Strain Fitness in Erwinia tracheiphila SCR3 around LU632_RS10540

Experiment: plant=Melon; plant sample=M2; plant location=P2

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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.

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500 ntfliP and fliO overlap by 4 nucleotidesfliO and fliN are separated by 1 nucleotidesfliN and fliM overlap by 8 nucleotidesfliM and fliL are separated by 4 nucleotidesfliL and LU632_RS10550 are separated by 152 nucleotides LU632_RS10525: fliP - flagellar type III secretion system pore protein FliP, at 2,012,328 to 2,013,062 fliP LU632_RS10530: fliO - flagellar biosynthetic protein FliO, at 2,013,059 to 2,013,454 fliO LU632_RS10535: fliN - flagellar motor switch protein FliN, at 2,013,456 to 2,013,860 fliN 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 Position (kb) 2013 2014 2015Strain fitness (log2 ratio) -3 -2 -1 0 1 2 3 4at 2012.861 kb on + strand, within fliPat 2013.009 kb on + strandat 2013.009 kb on + strandat 2013.009 kb on + strandat 2013.010 kb on - strandat 2013.010 kb on - strandat 2013.034 kb on - strandat 2013.034 kb on - strandat 2013.053 kb on + strandat 2013.054 kb on - strandat 2013.082 kb on + strandat 2013.083 kb on - strandat 2013.086 kb on + strandat 2013.087 kb on - strandat 2013.172 kb on + strand, within fliOat 2013.173 kb on - strand, within fliOat 2013.269 kb on + strand, within fliOat 2013.335 kb on + strand, within fliOat 2013.336 kb on - strand, within fliOat 2013.349 kb on + strand, within fliOat 2013.349 kb on + strand, within fliOat 2013.349 kb on + strand, within fliOat 2013.349 kb on + strand, within fliOat 2013.350 kb on - strand, within fliOat 2013.362 kb on + strand, within fliOat 2013.448 kb on + strandat 2013.449 kb on - strandat 2013.449 kb on - strandat 2013.517 kb on + strand, within fliNat 2013.644 kb on + strand, within fliNat 2013.923 kb on + strandat 2013.924 kb on - strandat 2013.924 kb on - strandat 2013.924 kb on - strandat 2013.956 kb on - strand, within fliMat 2014.012 kb on + strand, within fliMat 2014.012 kb on + strand, within fliMat 2014.012 kb on + strand, within fliMat 2014.013 kb on - strand, within fliMat 2014.013 kb on - strand, within fliMat 2014.013 kb on - strand, within fliMat 2014.047 kb on + strand, within fliMat 2014.048 kb on + strand, within fliMat 2014.048 kb on - strand, within fliMat 2014.127 kb on + strand, within fliMat 2014.127 kb on + strand, within fliMat 2014.128 kb on - strand, within fliMat 2014.131 kb on + strand, within fliMat 2014.131 kb on + strand, within fliMat 2014.261 kb on - strand, within fliMat 2014.325 kb on + strand, within fliMat 2014.326 kb on - strand, within fliMat 2014.326 kb on - strand, within fliMat 2014.326 kb on - strand, within fliMat 2014.367 kb on + strand, within fliMat 2014.561 kb on - strand, within fliMat 2014.596 kb on - strand, within fliMat 2014.662 kb on + strand, within fliMat 2014.663 kb on - strand, within fliMat 2014.726 kb on - strand, within fliMat 2014.867 kb on - strandat 2014.951 kb on + strand, within fliLat 2015.075 kb on - strand, within fliLat 2015.109 kb on + strand, within fliLat 2015.109 kb on + strand, within fliLat 2015.109 kb on + strand, within fliLat 2015.109 kb on + strand, within fliLat 2015.109 kb on + strand, within fliLat 2015.110 kb on - strand, within fliLat 2015.276 kb on + strand, within fliLat 2015.276 kb on + strand, within fliLat 2015.276 kb on + strand, within fliLat 2015.280 kb on - strand, within fliLat 2015.282 kb on + strand, within fliLat 2015.314 kb on + strandat 2015.315 kb on - strandat 2015.347 kb on + strandat 2015.357 kb on - strandat 2015.444 kb on + strandat 2015.445 kb on - strandat 2015.512 kb on - strandat 2015.601 kb on + strandat 2015.607 kb on + strandat 2015.607 kb on + strandat 2015.607 kb on + strandat 2015.608 kb on - strandat 2015.608 kb on - strandat 2015.608 kb on - strandat 2015.623 kb on - strandat 2015.731 kb on + strand, within LU632_RS10550at 2015.787 kb on + strand, within LU632_RS10550at 2015.788 kb on - strand, within LU632_RS10550at 2015.854 kb on + strand, within LU632_RS10550at 2015.854 kb on + strand, within LU632_RS10550at 2015.854 kb on + strand, within LU632_RS10550at 2015.854 kb on + strand, within LU632_RS10550at 2015.855 kb on - strand, within LU632_RS10550at 2015.855 kb on - strand, within LU632_RS10550at 2015.855 kb on - strand, within LU632_RS10550

