Experiment: Succinic Acid; Light intensity 9 uM
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 Rru_A1509 and Rru_A1510 are separated by 176 nucleotides Rru_A1510 and Rru_A1511 are separated by 7 nucleotides Rru_A1511 and Rru_A1512 are separated by 264 nucleotides Rru_A1512 and Rru_A1513 overlap by 4 nucleotides
Rru_A1509: Rru_A1509 - hypothetical protein (NCBI), at 1,783,385 to 1,783,843
_A1509
Rru_A1510: Rru_A1510 - PRC-barrel (NCBI), at 1,784,020 to 1,784,673
_A1510
Rru_A1511: Rru_A1511 - Glycosyl transferase, family 2 (NCBI), at 1,784,681 to 1,785,760
_A1511
Rru_A1512: Rru_A1512 - ISSo9, nucleotidyltransferase domain protein (NCBI), at 1,786,025 to 1,786,315
_A1512
Rru_A1513: Rru_A1513 - hypothetical protein (NCBI), at 1,786,312 to 1,786,719
_A1513
Position (kb)
1784
1785
1786 Strain fitness (log2 ratio)
-2
-1
0
1 at 1783.828 kb on + strand at 1783.828 kb on + strand at 1783.829 kb on - strand at 1783.829 kb on - strand at 1783.848 kb on + strand at 1784.142 kb on + strand, within Rru_A1510 at 1784.143 kb on - strand, within Rru_A1510 at 1784.229 kb on + strand, within Rru_A1510 at 1784.229 kb on + strand, within Rru_A1510 at 1784.229 kb on + strand, within Rru_A1510 at 1784.229 kb on + strand, within Rru_A1510 at 1784.230 kb on - strand, within Rru_A1510 at 1784.230 kb on - strand, within Rru_A1510 at 1784.230 kb on - strand, within Rru_A1510 at 1784.230 kb on - strand, within Rru_A1510 at 1784.269 kb on + strand, within Rru_A1510 at 1784.523 kb on + strand, within Rru_A1510 at 1784.524 kb on - strand, within Rru_A1510 at 1784.524 kb on - strand, within Rru_A1510 at 1784.619 kb on + strand at 1784.671 kb on + strand at 1784.671 kb on + strand at 1784.680 kb on + strand at 1784.680 kb on + strand at 1784.680 kb on + strand at 1784.680 kb on + strand at 1784.680 kb on + strand at 1784.680 kb on + strand at 1784.680 kb on + strand at 1784.681 kb on - strand at 1784.681 kb on - strand at 1784.681 kb on - strand at 1784.681 kb on - strand at 1784.741 kb on + strand at 1784.741 kb on + strand at 1784.741 kb on + strand at 1784.741 kb on + strand at 1784.742 kb on - strand at 1784.742 kb on - strand at 1784.742 kb on - strand at 1785.187 kb on + strand, within Rru_A1511 at 1785.187 kb on + strand, within Rru_A1511 at 1785.187 kb on + strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.188 kb on - strand, within Rru_A1511 at 1785.263 kb on + strand, within Rru_A1511 at 1785.263 kb on + strand, within Rru_A1511 at 1785.264 kb on - strand, within Rru_A1511 at 1785.264 kb on - strand, within Rru_A1511 at 1785.264 kb on - strand, within Rru_A1511 at 1785.264 kb on - strand, within Rru_A1511 at 1785.273 kb on - strand, within Rru_A1511 at 1785.273 kb on - strand, within Rru_A1511 at 1785.273 kb on - strand, within Rru_A1511 at 1785.273 kb on - strand, within Rru_A1511 at 1785.274 kb on + strand, within Rru_A1511 at 1785.275 kb on - strand, within Rru_A1511 at 1785.275 kb on - strand, within Rru_A1511 at 1785.275 kb on - strand, within Rru_A1511 at 1785.290 kb on + strand, within Rru_A1511 at 1785.494 kb on + strand, within Rru_A1511 at 1785.495 kb on - strand, within Rru_A1511 at 1785.495 kb on - strand, within Rru_A1511 at 1785.796 kb on + strand at 1785.821 kb on + strand at 1785.821 kb on + strand at 1785.821 kb on + strand at 1785.821 kb on + strand at 1785.821 kb on + strand at 1785.822 kb on - strand at 1785.822 kb on - strand at 1785.822 kb on - strand at 1785.896 kb on + strand at 1785.897 kb on - strand at 1785.930 kb on - strand at 1785.941 kb on + strand at 1785.942 kb on - strand at 1785.944 kb on + strand at 1785.944 kb on + strand at 1785.945 kb on - strand at 1785.964 kb