Experiment: Nickel (II) chloride 80 uM, anaerobic
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 IAI46_00810 and IAI46_00815 overlap by 4 nucleotides IAI46_00815 and IAI46_00820 are separated by 46 nucleotides IAI46_00820 and IAI46_00825 are separated by 80 nucleotides
IAI46_00810: IAI46_00810 - glycerol-3-phosphate dehydrogenase subunit GlpB, at 184,819 to 186,090
_00810
IAI46_00815: IAI46_00815 - anaerobic glycerol-3-phosphate dehydrogenase subunit C, at 186,087 to 187,286
_00815
IAI46_00820: IAI46_00820 - DcrB family lipoprotein, at 187,333 to 187,896
_00820
IAI46_00825: IAI46_00825 - GNAT family N-acetyltransferase, at 187,977 to 188,411
_00825
Position (kb)
186
187
188 Strain fitness (log2 ratio)
-2
-1
0
1 at 185.102 kb on + strand, within IAI46_00810 at 185.343 kb on + strand, within IAI46_00810 at 185.343 kb on + strand, within IAI46_00810 at 185.343 kb on + strand, within IAI46_00810 at 185.343 kb on + strand, within IAI46_00810 at 185.344 kb on - strand, within IAI46_00810 at 185.344 kb on - strand, within IAI46_00810 at 185.344 kb on - strand, within IAI46_00810 at 185.399 kb on + strand, within IAI46_00810 at 185.400 kb on - strand, within IAI46_00810 at 185.400 kb on - strand, within IAI46_00810 at 185.403 kb on + strand, within IAI46_00810 at 185.403 kb on + strand, within IAI46_00810 at 185.414 kb on + strand, within IAI46_00810 at 185.638 kb on + strand, within IAI46_00810 at 185.652 kb on + strand, within IAI46_00810 at 185.710 kb on + strand, within IAI46_00810 at 185.711 kb on - strand, within IAI46_00810 at 185.713 kb on - strand, within IAI46_00810 at 185.713 kb on - strand, within IAI46_00810 at 185.782 kb on - strand, within IAI46_00810 at 185.810 kb on + strand, within IAI46_00810 at 185.810 kb on + strand, within IAI46_00810 at 185.811 kb on - strand, within IAI46_00810 at 185.811 kb on - strand, within IAI46_00810 at 185.841 kb on + strand, within IAI46_00810 at 185.841 kb on + strand, within IAI46_00810 at 185.842 kb on - strand, within IAI46_00810 at 185.844 kb on + strand, within IAI46_00810 at 185.844 kb on + strand, within IAI46_00810 at 185.844 kb on + strand, within IAI46_00810 at 185.844 kb on + strand, within IAI46_00810 at 185.845 kb on - strand, within IAI46_00810 at 185.845 kb on - strand, within IAI46_00810 at 185.845 kb on - strand, within IAI46_00810 at 185.896 kb on + strand, within IAI46_00810 at 185.897 kb on - strand, within IAI46_00810 at 185.897 kb on - strand, within IAI46_00810 at 185.897 kb on - strand, within IAI46_00810 at 185.897 kb on - strand, within IAI46_00810 at 185.897 kb on - strand, within IAI46_00810 at 185.968 kb on + strand at 185.969 kb on - strand at 185.969 kb on - strand at 185.969 kb on - strand at 185.969 kb on - strand at 185.995 kb on + strand at 186.072 kb on - strand at 186.147 kb on + strand at 186.147 kb on + strand at 186.148 kb on - strand at 186.148 kb on - strand at 186.148 kb on - strand at 186.148 kb on - strand at 186.148 kb on - strand