KEGG   Polistes canadensis: 106788797
Entry
106788797         CDS       T05611                                 
Name
(RefSeq) uncharacterized protein LOC106788797 isoform X1
  KO
K08867  WNK lysine deficient protein kinase [EC:2.7.11.1]
Organism
pcf  Polistes canadensis
Brite
KEGG Orthology (KO) [BR:pcf00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pcf01001]
    106788797
   01009 Protein phosphatases and associated proteins [BR:pcf01009]
    106788797
Enzymes [BR:pcf01000]
 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
     106788797
Protein kinases [BR:pcf01001]
 Serine/threonine kinases: Other
  Wnk family
   106788797
Protein phosphatases and associated proteins [BR:pcf01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     106788797
SSDB
Motif
Pfam: Pkinase OSR1_C
Other DBs
NCBI-GeneID: 106788797
NCBI-ProteinID: XP_014607863
Position
Unknown
AA seq 3200 aa
MPRCCNENKAVSSVRSSQKHSSEDIVLTQTQVFAIGNQLDLEEEPQVVGKSHRRVRCDLS
PVPTNTNSNLNIKLLNIKTDRSTRQEHQVSTGSGGYREREKETKKRAAIGNTVRGLLSSG
HSRQDRYETNRQRSSGGTSGGLSSLCPKLVASGGGSSQGGIGLSVGHLASQEGGNPCPVV
TTQRTHNHSHNHRRERKQSIVSRTASSSSSSSERKALSSRPSATICKKQIRMQRVEQNAD
SLSITSNGVPTSSPSSKKKGLSGVRISEKSSSRSQDSSSLDHENDHSFSDAEEAITATEN
VFKVSGCSSTPSTPMSKVKSKRITEDEVTIEPNIHIECTELLKHNISKMFSGVYEKETST
TEISECTITDTVEPKIKKDDISEDLIEHSNTKISSSSSASKRNNDGDKSLRSKNKSIPQD
VNKLHNSKTIEEINVKSNIDSTTTSTETSINTVNANPRRKSSNNCSESAAVNSLEMESMP
KDCNKEKSNEEVVKNSRFVTSKVSEEIIDSEGNETETQRVEDEGVTIYDEDDNGTSISDI
VATQALHESLSKLGKVPPLDTDIEVMKNTNSQKETDGEKIPQKETATHEETDEGFIGPLL
DENFKADEKLSQKAMAMEDVHNLVMTASVQKAKIDDDEEKAIGISPDGRFLKFEEEIGRG
SFKTVYRGLDTQTGVAVAWCELQEKKLNKTERLRFREEAEMLKGLQHPNIVRFYDYWEVT
LTRRKYIVLVTELMTSGTLKTYLRRFKKINPKVVKSWCRQILKGLSFLHSRSPPIIHRDL
KCDNIFITGTTGSVKIGDLGLATLKNRSFAKSVIGTPEFMAPEMYEEHYDESVDVYAFGM
CMLEMATSEYPYSECTGPAQIYKRVVSGVKPQSYDKVDIPEVREIIEMCIRLKKEERPLV
KDLLNHEFFADDIGLKLEMVSRDSAIADAELSRVEFRLRVLDPKKRTNKHKENEAIQFDF
DIQADNAEEVASEMAKSSLILEEDAKAVAKMLKSQIAALLREREERRAKEEKERLDREAD
TSTTSAENILQQQQLILQQMQLQQQQLQSTMGIPMQSQVQMQLQPNQIPLQQSQLQSTSQ
PGQQHNLQPQQVQLVQQPLQQPLMQQQTSVVQPQQAQQIQQASQAAQQVQYQQQPQYQQL
QQQYQPQQYSPHVPQNLSANSPQCSTPQNVQAQPQFPPVTQQIQQQQIQQQQIQQQQQIQ
QQHHQIQQQQQQIQQQQQIQQQQQQIQQQQQIQQQQQIQQQQQIQQQQQIQQQQQMQQQH
IHQPQQYIQLNQMSVPQQITHQIQQQLQSQVQMLPQQQHMHQQVPQPQQQVQYSQSQMQH
IQQVHQHPVGSPPIQSQQYYQQNTTGSTGYTSSTLYQQNMPQQIFHTYATSNNPSGHVEI
LSSTQTAQQIYSHTNISGNSAPATSQPYIQQQTGQVQTQIPSGMNIQSSVPVTHVQSGAT
