KEGG   Xiphophorus maculatus (southern platyfish): 102226057
Entry
102226057         CDS       T02923                                 
Name
(RefSeq) serine/threonine-protein kinase LMTK1-like isoform X1
  KO
K17480  lemur tyrosine kinase 1 [EC:2.7.10.1]
Organism
xma  Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:xma00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:xma01001]
    102226057
   01009 Protein phosphatases and associated proteins [BR:xma01009]
    102226057
Enzymes [BR:xma01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     102226057
Protein kinases [BR:xma01001]
 Receptor tyrosine kinases (RTK)
  LMR family [OT]
   102226057
Protein phosphatases and associated proteins [BR:xma01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     102226057
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase
Other DBs
NCBI-GeneID: 102226057
NCBI-ProteinID: XP_005801521
Ensembl: ENSXMAG00000012727
UniProt: M4AE60
Position
16:complement(11043880..11074594)
AA seq 1570 aa
MVFVLQVIVMSSAFFNPSFAFSSHFDTEGAPLSELSWPSSLAVVAISFSGLFTFVFLMLA
CLCCKKGDIGFKEFENTEGEEYQADLSALASPSSQNGPEVYILPLTEVSLPVSKQPGRSI
QLLKSSDIGRHSLLYLKEIGHGWFGKVLLGEVTAGISTTQVVVKELKASASVQDQIQFLE
EAQSYRTLQHPALLQCLAQCSEVTPYLLVMEFCPLGDLKNYLGSCLATDSETPDALILQR
MACDIASGLLHLHKYNFIHSDLALRNCLLTSEMSVKIGDYGLSHSRYKDDYFITQDQIWV
PLRWIAPELIDEVHGNLLVVDQTKSSNIWSLGVTLWELYELGNQPYRHYSDRQVLTYAVK
EQQLKLPKPQLQFPLDDRWYEVMQFCWLQPELRPSSEEVHLLVTYLCAKGSSEAEEDFEQ
RWNALKPNLLGSTSHTAASASLVFTPTPGDIPSADQAQAAELASSASSSFPLLEHFSDSF
HSETGDDLLTVTETSHGLNFEYKWEPARAEQPYCSSSTSGQLGQENPHYQDIYYSNTGST
SVGCKADSLTSSKSPSYYESEHTSVVPVLSAHSPSIGSEYYIRIEEPVQCNIKIDDGTGD
YCSELESATRRLSSENKSSSYWSTTDNTKSNDSSPTIQLHTHPLLSPSSNNSPVKSGCSY
NSLPSYSSNAFCCDDSPPPKTQKQSSPLEKTPEIQTNHLHADGVLENPRSLSQAVSSPSL
GFCDPYLEPHTGHSTVNESCHNMLGPIRKTLPIINHFDIDVGEDDDDLQLGRRKSREVED
KTNWISNRSANNNSFDSRHPDSGNDNCEAVPSDTSDAWALTKDTTRTFQSFKPCGTLGGN
EEGPEWSALCMSVGLDSYIQICHKESAQEEKPASLDIFQSSNALISPRKNSSGAGGENID
PQTDQTGFLSDMQRSNIWQGVSAGTSVSLSGLRLNYSEPSKSSRNQQHAVNIRNSSSCLL
ELGDYSEDEEDDMADITSGIFADFNLDLSEVEEEDLSPKKISEVNSDALGAISVVSSVAS
SCDQAFSPDPYNTPILPKSLDSGYDTENNESPEFMFKELGDPLGGESCPGLGGESEIALH
VGLGPGVCTSTITSEVHVKSLVDNQYRDSAYFSDYDVESDKSPREEDNGFFAESKKHGSD
NTFNSAVEHSLENSLNGGRNLTNLRQLKSCVLANLSEASSYLANNIQTPELSMLSPLPPQ
MGGCLTKEAAPADDLGLDTEHSGNEPASELNSFSGSEASSSVLEVSANHEEASRGAESCS
SVHSSVTHCSHSECREKPSEENENVEESTEEEEVPEHGHVNEENHREGGRINEEDFEDID
AEECDSLCEESNGPQDLSTSSSLLELCGEDVRAPLEEAEDEDDSDESESDEELRTYNIQD
EESEESEEDFRTVPVVVSDCSRARHLRSLLKMPSMLTQSFCEELERKKKAVSFFDDVTVF
LFDQESPTGELADCSFPTGGEPSQQETSNADLEAQSGDAHCFSKETEGNNSADDENYKWE
