KEGG   Scleropages formosus (Asian bonytongue): 108937350
Entry
108937350         CDS       T04919                                 
Name
(RefSeq) serine/threonine-protein kinase LMTK1-like isoform X1
  KO
K17480  lemur tyrosine kinase 1 [EC:2.7.10.1]
Organism
sfm  Scleropages formosus (Asian bonytongue)
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:sfm01001]
    108937350
   01009 Protein phosphatases and associated proteins [BR:sfm01009]
    108937350
Enzymes [BR:sfm01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     108937350
Protein kinases [BR:sfm01001]
 Receptor tyrosine kinases (RTK)
  LMR family [OT]
   108937350
Protein phosphatases and associated proteins [BR:sfm01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     108937350
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase
Other DBs
NCBI-GeneID: 108937350
NCBI-ProteinID: XP_018612740
Position
8:complement(17753783..17787128)
AA seq 1636 aa
MSAAVCVAVMSASFFNPSFAFSSHFDTDGAPLNELSWSSSLAVVAVSFSGLFTFIFLMLA
CLCCKKGDIGFKEFDNTEGEEYQTDLSALGSPTSQTGPEVYILPLTDVSVTVSKQPSKSV
QLLKSSDFGRHSLLYLKDIGHGWFGKVLLGEVNVGHSTTQVVVKELNASASVQDQMQFLE
EVQPYRALQHPALLQCLAQCTEVTPYLLVMEFCPLGDVKGYLRSCRPNDSVTPDPSILQR
MACEIASGLLHLHKYNYIHSDLALRNCLLTADMTVKIGDYGLSHNKYKDDYFVTPDQLWV
PLRWIAPEIIDEVHGNLLMVDQTKTSNIWSLGVTIWELFELGSQPYRHYSDRQVLTYAVK
EQQLKLPKPELKIPLSERWYEVMQFCWLQPDQRPTAEEVHLLLGYLCAKGASEGEEDFEA
RWISLRPGAGHSGTEAGVELASSASSSFPLLEHFSAGDSFPDEPGDDILTVTETSHGLNF
EYKWEQTRHEQPYCASSTSGPLGQSNPHYQDIYYPTRSAMSSCGGDRHPLGVSPSFYKSK
ELHTPGVVPVLSAHSPSVSSEYYIRIEEPIECNINLDYSTSDCSPGFEGSNSSFVADSGG
SGNGMSCSDQAQPNSYWSTDAHKVDIYDSDASPAISPTMEPLLRQTSDTSQGNHWHSGQR
FSYKDGQEIYYKHSPSTGEENRVLKEYPSESHQNSWRLQSLSQRETELGSPLSISPPLSS
PNLRYCDPYLEGRQGPVESKSTASEVYHNMMGSLRKAMSGPCDIDIEREGSLVAEEMDNN
SQDEGYQLSQREANKWTTNCSSNNNHSNYDCQPVGRGTQETFVDVHYSLPLKDPKNIWPE
ILGSTEIQKQIFSPSKTLTPIEATTKTNGPSSPSKPHVPSSAECKAFTAMCHEDGELPTK
CQLMLETPPFDSILGSTEKLCSSNECIEKKDVDEPWKEEEEEIPSPSRKGSVTESLDCKL
DLKLWKEEPLSDHNEAKKVVVGEILPEIGVNFKQDTSLKNSRVNVDTSEPASESSRTVDS
GLEAGCSSVSMIDINDCSDDDDITDITSGIFTDFVDSTEVGGDVTVIIRSLRKQVGTPDS
VDSIDLPSASGSCETFSPASFCPSTQSKAVDSGYDTENNESPEFILKDPSEQRIQDGKPC
LIGSPVLGMDGADLVLQVDLEKDTDAMVSLKSHSTEVEITGLSDKNPYRDSAYFSDYDTE
NERWSREEGDFPEKLEDGDFAGQEAEKEDLSRYTGTEQFNPQIKEGEKYLFEGLDKGTII
EADKPESGASSVPVLSTLSPSPPEMGGCLTKESSQDEGLSLDSEQSGEEQSSECASSSST
VSTGSSTQQEYPTTGKQVIQGKEDSPEEVLIMSDSTSRDTLGEFSMDIKDEEQDHSTRTK
KKEVIEVGGNSSWGATSTEHKVQGVEKLQETAGDTTLIVPIADGEDADEEDGDSDDSEES
DEELGCYNIQEQSEESEEESPTVPIVVSDHSDARNLRSLLKMPTLLTESFCDDLDRKKKA
VSFFDDVTVYLFDQESPTRDLVEPDFPPREESSGHSESHKSQPQERINASDDSSDGNISE
ESGGFEWEDDFPLMASSPATVQASGDAVACAAPSATPEIKPAIPFSRFSVSRFSITHVSD