STMPSIASAPSMLSNTGHQPQSQQNIVVQLQYSQSGTVMPTSIPISMPTSMPTSMPMTSG
ISGPIQTSANIPQHQQPFVSNAESSIADRSSLTKQDTMDSVQSLPLDLQSTMHQEQLNNQ
QLPIATASTVPQQSAVTSDGVISESSENVTTSERNRVKRSGTKRKKPGIKLTVLSVSSGE
GQSMTVECQLDTSKQKTVTFKFDRDDMVPTDIANNLAAENLLPQSQCETFIELIEDIVKQ
LRLDPTRALPLVAHGPPDQSAGGSPVTSRRPRDRDHSLDTTKQVRHGSLTRQSSHRSSYK
VHRRHRSRDETSNTSTPTKLLPIDQIISHIASSSLDKQQNIPTTDNQGATECTSAEASRR
SSTSTQNTDTLTPTNIPSDFTDPQESGISLTSADTVLEATHIVQEDANTYSIAQLPAMSV
QKQIEDVNTSISQTSDSTKDDISKEVTDIQEKDVNKDIPTSDTNSIETSTLTAAPIRKIS
RFLVSPVVEQKQLANETEASGISENINNTVKVDTTKSEETEISTLDTQVVTVEQPSNIDI
NLPNLQQSVDQMDNTKVTLQQFNQQTAGVQNISQMTISGQLQQNIGAVQSNQHVIMPGTP
IIQQVTQQVHQSTVQNFTAISQKEMQSQQMQTSNLNTQPQYQNQSTMQSNIIIQQQQIVQ
QNVQQNVQQNIQQNIQQNVQQNIQQNVTQQHMQTEQNQSQRSVHQYLPQQHQQYVILSGP
IQQLQQSNVDERNRRISSISSTSNMSTESQTTEVSNISEDKRYATMMSNTPIQHIQHVQV
VPQDTPITLMQGNQDPGQHQTVTQNIIHVSGNLPTQMPAPVTVPAHPIVSTETAHKPVIK
PKEISSTLPDLAQNLANILSNPKSKSATPHGLSTHEPNINTTAVNTTVLDYKPTPQSEQY
FQPIQPEISQLPMQTQTQQNFQNQTMHQVHQNLSNIQQTFQSQQLPHQNSAFLPQGVQLS
VPLQTDSQLQILQQNVSTNTMSSQTKWVGCTNQNILPQNISVRNVQPMQIQPQLQQVPPA
HPQMQQITQEQVHVEPATVSDQSHLHLKLPEQQQIGKILDTEAHDGSVIKRVFSDYQLLT
LENENSSHDVTPEHTLVESVDPNLFMQQQIIQQQQLQQQQQQQQQQQYQHRKLSQQNSLD
KVSDISSVGSTGGTGPQTIADLHQKLVQVTSQPSELLNVGTPPISYPATPHSHQVTGGYD
AYMHSLQQKLVNIGMPISSAQNLAQGPLSPQTTIHSTSAGIDSNIVTNSEGPITYQDTSS
QVISSQSNVDCSLDSPIPGNQGGPENMSPSKENIKVRIQRPGSRLQELEQELAKIHHRGP
VLPTTSPQPLTPPVPVINPPPVQPALQQTQNLLTTVPSVPIASMTSNIVQSRSDTNTPVQ
TELQDSVSEKPAAQPVRKISRFMVSKVSGPPSSATSNIQQEIKTCHSDEQQIASTTYLIQ
SREGSMPPIQTTLTNNSVQVELQLEKEERASTLTPSEEYQLLIKRQTMELEILQRRHREE
LERFQQQQLQLLIQQQQQASALHHQHHPLLYHTVATNAAAGQGRVPGVDDHLTFSTAPQT
PLQKGISNCPDTDETLRLAMQKLKQTPLQLQQQQTAASIQHAYVIPIPVVPSESMQNISA
QQNINYSSETSDISDSTNNPVIINSSQCQFTPIIPDTTNVTSASGALVAPTSTSGSIGSG
AYVQYHEGPSLANFQTFSCTSHAGFILPAGYRLIYAPTGTPQSQPATPATPQIGNSHDGT
PPTETQHCSENVTTLPQADQ
NT seq 9603 nt   +upstreamnt  +downstreamnt
atgccgagatgttgtaatgaaaacaaggcagtgagttcggtgcgtagtagtcaaaaacac
agcagtgaagatattgtgctgacacaaactcaagtttttgcaattggaaatcaattagat
ttggaagaagaaccacaagtggttggaaaatcgcatagaagagttcgttgcgatcttagt
cctgtaccaacaaatacgaattctaatttgaatatcaaacttttaaatattaagactgat
agaagtactcgtcaagagcatcaggtgagcactggatctggtgggtacagagaacgagaa
aaggagactaaaaagagagcagctataggcaacacagtgcgtggtcttctctcatctggc
cacagcaggcaggacaggtatgagacaaacaggcaacgttcatcaggtggtaccagtggt
ggcctgtctagtttatgtcctaagctggtggccagtgggggtggtagcagccagggtggc
attggtttgtcagtgggccacttagcctctcaagaaggaggaaatccttgtccagttgtt
