KEGG   Nothobranchius furzeri (turquoise killifish): 107380814
Entry
107380814         CDS       T05163                                 
Symbol
peak1
Name
(RefSeq) pseudopodium-enriched atypical kinase 1 isoform X1
  KO
K17538  pseudopodium-enriched atypical kinase 1 [EC:2.7.10.2]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:nfu01001]
    107380814 (peak1)
Enzymes [BR:nfu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.2  non-specific protein-tyrosine kinase
     107380814 (peak1)
Protein kinases [BR:nfu01001]
 Serine/threonine kinases: Other
  NKF3 family
   107380814 (peak1)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr
Other DBs
NCBI-GeneID: 107380814
NCBI-ProteinID: XP_015807657
UniProt: A0A1A8AKH9
Position
sgr06:complement(52826228..53025354)
AA seq 1871 aa
MSACSTFTEHVWKPGECKNCFKPKSLHFLGQDVGGRPPSEQRLLSNQQQNSPPAGIQANP
NPITNSQRAGSGPARSGHVRPPVAKKPTIAVKPTMMLPCSSAELDSDGNLQQPTNAIEAG
TNSAFSVWNRNGLNRKSPGGPSNNNDGEEGSEEIEGYGQLSPRTPSGNNNCSGLTDVLKE
IAGLGPDSNSTPLCGSKDIFWGRISRSYRKSLERGQQMSSCLSIGSSSSRSGGGANQKRV
CLSESPKVISTEGGRFCYPEFSSEGEDDEDEDGDTEKDDEDHESWDESDEELLAMEIRMR
GQPRFAHFRAATLSPVPFAAGKKWNTVPLRNRSLQRICAVDYDDSFDEILNGYPSVGSDE
SLLPYGLQHKQGSAFLSNSESTTSPESSSSLQEDSQTTSSSGSSALYVCKNVLHSPTSCK
APVQCTSPPTKEPVKTPLSPVRVAETHKAVLAIRLEEQDGRESMPQALPGQPVTICFSPT
EEQAKPYRVVNLEKSVVCKPYTVVDVSASMANKEDQIPNSQQSKNPLKPSSPTLFSSAPL
VQPLSPVPPISPSFPLRPTSPTAAAQSGLPRKTKGFVRYQEVWTSSTSPRQKIPKVDLGV
GSAPGTSITSQFCSHKSAPTSPVAGLSSSRTVPIKSPNLSEIKFNSFNNAGMPPFPIIIR
DEPAYARSSKNAVKVPIVINPSAYDNLAVYKSFLGLHGEQSQTNRASSRVTSHTYEEIGS
SESVHSFSTDKTLSGRGTSEPASFEEIKCPLELKTTTNACTAQSTGGFSPSTSANIPLTA
NLTKVSLSGNTVKQSYADGEDTSSKDDDGDISLSSGTVTSHREEASTVLSQIVASIQPPQ
SPPASPSAQTDTFGSEELYALPPDASKEILTRPKSLFSTTDGCLSKQKKETPSKILSKSQ
SASAAVPLSSPCSEPNAPYPPPRSTSSPYHASNIFQRHFCNWTKGPASSSPVRPGDGETS
PSGEGRRVPTDSSKPKRWISFKSFFRRRKDSDEQREKAEKDKEKGKLVGLDGTVIHVLPP
PPAQRQHWFTEAKQDDPSQKPTIIFTYKPEARPGDGQGELRVERRETDLPADGEIKDCRS
LGGEQTQSSETTREDDVCTDLSQVPVSRARTQELPSIISLPAKVNLGLVFGESGGSRANL
VTATASASEGSASLGEPEEDGNHSTTSSQRSATYSNLGQSRANMIPLKQPRNIKSSSDTL
ASIDLDVSTDHLAPKPAPPPLPKKVVPRSSTEPILGCKENTHGPLRPRAEAKPGGTNLSV
ANPIYDLDSTWETASQGSSLSSEAHRAQDHDSGDSLERPSASSKARLTNSTSSLVPQPTA
AAPTCDRDTRAFLSTESLAGRGWAAGRGAAGRGCSKPQRPALYRGLDSWDEVVGRIRGLH
TDTLRKLSSKCEDRFMAGQKDHLRFGTHSWSHFRLTTGKPCCEAGDAVYYTASYAKDPLV
SYAIKICRSDMNDTQQQFFHSLAVRQSLPVHFNIQQDCGHFLADVPVRMLPWEEEDEDGE
EKEGDMETNAERGGKLKDSQASSSNDKLGEAAGNLKTAGGLRSRVVVITREVPFQTVADF
VRAGASRHESHPELYERQVCLLLLQLCSGLEHMKPYHVTHCDLRLENLLLVQCQPGNPWN
LDFLEPNNNSSSNSGASAAATTTCPARLIISNFSQAKQKSSLMASDPGTLRNRSRLAPEI
ITDTQYRKCDEFQTGILIYEMLHRPNPFEEVPDLKEQEYTWEDLPPLPVRSLYSQGLQQL
ARLLLTVNPSERIQISEARACLQCLLWGPREDLFQALGCSSVSGATAGQREATLQNWLDL
KRTLMMIKFAERSLDTACSVSLEDWLCCQYLASATIDTLSLVVHILQQPPQTQQNQTHLA
HTLHLTQSQPL
NT seq 5616 nt   +upstreamnt  +downstreamnt
atgtcggcctgcagcactttcactgagcatgtgtggaaacccggcgagtgcaagaactgc
tttaaacctaaaagtctgcactttctcggtcaggatgttggtgggagacctccctcagaa
