KEGG   Nanorana parkeri (Xizang Plateau frog): 108802334
Entry
108802334         CDS       T04897                                 
Name
(RefSeq) LOW QUALITY PROTEIN: microtubule-associated serine/threonine-protein kinase 2-like
  KO
K08789  MAST-subfamily protein kinase [EC:2.7.11.37]
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Brite
KEGG Orthology (KO) [BR:npr00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:npr01001]
    108802334
Enzymes [BR:npr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.37  MAST-subfamily protein kinase
     108802334
Protein kinases [BR:npr01001]
 Serine/threonine kinases: AGC group
  MAST family [OT]
   108802334
SSDB
Motif
Pfam: DUF1908 Pkinase PK_Tyr_Ser-Thr PDZ_6 PDZ PDZ_2 ABC1 Kinase-like APH Tricorn_PDZ
Other DBs
NCBI-GeneID: 108802334
NCBI-ProteinID: XP_018429699
Position
Unknown
AA seq 1979 aa
MRGDGERDYARRRRAGLCAETASGTMRGDGERDYARRRRAGLCAETASGTMRGDGISSIG
SDHTGRTSFFFQKELSLPRRGSLIFSPLTALCRGSDAQQRMRSPASAPNLQHLKPPYSAD
GTLDAFFSNPASPSCGSPLHWRGFGVLNMVPAHRGLGCFGLPGMLRRYQRTSEVINGFIL
IPPTGLNTCRAYRREELDVSMLLISCSLLAATVEATACSLHQRPSCMSLTGVLRVFRADC
RYRVREGERSSFSTADYSATRDECETRDLRVFRPPYDTEHRGWNHRKTYVMSGVTLHTCV
MFSAPLASPEDVTRALGIGCISLSAGHHEIQTPHQYQYLNPVRSLLAAVQSGDRSRMTDP
RLHNVAPTDHEMSSANRERAIGCRQSWLLGGNSPLDSPRNFSPSTAGHFSFVPARRTDGR
RWSLASLPSSGYGTNTPSSTVSSSCSSQEKLHQLPYQPTADELHFLTKHFSTENITDEEG
RRSPAMRPRSRSLSPGRPPILYDGEIVMMNHVYKERFPKATAQMEERLADFIGHNAPENV
LPLADGVLSFIHHQVIELARDCLAKSRDGLITSRYFYELQENLEKLLQDAHERSESSEVA
FVTQLVKKLMIVIARPARLLECLEFDPEEFYHLLEAAEGHAKEGEGIKLDIPRYIISQLG
LNRDPLEEMAQLSSYDSSNADTPETDDSAEGRSTAPVIQPNKTPSEEEFENIKLISNGAY
GXVLIYFALXTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVSMFCSFETKR
HLCMVMEYVEGECQSDATLLKNIGALPVDMARMYFAETVLALEYLHNYGIVHRDLKPDNL
LITSMGHIKLTDFGLSKIGLMSLTTNLYEGHIEKDTREFLDKQVCGTPEYIAPEVILRQG
YGKPVDWWAMGVILFEFLVGCVPFFGDTPEELFGQVISGKTLRKEEEEALPADAQDLIFR
LLRQNPLERMGTGGTFEVKQHRFFKDLDWNGLLRQKAEFIPQLESEDDTSYFDTRSEKYQ
HLDSEEEDDTNDEDRLEIKQFSSCSPRYSKAYSSMERLSIHEEKTPPPTKRSLSEEKDDK
LDNLGGLKNRDRGWIIGSPEILRKRLSASESSHTESDSSPPLTVRRRCATLADMPRFAIS
TEEELRLQKKPAQREISSTPTSFSKDGAAQPVERELKMDEDLGPNTPSSTISNISSSTTL
TDHHMCSPLASPKSPRSLSSNPSSRDSSPSRDFSPAISHPKPPFLIHRAGKKYGFTLRAI
RVYMGESDIYTVHHMVWHVEDDGPAHEAGLREGDLITHVNGEAVHGLVHTEVVELVLKSG
NKVSISTTPFENTSIKVGPARKAAHKSKMARRIKKSKSKDGQESKKKSSLFRKITKQASL
