KEGG   Cimex lectularius (bed bug): 106667616
Entry
106667616         CDS       T05603                                 
Name
(RefSeq) tau-tubulin kinase homolog Asator isoform X2
Organism
clec  Cimex lectularius (bed bug)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr Pkinase_fungal PTPRCAP
Other DBs
NCBI-GeneID: 106667616
NCBI-ProteinID: XP_014251166
UniProt: A0A8I6RTN3
Position
Unknown
AA seq 1142 aa
MKYFKKNCDEVSDEYRHLLDETTDHNNNITMTSEDLLQPGHVVKERWKVIKKIGGGGFGE
IYEGLDHVTNDRVALKVESARQPKQVLKMEVAVLKKLQDREHVCRFIGCGRNDRFNYVVM
QLQGKNLAELRRAQPRGAFSLSTTLRLGLQILKAINSIHKVGFLHRDIKPSNFSMGRLPH
NCRKVYMLDFGLARQYTTGYGEVRPPRAAAGFRGTVRYASINAHKNKEMGRHDDLWSLFY
MLAEFVNGQLPWRKMKDKEQVGIMKEKFDHTLLLKHLPSDLRLFLEHIQGLEYKDKPDYA
MLCGLFERCMKRRGIKETDPFDWEKPQHGVTPTGGTQYPTQITGGGAAVTQPAIIGPAVT
TTDNLHTTQLDNDQENIEPDNRKEIGDDNEGTGLKGGRTVTGSGINNCDKHHISIDRNCN
ATNAVDSTPVLAGSPKKTRRAISMPGTPQGGSVVGSGGTGGSGGTAAIDFEGDAVMVSAR
SFSDRKANHNQRKSADAALGRLRVSTAERKQKAQTVSLSHDPHDTVSIPTGDTPTRGRDP
VTELDASVYSKTVGVGQDSVRGGRRRMTSRGGGLNSLKTNRDISVTQHALIDDENVSAAQ
QVTKGGGGLTLVSQWKSQFDDSEETTDNEWKGENIPSPEHKHHLTNFIDGQTAISPARAI
LRRNAPKIVNTGIGSNWLGQSDDIRKVAVRTGECLFSGLSQLVSTNAVGAGEGSSLTDRI
QQPQGVKIEQSPEILLSKISEDSTKHSCIKNVQAQLSSHSGNNNVNVKQTNGISRVTCLN
IAGIESFPHLQPMLPRAWSAPQIGLSIREGLEPPLIQQAAFDETLYTVDVMRNIATRSTK
PRLLIRKKSLPAISLDWPKARSSNIPKKEVERQKSSQDKEESSLVTAKTTAEDDEIDIQP
VSGRLEIRVVERTSETHQNVRECKKGRGGISPVSTGRDETTSLYYDATEESMRDKHNLSP
VREVDCRLKLSGKGSKIPVPVGCKSPRCSATEAILTDARYITTIEGDEVQGSDAKKVLTL
PSTIKTDDENCKQLTPGLRRRRAGNDKYVTDQAQLQLRFNRPRRILETNARSRGISPHTL
GMFPQNEDKDGPNREAEPCVGIVSSALPIPPPPVTSSLPPENSARCRRFQPVGAASGSGR
ES
NT seq 3429 nt   +upstreamnt  +downstreamnt
atgaagtattttaaaaagaattgtgatgaggtgtccgatgagtaccgacaccttttagat
gaaacgaccgaccacaacaataacattactatgacaagtgaggatcttctccaacctggc
catgttgtgaaggagagatggaaagtgataaaaaaaattggaggtggcggttttggagag
atctatgaaggtttggatcatgtaacgaatgacagagtggctcttaaagttgagtcagca
cggcaaccgaaacaagttttaaaaatggaagttgctgtgctgaaaaaacttcaagatcga
gagcatgtttgcagatttattggttgtggtcgaaacgataggtttaactatgttgtgatg
caactgcaaggaaaaaacttagctgaattaaggagagctcaaccccgaggtgccttttca
ctctcaactacactccgcctgggtcttcagattctcaaagctattaattcaatccacaaa
gttggtttccttcatagagatatcaaaccctccaatttctcaatgggtcgtcttcctcac
aactgccgcaaggtttatatgttagactttgggctggctagacaatatacaacgggatac
ggggaagttcgtccacctagagcagctgcgggttttagaggaactgtgagatatgcttct
attaatgctcataaaaataaggaaatgggtcgacatgatgatttatggtcattgttctat
atgttagctgaatttgtaaatggacaacttccgtggagaaaaatgaaggataaagagcaa
gtgggcattatgaaggagaaatttgaccacactttgttgttaaaacacttgccatccgat
ttacgccttttcttagagcatattcaagggttggagtacaaagataaaccagattatgcc
atgctctgtggcctgttcgagcgctgcatgaaaagaagaggaataaaagagactgatccg
tttgattgggaaaagcctcagcatggtgttactccaactggaggaactcagtatccaact