acaacacaaagaactcacaatcattcgcataatcatagacgggaaagaaagcagtccatt
gtttctcgaactgcttctagttctagtagttcttctgaaagaaaggctctgtcaagtcgt
ccttctgctacaatctgcaaaaagcaaattcgaatgcagcgagttgaacaaaatgcagat
tcattgtccataactagcaacggtgttccaactagttcaccttcttctaagaagaagggt
ttgtctggtgttcgtatttcagaaaagtcatcttctcgaagtcaagattcatcctcctta
gatcatgaaaatgatcatagctttagtgatgcagaggaggctattactgcaacagagaat
gtgttcaaagtatcgggatgtagttccacaccttccacaccaatgagtaaagtaaaatcg
aaaagaataactgaagatgaagtgactatagaaccgaatatacatatagagtgcacagaa
ttattaaaacataatatttcgaaaatgttttctggtgtttacgagaaagaaacatctaca
acagaaatttcagaatgtaccataacagatacagtagagccaaaaataaaaaaagatgat
attagtgaagatttgattgaacacagcaatacaaaaatatcctcgtcttctagtgcaagt
aaaaggaataatgatggtgacaaatctttaagatctaaaaataaatctattccacaagat
gtaaacaaattacataattctaagacaatagaagaaattaatgtaaaaagtaatatagat
tctacaacaacgtccacagaaacgtccataaataccgtaaatgcaaatccaagaagaaaa
tcatctaataattgctctgaatctgctgctgtaaatagtttagaaatggaatcaatgcct
aaagactgtaataaagaaaaatcaaatgaagaggtagtaaaaaattccagatttgttaca
tctaaagtttcagaagaaataatagattcagaaggtaacgaaacagagacacaaagagtt
gaagatgaaggtgtaacaatttatgatgaagacgataatggtactagtattagtgatata
gtagcaactcaagcacttcacgagtctttgagtaaattaggaaaagttccaccactggat
acagatatagaagtcatgaagaatactaattcacaaaaagagacagatggagagaaaatt
cctcaaaaagaaacagctacgcatgaagagactgacgaaggtttcattgggcctttactt
gatgaaaattttaaagcagatgaaaaattaagtcaaaaagcaatggctatggaagatgta
cataatctagtaatgacagcaagcgtccaaaaagctaaaattgatgacgacgaggaaaaa
gcaataggtatttcacctgatggaagatttttaaaatttgaagaagaaattggacgtggt
agttttaaaactgtttatcgtggcttagatactcaaacaggagtagctgtcgcttggtgt
gaacttcaggagaaaaaattaaataaaacagaaagactgagatttcgagaagaagcggaa
atgttaaagggactccaacatcctaatattgttagattttatgattattgggaagtcacg
cttacacgtagaaaatatattgtactagtcacagaacttatgacatcaggaacattaaaa
acgtatttaagaagattcaagaaaattaatccaaaagttgtaaaatcttggtgccgtcaa
atcctcaaaggacttagtttcttgcattctagatctcctccaatcattcatcgtgattta
aagtgtgataatatatttataactggtactacaggcagtgtgaaaatcggtgatttaggt
ttggctacgttaaaaaatcggagttttgcaaaaagtgttattggcacaccagaatttatg
gcaccagaaatgtatgaagaacattatgatgaatcggttgatgtctatgcattcggaatg
tgtatgctcgaaatggctacgagtgaatatccatattccgaatgtacaggtccagcgcag
atatacaaacgtgttgtttctggtgttaaacctcagagttacgataaggtggacatacca
gaagtacgtgaaattatcgaaatgtgcattcgcttaaaaaaggaagaacgacctttagtt
aaagatcttttaaatcatgaattttttgcggatgatataggattaaaattggagatggta
tcacgtgattcggctatagcagatgccgaattatcacgtgtagaattcagattgagagtt
