KEGG T01028: 696308

Macaca mulatta (rhesus monkey): 696308

Entry

696308 CDS T01028

Gene name

PRKG2

Definition

protein kinase, cGMP-dependent, type II

Orthology

K07376

protein kinase, cGMP-dependent [EC:2.7.11.12]

Organism

mcc Macaca mulatta (rhesus monkey)

Pathway

mcc04540	Gap junction
mcc04713	Circadian entrainment
mcc04730	Long-term depression
mcc04740	Olfactory transduction
mcc04970	Salivary secretion

Class

Cellular Processes; Cell communication; Gap junction [PATH:mcc04540]
Organismal Systems; Digestive system; Salivary secretion [PATH:mcc04970]
Organismal Systems; Nervous system; Long-term depression [PATH:mcc04730]
Organismal Systems; Sensory system; Olfactory transduction [PATH:mcc04740]
Organismal Systems; Environmental adaptation; Circadian entrainment [PATH:mcc04713]

SSDB

Motif

Pfam:

Pkinase RasGEF cNMP_binding Pkinase_Tyr RasGEF_N Kinase-like ATG16 APH Spc7 CENP-Q DUF3552 IFT57

Other DBs

NCBI-GI:

297292626

NCBI-GeneID:

696308

Position

AA seq 1276 aa
MPQTPPFSAMFDSSGYNRNLYQSAEDSCGGLYYHDNNLLSGSLEALIQHLVPNVDYYPDR
TYIFTFLLSSRLFMHPYELMAKVCHLCVEHQRLSDPDSDKNQMRKIAPKILQLLTEWTET
FPYDFRDERMMRNLKDLAHRIASGEETYRKNVQQMMQCLIRKLAALSQYEEVLAKISSTS
TDRLTVLKTKPQSIQRDIITVCNDPYTLAQQLTHIELERLNYIGPEEFVQAFVQKGPLDN
DKSCYSERKKTRNLEAYVEWFNRLSYLVATEICNCWAFILDNCPPLSFTIXPVKKKHRAR
MIEYFIDVARECFNIGNFNSLMAIISGMNMSPVSRLKKTWAKVKTAKFDILEHQMDPSSN
FYNYRTALRGAAQRSLTAHSSREKIVIPFFSLLIKDIYFLNEGCANRLPNGHVNFEKFWE
LAKQVSEFMTWKQVECPFERDRKILQYLITVPVFSEDALYLASYESEGPENHIEKDRWKS
LRWPGQYDKTLARTLTIQEARAQLRAGGAQSLSKMGNGSVKPKHSKHPDGHSGNLTTDAL
RNKVTELERELRRKDAEIQEREYNLKELREQLSKQTVAIAELTEELQNKCIQLNKLQDVV
HMQGGSPLQASPDKVPLEVHRKTSGLVSLHSRRGAKAGVSAEPTTRTYDLNKPPEFSFEK
ARVRKDSSEKKLITDALNKNQFLKRLDPQQIKDMVECMYGRNYQQGSYIIKQGEPGNHIF
VLAEGRLEVFQGEKLLSSIPMWTTFGELAILYNCTRTASVKAITNVKTWALDREVFQNIM
RRTAQARDEQYRNFLRSVSLLKNLPEDKLTKIIDCLEVEYYDKGDYIIREGEEGSTFFIL
AKGKVKVTQSTEGHDQPQLIKTLQKGEYFGEKALISDDVRSANIIAEENDVACLVIDRET
FNQTVGTFEELQKYLEGYVANLNRDDEKRHAKRSMSNWKLSKALSLEMIQLKEKVARFSS
SSPFQNLEIIATLGVGGFGRVELVKVKNENVAFAMKCIRKKHIVDTKQQEHVYSEKRILE
ELCSPFIVKLYRTFKDNKYVYMLLEACLGGELWSILRDRGSFDEPTSKFCVACVTEAFDY
LHRLGIIYRDLKPENLILDAEGYLKLVDFGFAKKIGSGQKTWTFCGTPEYVAPEVILNKG
HDFSVDFWSLGILVYELLTGNPPFSGIDQMMTYNLILKGIEKMDFPRKITRRPEDLIRRL
CRQNPTERLGNLKNGINDIKKHRWLNGFNWEGLKARSLPSPLQRELNGPIDHSYFDKYPP
EKGMPPDELSGWDKDF

