KEGG   Ictalurus punctatus (channel catfish): 108273714
Entry
108273714         CDS       T04658                                 
Symbol
aatkb
Name
(RefSeq) serine/threonine-protein kinase LMTK1 isoform X1
  KO
K17480  lemur tyrosine kinase 1 [EC:2.7.10.1]
Organism
ipu  Ictalurus punctatus (channel catfish)
Brite
KEGG Orthology (KO) [BR:ipu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ipu01001]
    108273714 (aatkb)
   01009 Protein phosphatases and associated proteins [BR:ipu01009]
    108273714 (aatkb)
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
     108273714 (aatkb)
Protein kinases [BR:ipu01001]
 Receptor tyrosine kinases (RTK)
  LMR family [OT]
   108273714 (aatkb)
Protein phosphatases and associated proteins [BR:ipu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     108273714 (aatkb)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase
Other DBs
NCBI-GeneID: 108273714
NCBI-ProteinID: XP_017338621
Ensembl: ENSIPUG00000006865
UniProt: A0A2D0S857
Position
13:21324389..21386951
AA seq 1702 aa
MPAALALLIMSASYFSPGFALSSHFDSDGVPLSELSWSSSLAVVAVSFSGLFTFIFLMLA
CLCCKKGEIGFKEFENAEGDEYQADMSTLASPASAGSPDVYILPLSEVSLPVAKQPSRSV
QLLKSTDASRHSLLYIKEIGHGWFGKVLLGEVTSGLSSTQVVVKELKTSTSIQDQMHFLE
EAKPYRSLQHPALVQCLAQCTDVTPYLLIMEFCPLGDVKGYLRSCRAAESVTPDPLLLQR
MACQIASGLLHLHKHDYSHSDLALRNCLLTSDITVKIGDYGLSHSKYKDDYFVTSDQSWV
PLRWIAPELVDDFHGNLLMADQTKQSNIWSLGVTIWELFELGNQPYRHYSDRQVLSFAVK
DQQLKLPKPLLQFPLSDRWYEVMQFCWLQSDQRPNAEEVHLLLSYLCAKGASEAEEDFER
RWNSMRPNMTHISLHGAGPLTLEMPQSLTVSSSFPLLEQFSAGDGYQSESGDDILTVTET
SHGLNFEYKWEHARAKQPYPSSSTTGTLGQGNPHCHEVYYPPGGMVGGCGIDGLTLGVSP
QYYDPKQLHTPGVVPVLSAHSPSVNSEYYIRIEEPVECNIDMEYTMCTYSPEFGGRSGFL
TGGGDSGDCMNCPSKGKPIETYWSADIHKSSAYDSDSSPTMSLTMEPLLGGSIVSQVSDS
SPPRPWESGHYVSYKDRDGGYYYENSPQLGMDHYLIGGPSEPMRESWGSRSLRRALGELE
EPLGISPSLGSPPQGYGDPYLESSHGSVIGKNVTGGYYDMMGSLRKTMPGNHSVCIDMES
GGAVFVGQDDSDSEEEDLFIERQAMGWSTNHSTKSNLSLAQRQSSKQDAYVDFHYTMPMT
DVEDAWPENHTLPYRSTKTHNYLESRAKSNTCPVHGRQASVSSADCSSYIHLCHEPREAE
VYPVPCCQALSNSHFVDPLTGSLVRNCFMNDNISDKNTAIPSRNPQVGQAALPIGHLISK
SEATKNHLKQMEHLEYVDTEVREGIYTQDSTGQQDTSQISIKTEDLTINQQVEKPLSETS
SKEPESDKSRMVDSGVEHGDSSTSLVEIDNCSDDDITDVTSGIFGDFPGDYAETADYTSP
SFKSLQKQVGTPDSMDSIDLPSTAGSSETLSPTSLHPSNSPKAVDSGYDTENNESPEFVL
KEPHEPQDTKTFIQPLGMSVADSSPVMEAKQGDGADTPQEYMEDVEEVVTIKTSQSTERL
TVLSEETPYRDSAYFSDTDAGKEKDSDEDREKGIDDLERKEEEAMQAIDQKTLPTPAVEQ
DKEKSNVLETEENRENFYNEIQEETEKALPSEEDEKAFPSSPEPIISSISPEICECPLSD
TVQDKGFDLKSDDPQEVPSENQLSDLFALPFSDTKQENRKTEETDTTLAFEPSVAKSLVE
DNDVETSLDRFISAIEVNQEKKVTEEAASSTGSETLSAQDNNDKVEILISDSAKSVSTDN
IVDKPETLDSNTKFRVQFHKTSTRPSSPPPLPSLEGRVSQVERGEADDEDRDSDDSDESD
EELRTYSIQEQSEESEDEIFPVPIIVSDCSDAHKLRSILKMPSLCNDNHSDELESKKKVV
SFFDDVTVYLFDQESPTGELSEHAFPLGGETSTQGARCTVSNQQEKANSTDDCSDGNISE
ESTGYEWDDDFSLLPLPTSSEESPPDIKAKPSFPPSATDNKPVVQFSRFTVSPSPISRFS
