Annotation: pyridoxal-phosphate dependent enzyme Type 1: Protein-coding gene Located on scaffold NZ_CP088925, - strand, nucleotides 1,188,568 to 1,189,938 See nucleotide sequence around LRK55_RS05465 or for all of scaffold NZ_CP088925
Other databases: NCBI
Nearby Genes
500 nt LRK55_RS05440 and LRK55_RS05445 are separated by 128 nucleotides LRK55_RS05445 and LRK55_RS05450 are separated by 54 nucleotides LRK55_RS05450 and LRK55_RS05455 are separated by 42 nucleotides LRK55_RS05455 and LRK55_RS05460 are separated by 112 nucleotides LRK55_RS05460 and LRK55_RS05465 are separated by 126 nucleotides LRK55_RS05465 and LRK55_RS05470 are separated by 156 nucleotides LRK55_RS05470 and LRK55_RS05475 are separated by 354 nucleotides LRK55_RS05475 and LRK55_RS05480 overlap by 4 nucleotides LRK55_RS05480 and LRK55_RS05485 are separated by 86 nucleotides LRK55_RS05485 and LRK55_RS05490 are separated by 67 nucleotides
LRK55_RS05440: LRK55_RS05440 - mannose-1-phosphate guanylyltransferase/mannose-6-phosphate isomerase, at 1,181,047 to 1,182,459
_RS05440
LRK55_RS05445: LRK55_RS05445 - magnesium-translocating P-type ATPase, at 1,182,588 to 1,185,134
_RS05445
LRK55_RS05450: LRK55_RS05450 - host attachment protein, at 1,185,189 to 1,185,632
_RS05450
LRK55_RS05455: LRK55_RS05455 - universal stress protein, at 1,185,675 to 1,186,499
_RS05455
LRK55_RS05460: LRK55_RS05460 - glutamine--fructose-6-phosphate transaminase (isomerizing), at 1,186,612 to 1,188,441
_RS05460
LRK55_RS05465: LRK55_RS05465 - pyridoxal-phosphate dependent enzyme, at 1,188,568 to 1,189,938
_RS05465
LRK55_RS05470: LRK55_RS05470 - YdcH family protein, at 1,190,095 to 1,190,322
_RS05470
LRK55_RS05475: LRK55_RS05475 - hypothetical protein, at 1,190,677 to 1,191,318
_RS05475
LRK55_RS05480: LRK55_RS05480 - DUF4398 domain-containing protein, at 1,191,315 to 1,191,872
_RS05480
LRK55_RS05485: LRK55_RS05485 - PilT/PilU family type 4a pilus ATPase, at 1,191,959 to 1,193,071
_RS05485
LRK55_RS05490: LRK55_RS05490 - maleylacetoacetate isomerase, at 1,193,139 to 1,193,807
_RS05490
Or browse nearby genes
Or see the comparative fitness browser