KEGG   Bacillus subtilis subsp. subtilis 168: BSU31250Help
Entry
BSU31250          CDS       T00010                                 

Gene name
tlpA
Definition
(RefSeq) methyl-accepting chemotaxis protein TlpA
  KO
K03406  methyl-accepting chemotaxis protein
Organism
bsu  Bacillus subtilis subsp. subtilis 168
Pathway
bsu02020  Two-component system
bsu02030  Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:bsu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    BSU31250 (tlpA)
 09140 Cellular Processes
  09142 Cell motility
   02030 Bacterial chemotaxis
    BSU31250 (tlpA)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02035 Bacterial motility proteins [BR:bsu02035]
    BSU31250 (tlpA)
Bacterial motility proteins [BR:bsu02035]
 Flagellar system
  Chemotaxis proteins
   MCPs
    BSU31250 (tlpA)
BRITE hierarchy
SSDB OrthologParalogGene clusterGFIT
Motif
Pfam: MCPsignal dCache_1 HAMP Cache_3-Cache_2 dCache_2 DUF948 Laminin_I Phage_DsbA DUF1664 I_LWEQ
Motif
Other DBs
NCBI-GeneID: 938840
NCBI-ProteinID: NP_391003
Pasteur: BG10860
BSORF: BG10860
UniProt: P39216
Position
complement(3208280..3210268)
Genome map
AA seq 662 aa AA seqDB search
MKKTLTTIRRSSIARRLIISFLLILIVPITALSVSAYQSAVASLDVQMTQSAKENVQILD
HIIDDKISTTEKSLAYFSDWATAEKFQDKKKTELKQEFKQFIQMNDNVAAVFSSGKDGDF
TRYPYADMPSDFNALERDWYKEAMANKGKTIVTEPYESISSGKMVVTIARQTVDGSGVVA
IDMKIDDLVTTAKGINIGKEGYAFILSQNKKVIAYSGEKAGTELKGDWVDKLYKDKSGDF
EYTYKGKKKKMAFATSQTTGWKISGTMYANEIHDAASRVLIMASIVLAIAIGAGMTAIYF
VIRSITKPLRRIVASAEKISEGDLTETIEINSKDELGVLSESFNHMAHSLRSLIHGIKDS
VEHVASSSEELTASADQTSRATEHITMAIEQFSNGSESQSEKIETTTEQINEMNDGLAEL
ARAAAVITETSADSTEVSSKGETLVQKTAGQMNTIDHSVKAAEQVVKGLEIKSKDITNIL
RVINGIADQTNLLALNAAIEAARAGEYGRGFSVVAEEVRKLAVQSADSAKEIESLISEIV
KEIHTSLNVLQSVNKEVETGLVMTDETKQSFKHISQMTNQIASELQNMNATVEELSAGAQ
EISAASNDITAISKESSDGIQDIAASAEEQLASMEEISSSALTLERMSEELRDLTKQFKV
DK
NT seq 1989 nt NT seq  +upstreamnt  +downstreamnt
atgaaaaaaacactcaccactattcgcagatcatcaattgcaaggagacttattatttct
ttcctgctgatcttaattgttccgataaccgccctttcggttagcgcttatcaatcagca
gttgcctcacttgatgtacagatgacgcaaagcgcaaaggaaaatgttcagatattagat
cacatcattgatgataaaatcagcactactgaaaaaagcctcgcatatttcagcgattgg
gctacagcagaaaaatttcaggataaaaagaaaacagagctgaaacaggaatttaaacaa
tttatccaaatgaatgataatgtcgctgcggtattttcaagcggcaaagacggggacttc
acacgttatccgtacgctgacatgccaagcgactttaatgctttggaacgagattggtac
aaagaagcaatggccaataaaggcaaaacaattgtcactgagccttatgaatcgatttca
tcaggaaaaatggtcgtcaccatcgcccgtcaaacggtggatgggtcaggcgttgtcgcc
attgatatgaaaattgatgacttagtcactaccgcgaaaggaatcaatatcggaaaagaa
ggctatgcttttattttgagccaaaacaagaaagtcatcgcctactccggagaaaaagcg
ggaacagagctaaaaggggactgggttgataagctctacaaggataaaagcggggacttt
gaatatacgtacaaaggcaaaaagaaaaaaatggcatttgcaacaagccaaacaacaggc
tggaaaatcagcggcacgatgtatgcaaacgagattcacgatgctgcaagcagggttctg
atcatggcttcaatcgttctggcgattgccatcggagctggaatgacggcgatttatttt
gtgattcgatccatcacaaagccattgagacgcattgtcgcatccgctgaaaaaattagt
gaaggcgatctaaccgaaacgattgaaatcaattcaaaagatgaactcggcgttctgagt
gagagcttcaatcatatggcacactcgcttcgctcgctcattcacgggatcaaagactca
gtagaacacgttgcctcctcgtctgaagagctgactgcatcggcagaccagacaagcaga
gccactgagcacattacgatggctatcgagcaattttcaaacggcagtgaaagccaaagc
gagaaaatagaaacgacaaccgaacaaattaatgaaatgaatgacggattggcagagctg
gcgcgggctgcagcagtgattacagaaacatccgcagattcaaccgaagtgtcaagcaaa
ggggagacactcgtccagaaaacagccggccaaatgaacacaattgaccattccgtaaaa
gcagcggaacaagtggtgaaagggctggagatcaaatcaaaggatatcacgaatattttg
cgtgtcatcaacggcattgcggatcaaaccaatcttttggctttaaatgccgccattgaa
gctgccagagcgggtgaatacggccggggcttctcagtcgtcgctgaggaagtgagaaag
ctcgcggtacagtcggctgactcagcaaaagaaattgaatcgctgatcagtgaaatagta
aaagaaattcacacatcactgaacgtgcttcagtccgtaaacaaagaagttgaaacaggg
cttgtcatgacggatgaaactaaacagagcttcaaacatatatcgcaaatgaccaatcaa
attgcttccgagctgcaaaacatgaatgcgacggttgaggagctgtcagcgggagctcaa
gaaatttccgcagcttcaaatgatatcactgccatttctaaggaaagctcggatggcatc
caagatatcgccgcttcagctgaggaacagctggcatccatggaggagattagttcatct
gcactgacgcttgaaagaatgtctgaagaactccgtgatctgacaaaacaatttaaagta
gacaaataa

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