KEGG   Culex quinquefasciatus (southern house mosquito): CpipJ_CPIJ011012
Entry
CpipJ_CPIJ011012  CDS       T01079                                 
Name
(GenBank) microtubule-associated serine/threonine-protein kinase 1
  KO
K08789  MAST-subfamily protein kinase [EC:2.7.11.37]
Organism
cqu  Culex quinquefasciatus (southern house mosquito)
Brite
KEGG Orthology (KO) [BR:cqu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:cqu01001]
    CpipJ_CPIJ011012
Enzymes [BR:cqu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.37  MAST-subfamily protein kinase
     CpipJ_CPIJ011012
Protein kinases [BR:cqu01001]
 Serine/threonine kinases: AGC group
  MAST family [OT]
   CpipJ_CPIJ011012
SSDB
Motif
Pfam: DUF1908 Pkinase PK_Tyr_Ser-Thr PDZ_6 PDZ_2 PDZ Kinase-like ABC1 APH RIO1 Kdo
Other DBs
NCBI-ProteinID: EDS34871
VectorBase: CPIJ011012
UniProt: B0WUA0
AA seq 1972 aa
MSSQRTTTTASAPSKATIAASSSSPSSTTTTTATTMASTNVGAKVTAKPVEQLSTNKERC
RSSSTVRALNFDDPELDKKTTVSPPRVKEEPKGKTSPVKESSAKPTAVKKEVVAPPQPSS
KPISSPAVVSASKPPHSSSPKQTALESEVNKPHGSPSRGSLKKMHQQSAVKAEEPPKPAL
LKSSSVPGPSPQASVPSSSTQLPSHPISQLATPVITTAAASPTATTAPPAAVVLRPSSGT
NLQKSASYRKSSYKPQHSHSLRYSGSGSDISNLVRVRNSTLGNSAPTLSITSKEGGFGQR
RSTSSSSARSGAVARHRLSFVANISPRSHSPIPASPIDSPRINSPSIIHFPFMPIKRITN
KNSDSRRWSVASLPSSGYVTTPGSSNISSQCSSQEKLHQFPPVPTNDDLHMLSLHFSSND
SNPGMEGRNPHHHHGFHHHHHQHHLQQQQHHHHSLQHNPPVSPLAPHYQHSPQPLSLQSH
ATHCNSPHSVKSGTGSCKDELNNVCGCRSPIHRPRSRSLSSPSHSPITDNEISLMNTFYK
ERFPKATQQMEERLSHFINENKNIINDSARISQPIVRFVHHQVLEMARDCLHKSHAKLIT
SRYFYEMNENLERLLMETKEKSPEAAPEITGVIKKLLLIISRPARLLECLEFDPEEFYRL
LEVAEGQAKITQGIKADIPQYIITKLGLNRDPIAELQEEIIESASLNSSINTNCDSSDNN
NSTSPNASILSGKGTPLNRSGSITCSTPKNAGSLNSSLNTINNNQSSGQNVNNNSSITSA
GAPGGVSKNFKARTNSAIPSEKDYDILKLISNGAYGAVYLVKHKQTRQRFAMKKINKNSL
MLRNQVEQVFAERDILSFADNPFVVSMYCSFETKKHLCLVMEYVEGGDCATLLKSIGPLP
SDMARFYFAETVLAVEYLHSYGIVHRDLKPDNLLITALGHIKLTDFGLSKMGLMSLATNL
YEGYLDSETRQFSDKQVFGTPEYIAPEVILRQGYGKPVDWWSMGIILYEFMIGCVPFFGE
TPEELFAHTVNDDIEWPDNDDWPIQDEAKDLITVLLQQNPRDRLGTGGAHEVKDHCYFFG
LDWNNLLRQKAEFVPQLDNEEDTSYFDTRVDRYNHDICGDDTDDMEDSPLFGSFNSYSPQ
YRKQQNINAAGGGSPAIMAQPEPPLASPLPGTNLPLALTKEKQQLPSLFEDSFDVTSSSQ
QKSGDIGKLIITPELRKFNINPSKYKMPSTPDLEYLPELATPDREDFISHLNLRPHIHQP
VPTTPETPETNKRFSDFYPLSSLKQLSTPESSQTDSDDVSPQIQRKRKIVHSRGLLPKFS
ISIEDDQSGHETSSSTPSQVVTSSSPSSSLNNLNNSRHIVKSASALGLSLMTSSDDSSTA
