KEGG   Sinocyclocheilus rhinocerous: 107757347
Entry
107757347         CDS       T04916                                 
Name
(RefSeq) serine/threonine-protein kinase LMTK1-like
  KO
K17480  lemur tyrosine kinase 1 [EC:2.7.10.1]
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:srx01001]
    107757347
   01009 Protein phosphatases and associated proteins [BR:srx01009]
    107757347
Enzymes [BR:srx01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     107757347
Protein kinases [BR:srx01001]
 Receptor tyrosine kinases (RTK)
  LMR family [OT]
   107757347
Protein phosphatases and associated proteins [BR:srx01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     107757347
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase
Other DBs
NCBI-GeneID: 107757347
NCBI-ProteinID: XP_016430273
Position
Unknown
AA seq 1558 aa
MRRMKASVFVAVMSSVLFNPSFAFNSHFDPGGSPLSELSWPSSLAVVAVSFSGLFTFVFL
MLACLCCKKGDISFKEFENMEGEEVQADLSTLASPSSQNDPEVYILPLTEVSLHVSKQPS
KSFQLLKSTDLGRHSLLYIKEMGQGCFGKVLLGAVNVGLSTTQVVVKELKASASVQEQMQ
FLEEVQPYRLLQHPALLQCLSQCSDITPYLLVMEHCRLGDVKGYLRSCRAADSVTPDPLI
LQRMACEIASGLLYLHKHNYIHSDLALRNCLLTSELAVKIGDYGLSHSKYKDDYYVTADQ
IWVPLRWIAPELIDEVHGNLLVVDQTKSSNVCRYEVMQFCWLQPEQRPVVEEVHLLLDYL
CAKGATESEEDFEKRWNSLRPSLGSSSSHRTPHRTPEVASSTSSSFPLLEHFSMAESFQS
ENGDDILTVTETSQGLNFEYKWEQARAQQPYCSSSASGPLGKNNPHYQDVYYPLSNSTGS
CKGESLPLGVSPSFYVSDDPGVVPVLSAHSPSVSSEYYIRIEEPVDCNINLEDTNLDYSP
RLEASNSSLSSTGRRSPIGSQPNTYWSAAKEPISNDYDSDSILTTEPLHRRVPSSVEIDQ
SEVYFSSNDRHNLQCEQSPQAGPDVHLIRGHGSNSDQQRRGSGSLCHRLEVVKESPLGVS
ISLSSPSLAHCDPYLESNQRTVERSMASEAYYDMMGPLQKNVPRPHYMSIDIDAGDGLLL
GRGSADPEDDDDLFSQNMLTNWNSNHSANNNSLSDRTQAVGFRDAYLDLHHLTPSSQVGN
LKSRALETRNSCTYNSIDSIKDHSYMEATDSTPTASNPHADSEGGEYLHLSPDSTQDVES
SSKCHSVTESQHIYTWQKNIAHKHIKNNTSDFRVGGCGRMNPSTLPSELVVTKENVLLET
RISPAQKLKLGTDGSAGVCGKMVSCPKDLSRTVSECNHLTDGRMVPDNSSINLVKINECK
DDCMDIPSGVLADYPLDYAEVGSIDLTHRTLQRETGSRHCEDTTNLASSSSPCEGFSPDS
YHTPIQPKSLDSGYETENNESPEFILKDLEGNPALSTSVESDECDMLLQMDLDEDVNVIL
LHPSSSHLPLISLDERNQYRDSAYFSDYDMENDKSPSEGVHMFFSRQDQDDVFELKAEKE
GSEKTFGREGRNMESEKGHDISVPKDNSAALNAKQLCLKKTSPNLCSSPALVPVISMLSP
FPPEMGGCLTKESTPDDGIGLESDHSGEEPNSECYSSTVSEGSSSTQEASGVEEQANGDT
RDFSSAESLGSDSTIVDLSGEVIQAEEQEACNKQDNPEQWIGNNEEKEDSVEEGGIGSAL
SKPKRDVSLENILPALPEDLDIPAPQGNGEKVDEEDSEDSDESDEELRSYNIQEQSDEEF
PVVPVIVSDRSSARHLRSLLKMPSILTQSFCDELESKKKAVSFFDDVTVFLFDQESPTGE
LGDYSFPVEAEVNCQASEVELPRSQDRDISPEDSPGRNVSEESGAFQWQDDFPLMQSPST
SESGSEEIATPPNSPVKSPDEKPAPPLSRFSVSRFSITHVSDSDMDSIGGKSENEAQE
NT seq 4677 nt   +upstreamnt  +downstreamnt