cagaggcttttatccaatcagcaacaaaattcacctccagctgggatccaagccaacccc
aaccctattactaactcccagagggctgggagtggacctgcacgctcaggacacgtccgt
cccccagtagccaagaagccaaccattgctgttaagcccactatgatgctgccctgctct
tctgctgaactggattcagatggcaacttgcagcaacctactaatgcaatagaagcaggt
acaaattctgccttctctgtctggaatcgtaatggactcaatcgtaagagtcctggtgga
cccagtaacaacaatgatggagaagaaggcagtgaggaaattgaaggctatggacagctt
agccccaggacacccagtggaaataataactgcagtggactcacagacgtcctcaaagag
attgctggtttgggccctgactctaactccacacccttatgtgggtccaaggatatattc
tgggggcgaatcagtcgttcgtatcgaaagtccttggaaagaggccaacaaatgtctagc
tgtctgtccataggaagcagcagcagcagaagtggtggcggtgctaatcaaaagcgcgta
tgcctcagtgagagtcctaaggtaattagtactgaaggagggcgcttctgctacccagag
ttttccagtgagggtgaagatgatgaggatgaggatggagacactgagaaggatgatgaa
gatcacgagagctgggatgaaagtgatgaagagttacttgcaatggagatccgtatgcgt
ggccaaccacgatttgcacattttcgtgctgccaccttgtctcctgtaccctttgctgct
ggaaaaaaatggaacactgtgccacttcgcaatcgctcactgcagagaatttgtgcggtg
gactatgatgacagctttgatgaaatcctgaatggatacccctcagtagggtctgatgaa
agtcttcttccctatggtcttcagcacaagcagggcagtgctttcctgtcaaattcagaa
tcgactacttctccagagtcatcgtcgtcactacaagaggattctcaaactacttccagc
agtgggagcagtgccctctatgtctgtaaaaatgtcttgcattcacccacttcttgtaaa
gcacctgttcaatgcacatctcccccaacaaaagagcctgtgaaaacaccattgagtcca
gtcagagtggctgaaacacacaaagctgttctcgccattagattagaagaacaagatggt
agggaaagcatgcctcaggcccttcctggtcaaccagtcaccatctgttttagtcccaca
gaggagcaagcaaaaccataccgcgtggtaaatctggaaaaatctgtcgtatgcaagccg
tacactgtggtggacgtttcagcttctatggcaaataaagaggaccaaattccaaattca
caacaatccaaaaacccgttaaaaccctccagccctacattgttttctagcgctccttta
gttcagccactctccccagtgcctcctatttcaccatcttttcctttaaggccaacatca
cccacagctgctgctcagtcaggactcccacgaaagaccaaaggctttgtccgctaccaa
gaagtgtggacatcaagtacaagtcctcgccaaaagatccctaaagtggatctaggggtt
ggaagtgcccctggtacctccatcacatctcagttctgcagtcataaatcagctcccaca
tcccctgtggcagggttgtcttcctcccggactgtacctataaaatcccccaacctatca
gagatcaagtttaacagttttaacaatgcaggcatgcctccttttcctattattattaga
gatgaaccagcctatgctcgcagctccaagaatgctgtcaaggtacctattgttatcaat
ccaagtgcgtacgacaatctcgctgtgtacaagagcttcctgggactccatggggagcag
tctcaaacaaacagggccagtagtagggttaccagccatacttatgaagaaatcggatcc
tctgagagtgttcattcgttctcaacagataaaactctctctgggagaggcacatccgag
ccggcttcatttgaggagataaagtgtccacttgaacttaaaaccactacaaatgcttgc
actgcacaaagcacggggggcttctctccatctacatctgccaatattccccttactgca
aacctgactaaagttagtctttctggtaatactgttaaacagagttatgcagatggtgag
gatacatctagtaaagacgatgatggagacatatctctatcttctggaactgttacaagc
cacagggaggaggctagtactgtattgtcacagatagtagcctctattcaacctccccaa
tctcctccagcatccccctctgcacaaaccgacacctttggttctgaggagctgtatgct
ctcccacctgatgccagcaaggagatccttactcgccctaagtctctcttttccaccaca
gatggttgtctttccaagcagaaaaaggaaaccccgtcaaaaatcttgtctaaatcccag
agtgcctctgctgctgtcccactgtccagtccctgctcagagcccaatgccccctacccc
cctccaagatccacatcttccccttatcacgcttccaacatatttcagaggcatttttgc
aactggaccaagggccctgcctccagttcgcctgtgcggcccggtgacggagaaacaagc
cctagtggggaaggaagacgtgttccaactgacagctccaaacctaaaaggtggatttcc