SDVESAGGSSEDGERE
NT seq 4911 nt   +upstreamnt  +downstreamnt
atgtccgccgccgtctgcgtcgcggtcatgtcggcgtcgttcttcaaccccagcttcgcc
ttcagctcacatttcgacacagatggtgcgcccttgaatgagctctcctggtcctcctcc
ttggctgtggttgccgtttccttctctgggctcttcaccttcatcttcctcatgctggct
tgcctgtgctgcaagaagggggacatcggtttcaaggagttcgataacacagagggcgaa
gagtaccagacggacctatccgccctcggctcccccacctcacagaccggccccgaggtc
tacatcctgcccttgactgatgtgtcagtcactgtgtccaagcagccaagtaaatcagtt
cagctgcttaagtcatcagacttcggtcgccacagtctgctgtacctgaaggacattggc
catggctggtttggcaaggttttactgggggaggtcaatgtgggccacagcaccacccag
gtagtggtgaaggagctgaatgccagcgctagtgtccaggaccagatgcagtttctggag
gaggtccagccctaccgtgccctccagcaccctgctctcctccagtgtctggcacagtgt
accgaggtcacaccctatcttctcgtcatggagttctgccctctgggagatgtgaaggga
tacctgcgcagctgccggccaaatgactctgtgacccctgacccctcgattctccagcgg
atggcatgtgagatcgcctctggtcttctgcatctccacaaatacaattacattcacagt
gatttggccctgcggaactgcctgctgactgctgacatgacagtgaagatcggggactac
ggcctgtcccataataaatacaaagatgattactttgtaactccggatcagctctgggtt
cctctgcgctggattgcccccgagatcatcgatgaggtccatggaaacctgctaatggtg
gatcagaccaagaccagcaacatctggtctctgggggtgacaatttgggagctgtttgag
ctgggaagccagccgtaccgacactactcagaccggcaggtgcttacttacgcagtgaaa
gaacagcagctgaaactccctaaaccagagctgaagatcccactctctgaacgttggtat
gaggtgatgcagttctgctggttgcagcccgatcagaggcctactgcagaggaagttcat
ctgttgctgggctacctgtgtgcaaagggagccagtgaaggcgaggaagactttgaagca
cgctggatctccttgcggcccggggcaggacacagtggcacggaagcaggggtagaactg
gcctcgtctgcatcctcctctttccccttgctggaacacttctcggcgggtgacagcttc
ccggatgagccaggcgatgacatcctgacagtcacagaaaccagccacgggctcaacttt
gagtacaagtgggagcaaactcgccacgagcaaccctactgtgcctcctccaccagtggg
ccgctgggccaaagcaacccccactatcaggacatctattacccaacaagaagtgctatg
agcagctgtgggggtgaccgacatccactgggcgtttccccatctttctacaaatcaaag
gaactgcatactcctggggtggttccagtactgagtgctcacagcccctctgtaagtagt
gagtactacatccggattgaagaacccattgagtgcaatatcaacttggactattctaca
agtgactgcagccctggctttgaaggaagcaacagcagctttgtagcagacagtggtgga
tctgggaatggcatgagctgttctgatcaagcccagccaaactcctactggtcaacagac
gctcacaaagttgatatctacgattctgatgctagcccagccatatctcccaccatggag
cctttgctgaggcagacatctgacactagtcaaggaaaccactggcattctggacagcgg
ttctcatacaaagatggacaagagatctactacaaacattcaccttccacaggagaagaa
aacagggttttaaaggaatacccttcagaatcccaccagaattcctggagactgcaaagc
ctgtctcaaagggagacagagttagggagcccactgtccatctccccgccccttagtagc
cccaatctgaggtactgtgacccctacttggaaggcaggcagggacctgttgaaagcaag
agtacagctagcgaggtctaccacaacatgatgggttctttacggaaagctatgtctggg
ccctgtgacattgacattgagagagagggaagcctggttgctgaggaaatggacaacaac
tctcaagatgaaggatatcagttatcacagagagaggctaataaatggacaacaaactgc
tcttccaacaacaaccattcaaactatgactgtcaaccagttggtagaggaacccaagaa