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Per-strain Table

Position Strand Gene LocusTag Fraction plant=Melon; plant sample=M2; plant location=P2
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2,012,861 + fliP LU632_RS10525 0.73 +0.5
2,013,009 + -0.1
2,013,009 + -0.5
2,013,009 + -1.2
2,013,010 - +0.5
2,013,010 - -0.2
2,013,034 - +1.9
2,013,034 - +0.9
2,013,053 + +0.5
2,013,054 - -0.5
2,013,082 + +1.1
2,013,083 - +0.5
2,013,086 + -0.5
2,013,087 - +0.1
2,013,172 + fliO LU632_RS10530 0.29 -0.5
2,013,173 - fliO LU632_RS10530 0.29 -0.6
2,013,269 + fliO LU632_RS10530 0.53 -2.7
2,013,335 + fliO LU632_RS10530 0.70 +3.1
2,013,336 - fliO LU632_RS10530 0.70 -1.3
2,013,349 + fliO LU632_RS10530 0.73 -0.8
2,013,349 + fliO LU632_RS10530 0.73 -0.3
2,013,349 + fliO LU632_RS10530 0.73 -0.1
2,013,349 + fliO LU632_RS10530 0.73 +1.8
2,013,350 - fliO LU632_RS10530 0.73 +2.4
2,013,362 + fliO LU632_RS10530 0.77 -1.4
2,013,448 + -2.1
2,013,449 - +0.1
2,013,449 - +0.1
2,013,517 + fliN LU632_RS10535 0.15 +0.8
2,013,644 + fliN LU632_RS10535 0.46 -1.6
2,013,923 + -1.5
2,013,924 - -2.3
2,013,924 - -0.6
2,013,924 - -0.8
2,013,956 - fliM LU632_RS10540 0.10 -0.9
2,014,012 + fliM LU632_RS10540 0.16 +1.5
2,014,012 + fliM LU632_RS10540 0.16 -1.6
2,014,012 + fliM LU632_RS10540 0.16 -0.8
2,014,013 - fliM LU632_RS10540 0.16 +0.3
2,014,013 - fliM LU632_RS10540 0.16 -2.2
2,014,013 - fliM LU632_RS10540 0.16 -1.5
2,014,047 + fliM LU632_RS10540 0.19 -2.2
2,014,048 + fliM LU632_RS10540 0.19 +1.4
2,014,048 - fliM LU632_RS10540 0.19 -0.9
2,014,127 + fliM LU632_RS10540 0.27 +1.4
2,014,127 + fliM LU632_RS10540 0.27 +0.6
2,014,128 - fliM LU632_RS10540 0.27 +0.6
2,014,131 + fliM LU632_RS10540 0.28 +0.1
2,014,131 + fliM LU632_RS10540 0.28 +0.1
2,014,261 - fliM LU632_RS10540 0.40 -0.6
2,014,325 + fliM LU632_RS10540 0.47 -0.6
2,014,326 - fliM LU632_RS10540 0.47 -0.8
2,014,326 - fliM LU632_RS10540 0.47 -1.0
2,014,326 - fliM LU632_RS10540 0.47 -0.4
2,014,367 + fliM LU632_RS10540 0.51 +0.1
2,014,561 - fliM LU632_RS10540 0.70 +1.5
2,014,596 - fliM LU632_RS10540 0.74 +0.4
2,014,662 + fliM LU632_RS10540 0.80 -1.9
2,014,663 - fliM LU632_RS10540 0.80 -1.6
2,014,726 - fliM LU632_RS10540 0.87 +1.1
2,014,867 - +1.9
2,014,951 + fliL LU632_RS10545 0.18 +0.0
2,015,075 - fliL LU632_RS10545 0.43 -0.6
2,015,109 + fliL LU632_RS10545 0.51 -0.8
2,015,109 + fliL LU632_RS10545 0.51 -0.4
2,015,109 + fliL LU632_RS10545 0.51 +4.6
2,015,109 + fliL LU632_RS10545 0.51 -1.2
2,015,109 + fliL LU632_RS10545 0.51 -0.1
2,015,110 - fliL LU632_RS10545 0.51 +0.4
2,015,276 + fliL LU632_RS10545 0.85 -1.1
2,015,276 + fliL LU632_RS10545 0.85 -3.6
2,015,276 + fliL LU632_RS10545 0.85 -1.9
2,015,280 - fliL LU632_RS10545 0.86 -0.1
2,015,282 + fliL LU632_RS10545 0.86 +0.6
2,015,314 + -1.3
2,015,315 - +0.5
2,015,347 + -0.9
2,015,357 - +0.6
2,015,444 + -0.5
2,015,445 - +0.9
2,015,512 - -0.4
2,015,601 + +2.0
2,015,607 + -1.1
2,015,607 + -0.8
2,015,607 + -2.2
2,015,608 - -0.5
2,015,608 - -0.1
2,015,608 - -0.8
2,015,623 - -1.9
2,015,731 + LU632_RS10550 0.17 -0.2
2,015,787 + LU632_RS10550 0.22 +1.7
2,015,788 - LU632_RS10550 0.22 -1.6
2,015,854 + LU632_RS10550 0.27 -0.8
2,015,854 + LU632_RS10550 0.27 -0.1
2,015,854 + LU632_RS10550 0.27 -0.5
2,015,854 + LU632_RS10550 0.27 -0.1
2,015,855 - LU632_RS10550 0.27 -2.4
2,015,855 - LU632_RS10550 0.27 -0.6
2,015,855 - LU632_RS10550 0.27 -0.8

Or see this region's nucleotide sequence