LHTSRSLSSLNRSLSSGESVPGSPTHVLSPRSPTQSYRTTPDSAHSVGGNSSQSSSPSSS
VPNSPASSGHIRPSSLHGLAPKLQRQYRSPRRKSAGNIPLSPLAHTPSPTSQSTSPQRSP
SPLPGHSLGNCNLMQSFPAKLHSSPPLVRQISRPKSAEPPRSPLLKRVQSAEKLSGSLSS
EKKLSSSRKHSLDISHSDFKKEILQRDLGLQCLAESMGESIGGGKGGVAEKGTLQKPSSR
KLGAIRQDRAERRESLQKQEAIREVDSSEDETDDGSEDSQDGRRMSFRADQDSGSGFSDE
KDSFQSRRKSRSDSDCYLPHVSRSRSDPIAPRALTIDSSGHKLADCKSKTLPETLLVPAT
LKHNTSLSHEGPDVPTKPLLELSRHDSPQRVGRQPGVAPPIEQTEVPVCPQAGVPSQRDT
VHCPAARCPAANEQYVTTASDPELPRPGTQCTLLDPGKTGTGPCDRPAGNSPTTSVATSV
LGPVKLIVPGAKEAAHQSGTRENDDKPERSEISKSESVQNMKGLCAEGAFRTCSSLNECT
AAAIGQQADGERAPESSEPHPSSAAEHPAVRSLSLGGLNQKLQREERADCPPSQTDRKS
NT seq 5940 nt   +upstreamnt  +downstreamnt
atgcgcggagacggcgagcgggactatgcgcggagacggcgagcgggactatgcgcggag
acggcgagcgggactatgcgcggagacggcgagcgggactatgcgcggagacggcgagcg
ggactatgcgcggagacggcgagcgggactatgcgcggagacggcatctcttctattgga
tcggaccacacggggcggacttcctttttcttccagaaggaactgagtctcccccgcaga
ggaagcttaatcttctcccccctgaccgccctgtgccgaggaagtgatgcgcagcaacgc
atgcgttcccctgcatccgctccgaacctgcagcacctcaaacccccgtacagcgcagac
ggcaccctggacgcctttttcagcaatccggccagcccgtcctgcggcagccctttacac
tggagaggtttcggggtgctgaacatggtgccggcccatcggggtttggggtgctttgga
ttgcctggcatgctccggcggtaccagcgcacgtctgaggttataaatgggtttatacta
ataccacccacaggattgaacacgtgtcgtgcgtatcggagggaagaattggacgtctcc
atgctgctgatctcctgcagcctcttagcagccactgttgaagcgaccgcatgcagtctc
catcagaggccgtcctgcatgtctctgaccggcgtcctccgggtgttccgcgccgattgc
cgctatcgggtcagagagggagaaagatcttcattttccactgctgattactcggccaca
cgtgatgaatgtgagacacgggacttgcgtgtcttcaggcccccctatgacactgaacac
cgcggatggaatcacaggaagacgtatgtgatgtccggggtcacgctacacacgtgtgtc
atgttctcagcgcctcttgcgtcaccggaagacgtgactcgggcccttgggatcggctgt
atatccctctctgctggtcaccatgagatccagacaccacaccagtatcagtacctaaac
ccggtccgatcattgctggcggctgtccaatcaggagaccggagccgtatgactgacccc
cgtctgcacaatgtggcccccactgaccacgagatgtcttctgcaaatcgggagcgtgct
attggctgtcgtcagtcgtggctcctgggaggtaacagccctctggacagccccaggaac
ttctccccgagtactgctggccacttctcctttgtgccggctcgcaggacggatggacgc
cgctggtccctggcatctctgccctcatcaggatatggaaccaacactcccagttccact
gtctcctcatcatgctcatcccaggagaagctgcaccagctgccatatcagccgacggca
gacgagctgcacttcctgaccaaacacttcagcaccgagaacatcaccgatgaagaagga
cgacgttcccctgctatgcggccccgatccagaagcctcagtccgggtcgcccccccatc
ttgtatgatggagagattgtgatgatgaaccatgtctacaaggaaaggttccccaaggcc