ITTIGGAGCVGLHNVTATASNLSSSSGCSTGITSTMHSAGNCSSTASSRDTSPCRELSPL
VTNLKPPLIIRRGPRGFGFTVHTIRVYYGDTDFYTMHHLVMAVDEGSPAFEAGLRPADLI
THVNGEAVQGLYHTQVLQLLLSGAELVSLRATPLEHTSIQSGGRKREPWQSKFAKKSTHS
RRKQKKDNEKKRKTSLFRRISSKRASAEMQQMVAGIQSPTSVPPSRSFQSFTRFQGSQPN
LAGGVGGGPSAAVVAVASGSVLPAAIQPVPSSSLTASPVNRLSLSPLNTINAATYQPSPS
SSPSTSAPSTPTGTLTYNDGAPLYQRPSTLHVLKHKLHSSPCGATSKALHTASATGRPNR
RKSADHMPLSPLARTPSPSPLPASPTRSSSPLAFPVVHPLGSSNTTQSYSPGVLPNASSV
TPPVMPGIVTLGGSPTPPTKKGFPRAKTAEPSSPLLRRALSPDRLHPRSAESKCVLSPLC
CNTPLKTPRQVPGIWRSNQNSTITTATPPSSTAGPVTATASASSSSTTSTQQQVVTSAAP
TPSSNTATNTVASKVVSSAPLTATTNTVSSTGSSTKQLASMMDKMSVKEDKQ
NT seq 5919 nt   +upstreamnt  +downstreamnt
atgagcagtcaaaggacgacgacgacggcgtcggcgccttctaaagcaacgatcgctgct
tccagcagctcaccgtcttcgacgacgacgacaacagcaaccacgatggccagcacgaac
gtcggtgccaaagtgaccgcgaagcccgtcgagcagctgtccaccaacaaggaacgatgc
cgatcgtcgtcaaccgttcgcgcgttgaactttgacgatccagagctggacaaaaagaca
accgtcagtccaccgagggtgaaagaggagcccaaagggaagacctccccggtcaaggaa
tcgtcggcaaagccaaccgcagttaagaaggaagtcgttgcgccaccacagccctcctcg
aaaccaatctctagtcctgcagtggtttcggcttcgaagccacctcacagcagcagcccc
aagcagacggctctcgaatcggaggtcaacaaaccgcacggaagtccctcgcggggcagt
ctgaaaaagatgcaccagcagagtgccgtcaaagcggaagaacctcccaagccagccttg
ctcaagtcatcgtccgtaccgggaccatcgccacaggcgtccgttccgagcagttccacg
cagttaccatcccacccgatcagccagctggcgacgcccgtcatcacgacggccgctgcc
tcaccaacggcaaccacggctcctccggccgccgtagttctgcggccctcgtccggaacc
aacctgcaaaagtccgcctcctaccggaagtcgtcctacaagccccagcactcgcactcg
ctgcgatactcgggcagtggcagcgacatctccaacctggttcgtgttcgaaactcaacc
ctcggaaattcggccccaacgctgtcgatcacctcgaaagaaggtggctttggccaacgc
cgttcaacgtcatcatcgtctgcacgtagcggtgccgtcgcccggcatcggctcagcttt
gtggccaacatttcaccccgatctcattcgcccattcccgctagtccgatagacagccct
cggatcaactcgccgagcatcatccactttccgttcatgccgatcaagcggatcaccaac
aagaacagcgacagccggcgatggtcggtggcttcgttgccaagttcgggctacgtgacc
accccgggcagctccaacatctcgtcccagtgctcgagccaggagaagctgcaccaattt
ccgccggttccaacgaacgatgatctgcacatgctttcgctgcacttttccagcaacgac
agcaatcccggcatggaaggtcgcaacccccatcaccaccacggatttcatcatcaccat
catcagcaccatctccagcagcagcagcaccaccatcactcgttgcagcacaatccgccg
gtgtctccgcttgccccgcactatcaacactcgccgcaaccgctcagtcttcaatcgcat
gcaacccactgtaacagcccacactcggtcaaatccggaaccggaagctgcaaggacgaa
ctgaacaacgtctgcggttgtcgatcgccgatccatcggccccgatcacgcagtctcagc
