Strain Fitness in Magnetospirillum magneticum AMB-1 around AMB_RS14640

Experiment: 30_initial_2

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_RS14630 and AMB_RS14635 are separated by 174 nucleotidesAMB_RS14635 and AMB_RS14640 are separated by 358 nucleotidesAMB_RS14640 and AMB_RS14645 are separated by 56 nucleotidesAMB_RS14645 and AMB_RS14650 are separated by 0 nucleotides AMB_RS14630: AMB_RS14630 - hypothetical protein, at 3,104,339 to 3,104,740 _RS14630 AMB_RS14635: AMB_RS14635 - hypothetical protein, at 3,104,915 to 3,105,160 _RS14635 AMB_RS14640: AMB_RS14640 - nitrous oxide reductase accessory protein NosL, at 3,105,519 to 3,106,007 _RS14640 AMB_RS14645: AMB_RS14645 - sulfite exporter TauE/SafE family protein, at 3,106,064 to 3,106,753 _RS14645 AMB_RS14650: AMB_RS14650 - cadmium-translocating P-type ATPase, at 3,106,754 to 3,109,168 _RS14650 Position (kb) 3105 3106 3107Strain fitness (log2 ratio) -3 -2 -1 0 1at 3104.610 kb on - strand, within AMB_RS14630at 3104.813 kb on + strandat 3104.813 kb on + strandat 3104.814 kb on - strandat 3104.814 kb on - strandat 3104.814 kb on - strandat 3104.963 kb on + strand, within AMB_RS14635at 3104.963 kb on + strand, within AMB_RS14635at 3104.964 kb on - strand, within AMB_RS14635at 3104.967 kb on + strand, within AMB_RS14635at 3104.968 kb on - strand, within AMB_RS14635at 3105.128 kb on - strand, within AMB_RS14635at 3105.142 kb on + strandat 3105.142 kb on + strandat 3105.143 kb on - strandat 3105.143 kb on - strandat 3105.158 kb on + strandat 3105.159 kb on - strandat 3105.509 kb on + strandat 3105.510 kb on - strandat 3105.520 kb on + strandat 3105.520 kb on + strandat 3105.536 kb on + strandat 3105.669 kb on + strand, within AMB_RS14640at 3105.669 kb on + strand, within AMB_RS14640at 3105.669 kb on + strand, within AMB_RS14640at 3105.670 kb on - strand, within AMB_RS14640at 3105.670 kb on - strand, within AMB_RS14640at 3105.670 kb on - strand, within AMB_RS14640at 3105.725 kb on - strand, within AMB_RS14640at 3105.727 kb on + strand, within AMB_RS14640at 3105.727 kb on + strand, within AMB_RS14640at 3105.727 kb on + strand, within AMB_RS14640at 3105.727 kb on + strand, within AMB_RS14640at 3105.728 kb on - strand, within AMB_RS14640at 3105.829 kb on + strand, within AMB_RS14640at 3105.829 kb on + strand, within AMB_RS14640at 3105.829 kb on + strand, within AMB_RS14640at 3105.830 kb on - strand, within AMB_RS14640at 3105.877 kb on + strand, within AMB_RS14640at 3106.392 kb on + strand, within AMB_RS14645at 3106.393 kb on - strand, within AMB_RS14645at 3106.393 kb on - strand, within AMB_RS14645at 3106.393 kb on - strand, within AMB_RS14645at 3106.393 kb on - strand, within AMB_RS14645at 3106.395 kb on + strand, within AMB_RS14645at 3106.395 kb on + strand, within AMB_RS14645at 3106.395 kb on + strand, within AMB_RS14645at 3106.396 kb on - strand, within AMB_RS14645at 3106.584 kb on + strand, within AMB_RS14645at 3106.584 kb on + strand, within AMB_RS14645at 3106.585 kb on - strand, within AMB_RS14645at 3106.585 kb on - strand, within AMB_RS14645at 3106.585 kb on - strand, within AMB_RS14645at 3106.732 kb on + strandat 3106.732 kb on + strandat 3106.732 kb on + strandat 3106.732 kb on + strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.733 kb on - strandat 3106.755 kb on + strandat 3106.755 kb on + strandat 3106.878 kb on + strandat 3106.878 kb on + strandat 3106.878 kb on + strandat 3106.878 kb on + strandat 3106.879 kb on - strandat 3106.879 kb on - strandat 3106.879 kb on - strand

