KEGG   Esox lucius (northern pike): 105015146
Entry
105015146         CDS       T04894                                 
Symbol
mast4
Name
(RefSeq) microtubule-associated serine/threonine-protein kinase 4 isoform X1
  KO
K08789  MAST-subfamily protein kinase [EC:2.7.11.37]
Organism
els  Esox lucius (northern pike)
Brite
KEGG Orthology (KO) [BR:els00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:els01001]
    105015146 (mast4)
Enzymes [BR:els01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.37  MAST-subfamily protein kinase
     105015146 (mast4)
Protein kinases [BR:els01001]
 Serine/threonine kinases: AGC group
  MAST family [OT]
   105015146 (mast4)
SSDB
Motif
Pfam: DUF1908 Pkinase PK_Tyr_Ser-Thr PDZ_6 PDZ PDZ_2 ABC1 Kinase-like zf-C2H2_assoc3 APH Tricorn_PDZ
Other DBs
NCBI-GeneID: 105015146
NCBI-ProteinID: XP_012992581
Position
LG14:complement(14813027..14930783)
AA seq 2580 aa
MEEKYFKICARNIGSQSSSDSETKSDGEGIDICLEDHQDYDGFNGKHASDFETLKAEGKE
ETNVATDEEFEPGNKEHGEGDDEMLENIAYPKSSNPEVIHSSCLAVKFKRRLSEDGKNLR
RGSLGGALTGKYLLPYVSPQQAWQSPSETSNLVRMRSTILGKSAPSLTSSLKELSLPRRG
SFLTPRSLSPTPTSPCSPLSPLNAFHFWSCRTSNRKSLIGSGQSSALQRPHSPLSSHTGT
SPQDSPRNFSPSASAHFSFARRTDGRRWSLASLPSSGYGTNTPSSTVSSSCSSQEKLHQL
PFQPTPDELYFLSKHFCTESIAGDERRRGTTPMRPRSRSLSPGRSPSCCDHEIIMMNHVY
KERFPKATAQMEERIQEIIRTSSPESVLPLADGVLGFAHHQIIELARDCLEKSRLGHITS
RYFCELTDKLEKLFQESTSRSESQEVNFIKELVKKILIVIARPARLLECLEFDPEEFYHL
LEAAEGHAKEGQGIKTDIPRYIISQLGLTRDPLEEIAQMTSYDSGIAETPETDDSSQSLS
AALRSRRKPSEIDFEMTKLISNGAYGAVYLVRHKETKQRFAMKKINKQNLMLRNQIQQAF
VERDILTFAENPFVVSMFCSFETRRHLCMVMEYVEGGDCANLLKNMGPLPVDMARMYFAE
TVLALEYLHNYGIVHRDLKPDNLLVTSMGHIKLTDFGLSKVGLMNMTTNLYEGHIEKDAR
EFSDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVI
SDEINWPEGEDAPPADSQELITLLLRQNPMERMGTGGAYEVKHHQFFHTLDWNSLLRQKA
EFIPQLESEDDTSYFDTRSDRYHHLETEEEEDLNDEDFNVELRQFSSCSHRFSKVYSSLD
LSRGQLEEKGETEEKKSESPLTVDSLSWTPEFTEMLSLSHSLDESTNIGPRPPGLLPKFA
ISAEADDGDEESLALRDPSKVAFSIGEDEADATTPGSTHSGATLSGSFSEHLDLLPSRAE
GVGSPDSKTTLDPRVPTGGLRHDGHGEKFGVVSKVPKSVSASALSLMIPGDIFGVSPLAS
PISPYSLSSDPSSRDSSPSRDSSLCVTSPKQPIIIHSSGKKFGFTLRAIPVYACDRDVYT
VYHMVWSVEEPGPAHKAGLKAGDLITHVNGETVHGLVHTEVVELLLKSGSRVAISTTPFE
NTSIKTGPARKNSYRSKMVRRTKKPKKEKTQERRRSVFRRFAMQPSPLLHTSRSFSSLNR
SLSSGESLPGSPTHSLSPRSPTAAFRPTPDFNQSGVNSSQSSSPSSSAPNSPAGSGHIRP
STLHGLGPKLTGQRLRQGRRKSAGSIPLSPLARTPSPTPQPTSPQRSPSPLLSHGSMGIN
