Experiment: R2A_PIPES with Metal_ion_mix_sitestressplate 0.5 x
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 ampE and nudC are separated by 145 nucleotides nudC and erpA are separated by 11 nucleotides erpA and OKGIIK_15840 are separated by 40 nucleotides OKGIIK_15840 and OKGIIK_15845 overlap by 14 nucleotides
OKGIIK_15825: ampE - beta-lactamase induction protein, at 3,460,090 to 3,460,959
ampE
OKGIIK_15830: nudC - NAD(+) diphosphatase, at 3,461,105 to 3,462,079
nudC
OKGIIK_15835: erpA - iron-sulfur cluster insertion protein ErpA, at 3,462,091 to 3,462,465
erpA
OKGIIK_15840: OKGIIK_15840 - hypothetical protein, at 3,462,506 to 3,462,937
_15840
OKGIIK_15845: OKGIIK_15845 - DUF6776 domain-containing protein, at 3,462,924 to 3,463,679
_15845
Position (kb)
3461
3462
3463 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2 at 3460.212 kb on - strand, within ampE at 3460.286 kb on + strand, within ampE at 3460.287 kb on - strand, within ampE at 3460.415 kb on + strand, within ampE at 3460.416 kb on - strand, within ampE at 3460.416 kb on - strand, within ampE at 3460.416 kb on - strand, within ampE at 3460.416 kb on - strand, within ampE at 3460.416 kb on - strand, within ampE at 3460.416 kb on - strand, within ampE at 3460.487 kb on + strand, within ampE at 3460.488 kb on - strand, within ampE at 3460.488 kb on - strand, within ampE at 3460.559 kb on + strand, within ampE at 3460.559 kb on + strand, within ampE at 3460.559 kb on + strand, within ampE at 3460.559 kb on + strand, within ampE at 3460.559 kb on + strand, within ampE at 3460.559 kb on + strand, within ampE at 3460.560 kb on - strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.709 kb on + strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.710 kb on - strand, within ampE at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.942 kb on + strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.943 kb on - strand at 3460.953 kb on + strand at 3460.954 kb on - strand at 3460.954 kb on - strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.994 kb on + strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3460.995 kb on - strand at 3461.184 kb on + strand at 3461.184 kb on + strand at 3461.185 kb on - strand at 3461.185 kb on - strand at 3461.195 kb on + strand at 3461.195 kb on + strand at 3461.195 kb on + strand at 3461.195 kb on + strand at 3461.195 kb on + strand at 3461.195 kb on + strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.196 kb on - strand at 3461.370 kb on + strand, within nudC at 3461.370 kb on + strand, within nudC at 3461.472 kb on + strand, within nudC at 3461.473 kb on - strand, within nudC at 3461.688 kb on + strand, within nudC at 3461.689 kb on - strand, within nudC at 3461.689 kb on - strand, within nudC at 3461.826 kb on + strand, within nudC at 3461.827 kb on - strand, within nudC at 3461.827 kb on - strand, within nudC at 3461.827 kb on - strand, within nudC at 3461.827 kb on - strand, within nudC at 3461.827 kb on - strand, within nudC at 3461.952 kb on + strand, within nudC at 