ttggatccaaaaaaacggacaaacaaacataaagaaaatgaagcaatccaatttgatttc
gacatccaagctgataatgcagaagaagttgcctcagaaatggctaaatcaagtcttata
ttagaagaagatgcgaaagcagtagctaagatgttgaaatcacaaatagctgctttatta
cgagaaagggaagaacgacgagctaaagaagaaaaagaacgtttagatagagaagctgat
actagtactacatctgctgaaaatattttacagcaacaacaattaatactacaacaaatg
caattacaacaacaacaacttcaatctaccatgggcataccaatgcaaagtcaagtacaa
atgcaattacaaccaaatcaaataccattgcaacagtcacaattacaatcaacttcacaa
ccaggccaacaacataatttacaacctcaacaagtacaattggttcaacaaccacttcag
cagccacttatgcagcaacaaacatcagtagttcagcctcaacaggctcagcaaatacaa
caagcatcacaagctgcacaacaagttcaatatcaacaacagccacaatatcaacaatta
cagcagcaatatcaaccacaacagtattcgccacatgttccgcaaaatctgagtgcaaat
tcaccacaatgctctactcctcaaaatgttcaagcccaaccccagtttcctccagtaaca
caacaaatacaacaacaacagatacaacaacaacagatacagcagcaacagcaaatacag
cagcagcaccaccaaatacaacagcagcaacaacaaatacagcagcaacagcaaatacag
cagcagcagcagcaaatacagcagcagcagcaaatacagcaacagcagcaaatacaacaa
cagcagcaaatacaacaacagcagcaaatacaacaacagcaacaaatgcaacagcaacat
atacatcagcctcaacaatatattcaattaaatcaaatgagtgtaccacaacaaataaca
catcagattcaacaacaattgcaatctcaggtacagatgttgcctcaacaacagcatatg
catcaacaagtaccacaacctcaacagcaagtgcagtattcacaatctcaaatgcaacat
attcaacaagtacatcaacatccagttggttctccaccaattcaaagtcaacaatattat
caacaaaatacaactggtagtacaggatatactagttctactttatatcaacaaaatatg
ccacaacaaatattccacacatatgctacttctaataatccatctggtcatgtagaaatt
ttgtcatctactcagactgcgcaacaaatttattcacacacaaatatttccggtaactct
gctcctgcaacttctcagccatatatacaacaacaaactggacaagttcaaacacaaata
ccatcaggaatgaatattcaaagttcagtgccagtaactcatgtacaaagtggtgcaaca
tctacaatgcctagtattgcaagtgctccttcaatgctctctaatactggtcatcaacca
caatctcaacaaaatatagtagtgcaattgcagtattcgcaaagtgggactgttatgcct
acctctatacctatttctatgcctacttctatgcccacctctatgcctatgacatcagga
ataagtggtcctatacagacatctgctaatataccacaacatcagcaaccttttgtttca
aatgctgaatcatctattgctgacagatcatctttaactaaacaagatactatggactct
gtacaatccttgccattggatctgcaatcaactatgcatcaagaacaattaaataatcaa
caattgccaattgctactgcaagcactgtaccacaacaatcagcagttacaagtgatgga
gttatttctgaaagttcagaaaatgttacaacttccgaaagaaatagagttaaacgatct
ggtactaagcgcaaaaagcctggtattaaattaacagtcttgtcagtaagtagtggagaa
ggtcaatctatgactgttgagtgtcagttagatactagtaaacaaaaaactgttacgttt
aaatttgatcgagatgacatggtacctactgatattgctaataatttggctgctgaaaat
ttgctgccacaatctcaatgcgagacatttatcgagttaattgaagatattgtgaagcag
ttacgtttagatccaacgcgtgctttacctttagtagcccatggtccaccagatcaatct
gccggtggtagtccagttacaagtcgtcggccaagggatcgagaccacagtcttgataca
