KEGG   Nanorana parkeri (Xizang Plateau frog): 108800929
Entry
108800929         CDS       T04897                                 
Name
(RefSeq) serine/threonine-protein kinase 10-like
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr PKK
Other DBs
NCBI-GeneID: 108800929
NCBI-ProteinID: XP_018428415
Position
Unknown
AA seq 1306 aa
MAFILKLFGYGGDKKHMVESRWLTRDINPEQSWEILSELGDGAYGKVYKVHHKETQALAA
VKILEIFSEEALEDHISEINILGQCQHPNVLRLIEADYWGRQLWIMVEFCAGGALDAVMI
ELGHGLSENQISVACQQTLQGLQYLHSLKIIHRDLKAGNILLTQHGDIRLADFGVSAVNS
QTLQRRSSFIGTPYWMAPEVVACETCKDAPYDYKADVWSLGVTLIELAETQPPNHEMNPT
RVLLKILKSKPPSLKYRHLWSPEFKSFLHKCLQRNPQERSSASELLEHPFVSSVTDNSPL
RELVAELLADIMEEEEVGSLKDSSSEIELTLGSNSTDNSLTDTKSPVKKSSVKAEDTCTR
NGLHQSSEVQEDPVKDLSQKPPIPVQRDRSFLKQMRRRSAPSLSKDVRASVKWKMDSENS
HMKEKELSKWKKIALQNDPIVPPNSEITEVDSSAPLETKVEDTKVVEEISRNALNVEEDS
KEISKKYLHDTQNLPQVDVHDNFVFIGRSVSGHSGSPNTKDKASSPVSPVCPMSEWRSSE
DLCISSRKIGRTLSMPGHLRKCSWIKLKSNGSASNTEGETTECTDNQKPDGYLRSDRAEV
VMKGSCSVSAQPSDVLKWDRSSEKRENRASVKWEMRDLGGTYNKVNHVQERLNDPKNISV
LEDTQECSKEMVINTSEMECIETMVCQPHISPPSAKNHEDSAESIVTNIENTKNSNEVAN
YSYIDTCGQTYAEPLRPVSPDHIRQTGGGKPNFRDASGKILRRWTFPFSESEKTSSPQDT
SQETKPDFKIMVDVNGQDNRKCSSTKGHRVRFEESVIMESEVEKTVGTGEQGIVHRHNNK
TIPNKSLNFARCSWTVIPSELNDGAIQENEGLAYLGSGTQMDSSLENAQEGAEMHLDQNE
NITEHAGRTVRITRRFMLDGKEMKVSSCKRKADTSNKDMKERSVRRQELQQLRLLQKEEM
KAQSQLEQRMQREREIMFRHIEQEIIGKKQYYEREIEALERQMEQTRTRREQEHTNRLRQ
DALRLRAQHQKERSKRRADLKDKGQEEMLFVEQQQELNAALQKVVNEHKKKVISIERENL
GKIHSLKTARESVILRLEERHLQEKYQLFRHQVVEQHTLQRQQLRKRHEKEMERLKHYQS
ILLEELKNQQQQERSRAQKAQRAEARKRQAMFKERMKSQGMSISEQKERNKQFQQQETAR
QKEETQKQQQRQEQELQKFKEHLEETFKELTQIHEEKVRTLQEQETKKLQRLEAEHSMEA
EQWKERLQLSKEKLESELAFRQHQISDTGKQLHKDHDKRFSWFSPS
NT seq 3921 nt   +upstreamnt  +downstreamnt
atggcatttatcttgaagctctttggatatggaggggataagaagcacatggttgaaagt
cgctggctcacacgcgatattaatccggaacagtcctgggaaattctgagtgagctgggc
gatggagcctacgggaaggtttacaaggtacatcacaaggagactcaagcactggctgca
gtgaaaatactggaaattttctcggaagaagctctagaagatcatatatcagaaattaat
attctgggacagtgtcaacacccgaatgttctcagactcatagaggcagattactggggc
cgacagctgtggatcatggtggagttctgtgctggaggagcacttgatgctgtcatgata
gagctgggccatggactttcagagaaccagatcagcgtagcctgtcaacagaccctgcag
ggactgcaatacttacattcccttaaaatcatccatagagatctgaaagccggaaacatc
cttctgacacaacatggagatatccgattggcggattttggtgtctctgcggtgaacagc
cagacgttacaacgccgtagctcttttatcggaacaccttattggatggcaccagaggtt
gtggcttgtgagacttgcaaagatgctccatatgattataaggctgatgtatggtctcta
ggtgtcactctcattgagctggctgagactcagccaccaaaccatgagatgaaccctacc
cgtgtcttgctgaagattctcaagtccaagccaccaagcctgaagtatcgtcatttgtgg
tcaccagagtttaagagttttctccacaagtgcttacaaagaaacccgcaggaacgatcc
tcagctagtgagcttcttgagcacccatttgtgtctagtgttactgacaacagcccgctg
agagaactagtggctgagctcctggcagatatcatggaggaggaagaagtggggagtctg
aaggacagcagttctgagattgaacttacgcttggaagtaacagtacagataacagtttg
acagacaccaaatctccagtaaagaagtcttctgtcaaagcagaggatacatgtacaaga
aatggtttgcaccagtctagtgaagttcaagaagaccctgtaaaagacctcagccagaag
ccaccaattccagtacagagagatagaagtttcttaaaacagatgcgcaggcgctctgcc
