Experiment: Experiment:TE2, Cucumber 9 Main Stem (TE2-S-C9-MS)
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 rraA and tnpA are separated by 81 nucleotides tnpA and zapB are separated by 161 nucleotides zapB and LU632_RS19700 are separated by 434 nucleotides
LU632_RS19685: rraA - ribonuclease E activity regulator RraA, at 3,740,179 to 3,740,664
rraA
LU632_RS19690: tnpA - IS200/IS605 family transposase, at 3,740,746 to 3,741,183
tnpA
LU632_RS19695: zapB - cell division protein ZapB, at 3,741,345 to 3,741,584
zapB
LU632_RS19700: LU632_RS19700 - aquaporin family protein, at 3,742,019 to 3,742,867
_RS19700
Position (kb)
3741
3742 Strain fitness (log2 ratio)
-2
-1
0
1
2
3 at 3740.426 kb on + strand, within rraA at 3740.427 kb on - strand, within rraA at 3740.447 kb on + strand, within rraA at 3740.455 kb on + strand, within rraA at 3740.496 kb on + strand, within rraA at 3740.503 kb on - strand, within rraA at 3740.612 kb on - strand, within rraA at 3740.619 kb on + strand at 3740.632 kb on - strand at 3740.632 kb on - strand at 3740.663 kb on - strand at 3740.683 kb on - strand at 3741.429 kb on + strand, within zapB at 3741.429 kb on + strand, within zapB at 3741.430 kb on - strand, within zapB at 3741.531 kb on - strand, within zapB at 3741.551 kb on + strand, within zapB at 3741.590 kb on + strand at 3741.591 kb on - strand at 3741.670 kb on + strand at 3741.670 kb on + strand at 3741.670 kb on + strand at 3741.670 kb on + strand at 3741.671 kb on - strand at 3741.671 kb on - strand at 3741.674 kb on + strand at 3741.675 kb on - strand at 3741.769 kb on + strand at 3741.948 kb on - strand at 3741.993 kb on + strand at 3742.084 kb on + strand at 3742.085 kb on - strand at 3742.160 kb on - strand, within LU632_RS19700 at 3742.190 kb on + strand, within LU632_RS19700 at 3742.190 kb on + strand, within LU632_RS19700 at 3742.286 kb on + strand, within LU632_RS19700 at 3742.286 kb on + strand, within LU632_RS19700 at 3742.286 kb on + strand, within LU632_RS19700 at 3742.286 kb on + strand, within LU632_RS19700 at 3742.287 kb on - strand, within LU632_RS19700 at 3742.287 kb on - strand, within LU632_RS19700 at 3742.288 kb on + strand, within LU632_RS19700 at 3742.433 kb on + strand, within LU632_RS19700 at 3742.456 kb on - strand, within LU632_RS19700
Per-strain Table
Position Strand Gene LocusTag Fraction Experiment:TE2, Cucumber 9 Main Stem (TE2-S-C9-MS) remove 3,740,426 + rraA LU632_RS19685 0.51 -0.6 3,740,427 - rraA LU632_RS19685 0.51 +0.7 3,740,447 + rraA LU632_RS19685 0.55 +0.6 3,740,455 + rraA LU632_RS19685 0.57 -0.0 3,740,496 + rraA LU632_RS19685 0.65 +1.6 3,740,503 - rraA LU632_RS19685 0.67 -0.9 3,740,612 - rraA LU632_RS19685 0.89 -1.0 3,740,619 + -2.0 3,740,632 - +2.5 3,740,632 - +0.2 3,740,663 - -0.6 3,740,683 - +0.2 3,741,429 + zapB LU632_RS19695 0.35 -1.0 3,741,429 + zapB LU632_RS19695 0.35 -0.7 3,741,430 - zapB LU632_RS19695 0.35 -1.1 3,741,531 - zapB LU632_RS19695 0.78 -1.1 3,741,551 + zapB LU632_RS19695 0.86 -1.9 3,741,590 + +1.2 3,741,591 - -0.3 3,741,670 + +2.3 3,741,670 + +1.2 3,741,670 + -0.3 3,741,670 + -0.8 3,741,671 - +0.2 3,741,671 - -1.2 3,741,674 + +0.4 3,741,675 - -1.1 3,741,769 + -0.2 3,741,948 - +0.2 3,741,993 + +0.4 3,742,084 + +0.8 3,742,085 - +1.2 3,742,160 - LU632_RS19700 0.17 -1.1 3,742,190 + LU632_RS19700 0.20 +2.6 3,742,190 + LU632_RS19700 0.20 +3.1 3,742,286 + LU632_RS19700 0.31 -0.7 3,742,286 + LU632_RS19700 0.31 -0.4 3,742,286 + LU632_RS19700 0.31 +0.9 3,742,286 + LU632_RS19700 0.31 -0.3 3,742,287 - LU632_RS19700 0.32 +0.1 3,742,287 - LU632_RS19700 0.32 +0.6 3,742,288 + LU632_RS19700 0.32 +1.6 3,742,433 + LU632_RS19700 0.49 -0.4 3,742,456 - LU632_RS19700 0.51 +0.7
Or see this region's nucleotide sequence