KEGG   Columba livia (rock pigeon): 102084573
Entry
102084573         CDS       T02912                                 
Symbol
MAST2
Name
(RefSeq) microtubule-associated serine/threonine-protein kinase 2 isoform X1
  KO
K08789  microtubule-associated serine/threonine kinase [EC:2.7.11.1]
Organism
clv  Columba livia (rock pigeon)
Brite
KEGG Orthology (KO) [BR:clv00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:clv01001]
    102084573 (MAST2)
Enzymes [BR:clv01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     102084573 (MAST2)
Protein kinases [BR:clv01001]
 Serine/threonine kinases: AGC group
  MAST family [OT]
   102084573 (MAST2)
SSDB
Motif
Pfam: DUF1908 Pkinase PK_Tyr_Ser-Thr PDZ_6 PDZ PDZ_2 ABC1 Kinase-like APH Tricorn_PDZ Haspin_kinase
Other DBs
NCBI-GeneID: 102084573
NCBI-ProteinID: XP_021141296
Position
Unknown
AA seq 1961 aa
MTAEPAPFRCRKLSNPDIFASAGKTKLHRQLSQDDCKLRRGSLASSLSGKQLLPLSNSVH
SGVGQPIWQPPGDTSNLVRMRNQSLGQSAPSLTAGLKELSLPRRGSFCRTSNRKSLIVTS
STSPTLPRPHSPLHGHAGSSPLDSPRNFSPNAPAHFSFVPARSHGHRADRTDGRRWSLAS
LPSSGYGTNTPSSTVSSSCSSQEKLHQLPFQPTADELHFLTKHFSTESITDEEGRHSPAL
RPRSRSLSAGCMAIACGSTKCSYTVIYRSSPGRSPISFDSEIIMMNHVYKERFPKATAQM
EERLAEFITSNAPENVLQLADGVLSFIHHQVIELARDCLDKSREGLITSRYFYELQENLE
KLLQDAHERSESSEVAFVTQLVKKLMIIIARPARLLECLEFDPEEFYHLLEAAEGHAKEG
QGIKCDIPRYIISQLGLTRDPLEEMAQLNSYDSPDTPETDDSVESRGASVQSKKTPSEEE
FETIKLISNGAYGAVYLVRHKTTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPF
VVSMFCSFETKRHLCMVMEYVEGGDCATLLKNIGALPVDMARMYFAETVLALEYLHNYGI
VHRDLKPDNLLITSMGHIKLTDFGLSKIGLMSLTTNLYEGHIEKDTREFLDKQVCGTPEY
IAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDEIAWPEGDDAL
PPDAQDLISKLLRQNPLERMGTGSAFEVKQHRFFKDLDWNGLLRQKAEFIPQLESEDDTS
YFDTRSERYHHLDSEEEEDTNDDDHVEIRQFSSCSPRFSKVYSSMERLSIHEERKTPPPT
KRSLSEEKDDRLDSLGGLKSRDRSWVIGSPEILRKRLSMSESSHTESDSSPPLTVRRRCS
GLLDMPRFAISAEDEGTVLKRPQSEGLLLSAVQPREGLTVPIPEQPVEQELQLEGDAGPP
VPSTSASSASTLTAGSTADFSDPRARSNSNEGADFTTPKAISDLAVRRARHRLLSGESGE
KRTSRPVNKVIKSASATALSLLIPSDHHTCSPLASPMSPHSLSSNPSSRDSSPSRDFSPA
IANLKPPIIIHRAGKKYGFTLRAIRVYMGDSDIYTVHHMVWHVEEGGPANEAGLREGDLI
THVNGEPVHGLVHTEVVELILKSGNKVSISTTPFENTSIKVGPARKASYKSKMARRNKKS
KTKDGQESKKKSSLLRKITKQASLLHTSRSLSSLNRSLSSGESVPGSPTHNLSPRSPTQS
YRSTPESVHSVGGNSSQSSSPSSSVPNSPASSGHIRPSSLHGLAPKLQRQYRSPRRKSAG
NIPLSPLAHTPSPTPQSTSPQRSPSPLPGHSVGSSSIIQSFPVKLHSSPPLVRQISRPKS
