Annotation: stress-induced protein YchH Type 1: Protein-coding gene Located on scaffold NZ_CP031560, - strand, nucleotides 2,430,939 to 2,431,214 See nucleotide sequence around DZA65_RS11425 or for all of scaffold NZ_CP031560
Other databases: NCBI , uniprot: A0A385XY91
Nearby Genes
500 nt DZA65_RS11400 and DZA65_RS11405 are separated by 47 nucleotides DZA65_RS11405 and DZA65_RS11410 are separated by 209 nucleotides DZA65_RS11410 and DZA65_RS11415 are separated by 3 nucleotides DZA65_RS11415 and DZA65_RS11420 are separated by 129 nucleotides DZA65_RS11420 and DZA65_RS11425 are separated by 330 nucleotides DZA65_RS11425 and DZA65_RS11430 are separated by 242 nucleotides DZA65_RS11430 and DZA65_RS11435 are separated by 129 nucleotides DZA65_RS11435 and DZA65_RS11440 are separated by 867 nucleotides DZA65_RS11440 and DZA65_RS11445 are separated by 78 nucleotides DZA65_RS11445 and DZA65_RS11450 are separated by 58 nucleotides
DZA65_RS11400: DZA65_RS11400 - peptide chain release factor 1, at 2,425,436 to 2,426,521
_RS11400
DZA65_RS11405: DZA65_RS11405 - glutamyl-tRNA reductase, at 2,426,569 to 2,427,825
_RS11405
DZA65_RS11410: DZA65_RS11410 - lipoprotein localization protein LolB, at 2,428,035 to 2,428,655
_RS11410
DZA65_RS11415: DZA65_RS11415 - 4-(cytidine 5'-diphospho)-2-C-methyl-D-erythritol kinase, at 2,428,659 to 2,429,531
_RS11415
DZA65_RS11420: DZA65_RS11420 - ribose-phosphate diphosphokinase, at 2,429,661 to 2,430,608
_RS11420
DZA65_RS11425: DZA65_RS11425 - stress-induced protein YchH, at 2,430,939 to 2,431,214
_RS11425
DZA65_RS11430: DZA65_RS11430 - aminoacyl-tRNA hydrolase, at 2,431,457 to 2,432,044
_RS11430
DZA65_RS11435: DZA65_RS11435 - redox-regulated ATPase YchF, at 2,432,174 to 2,433,265
_RS11435
DZA65_RS11440: DZA65_RS11440 - MFS transporter, at 2,434,133 to 2,435,566
_RS11440
DZA65_RS11445: DZA65_RS11445 - fructotransferase, at 2,435,645 to 2,437,000
_RS11445
DZA65_RS11450: DZA65_RS11450 - carbohydrate kinase, at 2,437,059 to 2,438,027
_RS11450
Or browse nearby genes
Or see the comparative fitness browser