KTTQAFPSKMHSPPTIVRHMVRPKSAEPPRSPLLKRVQSEEKLSPSYTGDKKHMCSRKHS
LEVTQEEAQVEEVRSGDRDHHTLQSVEETPCDPPTITRVRPAEQGCLKRPVGRKMGRQES
IEELDKEKLKAKVVMKRQDWSERRESLQKQDALQESDMAGVEGGRSQGKSQGSETISHEC
KAANSTLKDVLYKKLNTRSCEGIPEPLGGNGSDSALGCIHPDWSPQKTEWQLSRQNKEGG
KPDRLDFKAPNIEFARKRQSFEEREDAICRLSPGIHESLHFGSTRSKSLQLDSAMPLDHI
KGTIGSIHSSPEGLNPKMFSGRGEGSAVEKLQLISSDGSLRKTSSEYKLEGRLVSSLKPL
EGTLDIGLLSGPRVSKTDTCLSKMADNDGGLLGMPTWLQSPVERQLIPLLKPSDKQQSLS
TSILSPGAVVAVSSPISTKEEVSISNTVLQCISGGEKQHERPRDSEPRTASKMDVTDSGG
KQESKSSMMAHDHRVSRHSAHFSHCGKTPSIREVSNEDQDEEVESLQEILAPTQQNLTQT
SKSFDTVTTTVKPDSPKNTTASVPASNVEVQATAPPIAIPVRQSSDCQSGPSYLQNIETQ
RTGEKTGSITTVVQHILEQPQNLLKEQMANSSPLTRTATQTAIPAPICSLGDVNRISGQA
YQRQQGTEKTQNSDNIQSNSPVPNKAVKPASVSEFEELKIANTGKDKMSNVRETCTKVDV
KCVLSKDLLKTATTNTEVAQSCVQNKNAYSVSSQVAISSVAMQREGPTSPKTKGSNAKIG
EQEQPSLTNQKAMVKGPLGAEIPVSKKETAEHSPEHIVKPPSHASTKQIILNPKTKSKSD
SPLALQAVGKTEEKGRYEERTPDTAPVGKVILNSKQRESSQKTPVSVVKDTQDSKWREPL
LKTSVQSHNIKAFSDSKLKESLFQSPGPTPVVRQNSDPKQKELDHTFAPTPAQVIKDKLD
SKQKLPTQNTSVSTLINSNQKETTASKVVRQILDSKQSPPHKTIAPIVTPAVMKEPVFAA
PFQQAQKEARATTPFQSAPVPVLPAPAVRRETNPPNSGALSGKASGSTKQESVVQTSRED
KGRLRVQATMSDDLKLDSHRGLGGVIAMGPAATTNSTPQGKQTTAEPRVTNADKPVAYSR
KEHADKKKRDPAQEVSSAQKNTKKETLRVPAVVNEGTGSDKNSARHVQTKESPRGPAHRK
NT seq 7743 nt   +upstreamnt  +downstreamnt
atggaggagaagtacttcaagatttgtgcaagaaacattgggagccagtcctcttcagac
tcggaaaccaagtctgatggagaaggcatcgacatatgtttagaagaccaccaagattac
gatggtttcaacggaaaacacgcttcagacttcgaaactctaaaagcagaagggaaggaa
gaaacgaatgtggcaaccgacgaggagtttgaaccgggtaataaagaacatggggaagga
gacgacgaaatgttggaaaacattgcgtaccccaagtccagcaatcctgaggtgatccac
agctcatgcctcgctgtcaagttcaagagacggctcagtgaggatggcaagaacctccgc
cgggggagtcttgggggtgctctcacagggaagtacctgctaccttatgtgtcccctcag
caggcatggcagagcccctcagagacgtccaacctggtgcgaatgcgctccaccatcctg
ggaaagtcagcgccctctttaacctctagtctgaaagaactgagtcttccaagaagagga
agtttcctcactccccgaagtttgagcccaacaccaacaagtccttgcagcccactcagc
ccgctgaacgcatttcatttttggagctgcaggaccagcaacagaaaaagtcttatagga
agtggtcagtcttctgcgcttcagcgacctcactcccctctctcatcacatacaggaaca
agtcctcaagacagtcccaggaacttctctcctagtgcctcagcccacttctcctttgca
cgaaggactgatggacgacgctggtctttggcatctctaccctcctctggctatggcacc
aacacacctagctccaccgtttcttcgtcctgttcatcacaggagaagctgcatcagctg
cccttccagcccacgccggatgagctgtacttcctctctaagcacttctgtactgagagc
attgctggggatgagagacgaagggggaccacacccatgcgaccccgctcccgcagtctc
agccctggaagatctccatcctgttgtgatcatgagataattatgatgaatcatgtctac
