KEGG   Apis mellifera (honey bee): 552061
Entry
552061            CDS       T01057                                 
Name
(RefSeq) rho-associated protein kinase 2 isoform X1
  KO
K08898  lemur tyrosine kinase 2 [EC:2.7.10.1]
Organism
ame  Apis mellifera (honey bee)
Brite
KEGG Orthology (KO) [BR:ame00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ame01001]
    552061
   01009 Protein phosphatases and associated proteins [BR:ame01009]
    552061
Enzymes [BR:ame01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     552061
Protein kinases [BR:ame01001]
 Receptor tyrosine kinases (RTK)
  LMR family [OT]
   552061
Protein phosphatases and associated proteins [BR:ame01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     552061
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase
Other DBs
NCBI-GeneID: 552061
NCBI-ProteinID: XP_026297764
BEEBASE: GB44305
UniProt: A0A7M7MLS3
Position
LG7:12336284..12344644
AA seq 1730 aa
MLNIILCWICWLFWAGLPIITAYPVSSSIRTDLSYNHTSSKWEQYWIQYTLGLLSVTATA
FTLVGCLCCRRPRRPKGFQDKAEKCSQEFKDGNNIGQELVFEHSFEGLELNVPHMLAISE
RVQFDPLPVEHIISGPKNILKPKPLPLSSLFFEKHDSDSNTLPEYCREWFDAKDLCVSRE
KLKYLREIGHGWFGKVVEGRADLEGHKRTSKNGGVVVRILTEEATMKEKAWFLGEATLYL
KLHHQNILTLIGFCLETDPYLLLFESCSVGDLKSFLLSNRDKKSQEALNKENILIRIALD
IAAGLKHMHCNGFVHTDLSARNCLVASDLSAKLGDYGTGVEKYPEDYYVVGDRALPIRWS
APESVECTDTTIETREITSEANMWSYAIFLWEIITWGNIPYHDKSDEQVIQMLLHLKSNL
SSNGIQVLQTYLENCPSNIYQAIYLSLNLNPQKRPNLDEVKQFLLNEHIECLDFEQRWEN
LRVNAKHVRSASLQDLRGSIDSDYWTTIVDDTPRQSSFRLGPNELVKNVPSIKNIIHHES
SSETEEESWKGRIEQGVYTEKVKQKSKSVTDLMVLVHIDFDSDAELSMGAQISEKYAKKK
LPATGSDSDLRHSIHTDEFDETLRKLRNPLPNNTSNKIRMLDTSEKPKLLTLTMDQTQTP
ILRLSLNNKEFDTTSIVNTVTETRNDKHILRLLSKGDPNPPLLCYVPDDTSSEILKKDDK
SQCNLCTFKHENTFFSNNCSINCGTNENTLVDVALWNHALDSALEKKVPGFLDEDEFNEY
AESLFKQENNITPELIVTIESNTLQSQKHYRHNPDKFSNEEDIDMNRRCLSNEDEEERKQ
LSTPDDEQSSDSGFRDKESYEEEENVYALIPSTSTNDSTINIPIYSEEEQLQILFELDTI
LDAEYYATLPVSERMTENLSSNNHVENKVICTNEDESDSIHTVDTIIEIDNNENLTSNLL
KNDIKPILNNEQTIQSENIKIKIEGNIEIKDLSDINFSSHQTNLKHCNIETNIKYSKEQK
ELKYLQNKNENEIKNKNEIENRNENDIIINANKYGNENEKEFKNKDENEIENKNECEIED
RNKNESVNTNKYENNKNDIKNKIENEKEIGKIYESKNKKEIEKKNENEIEDEDSSTMSLH
SDNSYVSFDIEEEFVTAIRNELREKLPCAQMSVIEPLEAHDDDNPISRDIDSKHWDDDDS
EESSNQGGVGISIRYNVYDSPLSPIQEERESTLTSESLISNSRDTSIASKESVASDDVLL
LDTRTNKMILLEGLGEKLQDDERDTTNGDLSEEENLDYNCSIVRSRDDKSHIIIASCGAP
LPSPEEESKWQQLPSSFPLPLPLEDDLMSTSFGTDHGWGSQDEDEEEEEEEEEEEDENNS
SSSGEFVWKRYNESHMEQVQTRSYLNSNEGVILDADVEDEIDLEEEGEDEEEEEEEEEEE
EEEEEEEEEEEEEEFTPSAWNATLAPHRSALRSPDKTLKSGDESDQKKSVWFKKQRYHCV
YEYPKETLATETQGESTNTWESTSYSDWEEMIDEPRLDLYPLDYDDAHHSGNEEFFVSSS
NRPFQFQTSESKYVSQFFPGASTSMNEERDEDGDQQGIPQNGIELLNDCSQNQQYQLGEL
RHTRDRLKLNLSTTGPSFVSTKQMKEDNVKQLHERENMLEFSQNINLTEDQHMLSNCLNY
NMLPTVPPKNIQEKKKLNSISSKSAQCDTQEKIESIDKCSVLTHDIFQRR
NT seq 5193 nt   +upstreamnt  +downstreamnt