DEDSVETCPPSLDTIPDPEFSQTSITDTPEVPKPVAVPVNRFMVSRFSITHVSDSHTDTA
TGNTEDNLKH
NT seq 4713 nt   +upstreamnt  +downstreamnt
atggtgtttgtccttcaagtgattgtcatgtcttcggcgtttttcaatcccagcttcgct
ttcagttcccactttgatacagaaggggcgccgctgagcgagctgtcctggccctcgtct
ctggcagttgttgccatctctttctccggcctcttcacgtttgtcttcctcatgttggct
tgcctctgctgcaagaagggagacattggctttaaggaatttgaaaacacagagggagaa
gagtaccaggcagacctctccgctctggcctcgccttcctcccagaacgggcctgaggtt
tacatccttcccctcactgaggtctccctgcctgtctccaagcagccaggcagatcaata
cagctgttgaaatcttctgacattggccgccatagtctgctgtatctgaaagagattgga
catggctggtttggaaaggttttgttgggggaggtcactgcaggcatcagcaccacccag
gtggtggtgaaggagctgaaggccagtgcaagcgtccaggaccaaatccaattcctagaa
gaggcccagtcatatcgaacccttcagcatcctgcactcctgcaatgcctggcgcagtgt
tcagaggtcactccctatctactggtcatggagttttgtcctctgggagatcttaagaat
tacctcggcagttgtctggctactgactccgagactccagacgccttgatcctgcagaga
atggcctgtgacattgcttcaggactcctccacctacataaatacaactttatccacagt
gacctggccctgcgaaactgccttcttacatcagaaatgtctgtgaagattggagactac
gggctgtctcatagccgatataaggatgactatttcataacccaagatcagatttgggtg
cctctgcgctggatcgcaccagaactcatagatgaagtccacggaaacctgctggttgtt
gatcaaaccaaaagcagcaacatatggtctttgggtgtgactttatgggagctgtatgag
ctgggaaaccagccgtacagacattactctgacagacaggtgttgacatatgctgtgaag
gagcagcagctcaagctaccgaaacctcagctgcagttccccttggatgaccgctggtat
gaagttatgcagttctgctggctgcagccagagctcaggcccagcagtgaggaagtgcac
cttctggtcacatacctgtgtgccaaaggctcaagtgaagctgaggaagactttgagcaa
cgctggaatgccttgaaacccaatttgcttggcagcacgtcacacacagctgcgtccgca
tccctagtcttcactcccacccctggtgacatccccagtgcagaccaagctcaggcagcg
gagctggcctcttctgcctcgtcctccttccccctcctggagcatttctctgacagcttt
cactctgaaacaggggatgacctcctgaccgtcactgagacaagccatggactcaatttc
gagtataagtgggagccggcccgagctgagcaaccttattgctcttcctccaccagcggg
caactgggtcaggagaacccgcactaccaggatatttactattctaacacagggagtacc
tcagtgggttgcaaggctgacagtctgacatcaagcaagtccccatcctattatgaatca
gaacacaccagtgtcgttccagtgctgagtgcccacagcccctctattggcagtgagtat
tacattcgtatagaagaacctgtccagtgcaacatcaagattgatgatggcactggcgac
tattgttcagaactggaatctgctaccagaaggttgtcatctgaaaacaaatctagttct
tactggtccaccactgacaacaccaaatcaaatgattcaagtcccaccattcaactacac
acacacccactgctgagcccttcgtctaacaacagtccagtaaagtcaggttgttcgtat
aattcacttccgtcttatagcagtaatgcattctgctgtgatgactcacctccacctaag
acacagaagcaatcctctcccctcgaaaagacaccagagattcaaacaaaccatcttcat
gcagatggtgtgttagaaaacccacgtagtttatcccaggctgtcagcagccctagttta
ggattctgcgatccgtaccttgaaccacacacaggccatagcacagtcaacgaaagctgc
cataacatgttgggccccatcagaaagacgctacccattataaaccactttgatatagat
gtaggagaggatgatgacgatctgcaattgggtcgacggaaaagtagagaagttgaggat
aaaaccaactggatctcaaaccgttcagcaaacaacaacagctttgacagcagacaccca