3461.952 kb on + strand, within nudC at 3461.953 kb on - strand, within nudC at 3461.953 kb on - strand, within nudC at 3461.953 kb on - strand, within nudC at 3462.499 kb on + strand at 3462.499 kb on + strand at 3462.499 kb on + strand at 3462.499 kb on + strand at 3462.499 kb on + strand at 3462.500 kb on - strand at 3462.500 kb on - strand at 3462.500 kb on - strand at 3462.500 kb on - strand at 3462.627 kb on + strand, within OKGIIK_15840 at 3462.898 kb on + strand at 3462.898 kb on + strand at 3462.899 kb on - strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.919 kb on + strand at 3462.920 kb on - strand at 3462.920 kb on - strand at 3462.920 kb on - strand at 3462.920 kb on - strand at 3462.925 kb on + strand at 3462.925 kb on + strand at 3462.925 kb on + strand at 3462.949 kb on - strand at 3462.953 kb on + strand at 3462.953 kb on + strand at 3462.953 kb on + strand at 3462.953 kb on + strand at 3462.953 kb on + strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.954 kb on - strand at 3462.955 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.956 kb on + strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand at 3462.957 kb on - strand
Per-strain Table
Position Strand Gene LocusTag Fraction R2A_PIPES with Metal_ion_mix_sitestressplate 0.5 x remove 3,460,212 - ampE OKGIIK_15825 0.14 +0.8 3,460,286 + ampE OKGIIK_15825 0.23 -0.3 3,460,287 - ampE OKGIIK_15825 0.23 -0.2 3,460,415 + ampE OKGIIK_15825 0.37 -1.1 3,460,416 - ampE OKGIIK_15825 0.37 -0.5 3,460,416 - ampE OKGIIK_15825 0.37 +0.4 3,460,416 - ampE OKGIIK_15825 0.37 +0.2 3,460,416 - ampE OKGIIK_15825 0.37 +0.4 3,460,416 - ampE OKGIIK_15825 0.37 -1.2 3,460,416 - ampE OKGIIK_15825 0.37 -1.6 3,460,487 + ampE OKGIIK_15825 0.46 -0.9 3,460,488 - ampE OKGIIK_15825 0.46 -0.9 3,460,488 - ampE OKGIIK_15825 0.46 +1.0 3,460,559 + ampE OKGIIK_15825 0.54 -1.5 3,460,559 + ampE OKGIIK_15825 0.54 -1.1 3,460,559 + ampE OKGIIK_15825 0.54 +0.5 3,460,559 + ampE OKGIIK_15825 0.54 -0.6 3,460,559 + ampE OKGIIK_15825 0.54 +0.4 3,460,559 + ampE OKGIIK_15825 0.54 +1.6 3,460,560 - ampE OKGIIK_15825 0.54 +0.0 3,460,709 + ampE OKGIIK_15825 0.71 -0.6 3,460,709 + ampE OKGIIK_15825 0.71 +0.1 3,460,709 + ampE OKGIIK_15825 0.71 +0.3 3,460,709 + ampE OKGIIK_15825 0.71 -0.6 3,460,709 + ampE OKGIIK_15825 0.71 -1.6 3,460,709 + ampE OKGIIK_15825 0.71 -0.1 3,460,709 + ampE OKGIIK_15825 0.71 +0.5 3,460,709 + ampE OKGIIK_15825 0.71 -0.5 3,460,709 + ampE OKGIIK_15825 0.71 -0.2 3,460,709 + ampE OKGIIK_15825 0.71 +1.1 3,460,709 + ampE OKGIIK_15825 0.71 +0.0 3,460,709 + ampE OKGIIK_15825 0.71 -0.6 3,460,710 - ampE OKGIIK_15825 0.71 -2.1 3,460,710 - ampE OKGIIK_15825 0.71 -1.3 3,460,710 - ampE OKGIIK_15825 0.71 +0.9 3,460,710 - ampE OKGIIK_15825 0.71 -1.0 3,460,710 - ampE OKGIIK_15825 0.71 +0.6 3,460,710 - ampE OKGIIK_15825 0.71 +0.2 3,460,710 - ampE OKGIIK_15825 0.71 +0.4 3,460,710 - ampE OKGIIK_15825 0.71 +0.0 3,460,710 - ampE OKGIIK_15825 0.71 +0.6 3,460,942 + -1.6 3,460,942 + -0.6 3,460,942 + +0.4 3,460,942 + -0.5 3,460,942 + +0.1 3,460,942 + +1.4 3,460,942 + +1.9 3,460,942 + -1.0 3,460,942 + -0.6 3,460,942 + -1.5 3,460,942 + -0.4 3,460,942 + -0.5 3,460,942 + -1.0 3,460,942 + -0.6 3,460,942 + +0.8 3,460,943 - -0.2 3,460,943 - -0.3 3,460,943 - -0.4 3,460,943 - +0.3 3,460,943 - -0.1 3,460,943 - +0.3 3,460,943 - -1.2 3,460,943 - +0.7 3,460,953 + +1.4 3,460,954 - +0.1 3,460,954 - -0.2 3,460,994 + +0.2 3,460,994 + -2.2 3,460,994 + +0.3 3,460,994 + +0.2 3,460,994 + +0.2 3,460,994 + +1.2 3,460,994 + -2.5 3,460,994 + +1.4 3,460,994 + -0.6 3,460,994 + -0.2 3,460,994 + -3.2 3,460,995 - -0.0 3,460,995 - -1.2 3,460,995 - -0.6 3,460,995 - +1.0 3,460,995 - +1.5 3,460,995 - -0.2 3,460,995 - -0.3 3,460,995 - +0.4 3,460,995 - -0.4 3,460,995 - +1.4 3,461,184 + -0.1 3,461,184 + +0.4 3,461,185 - -0.2 3,461,185 - +0.4 3,461,195 + -0.6 3,461,195 + -0.8 3,461,195 + -0.2 3,461,195 + -0.9 3,461,195 + -0.5 3,461,195 + +0.7 3,461,196 - +1.4 3,461,196 - -0.4 3,461,196 - -0.2 3,461,196 - -0.3 3,461,196 - -1.5 3,461,196 - +0.1 3,461,196 - -1.2 3,461,196 - +0.0 3,461,196 - -0.2 3,461,196 - +0.8 3,461,196 - +0.4 3,461,196 - -0.5 3,461,370 + nudC OKGIIK_15830 0.27 +0.4 3,461,370 + nudC OKGIIK_15830 0.27 -1.8 3,461,472 + nudC OKGIIK_15830 0.38 -1.1 3,461,473 - nudC OKGIIK_15830 0.38 +0.6 3,461,688 + nudC OKGIIK_15830 0.60 -0.2 3,461,689 - nudC OKGIIK_15830 0.60 -1.3 3,461,689 - nudC OKGIIK_15830 0.60 +0.9 3,461,826 + nudC OKGIIK_15830 0.74 -0.4 3,461,827 - nudC OKGIIK_15830 0.74 -0.7 3,461,827 - nudC OKGIIK_15830 0.74 -0.7 3,461,827 - nudC OKGIIK_15830 0.74 +1.1 3,461,827 - nudC OKGIIK_15830 0.74 +0.9 3,461,827 - nudC OKGIIK_15830 0.74 -0.5 3,461,952 + nudC OKGIIK_15830 0.87 +0.2 3,461,952 + nudC OKGIIK_15830 0.87 +1.4 3,461,953 - nudC OKGIIK_15830 0.87 -0.5 3,461,953 - nudC OKGIIK_15830 0.87 +0.4 3,461,953 - nudC OKGIIK_15830 0.87 -0.4 3,462,499 + -2.2 3,462,499 + +1.1 3,462,499 + -1.5 3,462,499 + +0.3 3,462,499 + +0.5 3,462,500 - +0.2 3,462,500 - +2.0 3,462,500 - -0.3 3,462,500 - -0.4 3,462,627 + OKGIIK_15840 0.28 -0.1 3,462,898 + -0.1 3,462,898 + +1.2 3,462,899 - -0.2 3,462,919 + +0.4 3,462,919 + -0.5 3,462,919 + -0.0 3,462,919 + -0.2 3,462,919 + -0.0 3,462,919 + -2.2 3,462,919 + -0.5 3,462,919 + -1.6 3,462,920 - -1.8 3,462,920 - -1.6 3,462,920 - -0.6 3,462,920 - -0.2 3,462,925 + -1.5 3,462,925 + +0.9 3,462,925 + -0.4 3,462,949 - +0.1 3,462,953 + +0.8 3,462,953 + -0.2 3,462,953 + +0.4 3,462,953 + +0.1 3,462,953 + -0.8 3,462,954 - +0.1 3,462,954 - -0.2 3,462,954 - -1.2 3,462,954 - +0.6 3,462,954 - +0.0 3,462,954 - -0.1 3,462,954 - -0.6 3,462,954 - +1.1 3,462,954 - +0.5 3,462,955 + +0.7 3,462,956 + -0.5 3,462,956 + +2.2 3,462,956 + -0.3 3,462,956 + -1.5 3,462,956 + -0.2 3,462,956 + -3.1 3,462,956 + -2.0 3,462,956 + -0.5 3,462,956 + -1.8 3,462,956 + -0.7 3,462,956 + +2.1 3,462,956 + +0.2 3,462,956 + -1.1 3,462,956 + -0.8 3,462,957 - -0.8 3,462,957 - -1.5 3,462,957 - +0.4 3,462,957 - -0.6 3,462,957 - -2.0 3,462,957 - -0.1 3,462,957 - +0.9 3,462,957 - +0.0 3,462,957 - -0.9 3,462,957 - +0.2 3,462,957 - -0.8 3,462,957 - -2.0 3,462,957 - -1.1
Or see this region's nucleotide sequence