Annotation: universal stress protein UspE Type 1: Protein-coding gene Located on scaffold NZ_JQJR01000008, + strand, nucleotides 238,515 to 239,474 See nucleotide sequence around EX31_RS07205 or for all of scaffold NZ_JQJR01000008
Other databases: NCBI
Nearby Genes
500 nt EX31_RS07180 and EX31_RS07185 are separated by 214 nucleotides EX31_RS07185 and EX31_RS07190 are separated by 119 nucleotides EX31_RS07190 and EX31_RS07195 are separated by 79 nucleotides EX31_RS07195 and EX31_RS07200 are separated by 441 nucleotides EX31_RS07200 and EX31_RS07205 are separated by 135 nucleotides EX31_RS07205 and EX31_RS07210 are separated by 69 nucleotides EX31_RS07210 and EX31_RS07215 are separated by 9 nucleotides EX31_RS07215 and EX31_RS07220 are separated by 535 nucleotides EX31_RS07220 and EX31_RS07225 are separated by 230 nucleotides EX31_RS07225 and EX31_RS07230 are separated by 250 nucleotides
EX31_RS07180: EX31_RS07180 - DNA endonuclease SmrA, at 233,141 to 233,707
_RS07180
EX31_RS07185: EX31_RS07185 - mannosyl-3-phosphoglycerate phosphatase-related protein, at 233,922 to 234,737
_RS07185
EX31_RS07190: EX31_RS07190 - glycosyl transferase, at 234,857 to 236,077
_RS07190
EX31_RS07195: EX31_RS07195 - TerC/Alx family metal homeostasis membrane protein, at 236,157 to 237,182
_RS07195
EX31_RS07200: EX31_RS07200 - FNR family transcription factor, at 237,624 to 238,379
_RS07200
EX31_RS07205: EX31_RS07205 - universal stress protein UspE, at 238,515 to 239,474
_RS07205
EX31_RS07210: EX31_RS07210 - Re/Si-specific NAD(P)(+) transhydrogenase subunit beta, at 239,544 to 240,935
_RS07210
EX31_RS07215: EX31_RS07215 - Re/Si-specific NAD(P)(+) transhydrogenase subunit alpha, at 240,945 to 242,474
_RS07215
EX31_RS07220: EX31_RS07220 - DUF1471 domain-containing protein, at 243,010 to 243,963
_RS07220
EX31_RS07225: EX31_RS07225 - membrane dipeptidase, at 244,194 to 245,306
_RS07225
EX31_RS07230: EX31_RS07230 - ABC transporter substrate-binding protein, at 245,557 to 247,152
_RS07230
Or browse nearby genes
Or see the comparative fitness browser