Experiment: nitrite (N)
Only strains with sufficient reads to estimate fitness are shown,
but the strain fitness values are still rather noisy and may be biased towards zero.
Strains near the edge of a gene are not shown as being associated with that
gene (they are in grey).
Strains in the central 10-90% of a gene are color coded by the insertion's strand.
Usually, "+" means that the selectable marker is encoded on the forward strand,
i.e., transcribed rightward.
500 nt RR42_RS33650 and RR42_RS33655 are separated by 36 nucleotides RR42_RS33655 and RR42_RS33660 are separated by 43 nucleotides
RR42_RS33650: RR42_RS33650 - IclR family transcriptional regulator, at 2,977,489 to 2,978,259
_RS33650
RR42_RS33655: RR42_RS33655 - ABC transporter substrate-binding protein, at 2,978,296 to 2,979,270
_RS33655
RR42_RS33660: RR42_RS33660 - dihydrofolate reductase, at 2,979,314 to 2,980,267
_RS33660
Position (kb)
2978
2979
2980 Strain fitness (log2 ratio)
-3
-2
-1
0
1 at 2977.373 kb on + strand at 2977.696 kb on + strand, within RR42_RS33650 at 2977.696 kb on + strand, within RR42_RS33650 at 2977.696 kb on + strand, within RR42_RS33650 at 2977.846 kb on + strand, within RR42_RS33650 at 2978.005 kb on - strand, within RR42_RS33650 at 2978.251 kb on - strand at 2978.297 kb on + strand at 2978.532 kb on - strand, within RR42_RS33655 at 2978.718 kb on - strand, within RR42_RS33655 at 2978.726 kb on + strand, within RR42_RS33655 at 2978.727 kb on - strand, within RR42_RS33655 at 2978.727 kb on - strand, within RR42_RS33655 at 2978.889 kb on - strand, within RR42_RS33655 at 2978.936 kb on + strand, within RR42_RS33655 at 2978.936 kb on + strand, within RR42_RS33655 at 2978.937 kb on - strand, within RR42_RS33655 at 2978.937 kb on - strand, within RR42_RS33655 at 2978.937 kb on - strand, within RR42_RS33655 at 2978.937 kb on - strand, within RR42_RS33655 at 2978.937 kb on - strand, within RR42_RS33655 at 2979.002 kb on + strand, within RR42_RS33655 at 2979.002 kb on + strand, within RR42_RS33655 at 2979.002 kb on + strand, within RR42_RS33655 at 2979.003 kb on - strand, within RR42_RS33655 at 2979.003 kb on - strand, within RR42_RS33655 at 2979.003 kb on - strand, within RR42_RS33655 at 2979.003 kb on - strand, within RR42_RS33655 at 2979.186 kb on - strand at 2979.242 kb on + strand at 2979.243 kb on - strand at 2979.296 kb on + strand at 2979.742 kb on - strand, within RR42_RS33660 at 2979.742 kb on - strand, within RR42_RS33660 at 2979.851 kb on - strand, within RR42_RS33660 at 2980.155 kb on + strand, within RR42_RS33660 at 2980.197 kb on + strand at 2980.197 kb on + strand at 2980.197 kb on + strand at 2980.198 kb on - strand at 2980.267 kb on + strand at 2980.268 kb on - strand at 2980.268 kb on - strand
Per-strain Table
Position Strand Gene LocusTag Fraction nitrite (N) remove 2,977,373 + +0.1 2,977,696 + RR42_RS33650 0.27 -2.5 2,977,696 + RR42_RS33650 0.27 -1.0 2,977,696 + RR42_RS33650 0.27 -0.8 2,977,846 + RR42_RS33650 0.46 -3.0 2,978,005 - RR42_RS33650 0.67 -0.6 2,978,251 - -0.0 2,978,297 + +0.9 2,978,532 - RR42_RS33655 0.24 -2.1 2,978,718 - RR42_RS33655 0.43 -1.6 2,978,726 + RR42_RS33655 0.44 +0.3 2,978,727 - RR42_RS33655 0.44 +0.3 2,978,727 - RR42_RS33655 0.44 +0.8 2,978,889 - RR42_RS33655 0.61 +1.0 2,978,936 + RR42_RS33655 0.66 -0.5 2,978,936 + RR42_RS33655 0.66 +0.3 2,978,937 - RR42_RS33655 0.66 +0.3 2,978,937 - RR42_RS33655 0.66 -2.7 2,978,937 - RR42_RS33655 0.66 -0.0 2,978,937 - RR42_RS33655 0.66 +0.3 2,978,937 - RR42_RS33655 0.66 -2.4 2,979,002 + RR42_RS33655 0.72 +0.4 2,979,002 + RR42_RS33655 0.72 +1.2 2,979,002 + RR42_RS33655 0.72 +0.9 2,979,003 - RR42_RS33655 0.73 +0.2 2,979,003 - RR42_RS33655 0.73 -0.4 2,979,003 - RR42_RS33655 0.73 +0.1 2,979,003 - RR42_RS33655 0.73 -0.2 2,979,186 - +0.8 2,979,242 + -0.2 2,979,243 - +0.1 2,979,296 + -0.1 2,979,742 - RR42_RS33660 0.45 -0.3 2,979,742 - RR42_RS33660 0.45 +0.9 2,979,851 - RR42_RS33660 0.56 +0.8 2,980,155 + RR42_RS33660 0.88 +1.6 2,980,197 + +0.2 2,980,197 + +0.6 2,980,197 + -1.2 2,980,198 - +1.6 2,980,267 + -0.8 2,980,268 - -0.2 2,980,268 - -0.8
Or see this region's nucleotide sequence