agcccctcgcactccccaataaccgacaacgagatttccctcatgaacaccttctacaag
gaacgcttccccaaagcaacgcaacagatggaggagcgcctctcccactttatcaacgag
aacaagaacatcataaacgacagcgctcgcatctcgcaaccgatcgtacgcttcgtccac
caccaagtgctcgagatggcccgcgattgcctgcacaagtcccacgccaaactcatcact
tcgcgctacttttacgaaatgaacgaaaacctcgaacggttgctgatggaaacgaaggaa
aagtcccccgaagccgccccagaaatcaccggagtgatcaagaaactcctgctcatcatc
tcccgtcctgcgcgccttctagagtgcctcgagttcgatccggaagagttctaccgactg
ctggaggtggccgaaggccaagccaagatcacccaaggcatcaaagcggacatcccgcag
tacatcatcacgaagctcggcctcaaccgggacccgatcgccgaactgcaggaggaaata
atcgaatccgcatccctaaattcgtccatcaacaccaactgtgattcatcggacaataac
aactcgacctcgccgaacgcatccatcctcagcgggaagggcactccgctgaaccgaagc
ggatcgatcacgtgcagcacaccgaagaacgccggctccctaaacagctcgctcaacacg
atcaacaacaaccagtcgagcggccagaacgtcaacaacaactcttcgattaccagtgca
ggtgcacccggtggtgtttccaaaaacttcaaggcacgcaccaacagtgccatacccagt
gagaaggactacgacatactcaagctgatctcgaacggggcgtacggagcggtctacctc
gtgaagcacaagcaaacgaggcaacgatttgcgatgaagaagatcaacaaaaatagccta
atgctgcgcaatcaggttgagcaggtctttgccgagcgggacattctgagctttgcggac
aatcccttcgtggtgagcatgtactgttcgtttgaaaccaagaagcatctctgcctggtg
atggagtacgtcgaggggggagattgtgccacgttgctgaagagtatcggaccgcttccg
tcggacatggcgcggttctactttgccgagacggtgctcgcggtggagtaccttcacagc
tacggaattgtacaccgcgatttgaagccggacaatctgctgattacggcactcgggcat
atcaagctgaccgattttgggctgtccaagatggggttgatgtcactggccacgaatctg
tacgagggttatctggacagcgagacgcggcaattttcggacaagcaggtattcggcacg
ccggagtacatcgctccggaggtgatcttgagacagggatatgggaaaccggtagactgg
tggtccatgggaatcattttgtacgaatttatgattggctgcgtgccgttctttggcgaa
actcccgaggaactgtttgcccacacggtgaacgacgacatcgagtggccggataacgac
gactggccgatccaggacgaggcgaaagatttgattacggtactgctgcaacagaatccc
agggatcgtctcggtacgggaggtgcgcacgaggttaaggatcactgctacttcttcggg
ctggactggaacaatttgttgcggcaaaaggcggaatttgttccgcagttggacaacgag
gaggacacgagctactttgacacgcgcgttgaccggtacaaccacgacatctgcggtgac
gatacggatgacatggaagattctccactgtttggttcgttcaactcgtactcgcctcag
tatcgcaaacagcaaaacatcaatgcagctggtggaggatcacccgcgatcatggcccag
ccagaacctccactcgcatcgcccctcccgggtacgaaccttcccttggcgttgaccaag
gagaagcaacagctgccatcgctgttcgaggatagcttcgatgtcaccagcagcagtcag
caaaagtcgggtgacatcggcaagctgatcatcacaccagagctgcgcaagttcaacatc
aatccttccaaatacaagatgccatcgacgccagatctggaatatctgccagagctggcc
acacccgatcgtgaagatttcattagccatctgaacctgcgtccgcacatccaccaaccg