acgaagcaggtgagacatggctcactaactcgtcaaagcagccaccgatcgtcatacaaa
gtccatcgtaggcaccgttcgagagacgaaacttcaaacacttctactccaacaaaattg
ttgccaatcgatcaaataatttcacatattgcaagttcttctttggataagcaacaaaat
attccaacaactgataatcaaggagctactgaatgcacatcggcagaagcgtctagacga
tcatctacgtctactcaaaatactgatacattgacaccaactaatattccaagtgatttc
actgatcctcaggagagtggaatttctttaacatctgcagatacagttttggaagcgact
catatcgtccaagaagatgctaatacttattcaattgctcaattgccagctatgtccgtt
caaaaacaaatagaagatgtgaatacttctatatctcaaacaagtgattcaacgaaagat
gatatatcgaaagaagttacagacattcaagaaaaagatgtgaataaagatataccaaca
tccgatacaaattctatagaaacgtcgacattaactgctgcaccaatacgtaagatatct
cgtttcttagttagtcccgtggttgaacaaaaacaactcgcaaatgaaacagaagcctct
ggtatatcagaaaatataaataatactgtaaaggtagatacaacaaagtcggaagaaaca
gaaataagtactttggatacacaagttgtaacagtagaacaaccatctaacattgacata
aatttacctaatttacaacaatctgtagatcaaatggataatactaaggttactttacaa
caatttaatcaacaaactgctggagttcagaatatttctcaaatgacaatatcagggcaa
ttacaacaaaatataggtgctgtacaatctaatcaacacgttataatgcctggtactcca
attatacagcaagtaactcaacaagtacatcagtcaactgttcaaaatttcactgctata
tcacaaaaagaaatgcagtctcaacaaatgcaaacaagcaatttaaacacgcaaccacaa
tatcaaaatcaatctactatgcaatctaatattataatacaacagcaacaaattgtgcaa
caaaatgtacaacaaaatgtacaacaaaatatacaacaaaatatacaacaaaatgtacaa
caaaatatacaacaaaatgtaactcaacaacatatgcaaacagagcaaaatcaatctcaa
cgatccgtacatcaatatttaccacaacaacatcaacaatatgtgatcctttctggaccg
atacaacaattacaacaatcaaatgtagatgaaagaaatcgtaggatttctagtatttct
tctacatctaatatgtcaacagaatctcaaacaaccgaagtatccaatatttctgaagat
aaaagatatgctacaatgatgtcaaatacgcctattcaacatatacagcatgtacaagtt
gtcccacaagatactcctataactttaatgcaaggaaatcaagatcctgggcaacatcaa
acagttacccaaaatatcatacatgtttcaggaaatttgcctacacaaatgccagctcct
gttacagtgccagctcatcctattgtttctactgaaactgctcataaacctgtaattaaa
ccaaaagagatatcttcgacacttcctgatttggcacaaaatttagcaaatattctttct
aatccaaaatccaaatctgctacaccacatggcttgagtactcatgaaccaaacattaac
acaactgctgttaatacaactgttcttgattacaaacctacaccacaatcagaacaatat
ttccaacctatacaacctgaaataagtcaattaccaatgcaaacacaaacacagcaaaat
tttcaaaatcaaactatgcatcaagttcatcaaaacttgtcaaatattcaacaaacattt
cagagtcagcaattaccccatcaaaattcagctttcttaccacaaggagttcaattaagt
gttccattacaaaccgattctcaattacaaattttacaacaaaatgtgtcaactaatacg
atgtcttctcaaacaaaatgggtgggttgtacaaaccaaaatatattgcctcaaaatata
tctgtgcgaaatgttcagcctatgcagattcaaccacagcttcaacaagtacctcctgcc
catccacaaatgcagcaaataactcaagaacaagttcatgtagaacctgctactgtatct
gatcaatctcatttacatttaaaacttccagaacaacaacaaataggaaaaatattagat
