KEGG   Pseudopodoces humilis (Tibetan ground-tit): 102111070
Entry
102111070         CDS       T02921                                 
Symbol
MAST2
Name
(RefSeq) microtubule-associated serine/threonine-protein kinase 2 isoform X1
  KO
K08789  MAST-subfamily protein kinase [EC:2.7.11.37]
Organism
phi  Pseudopodoces humilis (Tibetan ground-tit)
Brite
KEGG Orthology (KO) [BR:phi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:phi01001]
    102111070 (MAST2)
Enzymes [BR:phi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.37  MAST-subfamily protein kinase
     102111070 (MAST2)
Protein kinases [BR:phi01001]
 Serine/threonine kinases: AGC group
  MAST family [OT]
   102111070 (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: 102111070
NCBI-ProteinID: XP_014106247
Position
Unknown
AA seq 2005 aa
MRKGRSRGDKAAPPPPARREPGRAVSGSAAERRAALLGGGGRKEPEDARAAGALEREMIT
ESTPLRCRKLSNPDIFSSAGKTKLHRQLSQDDCKLRRGSLASSLSGKQLLPLSNSVHSGV
GQTIWQPPGDTSNLVRMRNQSLGQSAPSLTAGLKELSLPRRGSFCRTSNRKSLIVTSSTS
PTLPRPHSPLHGHAGSSPLDSPRNFSPNAPAHFSFVPARSHGHRADRTDGRRWSLASLPS
SGYGTNTPSSTVSSSCSSQEKLHQLPFQPTADELHFLTKHFSTESITDEEGRHSPALRPR
SRSLSPGRSPVSFDSEIIMMNHVYKERFPKATAQMEERLAEFIASNAPENVLQLADGVLS
FIHHQVIELARDCLDKSREGLITSRYFYELQENLEKLLQDAHERSESSEVAFVTQLVKKL
MIIIARPARLLECLEFDPEEFYHLLEAAEGHAKEGQGIKCDIPRYIISQLGLTRDPLEEM
AQLNSYDSPDTPETDDSVESRGASVQSKKTPSEEEFETIKLISNGAYGAVYLVRHKTTRQ
RFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVSMFCSFETKRHLCMVMEYVEGGD
CATLLKNIGALPVDMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGL
SKIGLMSLTTNLYEGHIEKDTREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILY
EFLVGCVPFFGDTPEELFGQVISDEIAWPEGDDALPPDAQDLISKLLRQNPLERMGTGSA
FEVKQHRFFKDLDWNGLLRQKAEFIPQLESEDDTSYFDTRSERYQHLDSEEEEDTNDDDH
VEIRQFSSCSPRFSKVYSSMERLSIHEERKTPPPTKRSLSEEKDDRLDSLGGLKSRDRSW
VIGSPEILRKRLSMSESSHTESDSSPPLTVRRRCSGLLDMPRFAISAEDEGAALKRPQSE
GMLLSTVQAREGLPVPIPEQPVEHELQLEGDAGATTPATAAGSASALTAGSTADFSDPQA
RSNSNEGPDFTTPKAISDLAVRRARHRLLSGESGEKRTSRPVNKVIKSASATALSLLIPS
DHHTCSPLASPMSPHSLSSNPSSRDSSPSRDFSPAIANLKPPIIIHRAGKKYGFTLRAIR
VYMGDSDIYTVHHMVWHVEEGGPANEAGLREGDLITHVNGEPVHGLVHTEVVELILKSGN
KVSISTTPFENTSIKVGPARKASYKSKMARRNKKSKTKDGQESKKKSSLLRKITKQASLL
HTSRSLSSLNRSLSSGESVPGSPTHNLSPRSPTQSYRSTPESIHSVGGNSSQSSSPSSSV
PNSPASSGHIRPSSLHGLAPKLQRQYRSPRRKSAGNIPLSPLAHTPSPTPQSTSPQRSPS
PLPGHSVGSSSIIQSFPVKLHSSPPLVRQISRPKSAEPPRSPLLKRVQSAEKLAASLSSS
