Annotation: hypothetical protein Type 1: Protein-coding gene Located on scaffold NZ_CP160205, + strand, nucleotides 2,587,543 to 2,587,809 See nucleotide sequence around ABZR88_RS10540 or for all of scaffold NZ_CP160205
Other databases: NCBI
Nearby Genes
500 nt ABZR88_RS10515 and ABZR88_RS10520 are separated by 139 nucleotides ABZR88_RS10520 and ABZR88_RS10525 are separated by 48 nucleotides ABZR88_RS10525 and ABZR88_RS10530 are separated by 430 nucleotides ABZR88_RS10530 and ABZR88_RS10535 are separated by 238 nucleotides ABZR88_RS10535 and ABZR88_RS10540 are separated by 307 nucleotides ABZR88_RS10540 and ABZR88_RS10545 are separated by 24 nucleotides ABZR88_RS10545 and ABZR88_RS10550 are separated by 52 nucleotides ABZR88_RS10550 and ABZR88_RS10555 are separated by 228 nucleotides ABZR88_RS10555 and ABZR88_RS10560 are separated by 617 nucleotides ABZR88_RS10560 and ABZR88_RS10565 are separated by 129 nucleotides
ABZR88_RS10515: ABZR88_RS10515 - pectinesterase family protein, at 2,580,381 to 2,581,397
_RS10515
ABZR88_RS10520: ABZR88_RS10520 - glycoside hydrolase family 28 protein, at 2,581,537 to 2,583,195
_RS10520
ABZR88_RS10525: ABZR88_RS10525 - rhamnogalacturonan acetylesterase, at 2,583,244 to 2,584,038
_RS10525
ABZR88_RS10530: ABZR88_RS10530 - LacI family DNA-binding transcriptional regulator, at 2,584,469 to 2,585,506
_RS10530
ABZR88_RS10535: ABZR88_RS10535 - malate:quinone oxidoreductase, at 2,585,745 to 2,587,235
_RS10535
ABZR88_RS10540: ABZR88_RS10540 - hypothetical protein, at 2,587,543 to 2,587,809
_RS10540
ABZR88_RS10545: ABZR88_RS10545 - ABC transporter ATP-binding protein, at 2,587,834 to 2,588,583
_RS10545
ABZR88_RS10550: ABZR88_RS10550 - ABC transporter permease, at 2,588,636 to 2,589,856
_RS10550
ABZR88_RS10555: ABZR88_RS10555 - hypothetical protein, at 2,590,085 to 2,590,300
_RS10555
ABZR88_RS10560: ABZR88_RS10560 - multidrug effflux MFS transporter, at 2,590,918 to 2,592,141
_RS10560
ABZR88_RS10565: ABZR88_RS10565 - thioredoxin family protein, at 2,592,271 to 2,592,885
_RS10565
Or browse nearby genes
Or see the comparative fitness browser