actgaagctcatgatggcagtgtgattaaacgtgtgttctctgattatcagttgttaact
ttggaaaatgaaaattctagtcatgatgtaactccagagcacacacttgtagaatctgtc
gatcctaatttatttatgcaacaacaaattatacagcaacaacagttgcagcagcaacaa
caacaacaacagcagcagcagtatcaacatcgtaaattgagtcaacagaattcattagat
aaagtatcagatataagtagtgtaggaagtacaggaggaactgggccacaaacaatagca
gatttgcatcaaaaacttgttcaagtaactagtcaaccatctgaattattaaatgttggt
acaccacctataagttatccagccacacctcacagtcatcaagtaacaggaggatatgat
gcatacatgcattctttacaacaaaagttggttaatattggtatgccaatatcatctgca
caaaatctagcgcagggtcctctatcgcctcagactacaatacattctacaagtgctggt
attgattcaaatatagtaacaaattctgaaggaccaataacatatcaagatacttcctct
caagttatatcttcacaatctaatgtagattgctcactggatagtcctataccgggaaat
caaggaggacctgaaaacatgagtccaagtaaagaaaatataaaagtgcgaattcaaaga
ccaggatctcgccttcaggaattagaacaagaattagccaaaattcatcatagaggtccc
gtacttccaacaacttcgcctcaaccgttaacacctcctgtacctgttattaatcctccg
ccggtacaaccagcgttgcagcaaacacaaaatttattaacaactgttccttcagttcct
attgcctctatgacatcgaatattgtgcagtctcgctctgatacgaatacacccgtacaa
acagaactacaagattctgtatccgagaaacctgcagcacaacctgttagaaaaatctca
agatttatggtatctaaagtatcgggacctccaagctctgctacatcaaatatacaacaa
gaaattaaaacatgtcattcggatgaacaacaaatagcatcgacaacgtatttgatacag
agtcgggaagggtccatgcctccaatacaaacaacattaacaaataattctgtgcaagta
gagttacaattagagaaagaagaacgggcatcaactttaacaccaagtgaagaatatcaa
ttacttataaaaaggcaaactatggaattagaaatacttcaacgaaggcaccgagaagaa
ttagaacgttttcaacaacaacaattgcaattattaattcaacaacaacaacaagcaagt
gcgttgcaccaccaacatcatccacttctttatcatacagtagctaccaatgctgcagca
ggacaaggaagagtaccaggtgtagatgatcatttaacgtttagcacagccccacaaact
ccattgcaaaaaggcatcagcaattgtccagataccgacgaaacattaaggttagccatg
cagaagcttaaacaaactccacttcaacttcaacagcaacaaacagcagccagcatacag
catgcttatgttattccaattccagtagtgccttcagaaagtatgcagaatatttctgcg
caacagaatattaactattcaagcgaaacctctgatatatctgattcaacaaataatcct
gtgattataaattcgagtcaatgtcagtttacaccaataataccagatactacaaacgtt
acttctgcgagtggagctttagttgcaccaacatcaacatcaggttctattggaagtgga
gcatatgttcaatatcacgagggtccttcgttagcaaactttcaaacattcagttgcacg
tcgcatgctggcttcattttaccagctggatatcgtcttatatatgcgcctactgggacc
cctcagtctcaaccagcgacccctgccactccacaaataggaaactcgcatgatggtacg
cctcctacagaaacccagcattgttctgaaaatgtaactactcttcctcaagcagatcaa
taa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (10)   
   RefSeq(nuc) (8)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (30)   

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