Experiment: Valeric 25 mM; 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 Rru_A1532 and Rru_A1533 are separated by 194 nucleotides Rru_A1533 and Rru_A1534 overlap by 10 nucleotides Rru_A1534 and Rru_A1535 are separated by 65 nucleotides Rru_A1535 and Rru_A1536 are separated by 177 nucleotides
Rru_A1532: Rru_A1532 - TPR repeat (NCBI), at 1,805,239 to 1,806,150
_A1532
Rru_A1533: Rru_A1533 - Pentapeptide repeat (NCBI), at 1,806,345 to 1,806,890
_A1533
Rru_A1534: Rru_A1534 - Cl- channel, voltage gated (NCBI), at 1,806,881 to 1,808,464
_A1534
Rru_A1535: Rru_A1535 - Plasmid maintenance system antidote protein (NCBI), at 1,808,530 to 1,808,901
_A1535
Rru_A1536: Rru_A1536 - UvrD/REP helicase (NCBI), at 1,809,079 to 1,811,385
_A1536
Position (kb)
1806
1807
1808
1809 Strain fitness (log2 ratio)
-5
-4
-3
-2
-1
0
1
2 at 1806.213 kb on - strand at 1806.231 kb on - strand at 1806.234 kb on - strand at 1806.236 kb on + strand at 1806.368 kb on - strand at 1806.504 kb on + strand, within Rru_A1533 at 1806.504 kb on + strand, within Rru_A1533 at 1806.504 kb on + strand, within Rru_A1533 at 1806.504 kb on + strand, within Rru_A1533 at 1806.505 kb on - strand, within Rru_A1533 at 1806.505 kb on - strand, within Rru_A1533 at 1806.505 kb on - strand, within Rru_A1533 at 1806.505 kb on - strand, within Rru_A1533 at 1806.505 kb on - strand, within Rru_A1533 at 1806.751 kb on - strand, within Rru_A1533 at 1806.751 kb on - strand, within Rru_A1533 at 1806.778 kb on + strand, within Rru_A1533 at 1806.889 kb on - strand at 1807.038 kb on - strand at 1807.038 kb on - strand at 1807.055 kb on + strand, within Rru_A1534 at 1807.137 kb on - strand, within Rru_A1534 at 1807.137 kb on - strand, within Rru_A1534 at 1807.372 kb on + strand, within Rru_A1534 at 1807.696 kb on - strand, within Rru_A1534 at 1807.811 kb on + strand, within Rru_A1534 at 1807.811 kb on + strand, within Rru_A1534 at 1807.811 kb on + strand, within Rru_A1534 at 1807.812 kb on - strand, within Rru_A1534 at 1807.812 kb on - strand, within Rru_A1534 at 1807.812 kb on - strand, within Rru_A1534 at 1807.900 kb on + strand, within Rru_A1534 at 1807.900 kb on + strand, within Rru_A1534 at 1807.988 kb on + strand, within Rru_A1534 at 1807.989 kb on - strand, within Rru_A1534 at 1808.078 kb on + strand, within Rru_A1534 at 1808.078 kb on + strand, within Rru_A1534 at 1808.079 kb on - strand, within Rru_A1534 at 1808.079 kb on - strand, within Rru_A1534 at 1808.583 kb on + strand, within Rru_A1535 at 1808.583 kb on + strand, within Rru_A1535 at 1808.584 kb on - strand, within Rru_A1535 at 1808.584 kb on - strand, within Rru_A1535 at 1808.628 kb on + strand, within Rru_A1535 at 1808.629 kb on - strand, within Rru_A1535 at 1808.629 kb on - strand, within Rru_A1535 at 1808.672 kb on + strand, within Rru_A1535 at 1808.672 kb on + strand, within Rru_A1535 at 1808.673 kb on - strand, within