Experiment: Supernatant; Trichoderma atroviride IMI tmk3mutant grown in Vogels_fungal_media, filtered; 0.2X
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 Xcc-8004.4405.1 and Xcc-8004.4406.1 are separated by 142 nucleotides Xcc-8004.4406.1 and Xcc-8004.4407.1 are separated by 364 nucleotides Xcc-8004.4407.1 and Xcc-8004.4409.1 are separated by 577 nucleotides
Xcc-8004.4405.1: Xcc-8004.4405.1 - Outer membrane stress sensor protease DegS, at 4,212,952 to 4,214,610
Xcc-8004.4405.1
Xcc-8004.4406.1: Xcc-8004.4406.1 - Cellulose synthase operon protein C, at 4,214,753 to 4,215,184
Xcc-8004.4406.1
Xcc-8004.4407.1: Xcc-8004.4407.1 - Nicotinate phosphoribosyltransferase (EC 2.4.2.11), at 4,215,549 to 4,216,745
Xcc-8004.4407.1
Xcc-8004.4409.1: Xcc-8004.4409.1 - FIG01211368: hypothetical protein, at 4,217,323 to 4,218,291
Xcc-8004.4409.1
Position (kb)
4215
4216
4217 Strain fitness (log2 ratio)
-2
-1
0
1
2 at 4214.783 kb on + strand at 4214.783 kb on + strand at 4214.784 kb on - strand at 4214.784 kb on - strand at 4214.838 kb on + strand, within Xcc-8004.4406.1 at 4214.839 kb on - strand, within Xcc-8004.4406.1 at 4214.839 kb on - strand, within Xcc-8004.4406.1 at 4214.862 kb on + strand, within Xcc-8004.4406.1 at 4214.863 kb on - strand, within Xcc-8004.4406.1 at 4214.863 kb on - strand, within Xcc-8004.4406.1 at 4214.863 kb on - strand, within Xcc-8004.4406.1 at 4214.863 kb on - strand, within Xcc-8004.4406.1 at 4214.946 kb on + strand, within Xcc-8004.4406.1 at 4214.946 kb on + strand, within Xcc-8004.4406.1 at 4214.946 kb on + strand, within Xcc-8004.4406.1 at 4214.947 kb on - strand, within Xcc-8004.4406.1 at 4214.947 kb on - strand, within Xcc-8004.4406.1 at 4214.947 kb on - strand, within Xcc-8004.4406.1 at 4214.947 kb on - strand, within Xcc-8004.4406.1 at 4214.976 kb on + strand, within Xcc-8004.4406.1 at 4214.977 kb on - strand, within Xcc-8004.4406.1 at 4214.989 kb on + strand, within Xcc-8004.4406.1 at 4214.991 kb on + strand, within Xcc-8004.4406.1 at 4214.992 kb on - strand, within Xcc-8004.4406.1 at 4215.036 kb on + strand, within Xcc-8004.4406.1 at 4215.037 kb on - strand, within Xcc-8004.4406.1 at 4215.073 kb on - strand, within Xcc-8004.4406.1 at 4215.186 kb on + strand at 4215.186 kb on + strand at 4215.186 kb on + strand at 4215.186 kb on + strand at 4215.186 kb on + strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.187 kb on - strand at 4215.204 kb on + strand at 4215.205 kb on - strand at 4215.205 kb on - strand at 4215.205 kb on - strand at 4215.205 kb on - strand at 4215.205 kb on - strand at 4215.219 kb on + strand at 4215.220 kb on - strand at 4215.220 kb on - strand at 4215.220 kb on - strand at 4215.239 kb on - strand at 4215.539 kb on + strand at 4215.611 kb on - strand at 4215.620 kb on - strand at 4215.790 kb on + strand, within Xcc-8004.4407.1 at 4215.790 kb on + strand, within Xcc-8004.4407.1 at 4215.791 kb on - strand, within Xcc-8004.4407.1 at 4215.949 kb on + strand, within Xcc-8004.4407.1 at 4215.949 kb on + strand, within Xcc-8004.4407.1 at 4215.949 kb on + strand, within Xcc-8004.4407.1 at 4215.949 kb on + strand, within Xcc-8004.4407.1 at 4216.099 kb on + strand, within Xcc-8004.4407.1 at 4216.099 kb on + strand, within Xcc-8004.4407.1 at 4216.100 kb on - strand, within Xcc-8004.4407.1 at 4216.100 kb on - strand, within Xcc-8004.4407.1 at 4216.157 kb on + strand, within Xcc-8004.4407.1 at 4216.157 kb on + strand, within Xcc-8004.4407.1 at 4216.157 kb on + strand, within Xcc-8004.4407.1 at 4216.158 kb on - strand, within Xcc-8004.4407.1 at 4216.203 kb on + strand, within Xcc-8004.4407.1 at 4216.293 kb on + strand, within Xcc-8004.4407.1 at 4216.293 kb on + strand, within Xcc-8004.4407.1 at 4216.294 kb on - strand, within Xcc-8004.4407.1 at 4216.471 kb on + strand, within Xcc-8004.4407.1 at 4216.472 kb on - strand, within Xcc-8004.4407.1 at 4216.472 kb on - strand, within Xcc-8004.4407.1 at 4216.544 kb on - strand, within Xcc-8004.4407.1 at 4216.544 kb on - strand, within Xcc-8004.4407.1 at 4216.711 kb on + strand at 4216.854 kb on + strand at 4216.897 kb on + strand at 4216.897 kb on + strand at 4216.972 kb on + strand at 4216.973 kb on - strand at 4217.060 kb on - strand at 4217.129 kb on + strand at 4217.129 kb on + strand at 4217.167 kb on - strand at 4217.201 kb on + strand at 4217.258 kb on + strand at 4217.258 kb on + strand at 4217.311 kb on + strand at 4217.311 kb on + strand at 4217.315 kb on - strand at 4217.315 kb on - strand at 4217.315 kb on - strand at 4217.315 kb on - strand at 4217.324 kb on + strand at 4217.405 kb on + strand at 4217.405 kb on + strand at 4217.405 kb on + strand at 4217.406 kb on - strand at 4217.491 kb on - strand, within Xcc-8004.4409.1
Per-strain Table
Position Strand Gene LocusTag Fraction Supernatant; Trichoderma atroviride IMI tmk3mutant grown in Vogels_fungal_media, filtered; 0.2X remove 4,214,783 + +0.7 4,214,783 + +1.4 4,214,784 - +0.5 4,214,784 - +0.8 4,214,838 + Xcc-8004.4406.1 0.20 +2.4 4,214,839 - Xcc-8004.4406.1 0.20 +0.3 4,214,839 - Xcc-8004.4406.1 0.20 -0.6 4,214,862 + Xcc-8004.4406.1 0.25 +0.9 4,214,863 - Xcc-8004.4406.1 