at 186.178 kb on - strand at 186.241 kb on - strand, within IAI46_00815 at 186.258 kb on + strand, within IAI46_00815 at 186.259 kb on - strand, within IAI46_00815 at 186.259 kb on - strand, within IAI46_00815 at 186.387 kb on - strand, within IAI46_00815 at 186.513 kb on + strand, within IAI46_00815 at 186.513 kb on + strand, within IAI46_00815 at 186.513 kb on + strand, within IAI46_00815 at 186.514 kb on - strand, within IAI46_00815 at 186.612 kb on + strand, within IAI46_00815 at 186.612 kb on + strand, within IAI46_00815 at 186.612 kb on + strand, within IAI46_00815 at 186.613 kb on - strand, within IAI46_00815 at 186.613 kb on - strand, within IAI46_00815 at 186.613 kb on - strand, within IAI46_00815 at 186.683 kb on + strand, within IAI46_00815 at 186.827 kb on + strand, within IAI46_00815 at 186.833 kb on + strand, within IAI46_00815 at 186.834 kb on - strand, within IAI46_00815 at 186.872 kb on + strand, within IAI46_00815 at 186.872 kb on + strand, within IAI46_00815 at 186.873 kb on - strand, within IAI46_00815 at 186.978 kb on + strand, within IAI46_00815 at 186.978 kb on + strand, within IAI46_00815 at 186.979 kb on - strand, within IAI46_00815 at 186.983 kb on + strand, within IAI46_00815 at 186.983 kb on + strand, within IAI46_00815 at 186.983 kb on + strand, within IAI46_00815 at 186.983 kb on + strand, within IAI46_00815 at 186.984 kb on - strand, within IAI46_00815 at 187.020 kb on + strand, within IAI46_00815 at 187.021 kb on - strand, within IAI46_00815 at 187.021 kb on - strand, within IAI46_00815 at 187.023 kb on - strand, within IAI46_00815 at 187.023 kb on - strand, within IAI46_00815 at 187.023 kb on - strand, within IAI46_00815 at 187.023 kb on - strand, within IAI46_00815 at 187.023 kb on - strand, within IAI46_00815 at 187.033 kb on + strand, within IAI46_00815 at 187.034 kb on - strand, within IAI46_00815 at 187.034 kb on - strand, within IAI46_00815 at 187.066 kb on + strand, within IAI46_00815 at 187.066 kb on + strand, within IAI46_00815 at 187.067 kb on - strand, within IAI46_00815 at 187.067 kb on - strand, within IAI46_00815 at 187.069 kb on + strand, within IAI46_00815 at 187.069 kb on + strand, within IAI46_00815 at 187.069 kb on + strand, within IAI46_00815 at 187.101 kb on + strand, within IAI46_00815 at 187.101 kb on + strand, within IAI46_00815 at 187.122 kb on + strand, within IAI46_00815 at 187.122 kb on + strand, within IAI46_00815 at 187.123 kb on - strand, within IAI46_00815 at 187.123 kb on - strand, within IAI46_00815 at 187.123 kb on - strand, within IAI46_00815 at 187.211 kb on + strand at 187.259 kb on + strand at 187.285 kb on - strand at 187.313 kb on + strand at 187.313 kb on + strand at 187.313 kb on + strand at 187.313 kb on + strand at 187.314 kb on - strand at 187.314 kb on - strand at 187.326 kb on + strand at 187.334 kb on + strand at 187.335 kb on - strand at 187.463 kb on + strand, within IAI46_00820 at 187.463 kb on + strand, within IAI46_00820 at 187.463 kb