ITHISDSDMDSVGGSSEDGDRE
NT seq 5109 nt   +upstreamnt  +downstreamnt
atgcccgctgctcttgcgctcctgatcatgtccgcgtcgtatttcagccccggttttgct
ctaagctcgcattttgattcagatggtgttcctctgagtgagctctcctggtcgtcctct
ctggctgtggtggctgtgtctttttctggcctcttcaccttcatcttcctcatgctggcc
tgcctgtgctgcaagaaaggagagattggatttaaggagtttgagaatgcagagggagat
gaataccaggccgatatgtccacgctggcatcgccagcctctgccggcagccctgatgtc
tacatactgcctctgagtgaagtctccctgcctgttgccaaacaacccagccgctcagtt
caactcctgaagtcaacagatgcatctcgccacagtttactctacattaaagagattggg
catggatggtttggcaaggtgttgttgggggaggtaacctctggtctcagcagcactcag
gtggtggtgaaggagctcaagacaagtaccagtattcaggaccagatgcatttcttggag
gaagcaaagccttacagatctttgcagcatcctgctctagtgcagtgtttggctcagtgc
acagatgtcacgccctatctgctgatcatggagttctgtcctttgggtgatgtgaaaggt
tatctgcgtagctgcagagcagcagagtctgtgactcctgatcctttactccttcaacga
atggcttgtcagattgcttctggccttctgcatctccacaaacatgactacagccacagt
gatctggctttgagaaactgccttctgacatcagatattactgtcaagatcggagattat
ggcctttcacacagcaagtataaggatgattactttgtgacatcggatcagtcctgggta
ccattacgttggattgcccctgaattggtggatgactttcatggcaacctactgatggca
gaccaaacaaaacaaagcaacatttggtctcttggggtaactatctgggagttgtttgaa
ttggggaatcagccttatcgacactactctgacaggcaggtcctcagttttgctgtgaag
gaccaacaacttaaactgccaaagccgctgcttcagtttcctctttctgatcgctggtat
gaagtaatgcagttctgttggcttcagtcagaccagaggcctaatgctgaggaagttcac
ctactgctcagttacctgtgtgccaaaggtgccagtgaggcagaagaagattttgagagg
cgctggaactcaatgagacctaacatgactcatatcagtctgcatggggctggtcccctg
accctggagatgccacaatccttgacagtctcatcctcattccccttactggagcaattt
tcagctggcgatggctaccagtcagagtcaggagatgacattctcacagttactgagacc
agtcatggtctgaactttgagtacaaatgggaacatgcaagagctaaacagccctatccc
tcctcatccaccactggaacattaggtcaagggaatccccattgccatgaggtctattac
cctccaggaggtatggtaggtggatgtgggattgatggactcaccttaggtgtctctccc
caatactatgaccctaagcagttacacactccaggtgttgttccagttctcagtgcacat
agtccatcagtgaatagtgagtactacattcgtattgaagagccagtagaatgcaatatt
gacatggaatacacaatgtgtacatacagccctgaatttgggggaagaagtggctttctc
actggtggtggagactcaggggattgtatgaactgtccttctaaaggcaagccaattgaa
acatactggtcagctgacatccataaaagcagtgcctatgattcagacagcagtccaacc
atgtccctaactatggagccacttctaggtggctccatagttagtcaggtatctgattcc
agcccaccaaggccttgggagtctggtcattatgtatcatacaaagacagggatggaggc
tactattatgaaaactcaccacagctgggtatggatcactacctgattggaggcccatca
gaacccatgagggaaagctgggggtctcgaagcctaagacgggcactgggtgagctagaa
gaacctttggggatctcaccctcacttggcagccccccacagggctatggtgacccttac
ctagagagcagccatgggtcagtaattgggaagaatgtaactggaggatactatgacatg
atgggttctttgagaaagaccatgccagggaaccactcagtgtgtattgacatggaatca
gggggagctgtgtttgtggggcaagatgacagtgactcagaagaggaggatctcttcatt
gaaaggcaggcaatgggctggtccaccaaccactcaacaaaaagcaatttgagcttggct
cagagacagtcatcaaagcaagatgcatatgtagactttcattacactatgccaatgact
gatgttgaggatgcgtggccagagaaccatactctcccataccgctctaccaaaactcat
aactacctggaaagcagagccaaaagcaacacctgccctgtgcatggcagacaagcatca
