KEGG   Kryptolebias marmoratus (mangrove rivulus): 108231402
Entry
108231402         CDS       T05608                                 
Name
(RefSeq) macrophage-stimulating protein receptor-like
  KO
K05100  macrophage-stimulating 1 receptor [EC:2.7.10.1]
Organism
kmr  Kryptolebias marmoratus (mangrove rivulus)
Pathway
kmr04020  Calcium signaling pathway
Brite
KEGG Orthology (KO) [BR:kmr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    108231402
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:kmr01001]
    108231402
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:kmr04090]
    108231402
Enzymes [BR:kmr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     108231402
Protein kinases [BR:kmr01001]
 Receptor tyrosine kinases (RTK)
  MET family
   108231402
CD molecules [BR:kmr04090]
 Proteins
  108231402
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase TIG Sema Kinase-like Pkinase_fungal KH_5 Anti-TRAP
Other DBs
NCBI-GeneID: 108231402
NCBI-ProteinID: XP_017263940
UniProt: A0A3Q2ZXC5
Position
LG4:complement(11639046..11653455)
AA seq 1378 aa
MVTLTALLIVCIWIQTRTSSGEHTCPSAPRETVDFDVEYSLPFFETEKPIQNIATNFESP
PTEVYLGYQNAIVAIDNSMTKKWEVKTGPVGSPDCQTCQACDIKTDPEDPVDTDNEVLLF
DPLGVVLPYLYICGSTQHGICYFIDTDRPQTAPECLYKKDRNSRQSCPDCLASPLGTKVI
ITEQGSTSLFFVAASINDKVTQNYPRRSISVLRPLATEDGFDMISEGLTVLPGLRNSYSI
DYIYSFSTREFVYFLSLQRENPFKSNSALQTRLGRLPISNSEVQLYREVVLECRYEPKRR
RRRREDFRDIVYNGLQAAHFGRPGRDLADELGLKVDDDVLYGVFAKVDEQGVPQKNSALC
AFSLAKVNHAIEMGVESCCSAGTEQLSRGLCHFQRCENCPHENSEGNHTCTNKPTLVSKP
HYRLDLFNSQMRGVLFTSVLVSTIGDHTIGHFGTSDGRILQVILTLYRPIVFANYSLGET
AISRTAAVHSEDWLLFVTGNKMFRVPSAGPGCAHFLTCPSCQSAPRFMNCGWCSGHCSRK
HECASQWDKGSCAPVITEFFPKIAPAGGETELVLCGLEFQSPQQPAIIDGKTHVATVGSG
TLCAVLPEKSSSERLVCKTQEKMPDHNLNITLKVHEGEVEGRYSIKGTAQISGFSFVVPS
ITDIEPDFGPELGGTTVTLTGKYLNSGIQREVFFGGIECMNPHVLEDTGVLSSIVCNTAA
AESVGEVPVEVFIDSLKITTNKKFFYKKNPDITSVYPLCSFRRGSKLVIAGQNLDSAHNV
VVQYTPKNDPTKSHQQVCNGSRNATHMECWAPAFLVDVPEEKVDTGVISLQLDGKSYLLS
KGFVYHPDAEVIPFESHDRILHLKPEETEVSLHHNNLQSVSKCMNVTMSIGGEFCNVQIL
SNELTCRIAKGLVIPSEGLPVTVSVNGEDYDVGVVVYDKTNYSTVIAGIVLGVILALVVG
AGLALIVMKHLRSKKRANIENRLSATLSRSREARHLDSFLTEDYRRARLSNHTSGSGGIA
FQGLLYSASYDHLAVPLMPGENISMVSLSSDLLEEVKDVLIPAEMLRIEENQIIGKGHFG
TVYHGYLIDSNKQETHCAVKSLNRITDLGEVDQFLREGIIMKEFHHPNILSLLGIMLPKE
GLPLVVLPYMQHGDVRHFIRSEQRNPTVKDLIGFGLQVAKGMEYLAQKKFVHRDLAARNC
MLDETFTAKVADFGMARDIYDKEYYSIQNHKRAKLPVKWMAIESLQTQKFTTKSDVWSYG
VLLWELITRGASPYPNVDPYDITYYLLKGRRLPQPQYCPDTLYAIMLACWNPEPEGRPSF
HSLVTEVDHILSFLEGEHYINLKVTYINLDKPRPYPSLTGSADELEASDLESDSNAAS
NT seq 4137 nt   +upstreamnt  +downstreamnt
atggtcactttgactgccttgctgatagtatgcatatggatccaaacacgaacctcctca
ggagagcatacgtgtccctctgctcctcgtgaaacagtggatttcgatgtagaatactct
ctccccttctttgaaacagagaaacccattcagaatatcgctacaaactttgaatcccca
ccaacggaggtgtatcttgggtaccagaatgctatagtggcaattgataattctatgaca
aaaaaatgggaggtgaaaaccggacctgtggggagtcctgactgtcagacctgccaggcg
tgtgacataaaaactgatcccgaggatccagtagacacagacaacgaggttcttcttttt
gatccgcttggagttgtcttgccgtacttgtacatttgtggaagtactcagcatgggatc
tgttactttattgacactgatcgtccacaaactgcgcctgaatgtctttacaagaaagat
agaaactctcgtcaaagctgtcctgactgtttggccagccctcttggcaccaaagtcatt
atcaccgaacaaggatcgacgtcactgttttttgtagcagcttccattaatgacaaagtg
acacagaattatccaaggaggtccatttcagtgctgaggccacttgccactgaggatggc
tttgacatgatctcggaaggcctcacggtgctgcccggtctacgtaactcttacagcata
gactacatctacagtttctccaccagggagtttgtttactttctgtccctgcagagggaa
aatccattcaagagcaactcagccttgcagacccgtctggggcgactgcctatttcaaat
tcagaagtacagttgtacagagaggtggtcttggagtgccgttacgaaccgaagcgccgg