AEPPRSPLLKRVQSAEKLAASLSSSEKKLASSRKHSLDISHSEFKKEMLQRDPSLQSLQE
SANETSGGKLGLAEKGLLQKPGSRKLGAIRQDRVERRESLQKQEAIREVDSSEDETDDGS
EDSQDGRRLDKPPDSGDQGSDSFNEDNKFSSKLESKDSIEDDAFLPEDPKGAEDLQKGNN
QQAKPVSEPLQISVHPSPSEVLPRTSPEKLASSEKPFLRSEATAKEHKVPENKTFECFGP
KGKSSEVIKDLGRTTSTQKPIDRTEHIQCPSIKILELEQGDSSGAPCDKVDLKDPLLTES
SQKKQDSKPLLALPSWCAASASAPLAVSPADRGEKDLKEILQPAQQPSSSSLSPGSASET
PQKSPGTEKQPSSSQADSASPAGRTSPAGPASATLLVPSAIERALSVSQLVPLAQSVLGP
LKLSISGSGEVEKRKDSPHLGASCKDERDLKQKRQEPSQAGACQEKAKPSGTDSVTAKSG
SCAESLNSAKPWEAMCPAVAKKEATFGSAKASEASGGSKPAPSKEPPPAPGQAALGASSL
PEGSTRPWKEGTSVQGKGKEVGSQLQTQDFPLTHDGAVKKT
NT seq 5886 nt   +upstreamnt  +downstreamnt
atgacagcagagcccgctccgttccgttgcaggaagctcagcaaccctgacatctttgcg
tctgctgggaaaaccaagctccatcgtcagctcagtcaagatgactgcaagctgcgaaga
ggtagcttggcaagttccttgtcaggaaaacagctacttcccttgtcaaatagcgtccac
agtggagtgggacagccgatctggcagccacctggagatacctcaaacctggtccgcatg
agaaatcagtctctaggacagtctgctccttcacttactgctggtttgaaggagctcagt
ctccccagaagaggaagcttctgtcggacaagcaacaggaagagtttgatcgtaacatcc
agcacatctccaaccctcccgcgaccacattcccctctccatggacacgcaggcagcagc
cccttggacagccccaggaacttctctcccaatgcacctgctcacttttcctttgttcct
gcccgaagccacggccacagagcagacagaacggatggacgccgctggtccttggcctcc
cttccttcatctggatatgggacgaacactcccagttccacagtttcatcatcatgctca
tctcaggagaagctgcaccagctgccctttcagcccacggcagatgaacttcatttcctg
acaaagcatttcagtactgagagcatcactgatgaggaagggcgccattcgccagccttg
aggcctcgatcgcgcagtctcagtgcaggctgcatggcaattgcgtgtggatctactaag
tgtagttacacagtaatctacaggagcagcccgggtcgctccccaatttcctttgacagt
gaaataataatgatgaaccatgtgtacaaggaaaggtttcccaaggccacggcgcagatg
gaagaacggctggctgagtttattacctctaacgctccagagaacgtgctgcaattagca
gatggggtcctaagtttcattcatcatcaagttattgagctggccagagattgcctagat
aaatcacgtgaaggtcttattacttctcgctacttttatgagctgcaggaaaacttggag
aaacttctccaggatgcccacgagcgatccgagagctccgaggtcgccttcgttacccaa
cttgtgaagaagctgatgattatcatcgcacgacccgctcggctgctcgagtgcctggag
tttgatcctgaagagttctaccatttgttggaagctgcagaaggccatgccaaggaaggg
caaggaattaaatgtgacattcctcgttatattatcagccagctgggactcaccagggat
cccctggaggaaatggcccagctgaatagctatgacagcccagacactcctgagacagac
gattcagtcgagagccgtggggcctctgtccagtcaaagaaaactccatctgaagaagag
tttgaaactattaaactgatcagtaatggtgcttacggagcggtgtatttggtgcgacac
aagaccacccgtcagcgttttgccatgaagaagatcaacaaacagaacctaatattgaga
