttgttgatttccaagggaagtcagaatataataatt
aagggaaataacattgattctgaagctgttaaaggcgaagtgctaaaagttggaaacaag
agttgtgagaacatcaccttgaagttgcagtctgtttcttgtaacattcctaaagagctg
ctgaaaaccaatcatgaatttaatatagtgtggcagaaagaaatctcatcaacagttatt
gggaaagtaatgattcaaccagatcagaatttcacaggactcattacaggcgttgtggta
acatcattttttctcttactgctagcgcttggatttctcttttggagaaaaaagagaaaa
caaatcaaagatttaggcagagagattgttcgctatgatggaagagtacacactcctcat
ttggacaggcttgtgagtgcaagaagtgtaagtcctacaactgaaatggtgtcaagtgaa
tctgtagactatagatcaacttttttggaagaccagtttccaactttatctcagaatgga
tcctgcaggccaacccaatatcctcatgtggacctatctcccattctgtctactggagac
tccgatttagctagtcctttgttacagactaatgttcacattgacatcagtgccttaaat
ccagatctggtcaaagaagttgaacatgtcgttattggtgctgataatatgattgtgcac
ttcaatgaagtaataggaagaggacactttggatgtgtttatcatggaactttattggat
actgatggcaggaaaatccattgtgctgtgaaatccttgaacagaattacagacttggat
gaagtagcccaattcttaaaagaaggaattataatgaaggatttcactcatcccaatgtc
ctgtcactacttggaatttgcttgcctaatgaaggttcccctttagtggtgcttccttat
atgaaacatggagatcttcgaaacttcattagaaatgaatctcataatccaacagtgaag
gatctgattggatttggtctacaagtggcaaaggggatgaaataccttgcaagcaaaaag
tttgtccatagagatttagcagcaagaaattgtatgctggatgaaaatttcatagtcaag
gttgctgattttggacttgcaagagatgtgtatgataaagagtactacagtgtacacaat
aaaacaggagcaaaattgccagtaaaatggatggctttagaaagtttgcaaacccagaag
ttcactacgaagtcagatgtgtggtcctttggtgtattactttgggagctgatgacaaga
ggagcaccaccttatcctgatattagctcttttgatattaccgtttacttactacaagga
agaaggctcttgcagcctgaatactgtcctgatccactatatgaagtcatgctcaagtgt
tggcatccaaaacctgaactacggccagccttttgtgaattagtttcagatatatccatg
atcttctccactttcattggggaacattatgttcatgtgaacgccacctacgtcaacgtg
aagtgtgtggcaccatatccatctctgttgtcatcacaagataatatagatagaaatgca
gatacatga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (8)   
   Pfam (8)   
All databases (73)   

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