Experiment: m.b. Chlorite 1.25 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_0091 and B158DRAFT_0092 are separated by 24 nucleotides B158DRAFT_0092 and B158DRAFT_0093 are separated by 49 nucleotides B158DRAFT_0093 and B158DRAFT_0094 are separated by 105 nucleotides B158DRAFT_0094 and B158DRAFT_0095 are separated by 12 nucleotides
B158DRAFT_0091: B158DRAFT_0091 - hypothetical protein, at 86,701 to 87,213
_0091
B158DRAFT_0092: B158DRAFT_0092 - hypothetical protein, at 87,238 to 87,447
_0092
B158DRAFT_0093: B158DRAFT_0093 - hypothetical protein, at 87,497 to 87,961
_0093
B158DRAFT_0094: B158DRAFT_0094 - hypothetical protein, at 88,067 to 88,285
_0094
B158DRAFT_0095: B158DRAFT_0095 - apolipoprotein N-acyltransferase, at 88,298 to 89,815
_0095
Position (kb)
87
88 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2
3 at 86.556 kb on + strand at 86.564 kb on - strand at 86.564 kb on - strand at 86.578 kb on + strand at 86.591 kb on + strand at 86.600 kb on + strand at 86.644 kb on - strand at 86.714 kb on + strand at 86.715 kb on - strand at 86.816 kb on + strand, within B158DRAFT_0091 at 86.834 kb on - strand, within B158DRAFT_0091 at 86.950 kb on - strand, within B158DRAFT_0091 at 86.975 kb on + strand, within B158DRAFT_0091 at 86.975 kb on + strand, within B158DRAFT_0091 at 87.021 kb on + strand, within B158DRAFT_0091 at 87.029 kb on - strand, within B158DRAFT_0091 at 87.029 kb on - strand, within B158DRAFT_0091 at 87.055 kb on + strand, within B158DRAFT_0091 at 87.114 kb on + strand, within B158DRAFT_0091 at 87.122 kb on - strand, within B158DRAFT_0091 at 87.383 kb on - strand, within B158DRAFT_0092 at 87.395 kb on - strand, within B158DRAFT_0092 at 87.397 kb on - strand, within B158DRAFT_0092 at 87.527 kb on + strand at 87.527 kb on + strand at 87.535 kb on - strand at 87.535 kb on - strand at 87.535 kb on - strand at 87.544 kb on - strand, within B158DRAFT_0093 at 87.650 kb on - strand, within B158DRAFT_0093 at 87.657 kb on - strand, within B158DRAFT_0093 at 87.741 kb on - strand, within B158DRAFT_0093 at 87.798 kb on + strand, within B158DRAFT_0093 at 87.939 kb on + strand at 87.953 kb on - strand at 87.959 kb on - strand at 88.101 kb on - strand, within B158DRAFT_0094 at 88.141 kb on + strand, within B158DRAFT_0094 at 88.172 kb on - strand, within B158DRAFT_0094 at 88.227 kb on - strand, within B158DRAFT_0094 at 88.391 kb on - strand at 88.506 kb on + strand, within B158DRAFT_0095 at 88.552 kb on + strand, within B158DRAFT_0095
Per-strain Table
Position Strand Gene LocusTag Fraction m.b. Chlorite 1.25 mM remove 86,556 + +0.7 86,564 - -0.2 86,564 - -0.1 86,578 + -0.6 86,591 + -1.7 86,600 + +0.9 86,644 - -0.1 86,714 + -1.4 86,715 - +0.6 86,816 + B158DRAFT_0091 0.22 -0.5 86,834 - B158DRAFT_0091 0.26 -0.9 86,950 - B158DRAFT_0091 0.49 -1.0 86,975 + B158DRAFT_0091 0.53 +0.0 86,975 + B158DRAFT_0091 0.53 -1.2 87,021 + B158DRAFT_0091 0.62 +0.0 87,029 - B158DRAFT_0091 0.64 -0.7 87,029 - B158DRAFT_0091 0.64 +0.6 87,055 + B158DRAFT_0091 0.69 +0.2 87,114 + B158DRAFT_0091 0.81 +2.9 87,122 - B158DRAFT_0091 0.82 -2.8 87,383 - B158DRAFT_0092 0.69 -1.9 87,395 - B158DRAFT_0092 0.75 -0.4 87,397 - B158DRAFT_0092 0.76 -1.1 87,527 + -0.3 87,527 + -0.3 87,535 - -1.9 87,535 - -0.2 87,535 - -0.9 87,544 - B158DRAFT_0093 0.10 -0.0 87,650 - B158DRAFT_0093 0.33 -1.0 87,657 - B158DRAFT_0093 0.34 -0.5 87,741 - B158DRAFT_0093 0.52 -0.3 87,798 + B158DRAFT_0093 0.65 +0.4 87,939 + -0.0 87,953 - -0.6 87,959 - -0.6 88,101 - B158DRAFT_0094 0.16 -1.3 88,141 + B158DRAFT_0094 0.34 +1.5 88,172 - B158DRAFT_0094 0.48 -0.4 88,227 - B158DRAFT_0094 0.73 +0.5 88,391 - +2.9 88,506 + B158DRAFT_0095 0.14 +2.6 88,552 + B158DRAFT_0095 0.17 +3.3
Or see this region's nucleotide sequence