KEGG   Ictalurus punctatus (channel catfish): 108272036
Entry
108272036         CDS       T04658                                 
Symbol
mst1ra
Name
(RefSeq) macrophage-stimulating protein receptor isoform X1
  KO
K05100  macrophage-stimulating 1 receptor [EC:2.7.10.1]
Organism
ipu  Ictalurus punctatus (channel catfish)
Pathway
ipu04020  Calcium signaling pathway
Brite
KEGG Orthology (KO) [BR:ipu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    108272036 (mst1ra)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ipu01001]
    108272036 (mst1ra)
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:ipu04090]
    108272036 (mst1ra)
Enzymes [BR:ipu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     108272036 (mst1ra)
Protein kinases [BR:ipu01001]
 Receptor tyrosine kinases (RTK)
  MET family
   108272036 (mst1ra)
CD molecules [BR:ipu04090]
 Proteins
  108272036 (mst1ra)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase TIG Sema PSI Kinase-like LapA_dom Pkinase_fungal
Other DBs
NCBI-GeneID: 108272036
NCBI-ProteinID: XP_017335611
Ensembl: ENSIPUG00000000864
UniProt: A0A2D0RYN2
Position
11:4495815..4517993
AA seq 1361 aa
MLFGAWAFLACVWLQIHVILNAETCPVDQRKAVDFTVPYPSRHFQTLKPIQNIVVNKELS
EIYIASQNVIEALNNSFEKIWELHTGPVGSPDCQTCHCVSTADPNASVDTDNQILLLDPK
PFLPFLYICGSNQYGSCTFVEVDTDVKPSEVKCLFNEESNSPTNCHDCIASPLGTKASIV
EEGQTSFFFVAATINSTIAKDYDRRSISIRRLLATEDGFDSNVKALTVLPMFQDPYPIEY
IYTFSTQQYTYFLSVQRENPLNKSSDLQTHLGRLPNGDSEAWMYREVILECQFRPKRKKR
SSENVLYNVAQAAHFSIAEKDLAKELGMINEKENSVLYIVFTVTDKKGNPIRRSGLCAFP
IVNVNQAIKNGLDACCNSGHGRISRGLSHFQPSASCPERGNRQECEAMPTMVATPHSRAD
FFSGQIADLLTSILVTTIGDDTIAHIGTERGRLLQVILTLSSPIVFANYSLVEEPERVSR
IAAVQSEESLLFVVGNKMVTVSPKGPGCTHLLTCSKCMQAPRFMGCGWCDGVCSKMTECR
GQWSNNTCPPFITKFFPDTAPPDGETEITLCGYDLQSPMKPAITTSTHQVTVGQTSCIVI
PEKSKSTQVVCRILPQSSDVTQNVDININVNEERMERGYFITGQARVQGFSFVTPVVTDI
SPNFGPKIGGTRITLLGKHLDAGQTRTVFMGDKSCPVESSSNNGTWSSVVFVSEGVDDLT
EVNVKLLIDKSVISATKQFSYRENPKVKELKPNCSFSRGSKIIILGENLDTASQTTIYYK
PNNSNPVQSVCVGPVSPTQMECVSPACEDSSGVLSVDMDGAKNLISLPFFCYPNGKPIPF
EHDDNVLHLEPGTDRVSLHHERLYRVSHCMDIIMTINGMNCNAHVRENEIFCRIPKNIQI
PKEGAPVRVSVNGEIYEVGRVIYSSSNHLVGIVLGILAALVVGAALAFLVMTHLRKRKKA
MQAEQRLSRYSSRIGEISPEGDYRREFSFGTLRGSGMAFNGLVYASGVDPAAIPLVSTQT
ISLSALRPELLEEVKDVLISPEQLSIQQDDIIGKGHFGTVYHGHLKDNENHEIHCAVKSL
NRITDVEEVELFLKEGILMKAFHHPHVLSLLGILLPADGLPLVVLPYMKHGDLRHFIRSK
ERSPTVKDLIGFGLQVAKGMEYLAQKKFVHRDLAARNCMLDETFTVKVADFGMARDILDK
EYYSIQDHKRAKLPIKWMAIESLQTQKFTTKSDVWSFGVLMWEMLTRGASPYPDVDPYDM
TPYLLQGRRLPQPQYCLDSLWFILLKCWSPEPDCRPTFSMLVKNLQEIHSMLEGEHYVNL
QVTYVNLEQGRPYPSIAWASPSLPEGHSTETLDRLENSGET
NT seq 4086 nt   +upstreamnt  +downstreamnt
atgctattcggggcttgggcattcttagcatgtgtctggctccagattcatgtgatcttg
aatgctgaaacctgtcctgtagaccaacgaaaggctgttgattttactgttccatatccc
tcgcgtcatttccaaactttgaaacccatccagaacatagtggtgaacaaagaattgtct
gagatatatatagcctcacagaacgtgatcgaggccctgaacaacagttttgagaagata
tgggagttacacactggtcctgttggcagtccagattgtcagacctgccactgtgttagt
acggctgatccaaatgcgtcagtggacacagataatcaaattctacttctggaccctaaa
ccttttttgccgttcctgtacatatgtgggagcaatcagtacgggagctgtacttttgtt
gaagttgacaccgacgtaaaaccatctgaagtcaaatgtcttttcaatgaagagagtaac
tcacccacaaactgtcacgattgcattgctagtcctctaggcacgaaagccagcattgta
gaagaaggccagacatcttttttctttgtggctgccaccatcaacagcacgattgcaaaa
gattacgacagacgttctatctcaatacgacgtcttcttgccacagaagatggatttgat
tccaatgtcaaggcccttacagtgcttcctatgttccaggatccctaccctattgaatat
atttatacattctccacacagcaatacacctacttcttgtctgtccagagagagaacccc
ttaaacaaatcttctgatctccagactcatctcggacggctgccaaatggcgatagcgaa