on + strand, within IAI46_00820 at 187.486 kb on - strand, within IAI46_00820 at 187.486 kb on - strand, within IAI46_00820 at 187.578 kb on + strand, within IAI46_00820 at 187.722 kb on + strand, within IAI46_00820 at 187.749 kb on + strand, within IAI46_00820 at 187.750 kb on - strand, within IAI46_00820 at 187.750 kb on - strand, within IAI46_00820 at 187.765 kb on + strand, within IAI46_00820 at 187.765 kb on + strand, within IAI46_00820 at 187.765 kb on + strand, within IAI46_00820 at 187.766 kb on - strand, within IAI46_00820 at 187.766 kb on - strand, within IAI46_00820 at 187.859 kb on - strand at 187.936 kb on + strand at 187.946 kb on + strand at 187.946 kb on + strand at 187.947 kb on - strand at 187.995 kb on + strand at 187.995 kb on + strand at 187.995 kb on + strand at 187.996 kb on - strand at 187.999 kb on - strand at 188.048 kb on - strand, within IAI46_00825 at 188.061 kb on - strand, within IAI46_00825 at 188.061 kb on - strand, within IAI46_00825 at 188.091 kb on - strand, within IAI46_00825 at 188.117 kb on - strand, within IAI46_00825 at 188.182 kb on + strand, within IAI46_00825 at 188.193 kb on + strand, within IAI46_00825 at 188.193 kb on + strand, within IAI46_00825 at 188.194 kb on - strand, within IAI46_00825 at 188.212 kb on + strand, within IAI46_00825 at 188.212 kb on + strand, within IAI46_00825
Per-strain Table
Position Strand Gene LocusTag Fraction Nickel (II) chloride 80 uM, anaerobic remove 185,102 + IAI46_00810 0.22 -0.1 185,343 + IAI46_00810 0.41 -0.4 185,343 + IAI46_00810 0.41 -0.0 185,343 + IAI46_00810 0.41 -0.2 185,343 + IAI46_00810 0.41 +0.4 185,344 - IAI46_00810 0.41 +0.6 185,344 - IAI46_00810 0.41 -0.7 185,344 - IAI46_00810 0.41 +0.4 185,399 + IAI46_00810 0.46 +0.4 185,400 - IAI46_00810 0.46 -1.2 185,400 - IAI46_00810 0.46 -0.9 185,403 + IAI46_00810 0.46 -0.8 185,403 + IAI46_00810 0.46 -0.2 185,414 + IAI46_00810 0.47 +0.4 185,638 + IAI46_00810 0.64 -0.9 185,652 + IAI46_00810 0.65 +0.5 185,710 + IAI46_00810 0.70 +0.1 185,711 - IAI46_00810 0.70 +0.0 185,713 - IAI46_00810 0.70 +0.4 185,713 - IAI46_00810 0.70 -1.2 185,782 - IAI46_00810 0.76 -0.3 185,810 + IAI46_00810 0.78 +0.5 185,810 + IAI46_00810 0.78 -0.5 185,811 - IAI46_00810 0.78 +0.4 185,811 - IAI46_00810 0.78 +0.7 185,841 + IAI46_00810 0.80 -0.6 185,841 + IAI46_00810 0.80 +1.7 185,842 - IAI46_00810 0.80 +0.6 185,844 + IAI46_00810 0.81 +0.2 185,844 + IAI46_00810 0.81 +0.7 185,844 + IAI46_00810 0.81 +0.1 185,844 + IAI46_00810 0.81 +0.2 185,845 - IAI46_00810 0.81 -0.5 185,845 - IAI46_00810 0.81 +1.0 185,845 - IAI46_00810 0.81 +1.4 185,896 + IAI46_00810 0.85 -0.7 185,897 - IAI46_00810 0.85 -0.7 185,897 - IAI46_00810 0.85 -0.2 185,897 - IAI46_00810 0.85 -0.0 185,897 - IAI46_00810 0.85 +1.4 185,897 - IAI46_00810 0.85 -0.0 185,968 + +0.3 185,969 - +1.7 185,969 - -0.2 185,969 - +0.6 185,969 - -0.2 185,995 + +0.4 186,072 - +0.2 186,147 + -1.2 186,147 + -0.1 186,148 - +0.1 186,148 - +0.4 186,148 - +1.0 186,148 - +0.3 186,148 - -0.4 