acggcgcagatggaggagcgactggcggatttcatcggtcacaatgcgccggagaacgtc
ctccccctggcagacggcgtcctgagcttcatccatcatcaggtgatcgagctggcgcgt
gattgcctggccaagtcccgggacggactcatcacttcccgctacttctacgagcttcag
gagaacctggagaaactgctgcaagatgctcatgagcgctctgaaagctccgaagtggcc
ttcgtcacccaacttgtcaagaaattgatgatcgtcatcgctcgtcctgcccgcctcctg
gagtgtctggaatttgacccggaagaattctatcaccttttggaagctgctgaaggtcat
gccaaggaaggagagggcatcaaattggacatcccccgctacatcatcagccagctgggg
ctcaatagggatcccttggaggaaatggcccaactgagcagctatgacagcagcaacgcg
gatactccggagactgacgactcagcggagggtcgcagcacggcgcctgtcattcagcca
aataaaactccctccgaggaagagtttgagaacatcaagctgatcagcaacggggcgtac
gggtaggttctcatatattttgcattataaacccggcagcgattcgccatgaagaagatc
aacaagcagaatttaatcctgaggaaccagatccagcaggcctttgtggagagggacatc
ctgacctttgccgagaacccctttgtggtcagcatgttctgctccttcgagaccaagcgc
cacttgtgtatggtgatggagtatgtggaaggtgagtgccagtccgacgctaccctcctg
aagaatattggcgccctccccgtggacatggccaggatgtattttgcagagacggttctc
gcgttggaatatctccataactacggaatcgtccaccgagatctgaagcccgataacctc
ctgatcacctccatggggcacatcaagctgacggatttcgggctttctaagattgggctg
atgagtctaacgaccaatctgtatgagggacacatagagaaagacacgcgagagtttttg
gataaacaggtatgcggcaccccagaatacattgcccccgaggtcatcctgaggcaaggc
tatgggaagcccgtggactggtgggcaatgggtgtcattctgtttgagtttttagtgggc
tgcgtccccttctttggagacaccccggaagagctgtttggacaggtgatcagtggtaaa
actctgagaaaagaagaggaggaggctttgccagctgatgcccaggatctcatcttcaga
ctcctccgccaaaaccccctggagcgaatgggtacaggtggaacctttgaggtgaagcag
caccggttcttcaaggatctggactggaacggactcctccgacagaaagccgagttcatt
ccgcagctggaatcggaggatgacaccagttactttgacactcgctcagagaaatatcag
catttggactcggaggaggaggatgatacgaatgatgaggatcgcttggaaatcaaacaa
ttctcttcctgttcaccccgatacagcaaggcatacagcagtatggagcgcctatccatt
catgaagagaaaactccgccccctacgaagcgcagcctcagcgaggagaaggatgacaag
ctggataacctgggggggctgaagaacagggaccggggctggatcatcggatcaccagaa
atcctccggaagcgtctctctgcctcggagtcatcccacactgagagcgattccagccca
ccgctgaccgtgcgccggcgctgcgccactctggccgatatgccgcgtttcgccatctct
actgaagaggagctccgcttgcagaagaaaccagctcagcgtgaaatctcttcaacgccg
acttccttctccaaagacggagccgcgcagcctgtggagcgagaactgaaaatggatgaa
gatctgggaccgaatactccatcctcaaccatcagcaacatcagcagctccaccacactg
actgatcaccacatgtgctctcctctggccagtcccaagtcccctcgctctctgtcctcc
aacccgtcatcgcgggattcctcaccaagccgtgacttttctcctgccatctcccaccct
aaaccgccttttctcattcaccgtgcggggaagaagtacggcttcaccctgcgagccatt
cgtgtgtacatgggggagagcgatatctacaccgtgcaccacatggtctggcacgtggaa