caaatcactggcggcggggctgcagtcactcaacctgcaataatcggacctgctgtcact
accaccgacaaccttcacactactcagttggataatgaccaggagaacatagagcctgac
aacagaaaagagattggagacgataatgaaggtacaggactgaaggggggtagaacagtg
actggatcgggtataaataactgtgataagcatcatatatcaatagatagaaattgtaat
gcaactaatgctgtcgattcaacacctgttttagcaggctctcctaaaaaaacacgtcgg
gcaatttcgatgcctggcactcctcagggaggaagtgtagtcggaagtggtgggactggc
ggaagtggtggcacagcagctattgactttgaaggggatgcggtcatggtatcagctcga
agctttagtgaccgaaaagcaaaccacaatcaacgtaaatctgccgatgcagctcttgga
agattgcgggtctcaactgctgagagaaagcaaaaagcgcagactgtttcattaagccat
gaccctcatgacacagtgtcgattccaactggggacactcctacaaggggacgtgatcca
gtgacagaattagatgcatcagtctattccaaaaccgttggagttggtcaggactcagta
agagggggacgaagacgtatgacctccagaggaggagggcttaattctttaaaaactaat
agagatatttcagtcactcagcatgcgttgatagatgatgaaaatgtttctgcagcacaa
caagtcacaaaaggtggtggaggtctcaccttggtgtctcaatggaaatctcagtttgat
gactcagaagaaaccactgataatgaatggaaaggggaaaacattcctagtcctgaacat
aaacatcatctaacaaactttattgacggacaaacagccatctccccagctcgagcaatt
ttgcgacgaaatgctccaaaaatcgtgaatactgggattggttcaaattggcttggacaa
tcagatgatattagaaaagtggctgttcgcactggggagtgtttattttcaggcttgtct
cagttagtatctacaaatgctgttggtgcaggcgaaggatcaagcctcacagatagaatt
cagcagccacaaggcgttaaaattgagcagagccctgaaatccttttatcaaaaataagt
gaagattcaactaagcacagttgtattaagaatgtacaagctcaactttctagtcattcc
ggaaataacaatgttaatgtaaaacaaacaaatggcattagtagagtaacatgtttgaac
attgcgggtattgaaagttttcctcaccttcagccaatgctaccacgagcctggagtgca
cctcaaattggattgagtataagggaaggactagaacctcctttgattcagcaagccgct
tttgatgaaaccctctacactgttgatgtaatgcgaaatatagcaacaaggagtaccaaa
ccacgtctcttgatccgcaaaaaaagtttgccggcaatttcccttgactggccgaaggca
cgaagcagtaacatcccaaagaaagaagtagaaaggcaaaagtcatctcaggacaaagag
gagtcatctctggtcacagctaaaacaacggcagaagatgatgagattgatattcagcca
gtatcagggcgactagaaatcagagtagtggaaagaactagtgaaactcatcaaaatgtt
agagaatgtaaaaaaggaagaggaggaataagccctgttagcacaggacgagatgagaca
acgtctttatattacgatgcaactgaagaatccatgagagataagcacaatctttctcct
gtgagggaagtagactgcaggctgaaattaagtggtaagggtagtaaaatacctgttcct
gtaggatgtaagagcccgaggtgcagtgcaactgaagcaattctcactgatgcaaggtac
ataacaactatagaaggagatgaagtgcaaggcagtgatgctaaaaaagttctaacacta
ccttcaactatcaagaccgatgatgaaaactgtaagcagcttacacctggtttgcgacgg
aggagagcaggcaatgataaatatgtaacagatcaagcacagcttcaactccgtttcaat
agacccaggagaattttagaaacaaatgcaaggtccagaggaatctcacctcacacatta
ggaatgtttccccaaaatgaagacaaggatggtccgaacagagaggccgaaccatgtgtt
ggaattgtttcatctgcacttcctattccgcctcctccagtgacatcttctctgccacca
gaaaatagtgcaaggtgtagaagatttcagcctgttggagctgcttcaggaagtgggaga
gagtcctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (19)   
   UniProt (1)   
   RefSeq(pep) (18)   
DNA sequence (18)   
   RefSeq(nuc) (18)   
Protein domain (4)   
   Pfam (4)   
All databases (45)   

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