Rru_A1535 at 1808.696 kb on + strand, within Rru_A1535 at 1808.697 kb on - strand, within Rru_A1535 at 1808.697 kb on - strand, within Rru_A1535 at 1808.918 kb on + strand at 1808.918 kb on + strand at 1808.919 kb on - strand at 1808.923 kb on + strand at 1808.929 kb on + strand at 1808.929 kb on + strand at 1808.929 kb on + strand at 1808.930 kb on - strand at 1808.930 kb on - strand at 1808.930 kb on - strand at 1809.032 kb on + strand at 1809.033 kb on - strand at 1809.033 kb on - strand at 1809.033 kb on - strand at 1809.033 kb on - strand at 1809.033 kb on - strand at 1809.033 kb on - strand at 1809.070 kb on + strand at 1809.070 kb on + strand at 1809.070 kb on + strand at 1809.070 kb on + strand at 1809.071 kb on - strand at 1809.071 kb on - strand at 1809.071 kb on - strand
Per-strain Table
Position Strand Gene LocusTag Fraction Valeric 25 mM; anaerobic remove 1,806,213 - -2.2 1,806,231 - +1.4 1,806,234 - -0.1 1,806,236 + -5.1 1,806,368 - +0.9 1,806,504 + Rru_A1533 0.29 -1.9 1,806,504 + Rru_A1533 0.29 -2.0 1,806,504 + Rru_A1533 0.29 +0.2 1,806,504 + Rru_A1533 0.29 -2.1 1,806,505 - Rru_A1533 0.29 +0.2 1,806,505 - Rru_A1533 0.29 -0.4 1,806,505 - Rru_A1533 0.29 -1.5 1,806,505 - Rru_A1533 0.29 +1.2 1,806,505 - Rru_A1533 0.29 +0.4 1,806,751 - Rru_A1533 0.74 +0.2 1,806,751 - Rru_A1533 0.74 -0.4 1,806,778 + Rru_A1533 0.79 -1.3 1,806,889 - -0.0 1,807,038 - +0.4 1,807,038 - -0.3 1,807,055 + Rru_A1534 0.11 -0.7 1,807,137 - Rru_A1534 0.16 -1.2 1,807,137 - Rru_A1534 0.16 +0.3 1,807,372 + Rru_A1534 0.31 -0.6 1,807,696 - Rru_A1534 0.51 +0.3 1,807,811 + Rru_A1534 0.59 -0.5 1,807,811 + Rru_A1534 0.59 +0.4 1,807,811 + Rru_A1534 0.59 -0.5 1,807,812 - Rru_A1534 0.59 +0.0 1,807,812 - Rru_A1534 0.59 -0.1 1,807,812 - Rru_A1534 0.59 +2.1 1,807,900 + Rru_A1534 0.64 -0.0 1,807,900 + Rru_A1534 0.64 +0.1 1,807,988 + Rru_A1534 0.70 -0.2 1,807,989 - Rru_A1534 0.70 -0.3 1,808,078 + Rru_A1534 0.76 -1.5 1,808,078 + Rru_A1534 0.76 +0.0 1,808,079 - Rru_A1534 0.76 -0.3 1,808,079 - Rru_A1534 0.76 +0.2 1,808,583 + Rru_A1535 0.14 +0.1 1,808,583 + Rru_A1535 0.14 +0.3 1,808,584 - Rru_A1535 0.15 +0.3 1,808,584 - Rru_A1535 0.15 -0.0 1,808,628 + Rru_A1535 0.26 +0.9 1,808,629 - Rru_A1535 0.27 +0.3 1,808,629 - Rru_A1535 0.27 -0.0 1,808,672 + Rru_A1535 0.38 -0.3 1,808,672 + Rru_A1535 0.38 -0.5 1,808,673 - Rru_A1535 0.38 +0.4 1,808,696 + Rru_A1535 0.45 -0.3 1,808,697 - Rru_A1535 0.45 +0.2 1,808,697 - Rru_A1535 0.45 -0.3 1,808,918 + +0.4 1,808,918 + +0.4 1,808,919 - -0.2 1,808,923 + -1.1 1,808,929 + -1.0 1,808,929 + +0.0 1,808,929 + -0.3 1,808,930 - -2.4 1,808,930 - +0.5 1,808,930 - -0.7 1,809,032 + -1.0 1,809,033 - -0.9 1,809,033 - +0.8 1,809,033 - +0.6 1,809,033 - -0.4 1,809,033 - +0.1 1,809,033 - -0.8 1,809,070 + +0.7 1,809,070 + +0.7 1,809,070 + -1.8 1,809,070 + +0.5 1,809,071 - -0.7 1,809,071 - +1.7 1,809,071 - -1.7
Or see this region's nucleotide sequence