NT seq 3831 nt +upstreamnt +downstreamnt
atgcctcagactcctcccttttcagcaatgtttgacagcagtggttacaatcgaaacctc
tatcagtctgcagaggacagctgtggagggttgtattaccatgacaacaacctcctctcc
ggatccctggaagcactcatccagcacttagtacctaatgtggattactatccagataga
acatacatatttaccttcctactcagttctcggttatttatgcatccttatgagctaatg
gccaaagtttgccacttatgtgttgagcaccagagactaagtgatcctgatagtgataag
aaccagatgagaaaaattgcacccaaaatccttcaactcctcacggaatggacggaaaca
tttccctatgattttcgggatgaaagaatgatgagaaacttaaaagatctggctcaccgg
atagccagtggcgaagagacatacagaaagaatgtccagcagatgatgcagtgtctgatc
cgcaaacttgctgcactcagtcagtacgaagaagtcctggcaaaaatcagctccacatcc
acagatcgactcacagttctcaagaccaagccacagtccatacaaagggatatcattact
gtctgcaatgacccttacacgttggcccagcagctgactcatatagagctggagaggctc
aattatattgggccggaagaatttgttcaggcgttcgtgcagaagggccctttggataat
gacaagagttgctacagtgaacggaagaaaacacgaaacttagaagcttacgtggaatgg
tttaatcgcctcagctacttggttgctacagaaatctgtaactgttgggcctttatactg
gataactgccctccattgtcttttactatatagcctgttaagaaaaaacaccgagcaaga
atgattgagtatttcattgacgtagctcgggagtgttttaacattggcaacttcaactcc
ttgatggcgataatctctggtatgaatatgagcccagtctctcgactaaaaaaaacttgg
gccaaagtgaagactgcaaaatttgacattcttgagcatcagatggacccttcaagcaat
ttctataattatcgaacagctcttcgtggagcagcacaaaggtctttaactgctcatagt
agtagagaaaagattgtgataccattcttcagtctcttaatcaaagatatttatttcctc
aatgagggttgtgccaaccgccttcccaacggccatgtcaattttgagaaattttgggaa
ctggccaaacaagtgagtgaatttatgacatggaaacaagtggagtgtccatttgagagg
gaccggaagatcttgcagtatctgatcacagtaccagtcttcagtgaagatgctctctac
ttggcttcttatgagagtgaaggacctgaaaatcatatagagaaagacaggtggaagtct
ttaaggtggcctgggcaatatgacaagactcttgcaagaactctgacaatacaagaagcc
agagctcagttgagggcgggaggggctcagtccctgagcaaaatgggaaatggttcagtg
aaacctaaacattccaagcacccagatggacactctgggaacctcaccactgacgctctg
cggaacaaggtgacagagctggagagagagttgaggaggaaggatgctgagatccaggag
cgggagtacaatttgaaggagctgcgggagcagctgtcgaagcagaccgtggccattgct
gaactcacagaagagctccagaacaagtgcatccagctgaacaagctgcaggatgtggtg
catatgcagggaggaagcccgcttcaggcttctccagataaagtgcctcttgaggtccac
cggaagacctctggattggtctctctccatagcaggaggggagcaaaggctggcgtgtct
gctgagccaacaacccggacctatgacctcaacaaaccccctgaattttcctttgagaaa
gcaagagtcagaaaagactccagtgagaagaagctcattacagacgcccttaataaaaat
cagtttctgaaaagactggatcctcagcagatcaaagacatggtggaatgcatgtatggg
agaaactatcagcaagggagttacattattaagcaaggagaaccaggaaaccatatcttt
gtgctggcagagggtcgactagaggtgtttcaaggggagaaattgctgtcctccatccct
atgtggaccacatttggggagcttgccattttatacaactgtacaaggactgcctctgtg
aaagctattaccaatgttaaaacatgggcactagatcgagaggtattccagaatataatg
aggagaacagcccaagctagagatgaacaatacagaaacttcctcagaagtgtatccttg
ctgaagaatttacctgaagataaattaaccaagatcattgactgcttggaagtggaatac
tatgataaaggagattacatcattagagagggcgaggaaggaagtacctttttcattttg
gcaaaaggaaaggtaaaagtaacacagagtacagaaggccatgatcaaccacagctgata
aaaacactgcagaaaggagaatactttggagaaaaagctcttatcagtgatgatgtcagg
tcagctaacattattgctgaagaaaatgatgttgcatgcctggttatagatcgagaaaca
ttcaaccaaactgttggtacatttgaagagctgcaaaaataccttgaaggatatgtggca
aacctgaaccgtgatgatgaaaaaagacatgcaaagcggtccatgtctaactggaagctg
tccaaagcactctctctggaaatgattcagctgaaggagaaggtggccagattttcctca
tcatccccattccagaaccttgagattattgcaacactgggcgttggtgggttcggaaga
gttgagcttgttaaagtaaaaaatgagaatgtcgcttttgctatgaagtgtataaggaag
aagcacatagttgacaccaagcagcaggagcatgtctactcagagaagaggatcttagag
gagctgtgctctccattcattgtgaaattatatcgtactttcaaggacaataagtatgta
tacatgcttctggaggcctgcttaggtggggagctatggagtatattaagggacagaggc
agctttgatgaacccacctccaaattctgcgttgcttgtgtgacagaagcatttgattac
ctgcatcgactaggtattatctacagagacttaaaaccagaaaacttaattctagatgct
gagggttaccttaaattggttgactttggatttgcgaagaaaatagggtctggacagaaa
acatggacattctgtgggactccagaatatgtagctcctgaagtcattctcaacaaagga
catgacttcagtgtggatttctggtcactgggaattctagtgtatgagcttctaacgggc
aacccacccttttctgggattgaccaaatgatgacctacaatttgattctcaaaggaatt
gaaaaaatggattttcccaggaagataacacgacgacctgaggatttgattcgaaggctt
tgcaggcaaaatccaacagaaaggctgggaaatctgaagaatggaataaatgacattaag
aaacacaggtggttaaatggttttaattgggagggactgaaagcacggagccttccatcg
cctttacaaagagagctcaatggacccatagatcacagctactttgacaaataccctcct
gaaaagggaatgcctccagatgagctatcaggctgggataaagacttctga

All links

Pathway (5)   
   KEGG PATHWAY (5)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (26)   

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