gacagtgggaatgacaattgtgaggctgttccatctgatacatccgatgcatgggcttta
accaaggacacgacaagaaccttccaaagttttaagccttgtggcaccttggggggcaac
gaagaaggccctgaatggagtgcattgtgcatgtctgttggtttagactcttacatccaa
atatgccacaaagagtcggctcaagaggagaagcctgcgagtttggatatttttcaaagc
agcaatgctcttatcagcccaagaaagaatagcagtggtgcaggtggagaaaatattgac
cctcagactgatcaaacagggttcttgtctgatatgcagagaagcaacatctggcaggga
gtttcagctggaacatctgttagtctgagtggcttaaggctgaattattcagagccatcc
aaaagcagcagaaaccagcaacatgcagtaaacattaggaactccagcagctgcctgctt
gaacttggtgactacagtgaggatgaggaagatgacatggccgatattacatcagggatc
tttgctgacttcaaccttgacctcagtgaggttgaggaggaggacctcagcccaaaaaag
atttcagaggtgaattcggatgcattgggtgccattagtgtagtttcatctgtggcaagc
tcctgtgaccaggccttcagccctgatccctacaacacacccatcctgcccaaatctctg
gacagtggctatgacacagaaaataatgaatctccagagtttatgttcaaagagctcgga
gatccactgggtggtgaaagttgccctggattgggtggagaatccgaaattgcgctacat
gttggtttagggccaggtgtctgcacttcaacaatcacctcagaggtacatgtaaagagc
cttgttgataatcaatatagggattcagcctacttctcggactatgacgtagaaagtgac
aagagtcccagagaggaagacaacgggttttttgcagaatctaagaaacatggttctgac
aatacttttaactctgcagttgaacattctcttgaaaacagtctaaacggtggaaggaat
ttaacaaacctgagacagctcaaaagctgtgttttggcaaatctctcagaggccagttcg
tacttagccaacaatattcaaacacctgagttgtccatgctgtcaccacttcctccacag
atgggtgggtgcctcaccaaagaagctgctcctgcggatgatctggggttggacactgaa
cattcggggaatgagcctgcatctgagctgaactccttcagtgggtcagaagcctcctct
tctgtcctggaagtctctgcaaaccatgaagaggctagcaggggagcagaaagctgctca
tctgtccattcatctgtcactcattgctcccactctgaatgcagagaaaaacccagtgaa
gaaaatgaaaatgttgaggaatccactgaggaggaagaggtgcctgaacacggtcatgtc
aatgaagaaaaccacagggagggtgggagaataaacgaggaggattttgaggacatcgac
gcagaggaatgcgacagcctgtgtgaggaatccaacggccctcaggacctttccacctcc
tcgtcattgttggagctttgtggagaagacgtaagagctccgctggaagaggctgaggat
gaagatgattctgatgaaagcgagtctgatgaagagctgagaacctacaacatccaagat
gaagagagcgaggagagcgaagaggatttcaggacagtgccggtggtggtgagcgactgc
agcagggcgagacacctccgcagcctcctgaagatgccctccatgcttacccaatccttc
tgtgaggagctggagaggaagaaaaaagcagtatccttttttgacgatgtgacggtgttt
ctgtttgaccaggagagtcctactggagaactggctgactgctcctttcccactgggggg
gagcccagtcaacaagaaacgtcaaacgcagatctcgaagctcaatctggcgatgctcac
tgtttttctaaagaaacagagggaaacaactcagcagacgacgaaaattacaaatgggaa
gatgaggactctgtggagacctgtccaccctcacttgacaccattcctgatcctgagttc
tcacaaacctctatcacagatacacctgaagttcctaaacctgttgctgttccagttaac
cgtttcatggtctctcggttctccatcacacacgtatctgactcccacacagacacagca
acagggaataccgaagataacctaaaacactga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (2)   
   Pfam (2)   
All databases (55)   

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