atgaggaggatgaaagcgtcggtatttgtcgcggtcatgtcctcggttttatttaatccc
agttttgccttcaactcgcatttcgacccaggtggctccccgttgagtgagctgtcatgg
ccgtcctctctggcggtggttgctgtctccttctccggcctcttcacatttgtcttcctc
atgctagcctgcctgtgctgcaagaaaggggacatcagcttcaaggaatttgaaaatatg
gagggggaggaggtccaagcggacctttccactttagcctcccccagctctcagaacgac
cccgaggtttatatcctgcccctgacggaggtctcactacatgtgtccaaacagcccagc
aagtcatttcagctgttgaagtctacagatctcggacgccacagcctcctctacataaaa
gaaatgggacagggctgctttggcaaggttttgctgggggcggtgaatgttggactcagt
accacacaggtggtagttaaggagctaaaggccagtgccagtgtacaggagcagatgcag
ttcctggaagaggtccagccttaccggttgctccagcatccagccctcctgcagtgtctg
tcccagtgttcagatatcacgccctacctgctggttatggagcactgccgcctgggagat
gttaaaggatacctccgtagctgtcgggcagcagactcagtgactcctgaccctttgatc
cttcagcggatggcatgcgagatagcttctggtcttctgtaccttcacaaacacaattac
attcacagtgacctggccctaaggaactgcctgttgacctcagagctggcagtgaaaatt
ggagactatggcctcagccacagcaagtacaaggatgactattatgtgacagcagatcaa
atatgggttcctctacgttggattgccccagaacttattgatgaagtccacggcaatctc
ttagtagtggaccaaaccaagtccagcaatgtctgcaggtatgaggtaatgcagttctgt
tggctgcagcctgagcagaggcctgttgtggaggaagtccatctactgctagactacctg
tgtgctaagggtgcaactgagtctgaggaggactttgagaagcgctggaactctcttagg
ccaagtctgggctccagcagctctcacaggacacctcacaggacacctgaagtagcctct
tctacttcttcctcatttcctctacttgaacacttctctatggcagaaagcttccagtct
gagaatggggatgatatattgacagtaactgagaccagccagggtctcaactttgagtat
aaatgggagcaggcacgagctcagcagccctactgctcttcttcagctagtggaccattg
ggaaagaataatccccattaccaggatgtgtattaccctcttagcaattccacgggtagc
tgcaagggtgagagcctccctcttggggtttctccatccttctatgtgtcagacgatcca
ggtgtggttccagtgctaagtgcacacagcccctcagtaagtagtgagtactacatccgc
attgaggagccagttgattgcaacatcaacttagaagacaccaatcttgattacagccca
agacttgaagccagtaacagtagcttgtcctctacaggcaggaggagccccattgggtct
cagccaaacacctactggtcagcagctaaagaacccatcagtaatgattatgattcagat
agtatcctaaccacggagccactccacagaagagttccaagctcggtagagatagaccag
tcagaagtttatttttcttccaatgacaggcacaatttacagtgtgaacagtcacctcaa
gcagggccagatgttcatttgataagagggcatggttcaaactctgatcagcagagaaga
gggtcgggaagcctctgccatagactggaggtggtaaaggaaagcccacttggagtttca
atctctcttagtagtcccagcttggcacattgtgacccataccttgagtctaaccagaga
actgtagaaagaagtatggccagtgaggcctattatgacatgatgggccccttacaaaag
aatgtgcccagaccccactacatgagtattgatattgacgccggtgatggccttcttttg
gggagggggagtgctgatccagaagatgatgatgatctgttttctcagaacatgttaact
aattggaactccaaccactcagcaaacaacaacagtttaagcgatcgtacacaagctgtg
ggttttcgagatgcataccttgatttacatcacctgacaccctcttctcaagtcgggaat
ttgaaatcaagagcattggaaacaagaaacagttgtacatataattccatcgattcaatc
aaagaccactcatacatggaagccacagatagtacacccactgctagtaaccctcacgct
