Experiment: m.b. copper (II) chloride 0.625 mM
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 B158DRAFT_0356 and B158DRAFT_0357 are separated by 264 nucleotides B158DRAFT_0357 and B158DRAFT_0358 are separated by 9 nucleotides B158DRAFT_0358 and B158DRAFT_0359 overlap by 7 nucleotides
B158DRAFT_0356: B158DRAFT_0356 - fatty oxidation complex, alpha subunit FadB, at 357,468 to 359,624
_0356
B158DRAFT_0357: B158DRAFT_0357 - Xaa-Pro aminopeptidase, at 359,889 to 361,208
_0357
B158DRAFT_0358: B158DRAFT_0358 - uncharacterized protein, YigZ family, at 361,218 to 361,871
_0358
B158DRAFT_0359: B158DRAFT_0359 - Uncharacterized protein conserved in bacteria, at 361,865 to 362,230
_0359
Position (kb)
359
360
361
362 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2
3
4 at 358.890 kb on + strand, within B158DRAFT_0356 at 358.903 kb on - strand, within B158DRAFT_0356 at 358.910 kb on + strand, within B158DRAFT_0356 at 358.918 kb on - strand, within B158DRAFT_0356 at 358.944 kb on - strand, within B158DRAFT_0356 at 359.510 kb on + strand at 359.746 kb on + strand at 359.746 kb on + strand at 359.754 kb on - strand at 359.824 kb on - strand at 360.001 kb on + strand at 360.001 kb on + strand at 360.009 kb on - strand at 360.009 kb on - strand at 360.213 kb on + strand, within B158DRAFT_0357 at 360.213 kb on + strand, within B158DRAFT_0357 at 360.213 kb on + strand, within B158DRAFT_0357 at 360.221 kb on - strand, within B158DRAFT_0357 at 360.221 kb on - strand, within B158DRAFT_0357 at 360.274 kb on + strand, within B158DRAFT_0357 at 360.274 kb on + strand, within B158DRAFT_0357 at 360.282 kb on - strand, within B158DRAFT_0357 at 360.320 kb on + strand, within B158DRAFT_0357 at 360.328 kb on - strand, within B158DRAFT_0357 at 360.425 kb on - strand, within B158DRAFT_0357 at 360.425 kb on - strand, within B158DRAFT_0357 at 360.508 kb on + strand, within B158DRAFT_0357 at 360.522 kb on + strand, within B158DRAFT_0357 at 360.524 kb on - strand, within B158DRAFT_0357 at 360.610 kb on - strand, within B158DRAFT_0357 at 360.696 kb on - strand, within B158DRAFT_0357 at 360.758 kb on + strand, within B158DRAFT_0357 at 360.758 kb on + strand, within B158DRAFT_0357 at 360.758 kb on + strand, within B158DRAFT_0357 at 360.758 kb on + strand, within B158DRAFT_0357 at 360.758 kb on + strand, within B158DRAFT_0357 at 360.758 kb on + strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.766 kb on - strand, within B158DRAFT_0357 at 360.776 kb on + strand, within B158DRAFT_0357 at 360.784 kb on - strand, within B158DRAFT_0357 at 360.864 kb on + strand, within B158DRAFT_0357 at 360.886 kb on + strand, within B158DRAFT_0357 at 360.894 kb on - strand, within B158DRAFT_0357 at 360.894 kb on - strand, within B158DRAFT_0357 at 360.904 kb on - strand, within B158DRAFT_0357 at 360.912 kb on - strand, within B158DRAFT_0357 at 360.930 kb on + strand, within B158DRAFT_0357 at 361.018 kb on - strand, within B158DRAFT_0357 at 361.043 kb on - strand, within B158DRAFT_0357 at 361.064 kb on - strand, within B158DRAFT_0357 at 361.118 kb on + strand at 361.118 kb on + strand at 361.118 kb on + strand at 361.126 kb on - strand at 361.126 kb on - strand at 361.150 kb on + strand at 361.155 kb on + strand at 361.173 kb on + strand at 361.197 kb on + strand at 361.228 kb on + strand at 361.228 kb on + strand at 361.236 kb on - strand at 361.260 kb on + strand at 361.268 kb on - strand at 361.268 kb on - strand at 361.268 kb on - strand at 361.270 kb on + strand at 361.273 kb on - strand at 361.278 kb on - strand at 361.332 kb on + strand, within B158DRAFT_0358 at 361.335 kb on - strand, within B158DRAFT_0358 at 361.341 kb on - strand, within B158DRAFT_0358 at 361.383 kb on - strand, within B158DRAFT_0358 at 361.397 kb on - strand, within