Experiment: D-Fructose (C)
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 ABZR86_RS17640 and ABZR86_RS17645 are separated by 81 nucleotides ABZR86_RS17645 and ABZR86_RS17650 are separated by 36 nucleotides ABZR86_RS17650 and ABZR86_RS17655 are separated by 10 nucleotides ABZR86_RS17655 and ABZR86_RS17660 are separated by 126 nucleotides
ABZR86_RS17640: ABZR86_RS17640 - hypothetical protein, at 3,985,093 to 3,986,178
_RS17640
ABZR86_RS17645: ABZR86_RS17645 - hypothetical protein, at 3,986,260 to 3,986,757
_RS17645
ABZR86_RS17650: ABZR86_RS17650 - ADP-ribosylglycohydrolase family protein, at 3,986,794 to 3,986,982
_RS17650
ABZR86_RS17655: ABZR86_RS17655 - hypothetical protein, at 3,986,993 to 3,987,466
_RS17655
ABZR86_RS17660: ABZR86_RS17660 - hypothetical protein, at 3,987,593 to 3,988,189
_RS17660
Position (kb)
3986
3987 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2
3 at 3985.459 kb on + strand, within ABZR86_RS17640 at 3985.459 kb on + strand, within ABZR86_RS17640 at 3985.460 kb on - strand, within ABZR86_RS17640 at 3985.478 kb on + strand, within ABZR86_RS17640 at 3985.514 kb on - strand, within ABZR86_RS17640 at 3985.568 kb on - strand, within ABZR86_RS17640 at 3985.574 kb on - strand, within ABZR86_RS17640 at 3985.694 kb on - strand, within ABZR86_RS17640 at 3985.753 kb on + strand, within ABZR86_RS17640 at 3985.753 kb on + strand, within ABZR86_RS17640 at 3985.753 kb on + strand, within ABZR86_RS17640 at 3985.754 kb on - strand, within ABZR86_RS17640 at 3985.909 kb on + strand, within ABZR86_RS17640 at 3985.910 kb on - strand, within ABZR86_RS17640 at 3985.910 kb on - strand, within ABZR86_RS17640 at 3985.910 kb on - strand, within ABZR86_RS17640 at 3986.144 kb on + strand at 3986.215 kb on - strand at 3986.257 kb on + strand at 3986.257 kb on + strand at 3986.257 kb on + strand at 3986.257 kb on + strand at 3986.257 kb on + strand at 3986.259 kb on + strand at 3986.259 kb on + strand at 3986.259 kb on + strand at 3986.260 kb on - strand at 3986.282 kb on + strand at 3986.283 kb on - strand at 3986.306 kb on + strand at 3986.307 kb on - strand at 3986.358 kb on + strand, within ABZR86_RS17645 at 3986.394 kb on + strand, within ABZR86_RS17645 at 3986.394 kb on + strand, within ABZR86_RS17645 at 3986.394 kb on + strand, within ABZR86_RS17645 at 3986.394 kb on + strand, within ABZR86_RS17645 at 3986.395 kb on - strand, within ABZR86_RS17645 at 3986.404 kb on + strand, within ABZR86_RS17645 at 3986.404 kb on + strand, within ABZR86_RS17645 at 3986.405 kb on - strand, within ABZR86_RS17645 at 3986.405 kb on - strand, within ABZR86_RS17645 at 3986.405 kb on - strand, within ABZR86_RS17645 at 3986.405 kb on - strand, within ABZR86_RS17645 at 3986.540 kb on + strand, within ABZR86_RS17645 at 3986.805 kb on + strand at 3986.805 kb on + strand at 3986.805 kb on + strand at 3986.805 kb on + strand at 3986.805 kb on + strand at 3986.806 kb on - strand at 3986.806 kb on - strand at 3986.806 kb on - strand at 3986.807 kb on + strand at 3986.807 kb on + strand at 3986.807 kb on + strand at 3986.808 kb on - strand at 3986.808 kb on - strand at 3986.877 kb on - strand, within ABZR86_RS17650 at 3986.924 kb on + strand, within ABZR86_RS17650 at 3986.924 kb on + strand, within ABZR86_RS17650 at 3986.924 kb on + strand, within ABZR86_RS17650 at 3986.925 kb on - strand, within ABZR86_RS17650 at 3986.949 kb on - strand, within ABZR86_RS17650 at 3987.184 kb on + strand, within ABZR86_RS17655 at 3987.184 kb on + strand, within ABZR86_RS17655 at 3987.184 kb on + strand, within ABZR86_RS17655 at 3987.185 kb on - strand, within ABZR86_RS17655 at 3987.185 kb on - strand, within ABZR86_RS17655 at 3987.185 kb on - strand, within ABZR86_RS17655 at 3987.185 kb on - strand, within ABZR86_RS17655 at 3987.185 kb on - strand, within ABZR86_RS17655 at 3987.185 kb on - strand, within ABZR86_RS17655 at 3987.263 kb on + strand, within ABZR86_RS17655 at 