Experiment: R2A with Chloride 300 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 RR42_RS11675 and RR42_RS11680 are separated by 189 nucleotides RR42_RS11680 and RR42_RS11685 are separated by 133 nucleotides RR42_RS11685 and RR42_RS11690 are separated by 556 nucleotides
RR42_RS11675: RR42_RS11675 - phosphoribosylpyrophosphate synthetase, at 2,500,254 to 2,501,150
_RS11675
RR42_RS11680: RR42_RS11680 - hypothetical protein, at 2,501,340 to 2,501,618
_RS11680
RR42_RS11685: RR42_RS11685 - hypothetical protein, at 2,501,752 to 2,501,997
_RS11685
RR42_RS11690: RR42_RS11690 - erythromycin esterase, at 2,502,554 to 2,503,870
_RS11690
Position (kb)
2501
2502 Strain fitness (log2 ratio)
-2
-1
0
1 at 2500.527 kb on + strand, within RR42_RS11675 at 2500.528 kb on - strand, within RR42_RS11675 at 2500.528 kb on - strand, within RR42_RS11675 at 2500.528 kb on - strand, within RR42_RS11675 at 2500.528 kb on - strand, within RR42_RS11675 at 2500.528 kb on - strand, within RR42_RS11675 at 2500.665 kb on + strand, within RR42_RS11675 at 2500.665 kb on + strand, within RR42_RS11675 at 2500.665 kb on + strand, within RR42_RS11675 at 2500.665 kb on + strand, within RR42_RS11675 at 2500.665 kb on + strand, within RR42_RS11675 at 2500.666 kb on - strand, within RR42_RS11675 at 2500.666 kb on - strand, within RR42_RS11675 at 2500.813 kb on + strand, within RR42_RS11675 at 2500.814 kb on - strand, within RR42_RS11675 at 2500.814 kb on - strand, within RR42_RS11675 at 2500.824 kb on - strand, within RR42_RS11675 at 2500.824 kb on - strand, within RR42_RS11675 at 2500.824 kb on - strand, within RR42_RS11675 at 2501.225 kb on + strand at 2501.225 kb on + strand at 2501.233 kb on - strand at 2501.437 kb on - strand, within RR42_RS11680 at 2501.579 kb on + strand, within RR42_RS11680 at 2501.580 kb on - strand, within RR42_RS11680 at 2501.580 kb on - strand, within RR42_RS11680 at 2501.614 kb on + strand at 2501.617 kb on - strand at 2501.650 kb on + strand at 2501.693 kb on - strand at 2501.693 kb on - strand at 2501.755 kb on + strand at 2501.756 kb on - strand at 2501.979 kb on - strand at 2501.979 kb on - strand at 2501.979 kb on - strand at 2502.060 kb on - strand at 2502.064 kb on - strand at 2502.201 kb on + strand at 2502.201 kb on + strand at 2502.202 kb on - strand at 2502.202 kb on - strand at 2502.202 kb on - strand at 2502.306 kb on - strand at 2502.306 kb on - strand
Per-strain Table
Position Strand Gene LocusTag Fraction R2A with Chloride 300 mM remove 2,500,527 + RR42_RS11675 0.30 +0.9 2,500,528 - RR42_RS11675 0.31 -0.2 2,500,528 - RR42_RS11675 0.31 +0.2 2,500,528 - RR42_RS11675 0.31 -0.4 2,500,528 - RR42_RS11675 0.31 -1.0 2,500,528 - RR42_RS11675 0.31 +0.3 2,500,665 + RR42_RS11675 0.46 +0.6 2,500,665 + RR42_RS11675 0.46 -1.0 2,500,665 + RR42_RS11675 0.46 +0.6 2,500,665 + RR42_RS11675 0.46 -0.8 2,500,665 + RR42_RS11675 0.46 -1.1 2,500,666 - RR42_RS11675 0.46 -0.3 2,500,666 - RR42_RS11675 0.46 -0.2 2,500,813 + RR42_RS11675 0.62 -1.8 2,500,814 - RR42_RS11675 0.62 -0.3 2,500,814 - RR42_RS11675 0.62 +0.8 2,500,824 - RR42_RS11675 0.64 +0.9 2,500,824 - RR42_RS11675 0.64 -1.2 2,500,824 - RR42_RS11675 0.64 -1.0 2,501,225 + -0.1 2,501,225 + +0.8 2,501,233 - -0.6 2,501,437 - RR42_RS11680 0.35 +0.8 2,501,579 + RR42_RS11680 0.86 -0.9 2,501,580 - RR42_RS11680 0.86 -0.2 2,501,580 - RR42_RS11680 0.86 +0.8 2,501,614 + -0.9 2,501,617 - +1.2 2,501,650 + -0.5 2,501,693 - -0.2 2,501,693 - -0.1 2,501,755 + -0.4 2,501,756 - -0.7 2,501,979 - -0.1 2,501,979 - -0.0 2,501,979 - +0.2 2,502,060 - -0.3 2,502,064 - -0.2 2,502,201 + -0.0 2,502,201 + +0.3 2,502,202 - -0.8 2,502,202 - -0.2 2,502,202 - -0.7 2,502,306 - -0.9 2,502,306 - +0.6
Or see this region's nucleotide sequence