KEGG   Xiphophorus maculatus (southern platyfish): 102237944
Entry
102237944         CDS       T02923                                 
Symbol
peak1
Name
(RefSeq) pseudopodium-enriched atypical kinase 1
  KO
K17538  pseudopodium-enriched atypical kinase 1 [EC:2.7.10.2]
Organism
xma  Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:xma00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:xma01001]
    102237944 (peak1)
Enzymes [BR:xma01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.2  non-specific protein-tyrosine kinase
     102237944 (peak1)
Protein kinases [BR:xma01001]
 Serine/threonine kinases: Other
  NKF3 family
   102237944 (peak1)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr
Other DBs
NCBI-GeneID: 102237944
NCBI-ProteinID: XP_005800741
UniProt: A0A3B5RAJ6
Position
2:23819930..23914692
AA seq 1905 aa
MSACSTFTEHVWKPGECKNCFKPKSLHCLTQSSGGKPPSEQRPPSNQQQNPLPAGTRANP
NLIANSQRPARSGHIRPPVAKKPTIAVKPTMMLPSLSAGLDSDGNLQQQTNVIEQGKTSA
FTAWNRNGLNSKRPGGRNNNNEGEDDSEEIEGYGQLSPRTPSRNNNSGLTDVLKEIAGLG
PGSSPTLLSGSKDLFWGRISSSYRRSLERGLPASSCLAIGSNSEGSAQKRVSLSDCTKII
SSEGGRFCYPVFSCDDADDDEDEEEDEDGETEKDDEEHESWDESDEELLAMEIRMRGQPR
FANFRAATLSPVPFAVGKKWNTVPLRNRSLQRICAVDYDDSYDEILNGYPSNGSLLPFGP
CETQSSAFLSNSESTTSPESSSSLQEDSQTISSSGSSVFKNGVLSPISSKSLAPCTTPPT
KESPKRALSPPKVAETHKAVLAIRLEDQDGREGMPMPQALPGQPVTISFSPTEEQAKPYR
VVNLEKSLICKPYTVVDVSASMASKDEQKQDSSPRPKNLPKPSNPTSFCSTPLVQPLSPV
SPLSPSSPLRSVSPSSIALSQKKTGQIRYQEVWTSSTSPRQKIPRVDLGSNSGQSVTPQF
CSHKSAPTSPIAGLLSSRTVPVKSPNLSEIKFNSFNNAGMPPFPIIIRDEPAYARSSKNA
VKVPIVINPSAYDNLAVYKSFLGLHGEQSQTKTGGGRVTSHTYEEIGSTESVQSSSTEKT
LSGRGTSEQTSFEETKFPLESVPSLQVRTTTDSSTVTSTVMSSASGALSPTTTISSASLA
ITANLVKTSPAANTVTHSYKISGDDDDDKGVTSPSGTGVSHREEASAVLSQIVASIQPPQ
SPPESPSAQTKTFSSEELYALPPDAMKETLSRPKSLFSTTDGCLSKPKKENPSKVLSKSQ
SASAAVPLTSPRSEPSAPYPPPRSTSSPYHASNILQRHFGNWTKSSASSSPARPGEGESS
PGGEGRRASAESSKPKRWISFKSFFRRRKDEDDQREKAEKEKGKLVGLDGTVIHVLPPPP
TQNQHWFTEAKPEDPTQKPTIIFTYKPDAGGSPGDGDGELRIEECRETDLLAEESRDSEP
LSPGQTTPSETAGGDASSKDLSQVPASHARERELPRVIPLPARVNLGLVFGDAHEGHANQ
AAPTVTASEGSASLGEPEDDGNHSHHSHSPSPSWCSATYSNLGQSRANMIPLKQPRNLKA
SNDTLSSTELDGSTEQPASKATPPPLPKKVVPRSSTEPSLGVKEPNQGALRPRAEAKPGG
TNLSVANPLYDLDSTWETASQSSSLSSEPHRAHDHESGDSLERSSASAAASKARMTNSVS
ALSPPPTASTPVTTSGRDKRVFPSTESLGGRGRTAGRGAAGGGASKPHRPALYRGLDSWD
EVVGRIRGLHTDTLRKLASKCEDRFMAGQKDHLRFGTDSWSHFRLTTGKPCCEAGDAVYY
TASYAKDPLVNYAIKICRSHVKETQQQFFHSLAVRQSLPVHFNIQQDCGHFLADVPARLL
PWEEEEEGKDEEEQEEEQRDKNHEGQTRLDTKPTDSEASKAKSDEVPAAGSMNSAGQLRS
RVVVITREVPFQTVADFVGEGAARHAHNPELYERQVCLLLLQLCCGLEHMKPFHVTHCDL
RLENLLLVHCQPGNPWNLDMLEPNNNSSSGSSNGSGASAATAAAAAAASTCPARLIISNF
SQAKQKSSLMAANQETLRDQSRLAPEIITATQYRKCDEFQTGILIYEMLHRPNPFEETPD
LKEREYTWADLPPLPVRSLYSQGLQQLARLLLTVNPSERIQMSEARACLQCLLWGPREDL
FQALGCGGGAGPVSGATASQREATLQNWLDLKRTLMMIKFAERSLDTACSVSLEDWLCCQ
YLAFATTDSLGRVVHILQQPPQPHNQNQTQTHPAHAHRLAQPQQL
NT seq 5718 nt   +upstreamnt  +downstreamnt
atgtcagcttgcagcaccttcaccgagcatgtgtggaagccaggcgagtgcaagaactgc
ttcaaaccaaaaagtctgcactgcttgactcagagcagtggggggaagcccccctctgag
