Experiment: Community=guar; Passage=4
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 GFF6635 and GFF6636 are separated by 5 nucleotides GFF6636 and GFF6637 are separated by 15 nucleotides GFF6637 and GFF6638 are separated by 105 nucleotides GFF6638 and GFF6639 overlap by 1 nucleotides
GFF6635 - FIG00441227: hypothetical protein, at 8,472 to 9,311
GFF6635
GFF6636 - Hydrolase, alpha/beta fold family, at 9,317 to 10,117
GFF6636
GFF6637 - Putative amidase amiC (EC 3.5.1.4), at 10,133 to 11,605
GFF6637
GFF6638 - no description, at 11,711 to 12,055
GFF6638
GFF6639 - no description, at 12,055 to 12,765
GFF6639
Position (kb)
10
11
12 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2 at 9.144 kb on + strand, within GFF6635 at 9.144 kb on + strand, within GFF6635 at 9.144 kb on + strand, within GFF6635 at 9.145 kb on - strand, within GFF6635 at 9.145 kb on - strand, within GFF6635 at 9.147 kb on + strand, within GFF6635 at 9.148 kb on - strand, within GFF6635 at 9.148 kb on - strand, within GFF6635 at 9.148 kb on - strand, within GFF6635 at 9.148 kb on - strand, within GFF6635 at 9.230 kb on + strand at 9.230 kb on + strand at 9.231 kb on - strand at 9.365 kb on + strand at 9.365 kb on + strand at 9.365 kb on + strand at 9.443 kb on + strand, within GFF6636 at 9.443 kb on + strand, within GFF6636 at 9.444 kb on - strand, within GFF6636 at 9.444 kb on - strand, within GFF6636 at 9.809 kb on + strand, within GFF6636 at 9.809 kb on + strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.810 kb on - strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.884 kb on + strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 9.885 kb on - strand, within GFF6636 at 10.339 kb on - strand, within GFF6637 at 10.339 kb on - strand, within GFF6637 at 10.404 kb on + strand, within GFF6637 at 10.404 kb on + strand, within GFF6637 at 10.404 kb on + strand, within GFF6637 at 10.405 kb on - strand, within GFF6637 at 10.405 kb on - strand, within GFF6637 at 10.537 kb on - strand, within GFF6637 at 10.537 kb on - strand, within GFF6637 at 10.537 kb on - strand, within GFF6637 at 10.537 kb on - strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.659 kb on + strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.660 kb on - strand, within GFF6637 at 10.857 kb on + strand, within GFF6637 at 10.858 kb on - strand, within GFF6637 at 10.858 kb on - strand, within GFF6637 at 10.858 kb on - strand, within GFF6637 at 11.157 kb on + strand, within GFF6637 at 11.157 kb on + strand, within GFF6637 at 11.157 kb on + strand, within GFF6637 at 11.157 kb on + strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.158 kb on - strand, within GFF6637 at 11.376 kb on + strand, within GFF6637 at 11.377 kb on - strand, within GFF6637 at 11.432 kb on + strand, within GFF6637 at 11.707 kb on + strand at 11.707 kb on + strand at 11.707 kb on + strand at 11.707 kb on + strand at 11.707 kb on + strand at 11.707 kb on + strand at 11.708 kb on - strand at 11.708 kb on - strand at 11.708 kb on - strand at 11.708 kb on - strand at 11.708 kb on - strand at 11.749 kb on + strand, within GFF6638 at 11.749 kb on + strand, within GFF6638 at 11.799 kb