on + strand at 1785.964 kb on + strand at 1785.965 kb on - strand at 1785.965 kb on - strand at 1786.076 kb on - strand, within Rru_A1512 at 1786.076 kb on - strand, within Rru_A1512 at 1786.205 kb on - strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.252 kb on + strand, within Rru_A1512 at 1786.253 kb on - strand, within Rru_A1512 at 1786.253 kb on - strand, within Rru_A1512 at 1786.265 kb on - strand, within Rru_A1512 at 1786.399 kb on + strand, within Rru_A1513 at 1786.400 kb on - strand, within Rru_A1513 at 1786.597 kb on + strand, within Rru_A1513 at 1786.598 kb on - strand, within Rru_A1513 at 1786.723 kb on + strand at 1786.724 kb on - strand at 1786.724 kb on - strand at 1786.724 kb on - strand at 1786.739 kb on - strand
Per-strain Table
Position Strand Gene LocusTag Fraction Succinic Acid; Light intensity 9 uM remove 1,783,828 + -0.1 1,783,828 + -0.1 1,783,829 - -0.1 1,783,829 - +1.1 1,783,848 + +1.1 1,784,142 + Rru_A1510 0.19 -0.1 1,784,143 - Rru_A1510 0.19 -0.1 1,784,229 + Rru_A1510 0.32 +0.7 1,784,229 + Rru_A1510 0.32 -0.1 1,784,229 + Rru_A1510 0.32 -0.1 1,784,229 + Rru_A1510 0.32 +0.1 1,784,230 - Rru_A1510 0.32 +1.0 1,784,230 - Rru_A1510 0.32 -2.1 1,784,230 - Rru_A1510 0.32 -0.3 1,784,230 - Rru_A1510 0.32 -0.1 1,784,269 + Rru_A1510 0.38 -0.1 1,784,523 + Rru_A1510 0.77 +0.9 1,784,524 - Rru_A1510 0.77 +0.6 1,784,524 - Rru_A1510 0.77 +1.5 1,784,619 + +0.5 1,784,671 + -1.1 1,784,671 + +1.2 1,784,680 + +0.6 1,784,680 + +0.8 1,784,680 + +1.5 1,784,680 + +1.2 1,784,680 + +0.4 1,784,680 + -0.1 1,784,680 + +1.2 1,784,681 - +1.1 1,784,681 - -0.1 1,784,681 - -0.1 1,784,681 - +1.3 1,784,741 + +1.0 1,784,741 + -1.7 1,784,741 + -1.7 1,784,741 + -0.1 1,784,742 - -0.1 1,784,742 - -1.7 1,784,742 - +0.5 1,785,187 + Rru_A1511 0.47 -0.1 1,785,187 + Rru_A1511 0.47 -0.1 1,785,187 + Rru_A1511 0.47 +1.0 1,785,188 - Rru_A1511 0.47 +0.9 1,785,188 - Rru_A1511 0.47 -0.1 1,785,188 - Rru_A1511 0.47 +1.2 1,785,188 - Rru_A1511 0.47 +1.1 1,785,188 - Rru_A1511 0.47 +1.6 1,785,188 - Rru_A1511 0.47 -1.1 1,785,188 - Rru_A1511 0.47 +1.0 1,785,263 + Rru_A1511 0.54 +1.2 1,785,263 + Rru_A1511 0.54 -0.1 1,785,264 - Rru_A1511 0.54 +1.3 1,785,264 - Rru_A1511 0.54 -0.1 1,785,264 - Rru_A1511 0.54 -0.1 1,785,264 - Rru_A1511 0.54 -0.1 1,785,273 - Rru_A1511 0.55 +0.1 1,785,273 - Rru_A1511 0.55 +1.5 1,785,273 - Rru_A1511 0.55 -0.1 1,785,273 - Rru_A1511 0.55 -0.1 1,785,274 + Rru_A1511 0.55 -0.1 1,785,275 - Rru_A1511 0.55 +0.4 1,785,275 - Rru_A1511 0.55 +0.9 1,785,275 - Rru_A1511 0.55 -0.1 1,785,290 + Rru_A1511 0.56 +0.7 1,785,494 + Rru_A1511 0.75 +0.9 1,785,495 - Rru_A1511 0.75 +1.4 1,785,495 - Rru_A1511 0.75 -0.1 1,785,796 + +0.8 1,785,821 + +1.2 1,785,821 + +0.8 1,785,821 + +0.6 1,785,821 + -0.1 1,785,821 + +0.9 1,785,822 - +0.7 1,785,822 - -0.1 1,785,822 - -0.1 1,785,896 + +0.5 1,785,897 - +1.5 1,785,930 - +0.9 1,785,941 + +0.4 1,785,942 - -0.1 1,785,944 + -0.1 1,785,944 + -0.8 1,785,945 - -0.1 1,785,964 + -0.1 1,785,964 + +0.9 1,785,965 - -0.1 1,785,965 - +0.7 1,786,076 - Rru_A1512 0.18 -0.1 1,786,076 - Rru_A1512 0.18 -0.1 1,786,205 - Rru_A1512 0.62 -0.1 1,786,252 + Rru_A1512 0.78 -0.1 1,786,252 + Rru_A1512 0.78 -0.2 1,786,252 + Rru_A1512 0.78 -0.1 1,786,252 + Rru_A1512 0.78 +1.2 1,786,252 + Rru_A1512 0.78 -0.1 1,786,252 + Rru_A1512 0.78 +1.2 1,786,252 + Rru_A1512 0.78 +1.2 1,786,253 - Rru_A1512 0.78 -0.1 1,786,253 - Rru_A1512 0.78 -0.1 1,786,265 - Rru_A1512 0.82 +0.9 1,786,399 + Rru_A1513 0.21 +0.4 1,786,400 - Rru_A1513 0.22 -1.1 1,786,597 + Rru_A1513 0.70 +0.9 1,786,598 - Rru_A1513 0.70 +1.4 1,786,723 + -0.1 1,786,724 - +1.1 1,786,724 - +1.3 1,786,724 - +0.9 1,786,739 - -0.1
Or see this region's nucleotide sequence