Annotation: Chemotaxis regulator BdlA Type 1: Protein-coding gene Located on scaffold cMIT1002, - strand, nucleotides 3,712,148 to 3,713,464 See nucleotide sequence around MIT1002_03324 or for all of scaffold cMIT1002
Other databases: NCBI
Nearby Genes
500 nt MIT1002_03319 and MIT1002_03320 overlap by 32 nucleotides MIT1002_03320 and MIT1002_03321 are separated by 40 nucleotides MIT1002_03321 and MIT1002_03322 are separated by 142 nucleotides MIT1002_03322 and MIT1002_03323 overlap by 4 nucleotides MIT1002_03323 and MIT1002_03324 are separated by 180 nucleotides MIT1002_03324 and MIT1002_03325 are separated by 266 nucleotides MIT1002_03325 and MIT1002_03326 are separated by 98 nucleotides MIT1002_03326 and MIT1002_03327 are separated by 14 nucleotides MIT1002_03327 and MIT1002_03328 are separated by 148 nucleotides MIT1002_03328 and MIT1002_03329 are separated by 215 nucleotides
MIT1002_03319: MIT1002_03319 - hypothetical protein, at 3,705,078 to 3,706,268
_03319
MIT1002_03320: MIT1002_03320 - Putative electron transport protein YccM, at 3,706,237 to 3,708,333
_03320
MIT1002_03321: MIT1002_03321 - Aldehyde dehydrogenase B, at 3,708,374 to 3,709,891
_03321
MIT1002_03322: MIT1002_03322 - Transcriptional activator protein ExaE, at 3,710,034 to 3,710,711
_03322
MIT1002_03323: MIT1002_03323 - Sensor histidine kinase LiaS, at 3,710,708 to 3,711,967
_03323
MIT1002_03324: MIT1002_03324 - Chemotaxis regulator BdlA, at 3,712,148 to 3,713,464
_03324
MIT1002_03325: MIT1002_03325 - HTH-type transcriptional regulator GltR, at 3,713,731 to 3,714,615
_03325
MIT1002_03326: MIT1002_03326 - Methylmalonate-semialdehyde dehydrogenase [acylating], at 3,714,714 to 3,716,213
_03326
MIT1002_03327: MIT1002_03327 - 3-hydroxyisobutyrate dehydrogenase, at 3,716,228 to 3,717,103
_03327
MIT1002_03328: MIT1002_03328 - High-affinity choline transport protein, at 3,717,252 to 3,719,288
_03328
MIT1002_03329: MIT1002_03329 - D-malate degradation protein R, at 3,719,504 to 3,720,403
_03329
Or browse nearby genes
Or see the comparative fitness browser