Experiment: Nalidixic 0.004 mg/ml
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 AO353_22030 and AO353_22035 are separated by 88 nucleotides AO353_22035 and AO353_22040 are separated by 100 nucleotides AO353_22040 and AO353_22045 overlap by 4 nucleotides
AO353_22030: AO353_22030 - transcriptional regulator, at 4,824,379 to 4,825,908
_22030
AO353_22035: AO353_22035 - pyridoxine 5'-phosphate oxidase, at 4,825,997 to 4,826,644
_22035
AO353_22040: AO353_22040 - molybdenum cofactor biosynthesis protein B, at 4,826,745 to 4,827,299
_22040
AO353_22045: AO353_22045 - molybdenum cofactor biosynthesis protein MoaA, at 4,827,296 to 4,828,531
_22045
Position (kb)
4825
4826
4827 Strain fitness (log2 ratio)
-2
-1
0
1
2 at 4825.091 kb on + strand, within AO353_22030 at 4825.405 kb on + strand, within AO353_22030 at 4825.423 kb on + strand, within AO353_22030 at 4825.564 kb on + strand, within AO353_22030 at 4825.564 kb on + strand, within AO353_22030 at 4825.565 kb on - strand, within AO353_22030 at 4825.565 kb on - strand, within AO353_22030 at 4825.565 kb on - strand, within AO353_22030 at 4825.566 kb on + strand, within AO353_22030 at 4825.566 kb on + strand, within AO353_22030 at 4825.566 kb on + strand, within AO353_22030 at 4825.566 kb on + strand, within AO353_22030 at 4825.567 kb on - strand, within AO353_22030 at 4825.567 kb on - strand, within AO353_22030 at 4825.567 kb on - strand, within AO353_22030 at 4825.567 kb on - strand, within AO353_22030 at 4825.692 kb on + strand, within AO353_22030 at 4825.902 kb on + strand at 4825.902 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.906 kb on + strand at 4825.907 kb on - strand at 4825.907 kb on - strand at 4825.907 kb on - strand at 4825.907 kb on - strand at 4825.907 kb on - strand at 4825.907 kb on - strand at 4826.027 kb on - strand at 4826.030 kb on + strand at 4826.030 kb on + strand at 4826.030 kb on + strand at 4826.030 kb on + strand at 4826.031 kb on - strand at 4826.031 kb on - strand at 4826.031 kb on - strand at 4826.031 kb on - strand at 4826.031 kb on - strand at 4826.031 kb on - strand at 4826.047 kb on - strand at 4826.140 kb on + strand, within AO353_22035 at 4826.141 kb on - strand, within AO353_22035 at 4826.141 kb on - strand, within AO353_22035 at 4826.225 kb on - strand, within AO353_22035 at 4826.240 kb on + strand, within AO353_22035 at 4826.326 kb on + strand, within AO353_22035 at 4826.326 kb on + strand, within AO353_22035 at 4826.326 kb on + strand, within AO353_22035 at 4826.326 kb on + strand, within AO353_22035 at 4826.326 kb on + strand, within AO353_22035 at 4826.372 kb on + strand, within AO353_22035 at 4826.372 kb on + strand, within AO353_22035 at 4826.373 kb on - strand, within AO353_22035 at 4826.650 kb on + strand at 4826.650 kb on + strand at 4826.650 kb on + strand at 4826.650 kb on + strand at 4826.651 kb on - strand at 4826.667 kb on + strand at 4826.683 kb on + strand at 4826.683 kb on + strand at 4826.683 kb on + strand at 4826.683 kb on + strand at 4826.683 kb on + strand at 4826.684 kb on - strand at 4826.684 kb on - strand at 4826.728 kb on + strand at 4826.728 kb on + strand at 4826.728 kb on + strand at 4826.807 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.906 kb on + strand, within AO353_22040 at 4826.907 kb on - strand, within AO353_22040 at 4826.907 kb on - strand, within AO353_22040 at 4826.907 kb on - strand, within AO353_22040 at 4826.907 kb on - strand, within AO353_22040 at 4826.910 kb on + strand, within AO353_22040 at 4826.910 kb on + strand, within AO353_22040 at 4826.911 kb on - strand, within AO353_22040 at 4826.911 kb on - strand, within AO353_22040 