Gene info for GFF3494 in Sphingobium sp. HT1-2

Annotation: hypothetical protein
Type 1: Protein-coding gene
Located on scaffold 165695.215, + strand, nucleotides 3,530,870 to 3,531,889
See nucleotide sequence around GFF3494 or for all of scaffold 165695.215

Nearby Genes

500 ntGFF3489 and GFF3490 are separated by 236 nucleotidesGFF3490 and GFF3491 are separated by 112 nucleotidesGFF3491 and GFF3492 are separated by 140 nucleotidesGFF3492 and GFF3493 overlap by 8 nucleotidesGFF3493 and GFF3494 are separated by 1 nucleotidesGFF3494 and GFF3495 overlap by 49 nucleotidesGFF3495 and GFF3496 are separated by 314 nucleotidesGFF3496 and GFF3497 are separated by 100 nucleotidesGFF3497 and GFF3498 overlap by 4 nucleotidesGFF3498 and GFF3499 are separated by 554 nucleotides GFF3489 - Transcriptional regulator, LysR family, at 3,525,610 to 3,526,494 GFF3489 GFF3490 - L,D-transpeptidase, at 3,526,731 to 3,527,741 GFF3490 GFF3491 - hypothetical protein, at 3,527,854 to 3,528,342 GFF3491 GFF3492 - hypothetical protein, at 3,528,483 to 3,529,718 GFF3492 GFF3493 - hypothetical protein, at 3,529,711 to 3,530,868 GFF3493 GFF3494 - hypothetical protein, at 3,530,870 to 3,531,889 GFF3494 GFF3495 - hypothetical protein, at 3,531,841 to 3,532,581 GFF3495 GFF3496 - TonB-dependent receptor, at 3,532,896 to 3,535,694 GFF3496 GFF3497 - hypothetical protein, at 3,535,795 to 3,536,412 GFF3497 GFF3498 - hypothetical protein, at 3,536,409 to 3,537,170 GFF3498 GFF3499 - hypothetical protein, at 3,537,725 to 3,538,102 GFF3499
Locus Name Description Strand Phenotype
GFF3489 Transcriptional regulator, LysR family - insig.
GFF3490 L,D-transpeptidase + cofit
GFF3491 hypothetical protein + cofit
GFF3492 hypothetical protein + cofit
GFF3493 hypothetical protein + cofit
GFF3494 hypothetical protein + cofit
GFF3495 hypothetical protein + cofit
GFF3496 TonB-dependent receptor + cofit
GFF3497 hypothetical protein - cofit
GFF3498 hypothetical protein - cofit
GFF3499 hypothetical protein + cofit

Or browse nearby genes

Or see the comparative fitness browser