EKKLGSSRKHSLDISHSEFKKEMLQRDPSLQSLQESANETTGGKLGLAEKGMLQKPGSRK
LGAIRQDRVERRESLQKQEAIREVDSSEDETDDGSEDSQDGRRLDKPRGSGDRGSDSFNE
DNKFSSKLESKDSIEDDAFLPEDPKGTEDLQKGNTQQVKPVSEPLQISVHPSPPELPSRT
SPEKLANSEKPFLKSETTAKEPKLPENKTLECFGSKDRSSETIKDLGRTPGTQKPVDGTE
HMQCPSIKLLELEEGDSSGTSCGKLDLKEPVLTESSQKKQDSKPLLALSSWCTANTSTPV
TVSPPDRGEKGCKETPQPVEQHSSSFLSPGSTSETSQRSPSPDKQQPSSSQAEGALTSSK
TSPAGPVSSPLLVPSAIERVLSVSQLMPLAQSVLGPLKLTMSGSGEVETRKDLGASCKEE
RDLKQKRQDISQVGECQEKAKPSSTDSLTTRIGSCAESLHPAKPWEAPCPVGAKKEATCP
VLVKKEAPFCSAKSSEALAGSCKITPSKELSHALGQAALRASPLPDGSTRPCKEGTLAQA
KSKEVGNQLKIQDFPLSHDDAVKKT
NT seq 6018 nt   +upstreamnt  +downstreamnt
atgaggaagggccgctcacggggggacaaagcggcgccgccgccgccggcgcggagggag
cccgggcgggcggtgtccggcagcgcggcggagcgcagagccgccctgctggggggcggc
ggcaggaaggagccggaggacgcccgggccgcgggggcgctggagcgggagatgataaca
gagtccacgccactgcgttgcaggaagctcagcaatcctgacatcttttcatctgctggg
aaaaccaagctccaccgtcagctaagtcaagatgactgcaagctacgaagaggtagcttg
gcaagttctttgtcaggaaaacagctacttcccttatcaaacagtgtccacagtggagtg
ggccagacgatatggcagcctcctggagatacctccaacctggtccgcatgagaaatcag
tctctaggacaatctgctccttcacttactgctggtttgaaagagctcagtctccccaga
agaggaagcttctgtcggacgagcaacaggaagagtttgattgtaacatccagcacgtct
ccaactctcccgcggccacattccccccttcatggacacgcaggtagcagccccttggac
agtcccaggaatttctctccaaatgcacctgctcatttttcctttgttcctgcccgaagc
catggacacagagcagacagaacggatggacgccgctggtccttggcctcccttccttca
tctggatatggaacaaacactcccagttcaacagtttcatcatcatgctcatctcaggag
aagctgcaccagctgccctttcagcccacggcagatgaacttcatttcctgacaaagcat
ttcagtaccgagagcatcactgatgaggaagggcgtcattctccagccttgaggcctcga
tctcgcagtctcagccctggtcgctctccagtttcctttgacagtgaaataatcatgatg
aatcatgtgtacaaagaaaggtttccaaaggccacggcacagatggaagagcggctggct
gagtttattgcctcgaatgctccagagaacgtgctgcaattagcggatggggtcctgagt
ttcattcatcatcaagttattgaactggccagagattgcctagataaatcacgtgaaggt
cttattacttctcggtacttttatgagctgcaggaaaacttagagaaacttctccaggat
gcccacgagagatccgagagctccgaggttgccttcgttacccagcttgtgaagaagctg
atgattatcatcgcccggccagctcggctgctcgagtgcctggagtttgatcctgaagag
ttctaccatttgttggaagctgcagaaggccatgccaaggaagggcaaggaattaaatgt
gacattcctcgttacattatcagccagctgggactcaccagggatcccctggaggaaatg
gcccagttgaatagctatgacagcccagacactcccgagacagatgattcagttgagagc
cgtggggcctctgttcagtcaaagaaaactccatctgaagaagagtttgaaactattaaa
ctgatcagtaatggtgcttatggagcggtgtatttggtgcggcacaagaccacccgccag