at 4826.911 kb on - strand, within AO353_22040 at 4826.911 kb on - strand, within AO353_22040 at 4826.929 kb on + strand, within AO353_22040 at 4826.929 kb on + strand, within AO353_22040 at 4826.930 kb on - strand, within AO353_22040 at 4826.965 kb on + strand, within AO353_22040 at 4826.966 kb on - strand, within AO353_22040 at 4826.966 kb on - strand, within AO353_22040 at 4826.966 kb on - strand, within AO353_22040 at 4826.966 kb on - strand, within AO353_22040 at 4826.966 kb on - strand, within AO353_22040 at 4827.005 kb on + strand, within AO353_22040 at 4827.006 kb on - strand, within AO353_22040 at 4827.488 kb on + strand, within AO353_22045
Per-strain Table
Position Strand Gene LocusTag Fraction Nalidixic 0.004 mg/ml remove 4,825,091 + AO353_22030 0.47 +0.1 4,825,405 + AO353_22030 0.67 -0.3 4,825,423 + AO353_22030 0.68 -1.1 4,825,564 + AO353_22030 0.77 +0.7 4,825,564 + AO353_22030 0.77 +0.7 4,825,565 - AO353_22030 0.78 +0.1 4,825,565 - AO353_22030 0.78 +0.3 4,825,565 - AO353_22030 0.78 +0.0 4,825,566 + AO353_22030 0.78 +0.0 4,825,566 + AO353_22030 0.78 +0.2 4,825,566 + AO353_22030 0.78 +0.6 4,825,566 + AO353_22030 0.78 +0.6 4,825,567 - AO353_22030 0.78 -0.6 4,825,567 - AO353_22030 0.78 +0.1 4,825,567 - AO353_22030 0.78 -0.3 4,825,567 - AO353_22030 0.78 -0.1 4,825,692 + AO353_22030 0.86 +1.0 4,825,902 + +0.2 4,825,902 + +2.3 4,825,906 + +0.2 4,825,906 + -0.7 4,825,906 + +1.7 4,825,906 + +0.1 4,825,906 + -0.3 4,825,906 + +0.5 4,825,906 + +0.3 4,825,906 + +0.0 4,825,907 - -0.3 4,825,907 - +0.7 4,825,907 - +0.4 4,825,907 - -0.1 4,825,907 - -2.0 4,825,907 - +0.2 4,826,027 - +0.7 4,826,030 + -1.0 4,826,030 + -0.1 4,826,030 + +0.1 4,826,030 + +0.7 4,826,031 - +1.9 4,826,031 - -0.5 4,826,031 - +0.4 4,826,031 - -0.1 4,826,031 - -2.1 4,826,031 - +0.0 4,826,047 - -0.1 4,826,140 + AO353_22035 0.22 -0.8 4,826,141 - AO353_22035 0.22 -0.5 4,826,141 - AO353_22035 0.22 +0.7 4,826,225 - AO353_22035 0.35 -1.0 4,826,240 + AO353_22035 0.38 -0.8 4,826,326 + AO353_22035 0.51 -0.7 4,826,326 + AO353_22035 0.51 -0.5 4,826,326 + AO353_22035 0.51 -0.8 4,826,326 + AO353_22035 0.51 +0.1 4,826,326 + AO353_22035 0.51 -1.6 4,826,372 + AO353_22035 0.58 -1.4 4,826,372 + AO353_22035 0.58 +0.5 4,826,373 - AO353_22035 0.58 -1.3 4,826,650 + +1.7 4,826,650 + +0.3 4,826,650 + +0.5 4,826,650 + +0.6 4,826,651 - -1.7 4,826,667 + -0.3 4,826,683 + -1.3 4,826,683 + +1.1 4,826,683 + -1.3 4,826,683 + -2.3 4,826,683 + -0.8 4,826,684 - -0.1 4,826,684 - -0.8 4,826,728 + -0.4 4,826,728 + +1.7 4,826,728 + +0.7 4,826,807 + AO353_22040 0.11 -0.6 4,826,906 + AO353_22040 0.29 +0.6 4,826,906 + AO353_22040 0.29 +1.0 4,826,906 + AO353_22040 0.29 -1.3 4,826,906 + AO353_22040 0.29 -1.6 4,826,906 + AO353_22040 0.29 +0.2 4,826,906 + AO353_22040 0.29 +0.3 4,826,906 + AO353_22040 0.29 +1.3 4,826,906 + AO353_22040 0.29 +0.2 4,826,906 + AO353_22040 0.29 +0.3 4,826,907 - AO353_22040 0.29 +1.7 4,826,907 - AO353_22040 0.29 -0.3 4,826,907 - AO353_22040 0.29 -0.3 4,826,907 - AO353_22040 0.29 +0.3 4,826,910 + AO353_22040 0.30 -0.4 4,826,910 + AO353_22040 0.30 +2.1 4,826,911 - AO353_22040 0.30 -0.7 4,826,911 - AO353_22040 0.30 -0.5 4,826,911 - AO353_22040 0.30 -2.1 4,826,911 - AO353_22040 0.30 -0.8 4,826,929 + AO353_22040 0.33 -1.4 4,826,929 + AO353_22040 0.33 -0.6 4,826,930 - AO353_22040 0.33 +0.2 4,826,965 + AO353_22040 0.40 -1.8 4,826,966 - AO353_22040 0.40 -1.4 4,826,966 - AO353_22040 0.40 +1.7 4,826,966 - AO353_22040 0.40 -0.8 4,826,966 - AO353_22040 0.40 +0.3 4,826,966 - AO353_22040 0.40 -0.3 4,827,005 + AO353_22040 0.47 +0.7 4,827,006 - AO353_22040 0.47 +0.4 4,827,488 + AO353_22045 0.16 -0.7
Or see this region's nucleotide sequence