Gene info for GFF3333 in Pseudomonas sp. DMC3

Annotation: hypothetical protein
Type 1: Protein-coding gene
Located on scaffold scaffold00000007, - strand, nucleotides 339,708 to 340,154
See nucleotide sequence around GFF3333 or for all of scaffold scaffold00000007

Nearby Genes

500 ntGFF3328 and GFF3329 are separated by 12 nucleotidesGFF3329 and GFF3330 are separated by 41 nucleotidesGFF3330 and GFF3331 are separated by 219 nucleotidesGFF3331 and GFF3332 overlap by 16 nucleotidesGFF3332 and GFF3333 overlap by 4 nucleotidesGFF3333 and GFF3334 are separated by 75 nucleotidesGFF3334 and GFF3335 are separated by 94 nucleotidesGFF3335 and GFF3336 are separated by 1019 nucleotidesGFF3336 and GFF3337 are separated by 107 nucleotidesGFF3337 and GFF3338 are separated by 9 nucleotides GFF3328 - tRNA 5-carboxymethoxyuridine methyltransferase, at 332,775 to 333,524 GFF3328 GFF3329 - hypothetical protein, at 333,537 to 334,148 GFF3329 GFF3330 - hypothetical protein, at 334,190 to 334,747 GFF3330 GFF3331 - hypothetical protein, at 334,967 to 336,964 GFF3331 GFF3332 - Adaptive-response sensory-kinase SasA, at 336,949 to 339,711 GFF3332 GFF3333 - hypothetical protein, at 339,708 to 340,154 GFF3333 GFF3334 - hypothetical protein, at 340,230 to 340,700 GFF3334 GFF3335 - Response regulator protein TmoT, at 340,795 to 341,586 GFF3335 GFF3336 - hypothetical protein, at 342,606 to 342,968 GFF3336 GFF3337 - hypothetical protein, at 343,076 to 343,348 GFF3337 GFF3338 - hypothetical protein, at 343,358 to 344,080 GFF3338
Locus Name Description Strand Phenotype
GFF3328 tRNA 5-carboxymethoxyuridine methyltransferase + insig.
GFF3329 hypothetical protein + cofit
GFF3330 hypothetical protein + cofit
GFF3331 hypothetical protein + insig.
GFF3332 Adaptive-response sensory-kinase SasA - cofit
GFF3333 hypothetical protein - insig.
GFF3334 hypothetical protein + cofit
GFF3335 Response regulator protein TmoT + cofit
GFF3336 hypothetical protein + no data
GFF3337 hypothetical protein - insig.
GFF3338 hypothetical protein - insig.

Or browse nearby genes

Or see the comparative fitness browser