aaggaacgttttcctaaggccactgcccagatggaggagaggatccaggagatcatccgg
accagctcccctgagagtgtgctgccgctggcagacggtgtgctggggtttgcccaccac
cagatcattgagctggcacgcgactgcctggagaagagccgcctgggccacataacctca
cgctacttctgtgagctcaccgacaagctggagaaactcttccaggagtccacgtcccgg
tcggagagtcaggaggtgaatttcatcaaggagctggtcaagaaaatcctcatagtcatt
gccaggccagcgcgcctcctggaatgcctggagtttgatccagaagagttctaccatctg
ttggaggctgccgagggtcacgccaaagagggacaaggcatcaagactgacatccctcgc
tacatcattagccaattaggtctcacacgggatccattagaagaaatagctcaaatgacc
agttatgacagtgggatagctgaaacaccagagactgatgactcttcccagagtctgagt
gcggccctgcgatcccgacggaagccctccgagatagactttgaaatgaccaaactcatc
agcaatggagcctatggggctgtgtatctggtgcgccacaaggagactaagcagcgcttc
gccatgaagaagatcaacaaacagaacctcatgttgaggaaccagatacagcaggccttt
gtagagagagacatcttgaccttcgctgagaaccccttcgtggtctccatgttctgctcc
tttgagacacgacggcatctctgtatggtcatggagtatgtggaaggaggtgattgtgcc
aaccttctgaagaacatgggccctctgcctgtagacatggccaggatgtactttgcagag
actgtgctggcactggagtacctccacaactatggaattgtccatagggacctcaaacca
gacaatcttctggtgacctccatgggccacatcaagctgacagacttcggtctgtccaag
gtgggcctgatgaacatgactaccaacctgtacgaaggacacatagagaaggatgcccga
gagttctctgataaacaggtgtgtgggacaccagagtacattgctccagaggtgatcctg
aggcagggctatggtaaaccagtggactggtgggccatgggcatcattctctacgagttc
ctggtgggttgtgtacctttctttggagacacaccagaagaactgtttggacaggtcatc
agtgatgagattaattggccagagggagaagatgctcctccagctgactctcaggaactg
atcaccctgctactcagacagaacccaatggagaggatgggcacaggcggtgcgtatgaa
gtgaagcaccaccagttctttcacactttggactggaatagtctgctgagacagaaggct
gagtttatccctcagctggagtccgaggatgacactagctactttgacactcgatctgat
cgataccatcacctggaaactgaggaagaggaggatctgaatgatgaagacttcaatgtg
gagctacgacagttctcttcctgttctcacagattttccaaggtgtacagcagcttagac
ctgtcccgtggccagctggaggagaagggcgagacagaggagaagaagagtgaaagcccc
ctgactgtagactctctgagctggacacccgaattcactgaaatgctttctctctcccat
tctctggatgagagcaccaacataggccctcgtccgcccggcctgctcccaaagttcgcc
atttcagccgaggcagatgacggagatgaggagtccctggcccttagagaccccagcaag
gtagccttctccattggagaggatgaggctgatgcaaccacccccgggagcacccacagt
ggagctactctctctggtagtttctctgagcacctggacctgcttccctccagagcggag
ggtgtaggcagccctgactccaagaccaccttggacccaagggtcccgactggtggcctg
cggcacgatggacatggggagaagtttggtgttgtttctaaagtccccaagtctgtctcg
gccagcgccctctccctcatgatccctggagatatctttggggtgtcccctctggccagc
cccatatccccctactctttgtcctcagacccctcttctcgtgactcctcccctagccga
gactcatctctttgtgtcaccagccccaagcagccaatcattatccacagctcggggaag