gtgccaacaaccccggagacacccgaaaccaacaaacgcttcagcgatttctacccactc
tcctcgctgaaacaactctccaccccggaatcctcccaaacggacagtgacgacgtttcg
ccgcagattcagcgcaagcgcaagatcgtccacagccggggccttctgccgaagttctca
atttccatcgaggacgaccagagtggccacgagacgtcctcgtcaacgccgtcccaggtg
gtgacctcttcttcgccgtccagctcgctaaacaacctgaacaactcgcgtcacatcgtc
aagagcgcgtccgcgctgggtctctcgctgatgacctcgtcggacgactcgtcgacggcg
attacgacgatcggaggagcagggtgtgttgggctgcacaacgtcaccgcgaccgcctcg
aatctttcgtcgtcgtctggctgcagtaccggcatcacctccacgatgcattccgccggc
aactgctcgagcacggccagctcacgtgatacttccccgtgcagggagctcagtcctcta
gtcactaatcttaagccaccgctgatcatccggaggggaccgcgcgggttcggttttacg
gtgcacacgatccgggtgtactacggcgatacggatttctacacgatgcatcacctggtg
atggccgtggacgaaggcagtccggcgttcgaggctggcctgagaccggctgatttgatc
acccacgtaaacggggaagccgtgcaagggttgtaccacacgcaggtgctgcaactgttg
ctgagtggagctgagttggtcagtttgcgggcgactccgctggaacataccagcattcag
agtggcgggaggaagcgcgaaccgtggcagagtaaattcgccaagaagagcacgcacagc
cggcggaagcagaaaaaggacaacgagaagaagcggaaaacgtcactgttcaggcggatc
agtagcaaacgtgcgagtgccgagatgcagcagatggtggccgggattcaatcgccgacg
tcggttcctccgagcagaagcttccagtcattcacccgcttccagggcagtcaacccaac
ctggccggtggcgttggaggtggtccatcagcagcagttgtggccgtagcttcgggaagt
gtgctgcctgcagccatccaaccggtgccttcgtcatcgttgacggcatcgcccgtcaac
cggctcagtctttcgccgctgaacacgatcaacgccgctacgtaccagccttcgccgtcg
tcttcacccagcacttcggccccgagcacgcccaccgggacgctgacctacaacgacggg
gcgcctctctaccagcgaccttcgacgctgcacgtgctgaaacacaagctgcactcgtca
ccctgtggagccaccagtaaggcactgcacacggcttccgccacgggtcgtcccaaccgg
aggaaatccgccgatcacatgccgctgtcgccactcgccagaacacctagtccatccccg
ttgccggcatcaccaacccgttcctccagcccgctggccttccccgtggtccacccgcta
ggctcctccaacacgacacagtcgtacagcccgggcgtgctcccaaacgcgtcgagcgta
actcccccagtcatgccgggtatcgtaacgctcggcggctcaccaacgccacctacgaag
aaaggcttcccgcgggcaaaaaccgccgaacccagctcaccccttctgcgacgtgccctc
tccccggaccggctgcatccccgaagtgccgaaagcaagtgtgtcctctcccccctatgc
tgcaacaccccactaaagaccccgcgccaagtccccggcatctggcgatccaatcaaaac
tccaccatcacaacggccacgccaccctcgtcaaccgctggtccggttaccgccactgca
agcgcatcgtcgtcatcgacgacttcgacccaacagcaggtcgtgacatcggccgcacca
acgccctcgtcaaacaccgcaaccaacacggtcgcctcgaaggtggtcagctcggcgccg
ctaacggccaccaccaacacggtatcgtccaccgggtcgtccacgaagcagcttgccagc
atgatggacaagatgagcgtcaaggaggacaagcagtaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (21)   

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