3987.263 kb on + strand, within ABZR86_RS17655 at 3987.264 kb on - strand, within ABZR86_RS17655 at 3987.302 kb on + strand, within ABZR86_RS17655 at 3987.303 kb on - strand, within ABZR86_RS17655 at 3987.333 kb on + strand, within ABZR86_RS17655 at 3987.382 kb on - strand, within ABZR86_RS17655 at 3987.395 kb on + strand, within ABZR86_RS17655 at 3987.396 kb on - strand, within ABZR86_RS17655 at 3987.396 kb on - strand, within ABZR86_RS17655 at 3987.396 kb on - strand, within ABZR86_RS17655 at 3987.540 kb on + strand at 3987.565 kb on + strand at 3987.600 kb on - strand at 3987.624 kb on - strand at 3987.668 kb on + strand, within ABZR86_RS17660 at 3987.669 kb on - strand, within ABZR86_RS17660 at 3987.669 kb on - strand, within ABZR86_RS17660 at 3987.669 kb on - strand, within ABZR86_RS17660 at 3987.712 kb on + strand, within ABZR86_RS17660 at 3987.733 kb on - strand, within ABZR86_RS17660 at 3987.745 kb on + strand, within ABZR86_RS17660
Per-strain Table
Position Strand Gene LocusTag Fraction D-Fructose (C) remove 3,985,459 + ABZR86_RS17640 0.34 +1.6 3,985,459 + ABZR86_RS17640 0.34 -0.4 3,985,460 - ABZR86_RS17640 0.34 +0.4 3,985,478 + ABZR86_RS17640 0.35 +0.6 3,985,514 - ABZR86_RS17640 0.39 -0.5 3,985,568 - ABZR86_RS17640 0.44 -2.3 3,985,574 - ABZR86_RS17640 0.44 +1.2 3,985,694 - ABZR86_RS17640 0.55 -0.9 3,985,753 + ABZR86_RS17640 0.61 -0.5 3,985,753 + ABZR86_RS17640 0.61 -0.4 3,985,753 + ABZR86_RS17640 0.61 +1.0 3,985,754 - ABZR86_RS17640 0.61 +3.4 3,985,909 + ABZR86_RS17640 0.75 -0.2 3,985,910 - ABZR86_RS17640 0.75 +0.0 3,985,910 - ABZR86_RS17640 0.75 +0.2 3,985,910 - ABZR86_RS17640 0.75 +1.6 3,986,144 + +0.8 3,986,215 - +0.2 3,986,257 + -0.0 3,986,257 + -1.4 3,986,257 + +0.5 3,986,257 + -0.3 3,986,257 + -2.9 3,986,259 + -0.5 3,986,259 + +0.7 3,986,259 + +0.2 3,986,260 - -0.9 3,986,282 + -1.5 3,986,283 - -0.3 3,986,306 + -2.5 3,986,307 - +1.6 3,986,358 + ABZR86_RS17645 0.20 -1.0 3,986,394 + ABZR86_RS17645 0.27 -0.9 3,986,394 + ABZR86_RS17645 0.27 -0.8 3,986,394 + ABZR86_RS17645 0.27 +0.1 3,986,394 + ABZR86_RS17645 0.27 -0.2 3,986,395 - ABZR86_RS17645 0.27 +0.0 3,986,404 + ABZR86_RS17645 0.29 -0.5 3,986,404 + ABZR86_RS17645 0.29 +0.6 3,986,405 - ABZR86_RS17645 0.29 -1.0 3,986,405 - ABZR86_RS17645 0.29 +1.0 3,986,405 - ABZR86_RS17645 0.29 -0.1 3,986,405 - ABZR86_RS17645 0.29 -2.5 3,986,540 + ABZR86_RS17645 0.56 -0.3 3,986,805 + -0.5 3,986,805 + -0.3 3,986,805 + -0.1 3,986,805 + -0.8 3,986,805 + -1.3 3,986,806 - -0.2 3,986,806 - -2.7 3,986,806 - -1.1 3,986,807 + -2.5 3,986,807 + +0.2 3,986,807 + -0.1 3,986,808 - +0.1 3,986,808 - -0.3 3,986,877 - ABZR86_RS17650 0.44 +1.0 3,986,924 + ABZR86_RS17650 0.69 -0.3 3,986,924 + ABZR86_RS17650 0.69 -0.2 3,986,924 + ABZR86_RS17650 0.69 +0.2 3,986,925 - ABZR86_RS17650 0.69 -0.4 3,986,949 - ABZR86_RS17650 0.82 -0.5 3,987,184 + ABZR86_RS17655 0.40 +0.0 3,987,184 + ABZR86_RS17655 0.40 -0.4 3,987,184 + ABZR86_RS17655 0.40 -0.8 3,987,185 - ABZR86_RS17655 0.41 -2.4 3,987,185 - ABZR86_RS17655 0.41 +0.2 3,987,185 - ABZR86_RS17655 0.41 +2.0 3,987,185 - ABZR86_RS17655 0.41 -1.9 3,987,185 - ABZR86_RS17655 0.41 +0.2 3,987,185 - ABZR86_RS17655 0.41 +1.0 3,987,263 + ABZR86_RS17655 0.57 -0.7 3,987,263 + ABZR86_RS17655 0.57 -0.6 3,987,264 - ABZR86_RS17655 0.57 +0.6 3,987,302 + ABZR86_RS17655 0.65 -0.0 3,987,303 - ABZR86_RS17655 0.65 -0.6 3,987,333 + ABZR86_RS17655 0.72 +0.5 3,987,382 - ABZR86_RS17655 0.82 -0.3 3,987,395 + ABZR86_RS17655 0.85 -1.0 3,987,396 - ABZR86_RS17655 0.85 -0.7 3,987,396 - ABZR86_RS17655 0.85 +0.9 3,987,396 - ABZR86_RS17655 0.85 +0.8 3,987,540 + -0.4 3,987,565 + -0.1 3,987,600 - -1.1 3,987,624 - +0.4 3,987,668 + ABZR86_RS17660 0.13 +0.0 3,987,669 - ABZR86_RS17660 0.13 -0.3 3,987,669 - ABZR86_RS17660 0.13 -0.5 3,987,669 - ABZR86_RS17660 0.13 +0.8 3,987,712 + ABZR86_RS17660 0.20 -1.9 3,987,733 - ABZR86_RS17660 0.23 -0.8 3,987,745 + ABZR86_RS17660 0.25 +0.8
Or see this region's nucleotide sequence