aagtttggttttacgttgcgggcaatcccggtgtacgcctgcgaccgtgatgtctacact
gtctaccacatggtctggagcgtggaggaacctggtccagcccacaaggcagggctaaaa
gctggtgacctcatcacccatgtgaatggagagacagtccatggccttgttcatactgag
gtggtggaactactgctaaagagtggcagtagggtggccatctccactactccatttgag
aacacctccatcaaaacagggcctgctcggaagaacagctacagaagcaagatggtccga
cgtaccaaaaagcccaagaaggagaagacacaagaaaggaggaggtctgtgttcaggcgt
tttgctatgcagccctcgcctcttcttcacaccagtcgtagtttctcctctctcaaccga
tccctgtcctcaggggagagtctcccagggtcccctacacacagcttgtctccccgctcc
cccacagctgccttccgacctacacctgacttcaaccagtcaggcgtcaactcctctcag
agtagttcccccagctccagtgctccaaactcccctgcaggttctggccacatccgtccc
agcaccctccatggcctgggccccaaacttactgggcagaggctccgacaaggtcgtcgc
aagtcggctggcagcattcctctctccccgctggcccgtaccccgtccccgaccccccag
cccacctcccctcaacgttcaccctctcccttactcagccatggctccatggggattaac
aagaccacccaggctttcccaagcaaaatgcactccccccctaccattgtccgccacatg
gtgcggcccaagagtgcggagccaccccgctcgcctctcctcaaacgagtgcagtcagaa
gagaagctctcgccttcctacactggtgacaagaagcacatgtgttctaggaagcacagc
ctggaggtgacccaggaagaggcccaggtcgaagaagtgcggtctggggacagggaccac
cacaccttgcagagtgtggaggagacaccctgcgatcctccgacaatcacccgggtccgg
ccagctgagcagggctgtctcaaaaggcctgttggccgcaagatgggccgccaggagtct
atagaggagctggacaaggagaagctgaaagctaaggtagtaatgaagagacaagactgg
tcggagaggcgagagtccctgcagaagcaggacgctctacaggaatctgatatggctggt
gtcgagggaggaagaagccaaggcaaaagccaaggctcagagactatttcacacgaatgt
aaagctgccaactctaccctgaaagatgtcctgtataagaagttgaacacacgatcctgc
gagggcattcctgaaccgctagggggaaatggctccgactcagctctgggctgcatccac
cctgattggagcccccagaaaactgagtggcagctgtccaggcagaacaaggagggtggt
aaaccagacaggcttgacttcaaggcccccaacatcgaatttgcccgcaagaggcaatcg
ttcgaggagcgagaagacgccatctgtcgactatctcccggcattcatgaaagtctccat
tttggctctacccggtccaagagtcttcagctcgactcagccatgcctctagaccacatc
aagggtaccataggcagcatccactccagccctgagggcctgaaccccaagatgttttct
ggaaggggggaaggaagcgctgtggagaaactccagcttatctccagtgatggctccctc
aggaagacctcttcagaatacaagctagaggggcgtctggtttcctccctgaaacccctg
gagggtaccttggacattggcttgctctctgggccgagggtgtctaaaaccgacacctgc
ctctccaagatggctgacaatgatggtggcttgttagggatgccgacatggctgcaaagc
ccagttgaacggcagttgatacccctgctcaaaccctctgacaagcaacagagtctgtcc
accagtatactaagccctggagctgttgtggcagtaagcagtccaatttccaccaaagag
gaggtgtctatttccaatactgtgcttcagtgcattagcggtggtgagaagcaacatgaa
agacctagagacagtgaaccccgaacagcttccaagatggatgtcacagactctggtggg
aaacaggagagcaagtccagtatgatggctcacgatcatagggtatcccgtcacagtgcc
cacttctcccactgtgggaagacaccatccatacgagaggtcagcaatgaagaccaagat
