Gene info for GFF3913 in Pseudomonas sp. DMC3

Annotation: Ferrous-iron efflux pump FieF
Type 1: Protein-coding gene
Located on scaffold scaffold00000009, - strand, nucleotides 167,559 to 168,455
See nucleotide sequence around GFF3913 or for all of scaffold scaffold00000009

Nearby Genes

500 ntGFF3908 and GFF3909 are separated by 72 nucleotidesGFF3909 and GFF3910 overlap by 6 nucleotidesGFF3910 and GFF3911 are separated by 170 nucleotidesGFF3911 and GFF3912 are separated by 450 nucleotidesGFF3912 and GFF3913 overlap by 7 nucleotidesGFF3913 and GFF3914 are separated by 13 nucleotidesGFF3914 and GFF3915 are separated by 110 nucleotidesGFF3915 and GFF3916 are separated by 129 nucleotidesGFF3916 and GFF3917 are separated by 13 nucleotidesGFF3917 and GFF3918 are separated by 11 nucleotides GFF3908 - AMP nucleosidase, at 163,151 to 164,614 GFF3908 GFF3909 - Ribosomal large subunit pseudouridine synthase E, at 164,687 to 165,322 GFF3909 GFF3910 - hypothetical protein, at 165,317 to 165,526 GFF3910 GFF3911 - Leucine-responsive regulatory protein, at 165,697 to 166,176 GFF3911 GFF3912 - hypothetical protein, at 166,627 to 167,565 GFF3912 GFF3913 - Ferrous-iron efflux pump FieF, at 167,559 to 168,455 GFF3913 GFF3914 - hypothetical protein, at 168,469 to 168,888 GFF3914 GFF3915 - ATP-dependent RNA helicase HrpB, at 168,999 to 171,518 GFF3915 GFF3916 - hypothetical protein, at 171,648 to 172,220 GFF3916 GFF3917 - hypothetical protein, at 172,234 to 172,659 GFF3917 GFF3918 - hypothetical protein, at 172,671 to 173,750 GFF3918
Locus Name Description Strand Phenotype
GFF3908 AMP nucleosidase + cofit
GFF3909 Ribosomal large subunit pseudouridine synthase E + insig.
GFF3910 hypothetical protein - no data
GFF3911 Leucine-responsive regulatory protein - cofit
GFF3912 hypothetical protein + cofit
GFF3913 Ferrous-iron efflux pump FieF - cofit
GFF3914 hypothetical protein - cofit
GFF3915 ATP-dependent RNA helicase HrpB + cofit
GFF3916 hypothetical protein + insig.
GFF3917 hypothetical protein + cofit
GFF3918 hypothetical protein - cofit

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