Strain Fitness in Erwinia tracheiphila SCR3 around LU632_RS09675

Experiment: plant=Cucumber; plant sample=CP3; plant location=NA

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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 ntLU632_RS09665 and artM are separated by 256 nucleotidesartM and artQ overlap by 7 nucleotidesartQ and artJ are separated by 7 nucleotidesartJ and artP are separated by 14 nucleotides LU632_RS09665: LU632_RS09665 - transporter substrate-binding domain-containing protein, at 1,832,166 to 1,832,683 _RS09665 LU632_RS09670: artM - arginine ABC transporter permease ArtM, at 1,832,940 to 1,833,608 artM LU632_RS09675: artQ - arginine ABC transporter permease ArtQ, at 1,833,602 to 1,834,324 artQ LU632_RS09680: artJ - arginine ABC transporter substrate-binding protein, at 1,834,332 to 1,835,063 artJ LU632_RS09685: artP - arginine ABC transporter ATP-binding protein ArtP, at 1,835,078 to 1,835,806 artP Position (kb) 1833 1834 1835Strain fitness (log2 ratio) -3 -2 -1 0 1 2 3at 1832.675 kb on + strandat 1832.675 kb on + strandat 1832.676 kb on - strandat 1832.745 kb on + strandat 1832.746 kb on - strandat 1832.810 kb on - strandat 1832.813 kb on + strandat 1832.844 kb on + strandat 1832.845 kb on - strandat 1832.910 kb on - strandat 1832.910 kb on - strandat 1832.910 kb on - strandat 1832.910 kb on - strandat 1832.910 kb on - strandat 1832.910 kb on - strandat 1832.910 kb on - strandat 1832.988 kb on + strandat 1833.020 kb on - strand, within artMat 1833.055 kb on + strand, within artMat 1833.056 kb on - strand, within artMat 1833.125 kb on + strand, within artMat 1833.125 kb on + strand, within artMat 1833.126 kb on - strand, within artMat 1833.142 kb on - strand, within artMat 1833.211 kb on - strand, within artMat 1833.216 kb on - strand, within artMat 1833.404 kb on - strand, within artMat 1833.404 kb on - strand, within artMat 1833.406 kb on + strand, within artMat 1833.406 kb on + strand, within artMat 1833.407 kb on - strand, within artMat 1833.595 kb on - strandat 1833.599 kb on - strandat 1833.599 kb on - strandat 1833.655 kb on + strandat 1833.656 kb on - strandat 1833.656 kb on - strandat 1833.690 kb on + strand, within artQat 1833.695 kb on - strand, within artQat 1833.709 kb on + strand, within artQat 1833.710 kb on - strand, within artQat 1833.711 kb on + strand, within artQat 1833.746 kb on - strand, within artQat 1833.746 kb on - strand, within artQat 1833.763 kb on + strand, within artQat 1833.982 kb on - strand, within artQat 1834.312 kb on - strandat 1834.354 kb on + strandat 1834.354 kb on + strandat 1834.354 kb on + strandat 1834.355 kb on - strandat 1834.355 kb on - strandat 1834.417 kb on - strand, within artJat 1834.598 kb on - strand, within artJat 1834.607 kb on - strand, within artJat 1834.754 kb on - strand, within artJat 1834.877 kb on + strand, within artJat 1834.972 kb on + strand, within artJat 1835.066 kb on + strandat 1835.066 kb on + strandat 1835.091 kb on + strandat 1835.091 kb on + strandat 1835.092 kb on - strandat 1835.092 kb on - strandat 1835.123 kb on - strandat 1835.168 kb on - strand, within artPat 1835.169 kb on + strand, within artPat 1835.169 kb on + strand, within artPat 1835.170 kb on - strand, within artPat 1835.170 kb on - strand, within artPat 1835.170 kb on - strand, within artPat 1835.174 kb on + strand, within artP

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Per-strain Table

Position Strand Gene LocusTag Fraction plant=Cucumber; plant sample=CP3; plant location=NA
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1,832,675 + +3.2
1,832,675 + -0.1
1,832,676 - +2.4
1,832,745 + -2.9
1,832,746 - -0.8
1,832,810 - -1.4
1,832,813 + -0.4
1,832,844 + -1.3
1,832,845 - +1.1
1,832,910 - -0.5
1,832,910 - +1.1
1,832,910 - +0.7
1,832,910 - +0.3
1,832,910 - -1.3
1,832,910 - +2.5
1,832,910 - -0.8
1,832,988 + +0.0
1,833,020 - artM LU632_RS09670 0.12 +0.8
1,833,055 + artM LU632_RS09670 0.17 -1.3
1,833,056 - artM LU632_RS09670 0.17 -1.1
1,833,125 + artM LU632_RS09670 0.28 -1.4
1,833,125 + artM LU632_RS09670 0.28 -1.3
1,833,126 - artM LU632_RS09670 0.28 -0.8
1,833,142 - artM LU632_RS09670 0.30 -1.3
1,833,211 - artM LU632_RS09670 0.41 +0.2
1,833,216 - artM LU632_RS09670 0.41 -0.0
1,833,404 - artM LU632_RS09670 0.69 +0.1
1,833,404 - artM LU632_RS09670 0.69 -1.1
1,833,406 + artM LU632_RS09670 0.70 +1.4
1,833,406 + artM LU632_RS09670 0.70 -2.4
1,833,407 - artM LU632_RS09670 0.70 -2.3
1,833,595 - -0.6
1,833,599 - -0.8
1,833,599 - +0.7
1,833,655 + +0.5
1,833,656 - -0.2
1,833,656 - -0.2
1,833,690 + artQ LU632_RS09675 0.12 -0.6
1,833,695 - artQ LU632_RS09675 0.13 -0.6
1,833,709 + artQ LU632_RS09675 0.15 -0.7
1,833,710 - artQ LU632_RS09675 0.15 +3.5
1,833,711 + artQ LU632_RS09675 0.15 -0.4
1,833,746 - artQ LU632_RS09675 0.20 -1.4
1,833,746 - artQ LU632_RS09675 0.20 -0.0
1,833,763 + artQ LU632_RS09675 0.22 -0.4
1,833,982 - artQ LU632_RS09675 0.53 +0.2
1,834,312 - -1.6
1,834,354 + +0.9
1,834,354 + -1.1
1,834,354 + +1.3
1,834,355 - -1.7
1,834,355 - +0.4
1,834,417 - artJ LU632_RS09680 0.12 +1.0
1,834,598 - artJ LU632_RS09680 0.36 -0.5
1,834,607 - artJ LU632_RS09680 0.38 -0.3
1,834,754 - artJ LU632_RS09680 0.58 -1.6
1,834,877 + artJ LU632_RS09680 0.74 -0.1
1,834,972 + artJ LU632_RS09680 0.87 +1.9
1,835,066 + +3.3
1,835,066 + -1.4
1,835,091 + -1.7
1,835,091 + +1.7
1,835,092 - -2.0
1,835,092 - +0.3
1,835,123 - -0.5
1,835,168 - artP LU632_RS09685 0.12 +0.2
1,835,169 + artP LU632_RS09685 0.12 +0.1
1,835,169 + artP LU632_RS09685 0.12 -1.0
1,835,170 - artP LU632_RS09685 0.13 -1.1
1,835,170 - artP LU632_RS09685 0.13 +1.2
1,835,170 - artP LU632_RS09685 0.13 -1.0
1,835,174 + artP LU632_RS09685 0.13 +0.1

Or see this region's nucleotide sequence