cgttttgccatgaagaagatcaacaaacagaacctgatcctgagaaaccagatccagcag
gcctttgtggagagagatatcctaacatttgctgagaacccctttgtggtcagcatgttc
tgctcctttgagaccaagcgacacctgtgcatggttatggagtatgtggaaggaggtgat
tgtgctacacttctcaagaacattggtgccctacccgttgatatggcgaggatgtatttt
gctgagactgttctggcactggagtacctacacaattatggaattgttcaccgtgaccta
aaacctgataatctcctcataacttcaatgggtcatattaaactaacagactttggactg
tccaaaattgggttaatgagtcttacaactaatctttatgagggccacattgagaaggat
accagggaattcctggacaagcaggtctgtgggactccagagtacattgcaccagaggtg
atcctgcgccagggctatgggaagcctgtggattggtgggccatgggaattatcctctac
gagttcctggtgggctgtgttcctttctttggggacacacctgaggagctgtttggacaa
gtgatcagtgatgaaattgcctggccagaaggagatgatgcactaccaccagatgcccag
gacctcatttctaagcttctccgccaaaatcctctggaaagaatgggaacaggtagtgcc
tttgaagtgaagcagcatcggttctttaaagatttggactggaatggattactccggcag
aaagctgaattcatcccacagttggagtctgaggatgacacaagctattttgacacccgt
tcagaacggtaccaacacctggattctgaggaggaagaggacactaatgatgatgatcat
gtggaaattcggcagttttcctcctgctcacccaggttcagcaaggtgtacagcagcatg
gaaagactttccatccacgaggagaggaagactccaccaccaaccaagcggagcctgagt
gaggagaaggatgatcggctggacagcctggggggcttgaagagccgggaccgcagctgg
gtcattgggtctcctgaaatcctgcgcaagcgcctgtccatgtccgagtcctcgcacacg
gagagcgactccagcccgccgctgacggtgcggcgccgctgctcggggctcctggacatg
ccccgcttcgccatctccgccgaggacgagggggccgccctcaaacggccccagtccgag
gggatgctgctgtccacggtgcaggcgcgggaggggctgcccgtgcccattccagaacag
cctgtggagcacgagctgcagctggaaggggatgccggagccaccaccccggccacggcc
gccggcagcgcctcagcgctgacagctgggagcactgcagatttctctgatccacaagct
cgcagtaatagcaatgaaggcccagactttaccactccaaaagccatcagcgatttggca
gtgcggcgggcacgacacaggttgctctctggggaatcaggggagaaacgtacctcaaga
cctgtcaataaagtgattaaatcagcatctgctactgccttgtctctcctgattccctca
gatcaccacacgtgttctccattggccagtccaatgtcacctcattctctctcctccaac
ccatcttcgagggactcctcacccagccgtgacttttctcctgctattgcaaacctgaaa
ccaccaatcatcatccatcgggctggaaagaaatacggtttcactctgcgcgccattcgc
gtctatatgggtgacagtgatatctacactgtgcatcacatggtctggcacgtggaggaa
gggggtccggcaaacgaagcaggtctgcgggaaggggatctgatcacccacgtcaacggg
gagccggtccacgggctggtgcacaccgaagtggtggagctgattctgaagagtggaaat
aaagtgtccatctccaccacaccatttgagaacacatccatcaaagttggtccagctcga
aaagccagctacaaatccaagatggctcgtaggaacaagaagagtaaaacaaaggatggt
caggaaagtaagaagaagagttctctgttgaggaagatcactaaacaagcatcgctgctt
cacaccagccggagtttatcatccctgaaccggtctctgtcatctggagaaagtgtgcct
ggctctccaactcacaacctgtctcctcggtcaccaacccagagctacagatccactcca