gcatggatgtatcgagaggtcatcttagagtgccagttcaggcccaaacggaagaagagg
agctctgagaacgttttgtacaatgtagcccaagcagcccatttcagcatagcagagaag
gacctggcaaaagaactaggcatgatcaatgagaaagagaatagtgtcttgtacatagta
tttactgttaccgataaaaagggaaatcctattagaaggtctggcctttgcgcatttccc
atagtgaatgtaaaccaagccatcaaaaatggtttggatgcatgctgcaacagtggacat
ggacgaatctcccggggcttgtctcactttcagccaagcgctagctgtcctgagcgagga
aaccgacaagaatgtgaagctatgcccaccatggtggctactcctcactctagagcagac
ttcttcagtgggcagatagcagacctgctcacctccattttggttaccactattggtgat
gacactatagcacatattggcactgaacgtggaagactactacaggtcatcctgacattg
tcaagccctatcgtgtttgccaactactctcttgtggaagagccagagagagtgtcacgc
attgctgccgtgcagtctgaggagtctttgctcttcgtggttggaaacaagatggtgact
gtgtctcctaaaggaccaggatgcacacatctgctgacttgttccaagtgtatgcaggcc
cctcgctttatgggctgtggatggtgtgacggggtctgctcgaaaatgactgagtgccgg
ggtcagtggagtaataacacctgccctccatttatcaccaagttttttccagacacggca
ccacctgatggtgaaacagagattacgttgtgtggctacgatttacagtctcccatgaaa
cctgccatcactacatctactcaccaagtcactgtgggacagaccagctgcatcgtaatt
ccagaaaagagtaaaagcacccaggtggtatgcaggatccttcctcagtcctcagatgta
acgcaaaatgtggacattaacattaatgtgaatgaggagagaatggagcgtggttacttc
atcactggacaggcacgcgtgcaaggattcagttttgtgacaccagtcgtcaccgatatc
agtcccaactttgggcccaagattggaggcaccaggattacactgttagggaaacatctg
gatgctggacaaacaagaacagtctttatgggggacaagagctgccctgttgaaagctca
tccaacaatgggacctggtcctctgtagtgttcgtgtctgagggagtggatgatctgaca
gaggtgaacgtgaaacttctaattgacaaatcagttatatctgcaaccaaacaattcagc
tacagggagaatcctaaggtgaaagagctgaagcctaactgcagcttcagcagaggttcc
aaaatcatcatactgggggaaaatctggacaccgcatcccagactacaatttattacaaa
cccaataactcgaatcctgtccaaagtgtgtgtgtgggtcctgtgagcccaacgcagatg
gagtgtgtgagtccagcatgtgaggattcaagtggtgtcctctcagtggacatggatgga
gctaaaaatcttatttcactgccttttttctgctaccccaatggcaagcctatccccttt
gaacatgatgacaacgtgcttcatcttgaacctgggacggacagagtctcactgcatcac
gagagactgtatagggtgagccattgcatggacatcatcatgacaataaacggcatgaac
tgcaatgctcatgttcgggaaaatgaaatcttctgcagaatccctaaaaatattcagatc
cccaaagagggggcaccggtcagggtgtcagtgaacggggagatatatgaagttggccgg
gtgatatattccagcagcaaccaccttgttggcatcgtgttgggtattcttgcagcactg
gtagtaggggctgctttagcattcttagtaatgacccatctgcgcaagaggaagaaagct
atgcaggcagagcagcggttgtcaaggtattcctctcgcattggggaaatttcacctgag
ggagactacagacgcgagttctcctttggtaccttgcgtggatcgggcatggcattcaac
gggttggtgtatgccagtggtgtagaccctgctgctattcctctggtgtcaactcagacc
atatccctgtcagccctgcggcctgagctgctggaggaggtaaaggatgtgctgatctct
cctgagcagctgagtattcagcaggatgacatcattggcaaaggtcattttggaacggtt
tatcatggccaccttaaagataacgagaaccatgaaattcactgtgcagtgaagtcatta
aacaggattacagatgtggaggaggtggagctcttcttgaaagagggcatccttatgaaa
gcctttcaccaccctcatgttctctcattgctcggaatcctgttacctgctgatggcctt
cctcttgtggtcctgccatacatgaaacacggagacctccggcactttatccgctctaaa
gaaaggagtcctacagtgaaggacctgattggttttgggcttcaggttgctaagggaatg
gagtatttagcacagaagaagtttgtgcacagagacctggcagcgcgcaactgcatgcta
gatgagacgtttacagtcaaggtggctgactttggcatggcacgggacatcttagataaa
gagtattacagcattcaagaccacaaaagagccaaactacctatcaaatggatggccatt
gagagtttacagactcaaaaatttaccaccaaatctgatgtatggtcatttggtgtgtta
atgtgggagatgctgaccagaggagcaagtccatatcctgacgttgacccatatgatatg
acaccttatctattacaaggacggcgactgccacagcctcagtactgcctcgactccctt
tggtttatcctgttgaagtgttggagccccgagcctgactgcaggccaaccttctccatg
ctggtgaagaatttacaggagattcactctatgttggaaggagaacactatgttaatcta
caggtaacttacgttaacctggagcaaggacgcccatacccctctattgcttgggcatct
ccatcactacctgagggccacagcactgaaacactggaccggttggagaatagtggagaa
acttaa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (76)   

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