Gene info for GFF2635 in Methylophilus sp. DMC18

Annotation: hypothetical protein
Type 1: Protein-coding gene
Located on scaffold scaffold00000006, - strand, nucleotides 27,997 to 29,934
See nucleotide sequence around GFF2635 or for all of scaffold scaffold00000006

Nearby Genes

500 ntGFF2630 and GFF2631 are separated by 77 nucleotidesGFF2631 and GFF2632 are separated by 157 nucleotidesGFF2632 and GFF2633 are separated by 0 nucleotidesGFF2633 and GFF2634 are separated by 178 nucleotidesGFF2634 and GFF2635 are separated by 147 nucleotidesGFF2635 and GFF2636 are separated by 184 nucleotidesGFF2636 and GFF2637 are separated by 155 nucleotidesGFF2637 and GFF2638 are separated by 124 nucleotidesGFF2638 and GFF2639 are separated by 495 nucleotidesGFF2639 and GFF2640 overlap by 8 nucleotides GFF2630 - Protoheme IX farnesyltransferase, at 23,997 to 24,890 GFF2630 GFF2631 - hypothetical protein, at 24,968 to 25,489 GFF2631 GFF2632 - hypothetical protein, at 25,647 to 26,510 GFF2632 GFF2633 - hypothetical protein, at 26,511 to 27,383 GFF2633 GFF2634 - Phosphate starvation-inducible protein PsiF, at 27,562 to 27,849 GFF2634 GFF2635 - hypothetical protein, at 27,997 to 29,934 GFF2635 GFF2636 - HTH-type transcriptional activator RhaS, at 30,119 to 31,084 GFF2636 GFF2637 - Aldehyde reductase YahK, at 31,240 to 32,283 GFF2637 GFF2638 - hypothetical protein, at 32,408 to 32,749 GFF2638 GFF2639 - Urease accessory protein UreE, at 33,245 to 33,691 GFF2639 GFF2640 - Urease accessory protein UreF, at 33,684 to 34,361 GFF2640
Locus Name Description Strand Phenotype
GFF2630 Protoheme IX farnesyltransferase + cofit
GFF2631 hypothetical protein - insig.
GFF2632 hypothetical protein - insig.
GFF2633 hypothetical protein - insig.
GFF2634 Phosphate starvation-inducible protein PsiF - no data
GFF2635 hypothetical protein - insig.
GFF2636 HTH-type transcriptional activator RhaS + insig.
GFF2637 Aldehyde reductase YahK + insig.
GFF2638 hypothetical protein - insig.
GFF2639 Urease accessory protein UreE + insig.
GFF2640 Urease accessory protein UreF + insig.

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