Annotation: LysR family transcriptional regulator Type 1: Protein-coding gene Located on scaffold NZ_CP010536, + strand, nucleotides 2,471,324 to 2,472,247 See nucleotide sequence around RR42_RS11555 or for all of scaffold NZ_CP010536
Other databases: NCBI , uniprot: A0A0C4YGD2
Nearby Genes
500 nt RR42_RS11530 and RR42_RS11535 are separated by 50 nucleotides RR42_RS11535 and RR42_RS11540 are separated by 222 nucleotides RR42_RS11540 and RR42_RS11545 are separated by 194 nucleotides RR42_RS11545 and RR42_RS11550 are separated by 89 nucleotides RR42_RS11550 and RR42_RS11555 are separated by 151 nucleotides RR42_RS11555 and RR42_RS11560 are separated by 109 nucleotides RR42_RS11560 and RR42_RS11565 are separated by 675 nucleotides RR42_RS11565 and RR42_RS11570 are separated by 601 nucleotides RR42_RS11570 and RR42_RS11575 are separated by 332 nucleotides RR42_RS11575 and RR42_RS11580 are separated by 92 nucleotides
RR42_RS11530: RR42_RS11530 - LuxR family transcriptional regulator, at 2,465,272 to 2,465,895
_RS11530
RR42_RS11535: RR42_RS11535 - hypothetical protein, at 2,465,946 to 2,467,307
_RS11535
RR42_RS11540: RR42_RS11540 - TonB-dependent receptor, at 2,467,530 to 2,469,917
_RS11540
RR42_RS11545: RR42_RS11545 - 4-oxalocrotonate tautomerase, at 2,470,112 to 2,470,348
_RS11545
RR42_RS11550: RR42_RS11550 - 3-oxoacyl-ACP reductase, at 2,470,438 to 2,471,172
_RS11550
RR42_RS11555: RR42_RS11555 - LysR family transcriptional regulator, at 2,471,324 to 2,472,247
_RS11555
RR42_RS11560: RR42_RS11560 - protein involved in RimO-mediated beta-methylthiolation of ribosomal protein S12 YcaO, at 2,472,357 to 2,474,561
_RS11560
RR42_RS11565: RR42_RS11565 - diguanylate cyclase, at 2,475,237 to 2,477,711
_RS11565
RR42_RS11570: RR42_RS11570 - magnesium transporter MgtC, at 2,478,313 to 2,478,633
_RS11570
RR42_RS11575: RR42_RS11575 - hypothetical protein, at 2,478,966 to 2,479,154
_RS11575
RR42_RS11580: RR42_RS11580 - hypothetical protein, at 2,479,247 to 2,480,086
_RS11580
Or browse nearby genes
Or see the comparative fitness browser