gagtcaatacactcagttggtggcaattcttcccagagcagctctcccagttccagtgtt
cccaattctccagccagctctggacacatcagacccagctctctgcatggcctggcacca
aagctccagaggcagtacagatctccaaggcgtaaatccgcaggaaacatccctctgtcc
cccctggctcacactccatcaccaaccccacagtccacgtcaccacagcgctccccatct
cctttgccaggacactcagttggcagctccagtattatccagtctttcccagtaaaacta
cactcctctccaccactggtgagacaaatttctcgccccaaaagtgccgagccccctcgg
tctcctttgctgaagagagtgcagtcagccgagaaactggctgcctctctgtcctcctct
gagaagaagctgggttcctcacggaagcatagcttggatatctctcactctgagttcaag
aaggagatgctgcagcgggatcccagcctccagagcttgcaggaatctgccaacgaaacg
acaggcggcaaacttgggctggcggaaaaagggatgctgcagaagccgggctcacggaag
ctgggtgccattcggcaggacagggtggagaggagggagtctctgcaaaagcaggaggcc
atcagggaagtagattcttctgaagatgaaacagatgatggttcagaagatagtcaggat
gggagaaggctggacaagccccgtggcagtggagaccgaggctcagattcttttaatgag
gataataagttttcatctaaattggaaagcaaggatagtattgaagatgatgcctttcta
cctgaagatccaaaaggtacagaagatttgcagaagggaaatactcaacaagtaaagcct
gtttcagagccgctgcaaatcagtgtgcacccctccccaccagagctcccctcaagaact
tctccagaaaaactagctaattcagaaaagccattcctaaaatcagaaacgactgcaaag
gagcctaaattgccagaaaacaaaactttggaatgttttggttcaaaagacaggtcttct
gaaacaatcaaagatctcgggagaactccaggtactcaaaaaccagtagatggcacagaa
catatgcagtgcccgtcaatcaaactcctggaacttgaagaaggtgattcctctgggacc
tcctgtggtaaacttgacttgaaagagcctgtgctaacagaaagcagtcagaaaaaacag
gattccaaacctctgctggcactttcctcatggtgcacagcaaacacgagcactcctgtc
acggtgagccccccagaccgcggtgagaagggttgcaaggagacacctcagcctgtggaa
cagcacagctcctcatttctgtctcctgggagcaccagtgaaacgtcccaaagaagtcct
agccccgacaagcagcagcccagctcatcccaggcagagggtgctttaacctccagcaaa
accagcccagcaggacctgtgtcctccccactcctcgtccccagtgccatcgagcgcgtg
ctctccgtgtcccagttaatgcccctggcccagagtgtgctgggccctttgaagctcact
atgtctgggtctggggaggtggaaacgagaaaggatttgggtgcctcctgtaaagaggag
agagatttgaaacaaaaaaggcaggacatttcacaagtaggagagtgtcaagagaaagcc
aaaccctctagcacagacagtctgaccacgaggattgggtcctgtgcagagtccttgcac
ccagcaaagccctgggaggcaccatgtcccgtgggggccaaaaaggaggcaacgtgtcct
gtgctggtcaaaaaggaggcacctttttgcagtgctaaatcgtctgaggcgttggcaggt
agctgcaaaatcactccgtcaaaagagctgtctcatgctcttggacaagcagctctgaga
gcctctcctctgccagatggcagcacaaggccctgtaaagaagggactctggcacaagca
aaaagcaaagaggttggaaatcagttaaaaatacaagactttcccctgtcacatgatgat
gctgtgaagaaaacatag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (11)   
   Pfam (11)   
All databases (53)   

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