ccttctctttccaaagacgttagggcatctgttaagtggaaaatggatagtgaaaatagt
cacatgaaggagaaagagctttctaagtggaagaaaatcgctcttcaaaatgatcctatt
gttccacccaactctgaaattacagaagttgactcttctgcacctcttgaaacaaaggtg
gaggacactaaagttgtagaggaaatcagcagaaatgctttaaatgtagaagaggattct
aaagagatttctaaaaaatatctacacgacacacagaatttaccccaagtagatgttcat
gacaactttgtcttcataggccgttcagtttcaggccattcaggttcccctaataccaag
gataaagccagtagtcctgtctcacctgtctgtccgatgtcagagtggagaagtagtgag
gacctctgcatttcttctaggaagataggtagaacattgtcaatgccaggccatttaagg
aaatgttcttggataaaactaaaatccaatggctcagctagtaatacagaaggtgaaact
actgagtgcactgacaatcaaaaacctgatgggtatttaaggagtgacagagctgaggtg
gtgatgaaaggttcttgttctgtttctgcacaaccgtctgatgtactgaaatgggaccgt
tcctctgagaaaagggagaatagagcatcggtaaaatgggaaatgagagatctgggtgga
acatataacaaagtcaatcatgtacaagaaaggctaaatgatccaaaaaatatctctgtg
cttgaagatactcaagaatgcagcaaagaaatggttattaatacttctgaaatggaatgt
atagagactatggtctgccagccacatatatcccctccatcagctaagaaccatgaagat
tctgcagagtccattgtgaccaatatagaaaatacaaagaacagtaatgaagtagcaaac
tacagttatatagacacatgtggccaaacatatgcagagccgctcaggccagtttcacca
gaccatattagacagaccggcggaggcaaaccaaatttccgggatgcatctgggaaaata
ctgcggagatggaccttccctttttcagaaagtgaaaaaactagttcaccacaggacaca
tctcaggaaacaaagccagattttaaaatcatggtggatgttaatggacaagacaacaga
aagtgttcctcaaccaaaggacatagagtgagatttgaggaaagtgttatcatggagtct
gaggttgagaaaacagtcgggactggtgagcaaggaattgttcatagacataataataaa
accataccaaataaaagtttaaactttgctcgatgctcatggaccgtcatacccagtgag
ctaaacgatggagctattcaggaaaatgaaggacttgcataccttggaagtggaacgcaa
atggactcaagtctggagaatgcacaggagggagcagaaatgcatttagatcaaaatgag
aatatcaccgaacatgctggcagaactgtacggattacacggaggttcatgttggatggg
aaggaaatgaaagtgtcatcttgtaagcgaaaagctgatacaagcaacaaagatatgaaa
gagcgttcagttaggcgtcaagagcttcagcaattgagactgttgcagaaggaagagatg
aaagcccagagtcagctggagcaaaggatgcagagggagagggagatcatgttccgtcac
atcgagcaggagatcataggaaagaagcagtactatgaacgggagattgaggccctggag
agacagatggagcagacacggacgcggagggagcaggagcacaccaaccgcctgcgacaa
gatgctctacgtctccgagctcagcaccagaaggaaaggagcaagaggagggcagattta
aaggacaaagggcaggaggagatgctctttgtagagcagcagcaggagttgaacgcagca
ctacaaaaagtggtcaatgaacacaagaaaaaggtcataagtattgaaagagagaacctc
ggcaaaattcacagcctcaaaactgctcgtgaatctgtcattttgagattggaggaacgt
catctacaggagaaatatcaacttttccgtcaccaggtggttgaacaacacactctgcaa
aggcagcagctacgcaagaggcatgagaaggaaatggagcggctcaaacattaccaaagc
atcttgctggaagagctaaagaatcagcagcagcaggaaagatctcgggcgcagaaggcg
caacgtgcagaggccaggaaacgccaggctatgttcaaagagagaatgaagagccaaggc
atgagtatatcagagcagaaagagaggaacaagcagtttcagcagcaggagactgcccgt
cagaaagaggagactcagaagcagcagcagaggcaagaacaggaactgcagaagttcaag
gaacatctggaagaaacctttaaggaactgacccaaatacacgaagaaaaagtaagaacg
ttgcaagaacaggaaacaaagaaactacagcgactggaggcagaacacagcatggaggct
gagcagtggaaggaacgcctgcagcttagtaaagagaagctggaaagcgagctagccttt
agacagcaccagatctcggacaccggaaagcagctgcacaaggatcatgacaaacgcttt
tcttggttctcgccttcttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (60)   

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