cagagaccgccatcaaaccaacaacaaaatccacttcctgctgggaccagagctaacccc
aaccttatcgccaactctcaacgacctgcacgttcaggacacatacgccctcctgtggcc
aaaaagccaaccattgctgtgaagcccactatgatgctgcccagcttatctgcaggactg
gattcagatggcaacttgcagcagcaaacaaatgtaatagaacaaggtaaaacatcggct
tttactgcctggaaccgcaatggactgaacagtaaaaggccgggggggcgcaacaataac
aatgaaggagaggatgacagtgaggaaattgaaggttatggacaactcagcccgaggaca
cccagcagaaataataacagcggactgacggatgtccttaaagagattgctgggttgggt
ccaggctctagccctacactcctttctggttccaaagacctattttgggggcgaatcagt
agctcatatcgtaggtccctagaaagaggccttccagcttccagctgtctggccatagga
agcaacagcgaaggtagcgctcagaagcgggtatcgcttagtgattgtaccaagatcata
agctcagaaggtggacgtttctgctacccagtgttttcctgtgacgatgcagatgatgat
gaggatgaagaggaagatgaggacggtgaaactgagaaggatgatgaggagcatgagagc
tgggatgaaagcgacgaagaattactagccatggaaatccgtatgcgaggccagccacga
tttgctaattttcgtgccgccaccttgtctccagtgccctttgcagtggggaaaaaatgg
aatacggtgccccttcgaaaccgttcattacagaggatctgtgcagtggactatgatgat
agctacgatgagatcttgaacggatacccctctaatggaagccttcttccctttggacct
tgtgagacgcaaagcagtgctttcctctcaaattcagagtctacaacctctccagaatca
tcgtcatcactccaagaagactctcaaactatttccagtagtggaagcagtgtgtttaaa
aatggcgtgctttcgcctatatcttccaagtcacttgcaccgtgtacaacccccccaaca
aaagagtctcccaaaagggctctaagtccacccaaggtggccgagacccacaaggcagtg
ctggcaattagattagaggaccaggatggcagggaagggatgccaatgcctcaagccctt
cctggacagccagttacaataagttttagccctacagaggagcaggctaaaccataccgt
gttgttaatttagaaaaatccctcatttgtaaaccttacactgtggtagatgtctcagca
tcgatggccagtaaagatgaacagaagcaggattcgtcgccacgacccaaaaacctgcca
aaaccctctaatcctacatcattctgtagcactcctttagtccagcccctctcgccggtg
tctcctctttccccatcttctcctttgaggtcagtatcaccttcatccatcgctctgtca
caaaagaagaccggccaaatacgataccaagaagtatggacgtcaagcacgagtcctcgg
cagaagatacctagagtggatctggggagtaattctggccagtctgtcactcctcaattt
tgcagtcacaagtcggctcccacgtctcccatcgcaggcctgttgtcctctcgaactgta
cccgtaaaatctccaaatttatcagagatcaagtttaatagtttcaataatgctggcatg
cctccttttcctatcatcatccgagatgagccggcctatgcccgtagctctaagaatgca
gtcaaggtacctattgttatcaaccctagtgcatatgacaatcttgcggtgtacaagagt
ttcttgggtcttcatggggagcagtcgcaaacaaaaacgggtggcggtagggttactagc
catacctatgaagagattggttccaccgagagtgtccagtcctcatccacggagaaaact
ctgtctgggagaggcacatcagagcagacttcatttgaggagacaaaatttccacttgaa
tcagtgccaagtttgcaagttagaaccactacagattcaagcactgtaacaagcactgta
atgagctccgcatctggggccctttctcccactacaacaatttcttctgccagtcttgcc
attactgcaaatctagttaaaaccagccctgctgctaacactgttacacactcttataag
ataagtggagatgatgatgatgataaaggcgtaacttcaccttctgggacaggtgtaagt
cacagagaggaggccagtgcagttctgtcacagattgtagcgtctatccagcctcctcag
tcgcctccagagtctccctcagcacaaaccaaaaccttcagctctgaggagttgtacgcc
ctgcctcctgatgccatgaaggagaccctttcacgacccaagtctctgttttctaccact
gatggctgtctttccaagccaaaaaaggaaaacccctcaaaggttttgtcaaaatcccag
agtgcctctgctgctgtcccactcaccagtccccgatcagagcccagtgccccctacccg
cccccgaggtccacatcctccccttatcatgcttctaacatacttcagagacattttggc
aactggacaaagagctctgcctccagctccccagcgcgacccggtgaaggcgaatcgagc
cccggaggggaggggagacgggcttcagccgagagctcaaaacccaaaaggtggatctcc
ttcaagagcttttttcggcggcgtaaagacgaggacgatcagagagagaaggcagagaaa