gaggaggtggagtcacttcaagagattttagctcccacacagcaaaacctcacacaaact
tccaagtcatttgatacagttaccaccacagttaagccagacagtcccaaaaatactaca
gcatctgtcccagcctcaaatgtggaggttcaagcaactgcccctcctatagctatacca
gtgaggcaaagttcagattgtcagtcagggcccagttacttgcagaatattgagacacaa
agaacaggtgagaaaacgggtagcatcactacagttgtacagcatatattagagcagccc
caaaacctgttaaaggaacagatggcaaacagcagtccattgacaaggacagcaacacaa
actgccatccctgctccaatttgtagtcttggagatgtgaaccgaatcagtggtcaagca
tatcaaagacagcaaggcacagaaaaaacacaaaactcagacaacattcaaagcaacagc
cctgttccaaacaaggccgttaaacctgcaagtgtgtctgaatttgaagagctcaaaata
gccaacaccggaaaagataaaatgtctaatgtcagggagacatgtactaaagtagatgta
aaatgtgtcttgtctaaagaccttttgaaaaccgcaactactaataccgaagtagcacag
agctgtgttcaaaataaaaatgcttattccgttagcagtcaggtagcaattagtagtgta
gcaatgcaaagagaagggcctacttcaccaaagacaaaaggtagcaatgcgaagattgga
gagcaagagcaaccctctttgacgaaccagaaggctatggtcaaagggcctcttggggca
gaaatcccagtttctaaaaaggaaactgctgagcatagtcctgagcacatagtgaaacca
ccaagtcacgcatcaacaaaacaaattatcttaaatccaaaaacaaagtccaaatctgac
tcaccccttgcattacaagctgttggtaagacagaggagaaggggaggtatgaagagaga
actcctgacacagccccagtcggaaaagtaatcctaaattcaaaacaacgagagtcatct
cagaaaactccagtttcagtggtcaaagacacacaagactcaaagtggagagaacctcta
ctcaaaacttcagttcaaagccacaacatcaaagcattttcagattccaaactaaaggaa
tctttgttccaaagccctggcccaactccagttgtcagacaaaactctgacccaaaacaa
aaagaactagatcacacatttgccccaacccccgcccaagtcatcaaagataagctggat
tcaaaacaaaaattacccactcaaaacacatctgtctctaccttgattaactcaaaccaa
aaggaaactactgcatcaaaagttgtcagacaaatcctagattcaaaacaatccccccct
cacaaaaccattgccccaattgtaacccctgcagtcatgaaagagccagtgtttgctgcc
ccctttcagcaggcccaaaaagaagccagggccaccactcccttccagtctgcccctgta
ccagtcttgcctgccccagcagtgagaagagaaacaaatccacccaatagcggcgctctc
tcaggcaaggccagtggcagtaccaaacaggagtctgtggtccagacctctagagaggac
aaggggagactgagggtacaggccaccatgtcagatgaccttaagttggactctcataga
ggcctgggtggagtgattgccatgggaccagcagccaccactaacagcaccccacagggg
aaacagaccacagctgaacccagggtcactaacgctgacaaaccggtagcctatagccga
aaagaacatgctgacaagaagaaaagggatcctgcccaagaggtatcgtctgcacagaaa
aacactaagaaagagactttgagagtgcctgcagtggtaaatgagggcacaggatcagac
aaaaactcggcccgacatgtgcaaactaaggaatcgccacgtggccctgcgcacaggaaa
taa

  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 (7)   
   RefSeq(pep) (7)   
DNA sequence (9)   
   RefSeq(nuc) (7)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (88)   

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