Experiment: HBM-Sucrose
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 fliM and fliL are separated by 4 nucleotides fliL and LU632_RS10550 are separated by 152 nucleotides LU632_RS10550 and fliJ overlap by 4 nucleotides fliJ and fliI are separated by 15 nucleotides
LU632_RS10540: fliM - flagellar motor switch protein FliM, at 2,013,853 to 2,014,860
fliM
LU632_RS10545: fliL - flagellar basal body-associated protein FliL, at 2,014,865 to 2,015,347
fliL
LU632_RS10550: LU632_RS10550 - flagellar hook-length control protein FliK, at 2,015,500 to 2,016,825
_RS10550
LU632_RS10555: fliJ - flagella biosynthesis chaperone FliJ, at 2,016,822 to 2,017,268
fliJ
LU632_RS10560: fliI - flagellum-specific ATP synthase FliI, at 2,017,284 to 2,018,645
fliI
Position (kb)
2015
2016
2017 Strain fitness (log2 ratio)
-2
-1
0
1
2 at 2014.561 kb on - strand, within fliM at 2014.596 kb on - strand, within fliM at 2014.662 kb on + strand, within fliM at 2014.663 kb on - strand, within fliM at 2014.726 kb on - strand, within fliM at 2014.867 kb on - strand at 2014.951 kb on + strand, within fliL at 2015.075 kb on - strand, within fliL at 2015.109 kb on + strand, within fliL at 2015.109 kb on + strand, within fliL at 2015.109 kb on + strand, within fliL at 2015.109 kb on + strand, within fliL at 2015.109 kb on + strand, within fliL at 2015.110 kb on - strand, within fliL at 2015.276 kb on + strand, within fliL at 2015.276 kb on + strand, within fliL at 2015.276 kb on + strand, within fliL at 2015.280 kb on - strand, within fliL at 2015.282 kb on + strand, within fliL at 2015.314 kb on + strand at 2015.315 kb on - strand at 2015.347 kb on + strand at 2015.357 kb on - strand at 2015.444 kb on + strand at 2015.445 kb on - strand at 2015.512 kb on - strand at 2015.601 kb on + strand at 2015.607 kb on + strand at 2015.607 kb on + strand at 2015.607 kb on + strand at 2015.608 kb on - strand at 2015.608 kb on - strand at 2015.608 kb on - strand at 2015.623 kb on - strand at 2015.731 kb on + strand, within LU632_RS10550 at 2015.787 kb on + strand, within LU632_RS10550 at 2015.788 kb on - strand, within LU632_RS10550 at 2015.854 kb on + strand, within LU632_RS10550 at 2015.854 kb on + strand, within LU632_RS10550 at 2015.854 kb on + strand, within LU632_RS10550 at 2015.854 kb on + strand, within LU632_RS10550 at 2015.855 kb on - strand, within LU632_RS10550 at 2015.855 kb on - strand, within LU632_RS10550 at 2015.855 kb on - strand, within LU632_RS10550 at 2016.205 kb on - strand, within LU632_RS10550 at 2016.266 kb on - strand, within LU632_RS10550 at 2016.374 kb on - strand, within LU632_RS10550 at 2016.374 kb on - strand, within LU632_RS10550 at 2016.453 kb on + strand, within LU632_RS10550 at 2016.454 kb on - strand, within LU632_RS10550 at 2016.493 kb on + strand, within LU632_RS10550 at 2016.496 kb on + strand, within LU632_RS10550 at 2016.526 kb on + strand, within LU632_RS10550 at 2016.897 kb on + strand, within fliJ at 2016.897 kb on + strand, within fliJ at 2016.898 kb on - strand, within fliJ at 2017.060 kb on + strand, within fliJ at 2017.061 kb on - strand, within fliJ at 2017.061 kb on - strand, within fliJ at 2017.097 kb on + strand, within fliJ at 2017.097 kb on + strand, within fliJ at 2017.097 kb on + strand, within fliJ at 2017.098 kb on - strand, within fliJ at 2017.098 kb on - strand, within fliJ at 2017.302 kb on + strand at 2017.420 kb on + strand at 2017.420 kb on + strand at 2017.456 kb on + strand, within fliI at 2017.475 