gatgacggtccggcgcacgaggctggactgcgagaaggcgatctcatcactcatgtgaat
ggggaagcggttcatggattggtccatacggaggttgtggagctggttctgaagagtggg
aataaagtctccatatccacgactccctttgagaacacgtcgataaaagtcgggccggcg
aggaaggccgctcacaagtctaaaatggctcgccgcataaagaagagtaaaagcaaggac
gggcaagagagtaagaagaaaagttctctgtttcggaagatcacaaagcaagcgtcactt
ctgcacaccagccgcagcctgtcctctctgaaccgctcgctgtcctcgggggagagtgtt
cccggatctcccactcacgttctgtccccgcgttcccccacccagagctaccgcaccacg
ccagactccgcccactcagttggcgggaactcttcccagagcagctctccgagctccagc
gttcccaattccccggccagctccggacacatccggcccagctcgctgcatggacttgcg
ccaaagcttcaacggcaataccgctctcctcggagaaaatcggccggcaatataccgctg
tcccccctggcacacacgccgtcgcccacatcgcagtccacgtcgccccagcgctcgccc
tcgcccctaccgggacacagcttgggcaactgcaacctcatgcaatccttcccggcaaag
ctgcattcttctccgcctctggtgcgccagatctcccgaccaaagagcgccgagccgccg
cgttctccgctgctgaagagggtccagtctgccgagaagctgtcgggctccctgtcctcg
gagaagaagttgtcttcctcgcgtaagcacagcctggacatctctcattctgacttcaag
aaggagatcttgcagcgcgacctcggcctgcagtgcctggcggagtccatgggcgagagc
atcgggggggggaaggggggggtagcggagaaggggacgctgcaaaagccgtcgtcgcgg
aagctcggggccattcgccaagacagggcggagaggagggagtctctgcagaaacaggag
gccattcgagaggtggattcctcggaggacgagacggacgacggctcggaggacagtcag
gatggacggaggatgtcgttcagggcggaccaggattctggttccggattcagcgatgag
aaagattccttccaaagccgacggaagagccggagtgacagcgactgctacctgccccat
gtctcccggagcagaagtgacccaatagccccccgtgccctgaccattgactcctccggt
cacaagctggcggactgcaagtccaaaacactcccagagactttactggtgcctgcaacg
ctaaagcacaacacgagcctgagccacgaaggtccagatgtgcccactaagccactcctt
gaactgagccgccatgacagtccacagagggtgggaaggcagcccggcgttgcccccccc
atagaacagacggaggtgccggtctgtcctcaggccggtgtcccttcacagagggacacg
gtacactgccctgccgcccggtgcccagctgctaatgagcaatacgtgacaaccgccagc
gacccggagctgccgagacccggaacgcaatgcactttactagatcccggcaagacgggg
acggggccctgtgacagacctgctggaaactctcccactacgtctgtggccacgagtgtg
ctgggaccagtgaaactcatcgtgcccggagccaaggaagccgcccaccagtcagggacg
cgggagaacgacgacaagcccgagaggtccgagatttcaaagtccgagtctgttcagaac
atgaaagggctttgtgccgagggagctttccggacgtgctcctctctgaacgagtgcacg
gcggctgctattggtcagcaggcggacggcgagcgggccccagagagctcggagccccac
ccctcctccgccgccgagcaccctgcggtccggtctctgtcactcggaggactgaaccag
aaactgcagagagaggagagagcggactgtccaccgtcacagacagacaggaagtcatag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (65)   

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