ttcaaaagcttttttcgcagacggaaagactccgatgagcagcgagagaaggcagaaaaa
gacaaggagaagggtaagcttgttgggctagatggaacagtcattcatgtacttccacct
ccacctgctcagcgtcagcactggttcacagaggccaaacaagacgatccctctcagaaa
ccaaccattattttcacctacaaacccgaggcacgccctggtgatggacaaggagagctg
cgagtggagagaagagaaactgatttaccagcagatggtgaaatcaaagattgtagaagt
ttgggtggagagcaaacccagtcctcagaaaccaccagagaagacgacgtttgcacagac
ctcagccaggttccagtgagccgggccagaacccaggagctacccagcatcatctctctg
cctgccaaagtcaatctgggcctggtgtttggggagagtggggggagccgtgctaacctg
gttaccgctacggcctcggccagcgagggcagcgccagcctgggagagcctgaagaggat
gggaatcactctaccacctccagccagcgcagtgccacctacagcaacctaggacaatcc
agagccaacatgatcccactgaagcagccacggaacatcaaatcatccagcgataccttg
gcctccattgacctggatgtctccactgatcatctagcaccgaaaccagctccgcctcca
ctccctaagaaggtggttcctcgctctagcactgaacccattctgggatgtaaagagaat
acccatggacccctgagacctcgagctgaggctaaacctggtggcaccaatctgagcgtg
gccaaccccatctatgacctggactccacctgggagacggctagccagggctcatccctc
agctctgaggctcatcgagcccaagaccatgacagtggtgactccttggagaggccttca
gcttccagcaaggctcgccttaccaacagcacgtcctctctggttccccagcctacagct
gctgctcccacctgtgatagggacaccagagcgttcctgagtacagagtctctggctggc
aggggttgggctgcaggccgaggtgctgctggaagaggatgctccaaacctcagagacct
gcgctctacaggggcctggacagctgggacgaggtggtgggaaggatcagagggctgcac
acagacaccctgaggaagttgtcatctaagtgtgaggatcgcttcatggccggccagaag
gatcatctgagatttggcacccacagctggtcccacttcaggctgaccaccggtaaacca
tgctgtgaggcgggagatgctgtctactacaccgcctcctacgccaaggacccactggtc
agctacgccattaagatttgtcggagcgacatgaacgacacacagcagcagtttttccac
agtctggctgtgagacagagtcttcctgtccacttcaacatccagcaggactgtggacac
ttcctggctgatgtccccgtccgaatgctgccctgggaggaggaagatgaggacggtgaa
gagaaggagggagacatggagacaaacgcagagagaggcggtaagctgaaagactctcag
gcttcttcctccaatgataaactaggagaagcagcagggaacctgaagacggctggtggt
ctgaggagtcgggtggtggtgatcacccgagaggttccgttccaaacggtggcggacttt
gtcagagcaggtgcaagcagacatgaaagccacccagagctgtacgagcgacaggtctgc
ctgctgctgctgcagctctgctccggcctggagcacatgaagccctaccatgtgacccac
tgcgacctgaggctggagaacctgctgttggtccagtgccaacccggaaacccctggaac
ctggatttcctggagcccaacaacaatagcagcagcaactctggtgcgagcgccgctgcc
accaccacttgccccgcccgcctcatcatcagcaacttctctcaagccaaacagaagagc
agcctgatggcgtccgaccccggcacgctgcgcaatcgatccaggctggccccggagatc
attacagacacgcagtatcgcaagtgtgacgagttccagacgggcattctcatctacgag
atgctgcacagacccaacccgtttgaggaagtgccggacctgaaggagcaggagtacacg
tgggaggacctgcctcctctgcccgtcaggtcgctgtattcccagggcctgcagcagctg
gcccggttgcttctcaccgttaacccgtccgagcgcatccagatatccgaggcccgagcc
tgtttgcagtgcctgctctggggcccccgggaggacctgttccaggctctgggctgcagc
agcgtgtcgggggccaccgcgggtcaacgcgaggccacgctccagaactggctggacctg
aagcggactctaatgatgattaagtttgcagagcgctctctggacacggcgtgctctgtg
agcctggaggactggctgtgctgtcagtacctggcctcggccaccatcgacaccctgagc
ctggtggtccacatcctgcagcagccgccccagacccagcagaaccagacgcacctcgct
cacaccctccacttgactcagtcacagccactctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (52)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (76)   

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