0.25 -0.0 4,214,863 - Xcc-8004.4406.1 0.25 -0.3 4,214,863 - Xcc-8004.4406.1 0.25 -0.8 4,214,863 - Xcc-8004.4406.1 0.25 -2.7 4,214,946 + Xcc-8004.4406.1 0.45 -1.4 4,214,946 + Xcc-8004.4406.1 0.45 -0.1 4,214,946 + Xcc-8004.4406.1 0.45 +0.0 4,214,947 - Xcc-8004.4406.1 0.45 +0.1 4,214,947 - Xcc-8004.4406.1 0.45 +0.1 4,214,947 - Xcc-8004.4406.1 0.45 +0.3 4,214,947 - Xcc-8004.4406.1 0.45 +0.7 4,214,976 + Xcc-8004.4406.1 0.52 -0.8 4,214,977 - Xcc-8004.4406.1 0.52 -0.1 4,214,989 + Xcc-8004.4406.1 0.55 +2.4 4,214,991 + Xcc-8004.4406.1 0.55 +0.5 4,214,992 - Xcc-8004.4406.1 0.55 +0.2 4,215,036 + Xcc-8004.4406.1 0.66 -1.2 4,215,037 - Xcc-8004.4406.1 0.66 +1.4 4,215,073 - Xcc-8004.4406.1 0.74 +0.0 4,215,186 + -0.2 4,215,186 + +0.6 4,215,186 + +0.8 4,215,186 + +1.6 4,215,186 + +0.4 4,215,187 - +0.5 4,215,187 - +0.7 4,215,187 - -2.1 4,215,187 - -0.2 4,215,187 - +0.7 4,215,187 - -0.8 4,215,187 - -1.2 4,215,187 - +0.5 4,215,204 + -0.2 4,215,205 - -0.4 4,215,205 - +0.5 4,215,205 - -0.6 4,215,205 - +0.2 4,215,205 - +0.4 4,215,219 + -0.4 4,215,220 - +0.2 4,215,220 - +0.1 4,215,220 - -0.5 4,215,239 - -0.4 4,215,539 + -0.3 4,215,611 - +0.2 4,215,620 - -0.3 4,215,790 + Xcc-8004.4407.1 0.20 -1.1 4,215,790 + Xcc-8004.4407.1 0.20 -0.0 4,215,791 - Xcc-8004.4407.1 0.20 +0.6 4,215,949 + Xcc-8004.4407.1 0.33 -0.6 4,215,949 + Xcc-8004.4407.1 0.33 -0.6 4,215,949 + Xcc-8004.4407.1 0.33 +0.3 4,215,949 + Xcc-8004.4407.1 0.33 -0.5 4,216,099 + Xcc-8004.4407.1 0.46 +0.2 4,216,099 + Xcc-8004.4407.1 0.46 -1.6 4,216,100 - Xcc-8004.4407.1 0.46 -0.9 4,216,100 - Xcc-8004.4407.1 0.46 -0.3 4,216,157 + Xcc-8004.4407.1 0.51 +0.5 4,216,157 + Xcc-8004.4407.1 0.51 -1.8 4,216,157 + Xcc-8004.4407.1 0.51 +0.4 4,216,158 - Xcc-8004.4407.1 0.51 +0.1 4,216,203 + Xcc-8004.4407.1 0.55 +0.6 4,216,293 + Xcc-8004.4407.1 0.62 -0.6 4,216,293 + Xcc-8004.4407.1 0.62 -1.0 4,216,294 - Xcc-8004.4407.1 0.62 -0.3 4,216,471 + Xcc-8004.4407.1 0.77 +1.6 4,216,472 - Xcc-8004.4407.1 0.77 +0.2 4,216,472 - Xcc-8004.4407.1 0.77 -0.1 4,216,544 - Xcc-8004.4407.1 0.83 +0.1 4,216,544 - Xcc-8004.4407.1 0.83 +0.2 4,216,711 + +0.1 4,216,854 + +0.4 4,216,897 + -1.1 4,216,897 + +0.1 4,216,972 + +0.1 4,216,973 - -0.2 4,217,060 - +0.8 4,217,129 + +0.4 4,217,129 + -0.0 4,217,167 - +0.2 4,217,201 + -0.6 4,217,258 + +2.0 4,217,258 + -1.2 4,217,311 + -0.0 4,217,311 + -1.4 4,217,315 - -0.4 4,217,315 - +1.0 4,217,315 - -0.4 4,217,315 - -1.9 4,217,324 + +1.0 4,217,405 + +0.1 4,217,405 + -0.6 4,217,405 + +0.0 4,217,406 - +0.0 4,217,491 - Xcc-8004.4409.1 0.17 +0.8
Or see this region's nucleotide sequence