atgctgaatattatattatgttggatatgttggctgttttgggcgggtcttccgataatt
acagcctatcccgtatcatcgtctatacgaacagatttatcatataaccatacttcatca
aaatgggaacaatactggatacaatatactcttggtcttttaagtgtgacagctacagca
tttactttagttggctgtctttgttgtcgaagacctagaagacctaaaggatttcaagac
aaagcagaaaaatgcagtcaggaattcaaagatggaaacaatattggtcaagaattagta
tttgaacattcttttgaaggtttggagttaaatgttccacatatgttagctatttcagaa
agagtacaatttgatcctttacctgtagaacatattatatctggtcctaaaaatatttta
aaaccaaagccattacctttatcatcattattttttgaaaaacatgattctgattctaat
actctgccagaatattgtcgtgaatggtttgatgcaaaagatttatgtgtatctagagaa
aaattaaaatatttaagagagattggtcatggttggtttggaaaagttgtagaaggccgt
gcagatttagaaggacataaaaggacttccaaaaacggtggtgttgttgtgagaattctt
acagaagaagctactatgaaagaaaaagcttggtttcttggtgaagctactctatatttg
aaattacatcatcaaaatatcttaactttgataggtttttgtttagaaactgatccatat
ttattattatttgaatcatgttcagtgggtgatcttaaaagttttttgttatcaaaccgt
gataaaaaatctcaagaagcacttaataaagaaaatattctaattcgaatagcattagat
attgctgctggtttaaaacatatgcattgtaatggatttgtacatacagatttatctgct
agaaattgcttagtagcatcagatttatcagcaaaactgggagattatggaactggtgta
gaaaaatatcctgaagattattatgtagttggagatcgtgcattacctattagatggtca
gcaccagaaagtgtagaatgtactgatacaactattgaaactagagaaattacatctgaa
gcaaatatgtggagttatgctatttttctttgggaaattattacatggggaaatatacca
tatcatgataaaagtgatgaacaagtaattcaaatgcttttacatttaaaatcaaatctt
tcatcaaatggtatacaagtattgcaaacatatttagaaaattgtccatcaaatatatat
caagcaatttatttaagtttaaatttaaatccacaaaaaagaccaaatctggatgaggta
aaacaatttcttttaaatgaacatatagaatgcttggattttgaacaaagatgggaaaat
ttacgagttaatgctaaacatgtccgaagtgcaagtttgcaagatcttagaggaagtatc
gattcagattattggactactattgttgatgatacaccacgtcaatcatcatttcgactt
ggacctaatgaattagtaaaaaatgtaccaagtattaaaaatattattcatcatgaatca
agttctgaaactgaggaagaaagttggaaaggacgaattgaacagggagtttatactgaa
aaagtaaaacaaaaatctaaatctgttactgatttaatggttcttgtacatatcgatttt
gattctgatgcagaattatcaatgggagctcaaatctcagaaaaatatgcaaaaaaaaaa
ttacctgctactggtagtgatagtgatcttagacatagtattcatacagatgaattcgat
gaaacattaagaaaattacggaatccattgccaaataatacttctaacaaaatcaggatg
ttagatacttcagaaaagccaaaattattgacattaaccatggatcaaactcaaactcca
attttgagattatctttaaataacaaagaatttgatactacatctattgtaaatacagtt
acagaaacacgtaatgacaaacatatattaagacttctatcaaaaggagatcctaatcct
cctcttttatgttatgtacctgatgatacatcttctgaaatattaaaaaaagatgataaa
tctcaatgtaacttgtgtacatttaagcatgaaaatacttttttttctaacaattgttca
attaattgtggaactaatgaaaatactttagttgatgttgcactttggaatcatgcatta
gattctgctttagaaaaaaaagtacctggtttcttagatgaagatgaatttaacgaatat
gcagaatctttatttaaacaagaaaataatattacaccagaattaattgtaactattgaa
tcaaatactttgcaatctcagaaacattatagacataatccagataaattctccaatgaa
gaagatatagacatgaataggagatgtttatcaaatgaagatgaagaagaaagaaaacaa
ttatctactcctgatgatgaacaaagttctgattctggatttagagataaagaatcttat
gaagaagaagaaaatgtttatgctttaattccatcaacttctactaatgattctacaata
aatataccaatatatagtgaagaagaacaattacagattttatttgaactagatactatt
