Nanorana parkeri (Xizang Plateau frog): 108796538
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Entry
108796538 CDS
T04897
Symbol
STK31
Name
(RefSeq) LOW QUALITY PROTEIN: serine/threonine-protein kinase 31
KO
K16316
serine/threonine-protein kinase 31 [EC:
2.7.11.1
]
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
]
108796538 (STK31)
Enzymes [BR:
npr01000
]
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
108796538 (STK31)
Protein kinases [BR:
npr01001
]
Serine/threonine kinases: Other
Other
108796538 (STK31)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
TUDOR
Pkinase
PK_Tyr_Ser-Thr
SNase
Motif
Other DBs
NCBI-GeneID:
108796538
NCBI-ProteinID:
XP_018423534
LinkDB
All DBs
Position
Unknown
AA seq
1038 aa
AA seq
DB search
MDGESSYNKVEDVFVSHVEDAVTFWGQSFNRIHEISEISETLTTVCPTMSPVFGIPNLDK
VYGGMFSADNCWYRCKLQYVVDDGQCSVTYIDYGNSEILNRSNIVELPEHLQMPCVAQKF
RLWGLQLHPSSDVEQGLQFLSKMIADKQISVQHKTVYKDGTIVVQVLLDNIDVGEEVAKK
GFAERCKLLNSPNGTRETHEVLPNHEKSLFSWPVRIVERLPQRCLMNLXGLKIDQMSLDE
NKQLRDEKESLMQKLKTLELHVQKVNLDIKKERELSEQTILGLELSLKSAAGTKLNVLTN
KIAELRTLRSYLVGYANWEGGDLDGAVSAYLRFRLDNTCMSLADDLLEAVKVVSEEQLSA
PSTLKSLEDIWREYDLAQEMIQACKDVVELDLLIDKRNKIQETLNSSVDDFIVEVEQLPL
DEHLTKLQMLSDSLETLYGTSVDCEVSDSVFQEFYDWKEARLLTFNTVRNDTNSSLAVLC
TWFSDVKQLFDLASTASLGSSDNVVVIDSIIEKVDTDVSKELEVSLKGPNQREQEIITTT
YNNVVKQLKEEICLIDVIKSKYLSSVEFKKNIVQWVNTNPNVDGLMAFKKTIKRLKSQLR
WKLLESSNMEESDEYNKTVHSELKLDIAGLRNKIFYEIQHEQEEYAQLSDLVHKWFPELP
LMYSDAGIQSYMNSKGLLSSSMERILFDAEPMKELSSKRPLLWTEVQDKKVLLKGYSVGA
DTEEQVIVRAAEYHKAWMLQKEESGIMELLYIFFCKSDPMVYLMVPFYAGESLGTVQTTS
PLNYCEIVKVMSGVAQGMQTLHAANITIGSLHENNVFAINRERGIIGDFDFTRDAEQRSS
ATSICFPLCTAPELKAGQPVSAATDVYAYGIILLWADYPSQQHLDPGERFLHPKVFQDPC
HRLGMQDVDYLASQVPQQTGLIEMEGILVKLTTPDWPIWIWYYSLISLLADIPGLFQILC
IGNKDIPLKPNGTPDVKRIDVNDKAKDLLSSLLCCGDRMEAKQISGHEYFLIAKEDITPV
PDKGEEEEFDENAPADIA
NT seq
3117 nt
NT seq
+upstream
nt +downstream
nt
atggatggagaatcttcatataacaaagtagaggatgtgtttgtgtctcacgtggaagat
gctgtgacgttttggggacagtcctttaacagaatccatgagatttcggagatcagtgaa
actttaaccacggtttgccctaccatgagccctgtgtttggaatccccaatcttgacaag
gtttatggtggaatgttttcagcagacaattgttggtatagatgtaagttgcagtatgtg
gttgatgatggacagtgttctgtcacctatattgactatggaaattcagaaattttaaac
agatccaacattgttgaactaccagaacatttgcagatgccctgtgtggcacagaaattt
agactctgggggcttcagcttcacccctcttctgatgtcgagcagggcttgcaatttcta
tccaagatgatagctgacaaacaaatctctgttcagcacaaaacagtctacaaagatgga
acgatcgttgttcaggttttgctcgataacattgatgttggagaggaggtggcaaaaaaa
ggttttgcagagagatgcaagttgctaaactctccaaatggcaccagggaaacgcacgaa
gttcttccaaaccatgaaaaaagcctcttttcatggcctgtcaggattgtagagagactc