gaaaaaggcaaactggttggactagacggaactgtgattcacgttcttccacctccacct
acccaaaatcagcactggttcacagaggccaaaccggaagatcccacccagaaacctacc
atcatcttcacatacaaaccagacgctggcggcagccccggggatggagatggagagctg
cgcatagaagagtgcagagagactgatctgctggcagaagagagcagggactctgaacct
ttgagcccagggcaaacaacaccatcagaaaccgctggaggagacgccagcagcaaagac
cttagccaggtgccggccagccatgccagggagcgggagctgcccagggtcatccctctg
cctgccagagtgaatctggggctggtgttcggggacgcccacgagggccacgccaaccag
gccgccccgactgtcaccgccagtgagggcagcgccagcctcggagagccggaggacgat
gggaatcactctcatcactcccactctccttcgcccagctggtgcagcgccacctacagc
aacctaggtcaatcaagagccaacatgatcccactgaaacagccacggaacctcaaagcc
tccaacgatactttgtcctccacggagcttgatggctctacggagcagccagcatctaaa
gccacaccgccgcctctacccaagaaggttgtccctcgctccagcactgaacccagcctc
ggggtcaaagagcccaaccagggagccctccgaccccgggcagaggctaaaccaggcggc
accaacctgagcgtggccaaccctctttatgacttggactctacctgggagacagctagc
cagagctcctctctgagctctgagccacaccgagctcatgaccatgagagcggcgactct
ttggagagatcatctgcctctgcagccgcaagcaaagctcgcatgactaacagcgtgtcc
gccctcagccccccgcctaccgcttccacaccagtcactacctctggcagggacaagagg
gtgttcccaagcacagagtctctgggcggaaggggtcggactgcgggccgtggagccgct
ggcggaggggcctccaaaccacacagacccgctctttacagagggttggacagctgggat
gaggtggtgggcaggatccggggacttcacacggacaccctacggaagttggcgtcaaaa
tgcgaggaccgcttcatggccggccagaaggaccaccttcgatttggcactgatagctgg
tcacacttcaggttgaccaccggcaaaccgtgctgtgaggcaggggacgctgtctactac
actgcttcttacgccaaggacccactggtcaactacgccatcaagatctgtcggagtcat
gtgaaggagacacagcagcagtttttccacagcctggcggtgagacagagcctccctgtg
cacttcaacatccagcaggactgcggacacttcctggctgacgtccccgcccgactacta
ccttgggaagaggaagaggagggaaaagatgaagaggagcaggaggaggagcagagagac
aagaatcatgaaggacagacgaggctggacacaaaaccgacagactctgaagcatcgaaa
gctaagtcggatgaggtcccggcggcggggagcatgaactcggcgggccagctgaggagc
cgagtggtggtcatcactcgcgaggtgccctttcagacagtggcggacttcgtgggagag
ggcgcggcccggcacgctcacaaccccgagctgtacgagcgtcaggtgtgcctcttgctg
ctgcagctctgctgcggcctggagcacatgaagcccttccacgtcacgcactgcgacctg
cggctggagaacctgctgctggtccactgccagcccgggaacccctggaacctggacatg
ctcgagcccaacaacaacagcagcagcggcagtagcaacggctcgggggcctccgccgcc
accgccgccgccgccgccgccgcctccacctgccccgcacgcctcatcatcagcaacttt
tcccaagccaagcagaagagcagcctcatggcggccaaccaggaaaccctgcgcgaccag
tcgcggctagcgcctgagatcatcacggccacgcagtaccgcaagtgcgacgagttccag
actgggattctcatctacgagatgctgcatagacccaacccgttcgaggagacgccggac
ctgaaggagcgagagtacacctgggcggacctgccgccactgcccgtcaggtcgctgtac
tcccaggggctgcagcagctggccaggctgctgctgacggtcaacccgtcggagcggatc
cagatgtccgaggcgcgcgcctgcttgcagtgcctcctctggggaccgcgagaggacctg
ttccaggccctgggctgcggcggcggtgccggccccgtgtcgggggccaccgccagccaa
cgggaagcgacgctgcagaactggctggaccttaagcggacgctgatgatgataaagttt
gcggagcgttcactggacacggcctgcagcgtgagcctggaggactggctgtgctgccag
tacctggccttcgccaccacggacagcctgggccgcgtggtccacatcctgcagcagccg
ccgcagccccacaaccagaaccaaacccaaacacatccggcacacgcccaccgcctggct
cagccacagcaactctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (2)   
   Pfam (2)   
All databases (81)   

Download RDF
DBGET integrated database retrieval system