cttgatgcagaatactatgcaacacttccagtatctgaaagaatgacagaaaacttatct
tcaaataatcatgtagaaaataaagttatctgtacaaatgaagatgaatctgattctatt
catactgtagatactataattgaaatagataataatgaaaatcttacttccaatttgcta
aaaaatgacataaagccaatattaaataatgaacagacaattcaatcagaaaatattaaa
attaaaattgagggaaatattgaaataaaagatttaagtgatattaatttttcttctcat
caaacaaatttaaaacattgtaatattgaaacaaatatcaaatattctaaagaacaaaaa
gaattaaaatatttacaaaataaaaatgaaaatgaaattaaaaataaaaacgaaattgaa
aatagaaatgaaaatgatataattattaatgcaaataagtatggaaatgaaaatgaaaag
gaatttaaaaataaagatgaaaatgaaattgaaaataaaaatgaatgtgaaattgaagac
agaaataaaaatgaaagtgtaaatacaaataaatatgaaaataataaaaatgatattaaa
aataaaattgaaaatgaaaaagaaataggaaaaatatatgaaagtaaaaataaaaaggaa
atagaaaaaaaaaatgaaaatgaaattgaagatgaagacagttctaccatgagtttacat
agtgataattcttatgtatcatttgatatagaagaagaatttgtaacagcaattcgaaat
gaacttagagaaaaattaccttgtgctcagatgtctgttatagaaccattagaagctcat
gatgatgataatcctatatctagagatatagatagcaaacattgggatgatgatgatagt
gaagaatcttctaatcaaggaggagtgggtatttcaataaggtataatgtatatgattct
ccccttagtccaattcaagaagaaagagaaagtacccttacttctgaatcattaatatca
aattctagagatacatcaattgcttcaaaagaatctgttgcttcagatgatgtattatta
cttgatactcgaacaaataaaatgattttattagaaggattaggagaaaaattacaagat
gatgaacgagatacaactaatggagatttgtctgaggaagaaaatttggattataattgt
tcgatagttcgttctcgtgatgataaatcgcatattataattgcaagttgtggagcaccc
ttaccaagtccagaggaggaatctaaatggcaacaattaccatcatcttttccattacca
ttacctttggaagatgatttaatgtcaacaagttttggaacagatcatggatggggcagt
caggatgaagatgaagaagaagaagaggaagaagaagaagaagaggatgaaaataatagt
tctagttctggagaatttgtttggaaaagatacaatgaatcacatatggaacaagttcaa
actcgaagttatttaaatagtaatgaaggagtaatattagatgctgatgttgaagatgaa
atagatcttgaagaagaaggagaagatgaagaagaagaagaagaagaagaagaagaagaa
gaagaagaagaagaagaagaagaagaagaagaagaagaagaatttacaccatcagcttgg
aatgcaacattagcgcctcatcgttctgcattaagatctccagataaaacattaaaatct
ggtgatgaatcggatcaaaaaaaaagtgtgtggtttaaaaaacaacgttatcattgtgta
tatgaatatcctaaagaaactctagctacagaaactcaaggagaatcaactaatacttgg
gaatctacttcatatagtgattgggaggaaatgatagatgaaccacgtttagatttgtat
cctcttgattatgacgatgcccatcattctggaaatgaagagttttttgtaagcagttca
aatcgtccatttcaatttcaaactagtgaaagtaaatatgtaagtcaattttttcctggt
gcatctacgtcaatgaatgaagaacgagatgaagatggtgatcaacaaggaataccacaa
aatggaatagaattgttaaatgattgtagtcaaaatcaacaatatcaattaggagaatta
aggcatactagagatcgcttgaaattgaatttatctacaactggtccatcttttgtttct
accaaacaaatgaaagaagataatgtaaaacaattgcatgaaagagaaaacatgttagaa
ttctcgcaaaatataaacttaacagaggaccaacatatgctatcaaattgtttgaattac
aatatgttaccaacggtgcctcccaaaaacattcaagaaaaaaaaaaacttaattcgatt
tcttcaaaaagtgcccaatgtgatactcaagaaaagattgagtctattgacaagtgtagt
gttttaactcatgacatatttcaaagacgttaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   BEEBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (76)   

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