Strain Fitness in Magnetospirillum magneticum AMB-1 around AMB_RS04160

Experiment: 30_an_nonmag_1

Add experiment(s):

Zoom: Pan:

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.

download SVG
500 ntAMB_RS04150 and AMB_RS04155 are separated by 126 nucleotidesAMB_RS04155 and AMB_RS04160 overlap by 4 nucleotidesAMB_RS04160 and AMB_RS04165 are separated by 133 nucleotidesAMB_RS04165 and AMB_RS04170 are separated by 133 nucleotides AMB_RS04150: AMB_RS04150 - acetylornithine transaminase, at 869,137 to 870,303 _RS04150 AMB_RS04155: AMB_RS04155 - heme-binding protein, at 870,430 to 870,822 _RS04155 AMB_RS04160: AMB_RS04160 - NAD-dependent succinate-semialdehyde dehydrogenase, at 870,819 to 872,318 _RS04160 AMB_RS04165: AMB_RS04165 - homoprotocatechuate degradation operon regulator HpaR, at 872,452 to 872,919 _RS04165 AMB_RS04170: AMB_RS04170 - CoA transferase, at 873,053 to 874,264 _RS04170 Position (kb) 870 871 872 873Strain fitness (log2 ratio) -4 -3 -2 -1 0 1at 870.156 kb on + strand, within AMB_RS04150at 870.844 kb on + strandat 870.844 kb on + strandat 870.844 kb on + strandat 870.844 kb on + strandat 870.844 kb on + strandat 870.844 kb on + strandat 870.844 kb on + strandat 870.844 kb on + strandat 870.845 kb on - strandat 870.845 kb on - strandat 870.845 kb on - strandat 870.845 kb on - strandat 870.845 kb on - strandat 870.845 kb on - strandat 870.845 kb on - strandat 871.024 kb on + strand, within AMB_RS04160at 871.369 kb on + strand, within AMB_RS04160at 871.370 kb on - strand, within AMB_RS04160at 871.370 kb on - strand, within AMB_RS04160at 871.370 kb on - strand, within AMB_RS04160at 871.370 kb on - strand, within AMB_RS04160at 871.429 kb on + strand, within AMB_RS04160at 871.897 kb on + strand, within AMB_RS04160at 871.898 kb on - strand, within AMB_RS04160at 871.898 kb on - strand, within AMB_RS04160at 871.945 kb on + strand, within AMB_RS04160at 871.945 kb on + strand, within AMB_RS04160at 871.946 kb on - strand, within AMB_RS04160at 872.236 kb on + strandat 872.236 kb on + strandat 872.236 kb on + strandat 872.236 kb on + strandat 872.237 kb on - strandat 872.237 kb on - strandat 872.237 kb on - strandat 872.237 kb on - strandat 872.237 kb on - strandat 872.342 kb on + strandat 872.342 kb on + strandat 872.343 kb on - strandat 872.343 kb on - strandat 872.343 kb on - strandat 872.381 kb on + strandat 872.381 kb on + strandat 872.381 kb on + strandat 872.382 kb on - strandat 872.382 kb on - strandat 872.917 kb on + strandat 872.918 kb on - strandat 872.918 kb on - strandat 872.918 kb on - strand

download strain data

Per-strain Table

Position Strand Gene LocusTag Fraction 30_an_nonmag_1
remove
870,156 + AMB_RS04150 0.87 -0.2
870,844 + -0.9
870,844 + -1.4
870,844 + +0.6
870,844 + -0.4
870,844 + -3.5
870,844 + -0.4
870,844 + +0.6
870,844 + -1.7
870,845 - -1.2
870,845 - +0.6
870,845 - -1.8
870,845 - -2.7
870,845 - +0.4
870,845 - -1.4
870,845 - -2.3
871,024 + AMB_RS04160 0.14 -0.3
871,369 + AMB_RS04160 0.37 -3.2
871,370 - AMB_RS04160 0.37 -0.6
871,370 - AMB_RS04160 0.37 +0.6
871,370 - AMB_RS04160 0.37 -1.6
871,370 - AMB_RS04160 0.37 -0.7
871,429 + AMB_RS04160 0.41 -0.4
871,897 + AMB_RS04160 0.72 -1.2
871,898 - AMB_RS04160 0.72 -1.2
871,898 - AMB_RS04160 0.72 -4.1
871,945 + AMB_RS04160 0.75 +0.4
871,945 + AMB_RS04160 0.75 -2.3
871,946 - AMB_RS04160 0.75 -1.4
872,236 + -1.5
872,236 + -3.3
872,236 + -3.9
872,236 + -1.4
872,237 - +0.1
872,237 - -2.2
872,237 - +0.6
872,237 - -1.2
872,237 - -0.2
872,342 + -0.7
872,342 + -4.6
872,343 - +0.1
872,343 - -1.8
872,343 - -1.0
872,381 + -3.5
872,381 + -1.2
872,381 + -0.9
872,382 - +0.4
872,382 - +0.4
872,917 + -0.4
872,918 - -1.2
872,918 - -2.9
872,918 - -1.2

Or see this region's nucleotide sequence