kb on + strand, within fliI at 2017.548 kb on - strand, within fliI at 2017.598 kb on + strand, within fliI at 2017.598 kb on + strand, within fliI at 2017.598 kb on + strand, within fliI at 2017.599 kb on - strand, within fliI at 2017.599 kb on - strand, within fliI at 2017.599 kb on - strand, within fliI at 2017.599 kb on - strand, within fliI at 2017.599 kb on - strand, within fliI at 2017.671 kb on - strand, within fliI at 2017.672 kb on + strand, within fliI at 2017.672 kb on + strand, within fliI at 2017.673 kb on - strand, within fliI
Per-strain Table
Position Strand Gene LocusTag Fraction HBM-Sucrose remove 2,014,561 - fliM LU632_RS10540 0.70 +0.1 2,014,596 - fliM LU632_RS10540 0.74 +1.0 2,014,662 + fliM LU632_RS10540 0.80 -1.8 2,014,663 - fliM LU632_RS10540 0.80 +0.1 2,014,726 - fliM LU632_RS10540 0.87 +0.6 2,014,867 - +1.4 2,014,951 + fliL LU632_RS10545 0.18 -0.0 2,015,075 - fliL LU632_RS10545 0.43 -0.3 2,015,109 + fliL LU632_RS10545 0.51 +0.0 2,015,109 + fliL LU632_RS10545 0.51 +0.0 2,015,109 + fliL LU632_RS10545 0.51 +1.0 2,015,109 + fliL LU632_RS10545 0.51 +0.6 2,015,109 + fliL LU632_RS10545 0.51 +0.4 2,015,110 - fliL LU632_RS10545 0.51 +0.0 2,015,276 + fliL LU632_RS10545 0.85 +0.2 2,015,276 + fliL LU632_RS10545 0.85 -0.5 2,015,276 + fliL LU632_RS10545 0.85 +0.4 2,015,280 - fliL LU632_RS10545 0.86 +0.4 2,015,282 + fliL LU632_RS10545 0.86 -0.1 2,015,314 + +0.1 2,015,315 - -0.2 2,015,347 + -0.5 2,015,357 - -0.1 2,015,444 + +0.9 2,015,445 - -0.4 2,015,512 - +0.2 2,015,601 + +1.8 2,015,607 + +0.4 2,015,607 + +0.3 2,015,607 + -0.8 2,015,608 - -0.7 2,015,608 - -0.9 2,015,608 - +0.7 2,015,623 - -0.1 2,015,731 + LU632_RS10550 0.17 +0.0 2,015,787 + LU632_RS10550 0.22 +1.0 2,015,788 - LU632_RS10550 0.22 -0.6 2,015,854 + LU632_RS10550 0.27 -0.1 2,015,854 + LU632_RS10550 0.27 -0.9 2,015,854 + LU632_RS10550 0.27 +0.3 2,015,854 + LU632_RS10550 0.27 +0.4 2,015,855 - LU632_RS10550 0.27 +0.3 2,015,855 - LU632_RS10550 0.27 -0.0 2,015,855 - LU632_RS10550 0.27 -0.1 2,016,205 - LU632_RS10550 0.53 +0.2 2,016,266 - LU632_RS10550 0.58 -0.3 2,016,374 - LU632_RS10550 0.66 +0.2 2,016,374 - LU632_RS10550 0.66 -0.2 2,016,453 + LU632_RS10550 0.72 +0.7 2,016,454 - LU632_RS10550 0.72 -0.7 2,016,493 + LU632_RS10550 0.75 +0.6 2,016,496 + LU632_RS10550 0.75 +0.3 2,016,526 + LU632_RS10550 0.77 -0.1 2,016,897 + fliJ LU632_RS10555 0.17 +0.1 2,016,897 + fliJ LU632_RS10555 0.17 -0.4 2,016,898 - fliJ LU632_RS10555 0.17 -0.1 2,017,060 + fliJ LU632_RS10555 0.53 +1.3 2,017,061 - fliJ LU632_RS10555 0.53 +0.0 2,017,061 - fliJ LU632_RS10555 0.53 +1.4 2,017,097 + fliJ LU632_RS10555 0.62 +0.2 2,017,097 + fliJ LU632_RS10555 0.62 +0.6 2,017,097 + fliJ LU632_RS10555 0.62 -1.7 2,017,098 - fliJ LU632_RS10555 0.62 +0.1 2,017,098 - fliJ LU632_RS10555 0.62 +0.6 2,017,302 + +0.8 2,017,420 + -0.3 2,017,420 + -0.1 2,017,456 + fliI LU632_RS10560 0.13 -0.4 2,017,475 + fliI LU632_RS10560 0.14 -0.1 2,017,548 - fliI LU632_RS10560 0.19 -0.1 2,017,598 + fliI LU632_RS10560 0.23 -0.4 2,017,598 + fliI LU632_RS10560 0.23 -0.6 2,017,598 + fliI LU632_RS10560 0.23 +1.3 2,017,599 - fliI LU632_RS10560 0.23 +0.7 2,017,599 - fliI LU632_RS10560 0.23 -1.7 2,017,599 - fliI LU632_RS10560 0.23 +0.3 2,017,599 - fliI LU632_RS10560 0.23 -1.7 2,017,599 - fliI LU632_RS10560 0.23 -0.4 2,017,671 - fliI LU632_RS10560 0.28 -0.1 2,017,672 + fliI LU632_RS10560 0.28 +0.2 2,017,672 + fliI LU632_RS10560 0.28 +0.9 2,017,673 - fliI LU632_RS10560 0.29 -0.4
Or see this region's nucleotide sequence