186,178 - -0.3 186,241 - IAI46_00815 0.13 +0.0 186,258 + IAI46_00815 0.14 +0.8 186,259 - IAI46_00815 0.14 +0.6 186,259 - IAI46_00815 0.14 +0.6 186,387 - IAI46_00815 0.25 -0.2 186,513 + IAI46_00815 0.35 -0.2 186,513 + IAI46_00815 0.35 -1.0 186,513 + IAI46_00815 0.35 +0.7 186,514 - IAI46_00815 0.36 +0.5 186,612 + IAI46_00815 0.44 -0.1 186,612 + IAI46_00815 0.44 -0.0 186,612 + IAI46_00815 0.44 +0.8 186,613 - IAI46_00815 0.44 -0.4 186,613 - IAI46_00815 0.44 -0.8 186,613 - IAI46_00815 0.44 -1.0 186,683 + IAI46_00815 0.50 +0.1 186,827 + IAI46_00815 0.62 -0.6 186,833 + IAI46_00815 0.62 -1.3 186,834 - IAI46_00815 0.62 -0.9 186,872 + IAI46_00815 0.65 +0.1 186,872 + IAI46_00815 0.65 -1.5 186,873 - IAI46_00815 0.66 +1.2 186,978 + IAI46_00815 0.74 +0.7 186,978 + IAI46_00815 0.74 +0.2 186,979 - IAI46_00815 0.74 +0.3 186,983 + IAI46_00815 0.75 -0.8 186,983 + IAI46_00815 0.75 -0.4 186,983 + IAI46_00815 0.75 +0.1 186,983 + IAI46_00815 0.75 +0.6 186,984 - IAI46_00815 0.75 +0.1 187,020 + IAI46_00815 0.78 -0.3 187,021 - IAI46_00815 0.78 -0.5 187,021 - IAI46_00815 0.78 +1.5 187,023 - IAI46_00815 0.78 +0.2 187,023 - IAI46_00815 0.78 +1.4 187,023 - IAI46_00815 0.78 -1.6 187,023 - IAI46_00815 0.78 -0.0 187,023 - IAI46_00815 0.78 -0.0 187,033 + IAI46_00815 0.79 -0.1 187,034 - IAI46_00815 0.79 +0.5 187,034 - IAI46_00815 0.79 +0.0 187,066 + IAI46_00815 0.82 +0.7 187,066 + IAI46_00815 0.82 -0.7 187,067 - IAI46_00815 0.82 +0.6 187,067 - IAI46_00815 0.82 -0.2 187,069 + IAI46_00815 0.82 -0.1 187,069 + IAI46_00815 0.82 +1.2 187,069 + IAI46_00815 0.82 -1.8 187,101 + IAI46_00815 0.84 +1.0 187,101 + IAI46_00815 0.84 +0.1 187,122 + IAI46_00815 0.86 -0.1 187,122 + IAI46_00815 0.86 +0.1 187,123 - IAI46_00815 0.86 +0.2 187,123 - IAI46_00815 0.86 -1.5 187,123 - IAI46_00815 0.86 -0.0 187,211 + +0.6 187,259 + +0.2 187,285 - +1.4 187,313 + -1.2 187,313 + -0.2 187,313 + +0.2 187,313 + +1.5 187,314 - +0.8 187,314 - +0.7 187,326 + -0.0 187,334 + +0.0 187,335 - +0.6 187,463 + IAI46_00820 0.23 -0.1 187,463 + IAI46_00820 0.23 +0.9 187,463 + IAI46_00820 0.23 +0.1 187,486 - IAI46_00820 0.27 -2.4 187,486 - IAI46_00820 0.27 -0.4 187,578 + IAI46_00820 0.43 +0.3 187,722 + IAI46_00820 0.69 +0.6 187,749 + IAI46_00820 0.74 -0.7 187,750 - IAI46_00820 0.74 -0.5 187,750 - IAI46_00820 0.74 +0.0 187,765 + IAI46_00820 0.77 -0.2 187,765 + IAI46_00820 0.77 +0.0 187,765 + IAI46_00820 0.77 -0.8 187,766 - IAI46_00820 0.77 +0.2 187,766 - IAI46_00820 0.77 +1.6 187,859 - -0.2 187,936 + +0.7 187,946 + +1.3 187,946 + +0.4 187,947 - -1.0 187,995 + +0.8 187,995 + +0.0 187,995 + +0.3 187,996 - -0.0 187,999 - -0.5 188,048 - IAI46_00825 0.16 +0.4 188,061 - IAI46_00825 0.19 +0.4 188,061 - IAI46_00825 0.19 +0.7 188,091 - IAI46_00825 0.26 -0.2 188,117 - IAI46_00825 0.32 +0.4 188,182 + IAI46_00825 0.47 +0.1 188,193 + IAI46_00825 0.50 +0.8 188,193 + IAI46_00825 0.50 +0.2 188,194 - IAI46_00825 0.50 +0.2 188,212 + IAI46_00825 0.54 +0.2 188,212 + IAI46_00825 0.54 -0.6
Or see this region's nucleotide sequence