acctttgtcgatgttcattacagcttgcccttgaaagaccccaaaaatatatggccagag
atcctgggatctacagaaattcaaaagcagatattctctccatccaaaactctcactcct
atagaggctacaaccaaaactaatggtcccagttccccgagtaaaccccatgtgccaagc
tctgcggaatgcaaggcatttactgctatgtgccatgaagatggagaattacccaccaaa
tgccaactaatgttagagactcctccatttgattccatcttaggctctacagaaaagctc
tgctcttctaatgaatgtattgaaaagaaagatgtagatgagccatggaaggaagaagaa
gaagaaatcccatctccctctagaaaggggagtgttacagaatcattggactgtaagctt
gacctaaagctatggaaggaagaacccctctctgatcacaatgaggccaaaaaagttgtg
gttggtgagatacttccagaaataggggtaaatttcaaacaagatacaagtttaaagaac
tctagagtcaatgtagacacgtcagagccagcttcagaaagcagtcgtactgtggacagt
gggttggaagctggttgttccagcgtcagcatgatagatattaatgactgcagcgatgac
gacgacatcactgacatcacctctggaattttcacagattttgtggattccacagaggtg
ggaggagatgttactgtcattatcaggtcactccggaagcaggtgggaactccagactct
gtagactccatagaccttccctcagcctcaggttcttgtgagacctttagcccagcttcc
ttctgtccatccacccagtctaaagctgtggacagtgggtatgacacagagaacaatgag
tcaccagaattcatcttgaaagatccttctgagcaaagaattcaagatggaaagccatgt
ctcataggaagccctgttttgggaatggatggggcagatttggttctgcaggtagatttg
gaaaaagatacggatgccatggtttccttaaaatctcatagcactgaggttgaaattact
gggctcagtgacaagaacccatatagagattctgcttatttctccgactatgacactgaa
aatgaaaggtggtctcgggaagaaggggactttccagagaagctggaagatggtgacttt
gctgggcaagaggctgaaaaggaagacctttccaggtatacaggaacagaacaattcaac
cctcagattaaagaaggagagaaatacctttttgaaggtttggataagggtacaatcatt
gaggctgacaagccagaatccggtgcatcctcagttcctgttctctcaacattgtctccc
tcccctccagaaatgggtggctgtttgaccaaagagtcctcacaggatgaagggctgtcg
ctggattctgagcagtctggagaggaacagtcgtcagaatgtgcatcatcatcatccaca
gtctctactgggtcatctacacagcaggaataccctaccacaggaaaacaagtaatacag
ggcaaagaggactctccagaggaggtattgattatgtcagactccacctctagagatacc
ctaggggaattctctatggatattaaggatgaggagcaagatcattccacaaggaccaaa
aagaaagaagtaatagaggttggtggaaattcctcttggggagccacaagcacagagcac
aaagtacaaggtgtggagaagctccaggaaactgcaggggacactactctcattgtccca
atagcagacggggaggatgcagatgaggaagacggggattcagatgacagcgaggagtcg
gatgaagagcttggctgctacaacatccaggaacaaagcgaagagagcgaggaggagtca
ccaacagtgcccatcgtggtgagcgaccacagtgatgctcggaacctccgcagcctcctc
aagatgcctaccctcctaacagagtccttctgtgatgacctggaccgcaagaagaaggca
gtgtccttttttgatgatgttaccgtctacttgtttgaccaggagagtcccactcgggat
ttggttgaaccagacttccctccaagagaggaatccagtggacactctgagagtcataag
tcacaaccccaagaaagaatcaatgcctctgatgactcctctgacggaaacatctcagaa
gaaagtggtgggtttgagtgggaagatgatttcccactgatggccagctcacctgcaaca
gtgcaagcttcgggtgatgctgtggcttgtgctgctccctctgcgactccagagataaag
ccagccatccctttttcaagattcagcgtctcgcgcttttccattacacacgtgtctgac
tccgatgtggaatctgcaggagggagcagtgaagatggggagcgagagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (46)   

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