gtatcctcagcagactgcagctcctatattcatctatgtcatgaacccagagaagcagag
gtgtaccctgtaccttgttgtcaggctttgagcaattcccattttgtagatcctcttaca
gggtcattagtaagaaattgtttcatgaatgacaatatttcagacaaaaacacagccata
ccgagcaggaacccacaggtaggccaagctgccttgcctattggacatttaatttccaaa
tcagaggcgacaaaaaaccatttaaaacagatggaacacctagaatatgttgacactgag
gtcagagagggaatctatacacaagacagtactggacaacaagatactagtcaaattagc
ataaaaacagaggatttaactataaatcaacaagtggagaaacccctttctgagacctct
tccaaagagcctgaatcagacaaaagcaggatggtggacagtggcgtggaacatggagat
tccagcaccagcctagtggaaattgacaattgtagtgatgatgacatcacagatgtcacc
tctgggatttttggtgacttccccggagattatgctgagacagctgactacacctcccct
tcattcaagtcattgcagaagcaagtaggcacacctgactccatggattccatagatcta
ccatctactgcaggctccagtgagactctgagcccaacctctctccatccttcaaattca
cctaaagctgtggatagtggctatgacacagagaacaatgagtctcctgaatttgtcctc
aaagaaccccatgaaccacaagacaccaaaacctttatccagccattggggatgtcagtc
gctgactcaagtccagtcatggaagcaaaacaaggagatggggctgacacaccacaagag
tatatggaggatgtggaggaagtagtcaccataaaaacatctcagagcactgaaaggctg
actgtattaagtgaggaaaccccatacagagattctgcttacttttctgatactgatgca
gggaaagagaaagatagtgatgaagacagagagaaaggtattgatgatcttgagaggaag
gaggaggaagcaatgcaagcaatagaccaaaaaacactaccaacaccagctgtagaacaa
gacaaagaaaagtcaaatgttctggagacagaagaaaacagggaaaatttctacaatgag
attcaggaagagactgaaaaagctctaccctcagaggaagatgaaaaggctttccctagt
tcccctgaacctattatttcttctatttctcctgagatatgtgaatgccctttaagcgac
actgtccaggataaaggctttgacttgaaatcagatgaccctcaagaagtgccatctgag
aatcagttatctgatttatttgctttgccattttctgataccaagcaagaaaatcgcaaa
accgaggagacagacaccacccttgcttttgaaccatcagtggctaaaagtttagttgag
gataatgatgttgagaccagtcttgataggtttatcagtgcaattgaagttaaccaggaa
aagaaagttactgaagaagcagcatccagcacaggttcagagacactatcagctcaggac
aacaatgataaagtggagatacttatatctgactcagccaagagtgtttctacagataat
attgtggacaagcctgaaactctagatagtaacacaaaatttcgagttcagtttcacaag
acctccactcgtccttcttctcctcctcctctcccatcacttgagggacgagtgtcccaa
gtggagagaggagaagctgatgatgaggacagggattcagatgacagtgatgaatcagac
gaggagctgcgcacctacagtatccaggagcagagtgaggagagtgaggatgaaatcttt
ccagtacccatcattgtgagtgactgcagcgatgcacacaaactccgaagcatcctcaag
atgcccagcctgtgtaacgataaccatagtgatgagttagagtccaagaagaaggtggtg
tccttctttgatgatgttactgtctacttgtttgaccaagaaagtccaaccggagaatta
tcagaacatgctttccccctgggaggtgagacaagcacacagggtgcaaggtgcacagtg
tcaaaccaacaggaaaaggcaaattctactgatgactgttcagatggaaacatttcagaa
gaaagtacagggtatgagtgggatgatgatttctctttgctgccactacccacctcatca
gaggaatcacccccagacatcaaggctaaaccaagttttccacccagtgccacagataac
aagcctgtagtgcaattctcacgtttcacagtttctccatccccaatttcacgtttctcc
atcacccatatttctgactcggatatggattctgtaggaggaagcagtgaggatggggat
agagaatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (10)   
   RefSeq(nuc) (8)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (67)   

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