Gene info for GFF2606 in Pseudomonas sp. DMC3

Annotation: hypothetical protein
Type 1: Protein-coding gene
Located on scaffold scaffold00000005, - strand, nucleotides 404,557 to 405,342
See nucleotide sequence around GFF2606 or for all of scaffold scaffold00000005

Nearby Genes

500 ntGFF2601 and GFF2602 are separated by 169 nucleotidesGFF2602 and GFF2603 are separated by 171 nucleotidesGFF2603 and GFF2604 are separated by 35 nucleotidesGFF2604 and GFF2605 are separated by 91 nucleotidesGFF2605 and GFF2606 are separated by 371 nucleotidesGFF2606 and GFF2607 are separated by 162 nucleotidesGFF2607 and GFF2608 are separated by 168 nucleotidesGFF2608 and GFF2609 are separated by 51 nucleotidesGFF2609 and GFF2610 are separated by 141 nucleotidesGFF2610 and GFF2611 are separated by 87 nucleotides GFF2601 - Septum site-determining protein MinD, at 399,331 to 400,143 GFF2601 GFF2602 - Septum site-determining protein MinC, at 400,313 to 400,996 GFF2602 GFF2603 - Lipid A biosynthesis lauroyltransferase, at 401,168 to 402,100 GFF2603 GFF2604 - hypothetical protein, at 402,136 to 403,308 GFF2604 GFF2605 - hypothetical protein, at 403,400 to 404,185 GFF2605 GFF2606 - hypothetical protein, at 404,557 to 405,342 GFF2606 GFF2607 - Uric acid transporter UacT, at 405,505 to 406,857 GFF2607 GFF2608 - hypothetical protein, at 407,026 to 408,339 GFF2608 GFF2609 - Ureidoglycolate lyase, at 408,391 to 408,894 GFF2609 GFF2610 - allantoicase, at 409,036 to 410,031 GFF2610 GFF2611 - Uric acid degradation bifunctional protein, at 410,119 to 410,634 GFF2611
Locus Name Description Strand Phenotype
GFF2601 Septum site-determining protein MinD - cofit
GFF2602 Septum site-determining protein MinC - cofit
GFF2603 Lipid A biosynthesis lauroyltransferase + no data
GFF2604 hypothetical protein + insig.
GFF2605 hypothetical protein - insig.
GFF2606 hypothetical protein - cofit
GFF2607 Uric acid transporter UacT - cofit
GFF2608 hypothetical protein - cofit
GFF2609 Ureidoglycolate lyase - insig.
GFF2610 allantoicase - insig.
GFF2611 Uric acid degradation bifunctional protein - insig.

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