gactcagagggtggtgaatacctacatttaagccctgacagtactcaggatgttgaatca
tcttccaaatgtcattctgtcacagaaagtcagcatatttatacatggcagaagaacatt
gctcataaacatatcaaaaacaatacatcagacttccgtgtaggaggttgcggcagaatg
aatccatcaactcttccatcggagctggtagtgactaaagaaaacgtgttacttgagaca
aggatatcccctgcacaaaaactgaaacttgggactgatggttctgctggagtgtgtgga
aaaatggtgtcatgccctaaggatctgtctaggactgtctcagagtgtaaccatttgaca
gacggcaggatggtgcccgacaactccagtataaatttggtgaaaattaatgaatgcaaa
gacgactgcatggacatcccctctggagtactagcagattatcccttagactatgcagag
gtgggcagtattgacctaactcatagaacactgcagagagagactgggtccagacactgc
gaggacacaactaatcttgcctctagcagcagtccctgtgagggcttcagccctgatagt
taccacacgcccattcagccgaaatccttagacagtgggtatgaaacagagaataatgaa
tccccagagtttatcttgaaagaccttgaagggaatccagcccttagcactagtgtagaa
tcagacgagtgtgacatgttgctccagatggacctagatgaagatgtcaatgtaatcctc
ctgcatccatccagcagtcatctaccactgatcagccttgatgagaggaatcagtacaga
gactctgcttatttttctgactatgacatggagaatgacaagagccccagtgaaggggtc
cacatgttcttcagccgccaagatcaggatgatgtctttgaactcaaagcagaaaaggag
ggctcagaaaagacatttgggagagagggacgtaacatggagagtgagaagggacatgac
atatctgtgccaaaggacaatagtgcagcccttaatgctaaacaattgtgtcttaaaaag
acaagcccaaatctgtgttcatcacctgcattggttccagtgatttctatgctttctccc
tttcctccagagatggggggttgcttgaccaaggagtcaactccagatgatggtattggg
ctggaatctgatcactctggagaggaaccaaactctgaatgctactcttccacagtgtct
gaaggttcttcctcaacacaggaggcctcaggtgtggaggagcaggctaatggagacacc
agagatttttcctcagcagagtctctaggctcagactctaccatagtagacttaagtggg
gaggtaatccaagcagaggagcaagaggcctgtaacaaacaggacaatccggagcaatgg
attggaaacaacgaggaaaaggaagattcagtggaagaaggtggcataggttcagcactt
tcaaaaccaaagcgtgatgtatctttggagaatattcttccagccttgccagaagatcta
gatattccagctccacaggggaacggagagaaggtggatgaggaggattcagaggatagt
gatgagtctgatgaagaacttcgtagctacaacatacaggagcagagtgatgaagagttc
cctgtggtgcctgtcattgtgagcgatcgcagcagtgcacggcatctacgcagcctcctc
aaaatgccctccatactgacacagtccttctgcgatgagctggagagcaagaaaaaagcg
gtgtcattctttgatgatgtcactgtgtttctgtttgatcaggagagccccacgggtgag
cttggggactacagttttcctgtggaggcagaagtcaattgccaggcttcagaggtggag
ctgccacggtcccaggatagggatatttcccctgaggattcaccaggaaggaatgtctca
gaagaaagtggggcatttcagtggcaagatgattttccattgatgcaaagcccttcaaca
tcagaatctggctctgaagagatcgctacaccacccaactcgcctgtcaagtctccagat
gaaaaaccagcacctccgctttcccgatttagtgtctctcgtttctccattacgcatgtg
tctgactctgacatggactccattggaggtaaaagtgagaatgaagcccaggagtga

  All links  
Ontology (4)   
   KEGG BRITE (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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (14)   

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