download strain data

Per-strain Table

Position Strand Gene LocusTag Fraction 30_initial_2
remove
3,104,610 - AMB_RS14630 0.67 +0.1
3,104,813 + +0.9
3,104,813 + +0.4
3,104,814 - -0.5
3,104,814 - -0.4
3,104,814 - +0.3
3,104,963 + AMB_RS14635 0.20 +0.2
3,104,963 + AMB_RS14635 0.20 -0.2
3,104,964 - AMB_RS14635 0.20 -1.4
3,104,967 + AMB_RS14635 0.21 -0.3
3,104,968 - AMB_RS14635 0.22 -0.5
3,105,128 - AMB_RS14635 0.87 -0.4
3,105,142 + +1.4
3,105,142 + -0.1
3,105,143 - -0.1
3,105,143 - -0.6
3,105,158 + +0.1
3,105,159 - -1.2
3,105,509 + +1.1
3,105,510 - -0.2
3,105,520 + -0.3
3,105,520 + +1.3
3,105,536 + +0.3
3,105,669 + AMB_RS14640 0.31 -3.2
3,105,669 + AMB_RS14640 0.31 -0.2
3,105,669 + AMB_RS14640 0.31 +0.1
3,105,670 - AMB_RS14640 0.31 -0.2
3,105,670 - AMB_RS14640 0.31 -0.3
3,105,670 - AMB_RS14640 0.31 -0.5
3,105,725 - AMB_RS14640 0.42 +0.1
3,105,727 + AMB_RS14640 0.43 -0.2
3,105,727 + AMB_RS14640 0.43 +0.5
3,105,727 + AMB_RS14640 0.43 -1.5
3,105,727 + AMB_RS14640 0.43 +0.8
3,105,728 - AMB_RS14640 0.43 -0.4
3,105,829 + AMB_RS14640 0.63 -0.1
3,105,829 + AMB_RS14640 0.63 -0.1
3,105,829 + AMB_RS14640 0.63 -0.6
3,105,830 - AMB_RS14640 0.64 +0.0
3,105,877 + AMB_RS14640 0.73 -0.3
3,106,392 + AMB_RS14645 0.48 -0.1
3,106,393 - AMB_RS14645 0.48 -0.3
3,106,393 - AMB_RS14645 0.48 -0.4
3,106,393 - AMB_RS14645 0.48 -0.8
3,106,393 - AMB_RS14645 0.48 -0.4
3,106,395 + AMB_RS14645 0.48 +0.8
3,106,395 + AMB_RS14645 0.48 -0.3
3,106,395 + AMB_RS14645 0.48 +0.1
3,106,396 - AMB_RS14645 0.48 +0.2
3,106,584 + AMB_RS14645 0.75 -0.4
3,106,584 + AMB_RS14645 0.75 +0.4
3,106,585 - AMB_RS14645 0.76 +0.7
3,106,585 - AMB_RS14645 0.76 -0.5
3,106,585 - AMB_RS14645 0.76 -0.2
3,106,732 + +0.0
3,106,732 + -0.1
3,106,732 + +1.1
3,106,732 + +0.1
3,106,733 - +0.2
3,106,733 - +0.3
3,106,733 - -0.6
3,106,733 - -0.4
3,106,733 - -0.4
3,106,733 - +0.7
3,106,733 - +1.2
3,106,733 - -0.1
3,106,755 + +0.0
3,106,755 + -0.5
3,106,878 + +0.7
3,106,878 + +0.6
3,106,878 + -0.3
3,106,878 + -0.5
3,106,879 - -2.4
3,106,879 - -0.4
3,106,879 - +1.5

Or see this region's nucleotide sequence