aaccagatccaacaggcttttgtggagagagatatcctgacgtttgctgagaaccccttt
gtggtcagcatgttctgctcctttgagaccaagcgccacctctgcatggttatggagtac
gtggaaggaggtgactgtgctacccttctcaagaacattggtgccctacctgttgatatg
gcgaggatgtattttgctgagactgttctggcgctggagtacctacacaattatggaatt
gttcaccgtgacctaaaacctgacaatctcctgataacttccatgggtcacattaaacta
acagactttggactgtctaaaattgggttaatgagtcttacaactaatctttatgaggga
cacattgagaaggataccagggaattcctggataagcaggtctgtgggactccggaatac
atcgccccagaagtgattctgcgccagggctatgggaagcccgtggactggtgggccatg
ggaattatcctgtacgagtttctggtcggctgcgttccgttctttggggacacacctgag
gagctgtttggacaagtgatcagtgatgaaattgcctggccggaaggtgacgatgccctg
ccaccggatgcccaggacctcatttccaagctgctccgccaaaatcctctggaaagaatg
ggaacaggtagtgcctttgaagtgaagcagcatcggttctttaaagatttggactggaat
ggattacttcggcagaaagctgaattcatcccgcagttggaatctgaggatgacacgagc
tattttgacacccgttcggaacggtaccaccacctggattcggaggaagaggaggacact
aacgatgatgatcacgtggaaattcggcagttttcctcgtgctcgccgaggttcagcaag
gtgtacagcagcatggaacgtctctccatccacgaggagaggaagactccaccgccaacc
aaacgtagtctgagtgaagaaaaagatgatcggctggacagccttggcggcttgaagagt
cgagaccgcagctgggtgatcgggtctcctgaaatattgcgtaagcgcttgtctatgtct
gaatcctcacacacggagagcgactccagcccgcccttgaccgtccgccggcgctgctcg
gggcttctcgacatgccccgatttgccatctccgctgaggacgagggaaccgtcctcaaa
aggccgcagtccgaggggctgctcctgtccgccgtgcagccgcgggaggggctgaccgtc
cccattcccgagcagcctgtggagcaagagttgcagctggaaggtgatgctggacccccc
gtcccctccacgtccgccagcagcgcctcgacactgacagctgggagcactgcagatttc
tctgatccacgcgctcgcagtaatagcaatgaaggcgcagactttaccactccaaaagcc
atcagcgatttggcagtgcggcgggcacgacacaggttgctctctggggagtcaggggag
aaacgtacctcgagacctgtcaataaagtgattaaatcagcatccgctactgccttgtct
ctcctgattccctcagatcaccacacgtgttctccattggccagtccaatgtcacctcat
tctctatcctccaacccatcttcgagggactcctcacccagccgcgacttttctcctgct
atcgcaaacctgaaaccaccaatcatcatccatcgggctggaaagaaatacggtttcact
ctccgtgccattcgcgtctatatgggtgacagtgatatctacactgtgcatcacatggtc
tggcacgtggaggaaggtggtccagccaacgaggccgggctgcgtgaaggggatctgata
acccatgtcaacggggagccggtccatgggctggtgcacaccgaggtggtggagctgatc
ctgaagagtgggaataaagtgtccatctccacgacgccgtttgagaacacgtccatcaaa
gttgggccggctcgaaaggccagctacaaatccaagatggctcggaggaacaagaagagc
aagaccaaggacggtcaggaaagtaagaagaagagctctttattgaggaagatcactaaa
caagcatcgctacttcacaccagccggagtttatcttcactaaaccgctctctgtcctct
ggagaaagtgtgcccggctctcccactcacaacctgtcccctcggtccccaacgcagagc