on + strand, within GFF6638 at 11.799 kb on + strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.800 kb on - strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.802 kb on + strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 11.803 kb on - strand, within GFF6638 at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.033 kb on + strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.034 kb on - strand at 12.230 kb on - strand, within GFF6639 at 12.350 kb on + strand, within GFF6639 at 12.350 kb on + strand, within GFF6639 at 12.419 kb on + strand, within GFF6639 at 12.419 kb on + strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.420 kb on - strand, within GFF6639 at 12.440 kb on + strand, within GFF6639 at 12.440 kb on + strand, within GFF6639 at 12.441 kb on - strand, within GFF6639 at 12.441 kb on - strand, within GFF6639 at 12.441 kb on - strand, within GFF6639 at 12.441 kb on - strand, within GFF6639 at 12.441 kb on - strand, within GFF6639 at 12.483 kb on - strand, within GFF6639 at 12.483 kb on - strand, within GFF6639
Per-strain Table
Position Strand Gene LocusTag Fraction Community=guar; Passage=4 remove 9,144 + GFF6635 0.80 -1.8 9,144 + GFF6635 0.80 -1.6 9,144 + GFF6635 0.80 -0.4 9,145 - GFF6635 0.80 -2.6 9,145 - GFF6635 0.80 +1.6 9,147 + GFF6635 0.80 +0.1 9,148 - GFF6635 0.80 -0.3 9,148 - GFF6635 0.80 -1.5 9,148 - GFF6635 0.80 +0.9 9,148 - GFF6635 0.80 +2.1 9,230 + -2.6 9,230 + +1.0 9,231 - +1.3 9,365 + -0.9 9,365 + -0.0 9,365 + -2.8 9,443 + GFF6636 0.16 -2.4 9,443 + GFF6636 0.16 -1.1 9,444 - GFF6636 0.16 +0.4 9,444 - GFF6636 0.16 -0.2 9,809 + GFF6636 0.61 +0.1 9,809 + GFF6636 0.61 -1.7 9,810 - GFF6636 0.62 +0.0 9,810 - GFF6636 0.62 +0.7 9,810 - GFF6636 0.62 +0.1 9,810 - GFF6636 0.62 -0.4 9,810 - GFF6636 0.62 -0.8 9,810 - GFF6636 0.62 +1.4 9,810 - GFF6636 0.62 -0.8 9,884 + GFF6636 0.71 -1.1 9,884 + GFF6636 0.71 +0.9 9,884 + GFF6636 0.71 +1.6 9,884 + GFF6636 0.71 -0.9 9,884 + GFF6636 0.71 +0.1 9,884 + GFF6636 0.71 -1.6 9,884 + GFF6636 0.71 -0.1 9,884 + GFF6636 0.71 -0.2 9,884 + GFF6636 0.71 +0.4 9,884 + GFF6636 0.71 -1.1 9,884 + GFF6636 0.71 -0.0 9,884 + GFF6636 0.71 +0.2 9,884 + GFF6636 0.71 +1.0 9,884 + GFF6636 0.71 +0.2 9,884 + GFF6636 0.71 -1.6 9,885 - GFF6636 0.71 -0.6 9,885 - GFF6636 0.71 +1.2 9,885 - GFF6636 0.71 +0.1 9,885 - GFF6636 0.71 +1.2 9,885 - GFF6636 0.71 +1.7 9,885 - GFF6636 0.71 -1.3 9,885 - GFF6636 0.71 +0.1 9,885 - GFF6636 0.71 +2.4 9,885 - GFF6636 0.71 +1.1 9,885 - GFF6636 0.71 -0.8 9,885 - GFF6636 0.71 +1.5 10,339 - GFF6637 0.14 -3.3 10,339 - GFF6637 0.14 +0.6 10,404 + GFF6637 0.18 +1.1 10,404 + GFF6637 0.18 -1.0 10,404 + GFF6637 0.18 -1.8 10,405 - GFF6637 0.18 +0.3 10,405 - GFF6637 0.18 -0.9 10,537 - GFF6637 0.27 -1.6 10,537 - GFF6637 0.27 +0.9 10,537 - GFF6637 0.27 -1.5 10,537 - GFF6637 0.27 +0.4 10,659 + GFF6637 0.36 +1.2 10,659 + GFF6637 0.36 +0.0 10,659 + GFF6637 0.36 -0.3 10,659 + GFF6637 0.36 +0.0 10,659 + GFF6637 0.36 -0.4 10,659 + GFF6637 0.36 -1.1 10,659 + GFF6637 0.36 -2.9 10,659 + GFF6637 0.36 +0.4 10,659 + GFF6637 0.36 -0.3 10,659 + GFF6637 0.36 +0.1 10,659 + GFF6637 0.36 +2.3 10,659 + GFF6637 0.36 +0.2 10,659 + GFF6637 0.36 -0.3 10,660 - GFF6637 0.36 +0.8 10,660 - GFF6637 0.36 +1.8 10,660 - GFF6637 0.36 +0.9 10,660 - GFF6637 0.36 +1.3 10,660 - GFF6637 0.36 +0.1 10,660 - GFF6637 0.36 -1.5 10,660 - GFF6637 0.36 +1.6 10,660 - GFF6637 0.36 -2.1 10,660 - GFF6637 0.36 -0.6 10,660 - GFF6637 0.36 -1.6 10,660 - GFF6637 0.36 -2.0 10,660 - GFF6637 0.36 +1.1 10,660 - GFF6637 0.36 +0.5 10,660 - GFF6637 0.36 +0.7 10,857 + GFF6637 0.49 +0.6 10,858 - GFF6637 0.49 +0.6 10,858 - GFF6637 0.49 -1.1 10,858 - GFF6637 0.49 +0.1 11,157 + GFF6637 0.70 +0.1 11,157 + GFF6637 0.70 -2.5 11,157 + GFF6637 0.70 -0.5 11,157 + GFF6637 0.70 -0.1 11,158 - GFF6637 0.70 +1.8 11,158 - GFF6637 0.70 -1.1 11,158 - GFF6637 0.70 +0.4 11,158 - GFF6637 0.70 -0.1 11,158 - GFF6637 0.70 -0.1 11,158 - GFF6637 0.70 -0.0 11,158 - GFF6637 0.70 -2.8 11,376 + GFF6637 0.84 -2.5 11,377 - GFF6637 0.84 +0.5 11,432 + GFF6637 0.88 -0.9 11,707 + +1.7 11,707 + -2.2 11,707 + -2.7 11,707 + -0.6 11,707 + -0.6 11,707 + -2.0 11,708 - +0.3 11,708 - +0.5 11,708 - +1.5 11,708 - -0.5 11,708 - -2.0 11,749 + GFF6638 0.11 -2.7 11,749 + GFF6638 0.11 +0.9 11,799 + GFF6638 0.26 -1.3 11,799 + GFF6638 0.26 +1.0 11,800 - GFF6638 0.26 -1.3 11,800 - GFF6638 0.26 +0.1 11,800 - GFF6638 0.26 -2.5 11,800 - GFF6638 0.26 +0.1 11,800 - GFF6638 0.26 -1.0 11,800 - GFF6638 0.26 +2.4 11,800 - GFF6638 0.26 -0.6 11,800 - GFF6638 0.26 -1.0 11,800 - GFF6638 0.26 -2.3 11,802 + GFF6638 0.26 -1.1 11,802 + GFF6638 0.26 +0.1 11,802 + GFF6638 0.26 -0.4 11,802 + GFF6638 0.26 +0.4 11,802 + GFF6638 0.26 -0.6 11,802 + GFF6638 0.26 -2.8 11,802 + GFF6638 0.26 +1.6 11,802 + GFF6638 0.26 -2.4 11,802 + GFF6638 0.26 +0.5 11,802 + GFF6638 0.26 +1.2 11,802 + GFF6638 0.26 +2.0 11,802 + GFF6638 0.26 +2.1 11,802 + GFF6638 0.26 +0.1 11,802 + GFF6638 0.26 +1.6 11,802 + GFF6638 0.26 -1.2 11,802 + GFF6638 0.26 +0.6 11,802 + GFF6638 0.26 +0.1 11,802 + GFF6638 0.26 -0.3 11,803 - GFF6638 0.27 -2.2 11,803 - GFF6638 0.27 -0.6 11,803 - GFF6638 0.27 +0.8 11,803 - GFF6638 0.27 -0.3 11,803 - GFF6638 0.27 -1.1 11,803 - GFF6638 0.27 +2.7 11,803 - GFF6638 0.27 -1.4 11,803 - GFF6638 0.27 +0.7 11,803 - GFF6638 0.27 -0.2 11,803 - GFF6638 0.27 +0.7 11,803 - GFF6638 0.27 +0.7 12,033 + +1.7 12,033 + -2.8 12,033 + -1.5 12,033 + +0.8 12,033 + +1.7 12,033 + -1.5 12,033 + +1.0 12,033 + -1.3 12,033 + -0.0 12,033 + +0.3 12,033 + -0.2 12,033 + -3.0 12,033 + +0.7 12,034 - +0.8 12,034 - -0.6 12,034 - +1.5 12,034 - -1.7 12,034 - +1.7 12,034 - -2.0 12,034 - -0.9 12,034 - +1.9 12,034 - +0.9 12,034 - -1.7 12,034 - -2.1 12,034 - -1.3 12,034 - -0.9 12,034 - -0.3 12,034 - +0.3 12,034 - +1.4 12,034 - -2.0 12,230 - GFF6639 0.25 +0.2 12,350 + GFF6639 0.41 -1.8 12,350 + GFF6639 0.41 +0.7 12,419 + GFF6639 0.51 +0.5 12,419 + GFF6639 0.51 -3.2 12,420 - GFF6639 0.51 -1.0 12,420 - GFF6639 0.51 -0.3 12,420 - GFF6639 0.51 -0.3 12,420 - GFF6639 0.51 -1.3 12,420 - GFF6639 0.51 -1.0 12,420 - GFF6639 0.51 +2.7 12,420 - GFF6639 0.51 -1.7 12,440 + GFF6639 0.54 -0.4 12,440 + GFF6639 0.54 +2.7 12,441 - GFF6639 0.54 -1.3 12,441 - GFF6639 0.54 +1.2 12,441 - GFF6639 0.54 +1.0 12,441 - GFF6639 0.54 +0.4 12,441 - GFF6639 0.54 -2.6 12,483 - GFF6639 0.60 -0.2 12,483 - GFF6639 0.60 -2.0
Or see this region's nucleotide sequence