aggagacggagggaagatttcagggacattgtgtacaacgggctgcaggccgcacacttt
ggacgaccaggtcgagatctggccgacgagctggggctcaaggtggatgacgacgttttg
tacggggtgttcgcaaaggtcgacgagcaaggcgtacctcagaaaaactcggccctgtgt
gccttctctttggctaaagtcaaccatgcaattgagatgggcgtggagtcgtgctgcagc
gcaggcacggagcagctgtccagaggcctctgtcacttccagcggtgtgagaactgccca
catgaaaactctgaagggaatcacacgtgcactaacaagcccacactggtgtcaaagcca
cactacagactggacctgttcaacagccagatgagaggcgtcctcttcacttctgttctg
gtcagcacgattggagatcacacaattggacattttggcacctcagatggcaggatactg
caggtgattcttacactatacaggccaattgtttttgccaactattcgctgggagagaca
gcaatatccaggacagctgctgtgcactcagaggattggcttctttttgtgactggaaat
aagatgtttagagtgccctctgcaggacctgggtgcgctcattttctgacatgtccctcg
tgtcagtcagctccacgatttatgaactgcggctggtgttcaggacattgctccaggaag
cacgagtgtgcctcacagtgggataaagggtcttgtgcacctgtcataaccgagtttttt
ccaaaaatagctcctgcgggtggggagacagaattggtgctgtgtggtttagagtttcag
tctcctcagcaaccggccataatcgatgggaaaactcacgttgccacagtgggttctggg
actttgtgtgctgtcctgcctgagaagagcagcagtgaaaggcttgtttgcaaaactcaa
gaaaaaatgccagaccacaacctgaacatcactctgaaagtgcacgagggagaagtggag
ggccgctactcaatcaaaggcacagctcagatttctggcttttcttttgtggtgcccagc
ataacagacatcgagcctgactttggacctgagcttggaggaacaacagtcacactaaca
ggaaaatatctcaactccgggatacaaagagaagtcttttttggaggcatagagtgcatg
aatccacatgttcttgaagacacaggagttttgtcttcaatcgtctgtaacacagcagct
gcagaaagtgtcggcgaagtaccggtggaagtctttattgacagccttaaaattaccacc
aataagaaattcttctacaagaagaatcctgacataacatctgtttatcccctctgtagt
ttccgaagaggctccaagctggtaatagcgggtcagaatcttgactcggctcacaatgtt
gtggttcagtacactcccaaaaatgatccaacaaagtctcatcagcaagtatgcaatggc
tcaagaaatgccacacacatggagtgctgggccccagcctttctagtagatgtgccagag
gaaaaggtggacacaggagtgatttctcttcaattagatggaaaaagttacctcttgagc
aaaggttttgtctaccacccagatgccgaagtcatcccctttgagtcccatgaccgcatt
ttacatctgaaaccagaagaaactgaggtttcactgcatcataacaatcttcaatcagtg
agtaaatgcatgaacgtaacaatgagcatcggcggtgagttttgcaatgttcagattctg
tcaaatgagctgacctgcaggattgcaaaaggcctggttatccccagtgagggattacct
gtcacagtgtctgtgaatggagaagattatgatgtgggtgtggtggtgtatgacaaaacc
aactactccactgtgattgcaggcattgtcctgggagttatccttgctctggtagtaggt
gctggccttgcattgattgtgatgaagcatttaagaagtaaaaaaagagctaacatagag
aaccgtttatcagcaacattgtcccggagccgcgaagcccgtcatcttgactcatttttg
acagaagactacagacgagcacgactgtccaaccatacatcaggctcaggaggaattgct
tttcaaggtttattatactctgccagctatgatcatctagctgttcctttgatgccaggt
gaaaatatctcaatggtaagcttaagttctgacctgcttgaagaggttaaagatgtgctg
attcctgcagagatgctcagaatagaggagaaccaaattattggaaaaggtcattttggc
acagtttatcatggatacctaatagatagcaataagcaagagactcactgcgctgtcaag
tcattaaacagaatcacagatttgggtgaggtggaccagttcctcagagagggcatcatc
atgaaagaattccaccaccccaacatactgtcgctgctgggcatcatgctgcccaaagaa
ggactccctctggtggttctgccttacatgcagcacggagatgtgcgtcattttatccgg
tccgagcagaggaacccaacagtgaaggacctgattggctttgggcttcaggttgccaag
ggaatggagtacctagctcaaaagaagtttgttcacagagacctggctgcacggaactgc
atgctggatgaaaccttcacagcgaaggtagctgactttggcatggcaagggacatctac
gacaaggagtactacagcattcaaaatcataaaagggcaaaactaccggtgaagtggatg
gccatagaaagcctccagacacaaaagttcacaacaaagtccgacgtgtggtcgtacggc
gtcttgttgtgggagctgataaccagaggagccagtccatatccaaacgtggacccctat
gacatcacatactacttgctgaaggggcgtcggcttccacagccacagtactgcccagat
actctttatgcaattatgttggcatgttggaacccggagcctgagggcagacccagcttc
cacagcctggtcacagaagtagaccacatcctttcctttctggaaggagagcactacatt
aatctgaaggttacctacatcaacttagataagccgaggccgtacccctctctgacaggc
tctgcggatgagctagaggcctcagacttggaatcagacagtaacgcagcaagctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (22)   

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