B158DRAFT_0358 at 361.431 kb on + strand, within B158DRAFT_0358 at 361.468 kb on + strand, within B158DRAFT_0358 at 361.520 kb on - strand, within B158DRAFT_0358 at 361.580 kb on + strand, within B158DRAFT_0358 at 361.590 kb on - strand, within B158DRAFT_0358 at 361.593 kb on + strand, within B158DRAFT_0358 at 361.595 kb on - strand, within B158DRAFT_0358 at 361.598 kb on + strand, within B158DRAFT_0358 at 361.715 kb on + strand, within B158DRAFT_0358 at 361.715 kb on + strand, within B158DRAFT_0358 at 361.782 kb on - strand, within B158DRAFT_0358 at 361.785 kb on + strand, within B158DRAFT_0358 at 361.785 kb on + strand, within B158DRAFT_0358 at 361.793 kb on - strand, within B158DRAFT_0358 at 361.793 kb on - strand, within B158DRAFT_0358 at 361.842 kb on - strand at 362.062 kb on - strand, within B158DRAFT_0359
Per-strain Table
Position Strand Gene LocusTag Fraction m.b. copper (II) chloride 0.625 mM remove 358,890 + B158DRAFT_0356 0.66 +1.8 358,903 - B158DRAFT_0356 0.67 +4.1 358,910 + B158DRAFT_0356 0.67 +2.6 358,918 - B158DRAFT_0356 0.67 +2.3 358,944 - B158DRAFT_0356 0.68 +2.3 359,510 + +4.1 359,746 + +0.3 359,746 + +0.5 359,754 - +0.2 359,824 - +0.0 360,001 + +1.6 360,001 + +2.8 360,009 - +0.3 360,009 - -3.0 360,213 + B158DRAFT_0357 0.25 +0.1 360,213 + B158DRAFT_0357 0.25 +0.8 360,213 + B158DRAFT_0357 0.25 +0.7 360,221 - B158DRAFT_0357 0.25 +0.8 360,221 - B158DRAFT_0357 0.25 +0.3 360,274 + B158DRAFT_0357 0.29 +0.1 360,274 + B158DRAFT_0357 0.29 +0.8 360,282 - B158DRAFT_0357 0.30 +1.7 360,320 + B158DRAFT_0357 0.33 -1.1 360,328 - B158DRAFT_0357 0.33 -0.4 360,425 - B158DRAFT_0357 0.41 +0.4 360,425 - B158DRAFT_0357 0.41 +0.4 360,508 + B158DRAFT_0357 0.47 +1.7 360,522 + B158DRAFT_0357 0.48 +1.5 360,524 - B158DRAFT_0357 0.48 -1.4 360,610 - B158DRAFT_0357 0.55 +0.3 360,696 - B158DRAFT_0357 0.61 +0.8 360,758 + B158DRAFT_0357 0.66 +1.1 360,758 + B158DRAFT_0357 0.66 +4.1 360,758 + B158DRAFT_0357 0.66 +1.2 360,758 + B158DRAFT_0357 0.66 -1.1 360,758 + B158DRAFT_0357 0.66 -1.2 360,758 + B158DRAFT_0357 0.66 +0.7 360,766 - B158DRAFT_0357 0.66 +0.9 360,766 - B158DRAFT_0357 0.66 +0.4 360,766 - B158DRAFT_0357 0.66 +0.4 360,766 - B158DRAFT_0357 0.66 +0.2 360,766 - B158DRAFT_0357 0.66 +2.0 360,766 - B158DRAFT_0357 0.66 -0.5 360,766 - B158DRAFT_0357 0.66 -0.3 360,776 + B158DRAFT_0357 0.67 +0.9 360,784 - B158DRAFT_0357 0.68 +1.0 360,864 + B158DRAFT_0357 0.74 +0.1 360,886 + B158DRAFT_0357 0.76 +0.1 360,894 - B158DRAFT_0357 0.76 +2.3 360,894 - B158DRAFT_0357 0.76 -0.3 360,904 - B158DRAFT_0357 0.77 -0.0 360,912 - B158DRAFT_0357 0.78 +2.8 360,930 + B158DRAFT_0357 0.79 +1.5 361,018 - B158DRAFT_0357 0.86 -0.3 361,043 - B158DRAFT_0357 0.87 +0.6 361,064 - B158DRAFT_0357 0.89 -0.5 361,118 + +1.2 361,118 + +2.9 361,118 + -0.0 361,126 - -1.3 361,126 - +1.1 361,150 + +1.6 361,155 + +0.6 361,173 + +3.5 361,197 + -0.5 361,228 + +0.5 361,228 + -2.1 361,236 - +0.9 361,260 + +0.5 361,268 - +1.5 361,268 - +2.3 361,268 - -1.5 361,270 + -0.2 361,273 - +0.9 361,278 - -0.7 361,332 + B158DRAFT_0358 0.17 -2.0 361,335 - B158DRAFT_0358 0.18 -1.1 361,341 - B158DRAFT_0358 0.19 -0.9 361,383 - B158DRAFT_0358 0.25 +1.1 361,397 - B158DRAFT_0358 0.27 -0.7 361,431 + B158DRAFT_0358 0.33 -1.1 361,468 + B158DRAFT_0358 0.38 -0.9 361,520 - B158DRAFT_0358 0.46 -0.4 361,580 + B158DRAFT_0358 0.55 -1.4 361,590 - B158DRAFT_0358 0.57 +0.2 361,593 + B158DRAFT_0358 0.57 -0.0 361,595 - B158DRAFT_0358 0.58 -0.8 361,598 + B158DRAFT_0358 0.58 -0.5 361,715 + B158DRAFT_0358 0.76 -1.1 361,715 + B158DRAFT_0358 0.76 -0.5 361,782 - B158DRAFT_0358 0.86 +0.9 361,785 + B158DRAFT_0358 0.87 -0.2 361,785 + B158DRAFT_0358 0.87 +1.6 361,793 - B158DRAFT_0358 0.88 -0.6 361,793 - B158DRAFT_0358 0.88 -0.3 361,842 - +0.2 362,062 - B158DRAFT_0359 0.54 +0.2
Or see this region's nucleotide sequence