tacagatccactcccgagtctgtgcactcagttggtggcaattcttctcagagcagctct
cccagttccagtgttcccaattctccagccagctccggccacatccgccccagctctctg
catggcctcgcaccgaagcttcagaggcagtacagatctccgaggcgtaaatctgcggga
aacatccctctgtcacccctggctcacactccgtcaccaaccccgcagtccacgtcaccg
cagcgctccccgtctcctctgccgggacactctgttggcagctccagtattattcaatct
tttccagtaaaactacactcctctccaccactggtgagacaaatttctcgccccaaaagc
gccgagcccccgaggtctcctttgctaaagagggtgcagtcggccgagaaactggctgcc
tcgctgtcctcttctgagaagaagctggcttcttcacgtaagcatagcttggatatctct
cactctgaatttaagaaggaaatgctacagagggatccgagtctccagagcctgcaagaa
tctgcgaatgaaacaagcggtggcaaactggggctggcggaaaaagggctgttgcagaag
ccgggttcgcggaaattgggcgctattcgacaggacagggtggagaggagggagtctctg
caaaagcaagaggccatcagagaagtcgattcttccgaagatgaaacagatgatggttcg
gaagacagtcaggatgggagaagactggacaagccccctgacagtggagaccaaggctca
gattcttttaatgaggataacaagttttcctctaaattggaaagcaaggacagtattgaa
gatgatgcctttctacctgaagatccaaaaggtgcagaagatttgcagaagggaaataat
caacaagccaagcctgtttcagagccactgcaaatcagtgtgcacccttccccatcagag
gtcctcccaagaacttctccagaaaaattagctagttcggaaaagccattcctaagatca
gaagcaactgcaaaggaacataaagtgccagaaaacaaaacttttgagtgttttggtcca
aaaggcaagtcttctgaagtaatcaaagacctagggagaactacaagtactcaaaaacca
atagatcgcacagaacatatacagtgcccgtctatcaaaatcctggaacttgaacaaggt
gactcttcaggggctccgtgtgataaggttgacctgaaagaccctctgctaacagaaagc
agtcagaaaaaacaggattccaaacctctgctggcgctgccttcgtggtgcgcggcaagc
gccagcgctcctctcgcggtgagccccgcggatcgcggtgagaaggatctcaaggagata
cttcagcctgcacaacagcccagctcctcatctctgtctcctggaagcgccagtgaaaca
ccccaaaagagccctggtactgagaagcagcccagctcgtcccaggcagacagcgcttca
cctgccggcagaacgagcccagcgggtcccgcgtccgccacgctgctcgtccccagcgcc
atcgaaagagccctctccgtgtcccagttagtgccgctagctcagagcgtgctgggcccg
ttgaagctcagtatttctggctccggagaggtggaaaagagaaaggattccccccatttg
ggtgcctcctgtaaagacgagagagatttgaaacaaaaaaggcaggaaccttcacaagca
ggagcgtgtcaagagaaagccaaaccatctggtacggacagtgtgacggcaaaaagcgga
tcctgcgcggagtcgttaaactcggcaaagccctgggaggcaatgtgtcccgcggtggca
aaaaaggaggcgacgtttggcagtgctaaagcatccgaagcgtcgggagggagcaaaccc
gctccatccaaagagccgcctcccgctccgggacaagcagctctgggagcctcttccctg
ccagagggcagcacgaggccctggaaagaagggacttcggtgcaaggaaaaggcaaagag
gttggaagtcagttacagacacaagactttcccctgacacatgatggtgctgtaaagaaa
acatag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (11)   
   Pfam (11)   
All databases (74)   

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