cctcagcgttgtctaatgaatttanatggcttgaaaattgaccagatgagtttggatgag
aataagcaactaagggacgagaaggagagcttgatgcaaaagttgaaaaccctagaattg
catgtgcagaaggttaatcttgatataaagaaagagagagaactctctgagcaaacaatt
cttggacttgaattaagcttgaaatctgcagcaggaaccaaattaaatgtcttaacaaat
aagattgccgaattgagaactcttagatcctatttggtggggtatgctaactgggaggga
ggggatttggatggggcagtctctgcctatctgaggttcagacttgataatacatgtatg
agtttggctgatgatctgttggaggctgtgaaggttgtcagcgaggaacaactctctgct
ccatctactttaaaaagtctagaggatatttggagagagtacgacctggcacaagaaatg
atccaggcttgcaaagatgtggtagagttagacctacttatagacaaacggaacaaaatc
caggaaaccctaaattcttcagttgatgacttcattgttgaggttgagcaactgccacta
gatgaacatctgacaaagctgcagatgctatcggattctctagaaactctatacggaacc
tctgttgattgtgaggtttcagattccgtgtttcaagaattttatgattggaaagaagca
agattgttgacctttaacaccgtgaggaatgacaccaatagttctcttgccgttctctgc
acatggttctctgatgtaaaacagctttttgatttggcgtcaactgcatccctgggctct
tctgacaatgtggtggttattgatagcattatagaaaaggtggacactgatgtttcaaag
gagttggaagtctcactcaagggacccaatcaaagagaacaagaaataataacaaccacg
tacaacaatgttgtaaagcagctcaaagaagagatttgtcttattgatgtcatcaaatca
aagtatttatccagtgttgaattcaaaaagaatattgtacagtgggtcaatacgaatcct
aatgtagatggtttaatggcatttaagaagacaattaaacgactaaaaagtcagctgagg
tggaaactgctagaaagtagcaacatggaagagtcagatgaatacaacaaaactgtccac
agtgaattgaaacttgacatcgctgggctaaggaataagatattttatgaaatacaacat
gaacaagaagaatatgcacaattaagtgatttggtgcataagtggttccctgagctacct
ctgatgtactctgatgcaggaattcaaagctatatgaactcgaaaggccttctttcaagt
agtatggagaggatattgtttgatgcagaacctatgaaagagctaagcagcaagcgacca
cttctgtggactgaagtccaggacaagaaagtcttgctaaagggatattcagtgggagct
gacacagaagagcaagtcattgtgagggcagcagaataccataaagcttggatgctgcag
aaggaggaatctggaataatggaacttctttacatatttttctgcaaatctgatcctatg
gtatatttgatggttcctttttatgctggggagagtctgggcactgtccagactactagt
cctttgaattattgcgaaattgtaaaagtaatgagtggggtggcacaaggcatgcaaacc
ctgcatgcagccaatataactattggttccctacatgaaaacaatgtgtttgctataaac
cgagagagaggaattattggggattttgatttcactagagatgcagaacagaggagttca
gccacctccatttgtttcccactgtgtacagctcctgaattaaaggcaggtcagcctgtt
tctgctgccacagatgtgtatgcctatggaataatcttgctatgggcagactaccccagc
cagcagcacctagacccaggggaaaggttcttacacccaaaagtgtttcaggacccatgt
cacaggttggggatgcaggatgtggactacctggcctcccaggttccacaacaaactgga
ctgatcgagatggagggcattctggtgaaacttacaactccagactggcccatatggatc
tggtactacagcctgatcagtcttctggcagacatccctgggctctttcagattctttgc
attggtaacaaagatattccactcaaaccaaatggaactcctgatgtaaagaggattgat
gtgaatgacaaagcaaaggatcttctgtcgagcttactttgttgtggcgatcgcatggag
gccaagcagatcagtggtcatgaatattttctgattgccaaagaagacattactcccgtg
cctgacaaaggtgaagaagaagaatttgatgagaatgcacctgccgacattgcttaa
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