Experiment: copper (II) chloride 1 uM, anaerobic
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 IAI47_00935 and IAI47_00940 are separated by 192 nucleotides IAI47_00940 and IAI47_00945 are separated by 14 nucleotides IAI47_00945 and IAI47_00950 are separated by 48 nucleotides
IAI47_00935: IAI47_00935 - Si-specific NAD(P)(+) transhydrogenase, at 199,797 to 201,197
_00935
IAI47_00940: IAI47_00940 - HTH-type transcriptional repressor FabR, at 201,390 to 202,037
_00940
IAI47_00945: IAI47_00945 - YijD family membrane protein, at 202,052 to 202,405
_00945
IAI47_00950: IAI47_00950 - tRNA (uridine(54)-C5)-methyltransferase TrmA, at 202,454 to 203,557
_00950
Position (kb) 201
202
203 Strain fitness (log2 ratio) -3
-2
-1
0
1
2
3 at 200.399 kb on - strand, within IAI47_00935 at 200.525 kb on - strand, within IAI47_00935 at 200.525 kb on - strand, within IAI47_00935 at 200.627 kb on - strand, within IAI47_00935 at 200.657 kb on + strand, within IAI47_00935 at 200.658 kb on - strand, within IAI47_00935 at 200.658 kb on - strand, within IAI47_00935 at 200.687 kb on + strand, within IAI47_00935 at 200.688 kb on - strand, within IAI47_00935 at 200.693 kb on + strand, within IAI47_00935 at 200.694 kb on - strand, within IAI47_00935 at 200.723 kb on + strand, within IAI47_00935 at 200.828 kb on + strand, within IAI47_00935 at 200.885 kb on - strand, within IAI47_00935 at 200.937 kb on - strand, within IAI47_00935 at 201.179 kb on - strand at 201.213 kb on + strand at 201.214 kb on - strand at 201.241 kb on - strand at 201.267 kb on - strand at 201.268 kb on + strand at 201.268 kb on + strand at 201.269 kb on - strand at 201.269 kb on - strand at 201.337 kb on + strand at 201.337 kb on + strand at 201.338 kb on - strand at 201.354 kb on + strand at 201.354 kb on + strand at 201.354 kb on + strand at 201.354 kb on + strand at 201.355 kb on - strand at 201.355 kb on - strand at 201.356 kb on + strand at 201.357 kb on - strand at 201.357 kb on - strand at 201.376 kb on + strand at 201.419 kb on + strand at 201.419 kb on + strand at 201.419 kb on + strand at 201.420 kb on - strand at 201.420 kb on - strand at 201.420 kb on - strand at 201.428 kb on + strand at 201.428 kb on + strand at 201.428 kb on + strand at 201.428 kb on + strand at 201.429 kb on - strand at 201.429 kb on - strand at 201.429 kb on - strand at 201.653 kb on + strand, within IAI47_00940 at 201.653 kb on + strand, within IAI47_00940 at 201.654 kb on - strand, within IAI47_00940 at 201.654 kb on - strand, within IAI47_00940 at 201.674 kb on + strand, within IAI47_00940 at 201.675 kb on - strand, within IAI47_00940 at 201.675 kb on - strand, within IAI47_00940 at 201.675 kb on - strand, within IAI47_00940 at 201.715 kb on + strand, within IAI47_00940 at 201.716 kb on - strand, within IAI47_00940 at 201.782 kb on + strand, within IAI47_00940 at 201.782 kb on + strand, within IAI47_00940 at 201.782 kb on + strand, within IAI47_00940 at 201.783 kb on - strand, within IAI47_00940 at 201.783 kb on - strand, within IAI47_00940 at 201.801 kb on + strand, within IAI47_00940 at 201.801 kb on + strand, within IAI47_00940 at 201.801 kb on + strand, within IAI47_00940 at 201.801 kb on + strand, within IAI47_00940 at 201.801 kb on + strand, within IAI47_00940 at 201.801 kb on + strand, within IAI47_00940 at 201.802 kb on - strand, within IAI47_00940 at 201.802 kb on - strand, within IAI47_00940 at 201.802 kb on - strand, within IAI47_00940 at 201.837 kb on - strand, within IAI47_00940 at 201.920 kb on + strand, within IAI47_00940 at 201.920 kb on + strand, within IAI47_00940 at 201.920 kb on + strand, within IAI47_00940 at 201.920 kb on + strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.921 kb on - strand, within IAI47_00940 at 201.943 kb on + strand, within IAI47_00940 at 201.943 kb on + strand, within IAI47_00940 at 201.943 kb on + strand, within IAI47_00940 at 201.943 kb on + strand, within IAI47_00940 at 201.944 kb on - strand, within IAI47_00940 at 201.944 kb on - strand, within IAI47_00940 at 201.944 kb on - strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.972 kb on + strand, within IAI47_00940 at 201.973 kb on - strand at 201.973 kb on - strand at 201.973 kb on - strand at 201.973 kb on - strand at 201.975 kb on + strand at 201.975 kb on + strand at 201.975 kb on + strand at 201.975 kb on + strand at 201.975 kb on + strand at 201.976 kb on - strand at 201.976 kb on - strand at 201.976 kb on - strand at 201.976 kb on - strand at 201.982 kb on - strand at 202.039 kb on + strand at 202.039 kb on + strand at 202.039 kb on + strand at 202.039 kb on + strand at 202.040 kb on - strand at 202.040 kb on - strand at 202.066 kb on + strand at 202.075 kb on + strand at 202.076 kb on - strand at 202.099 kb on + strand, within IAI47_00945 at 202.099 kb on + strand, within IAI47_00945 at 202.099 kb on + strand, within IAI47_00945 at 202.099 kb on + strand, within IAI47_00945 at 202.102 kb on + strand, within IAI47_00945 at 202.110 kb on + strand, within IAI47_00945 at 202.110 kb on + strand, within IAI47_00945 at 202.215 kb on - strand, within IAI47_00945 at 202.286 kb on + strand, within IAI47_00945 at 202.286 kb on + strand, within IAI47_00945 at 202.287 kb on - strand, within IAI47_00945 at 202.287 kb on - strand, within IAI47_00945 at 202.288 kb on + strand, within IAI47_00945 at 202.310 kb on + strand, within IAI47_00945 at 202.311 kb on - strand, within IAI47_00945 at 202.311 kb on - strand, within IAI47_00945 at 202.385 kb on - strand at 202.396 kb on + strand at 202.396 kb on + strand at 202.396 kb on + strand at 202.396 kb on + strand at 202.396 kb on + strand at 202.396 kb on + strand at 202.396 kb on + strand at 202.397 kb on - strand at 202.397 kb on - strand at 202.397 kb on - strand at 202.397 kb on - strand at 202.404 kb on - strand at 202.404 kb on - strand at 202.404 kb on - strand at 202.404 kb on - strand at 202.455 kb on + strand at 202.462 kb on + strand at 202.463 kb on - strand at 202.500 kb on + strand at 202.501 kb on - strand at 202.501 kb on - strand at 202.594 kb on + strand, within IAI47_00950 at 202.594 kb on + strand, within IAI47_00950 at 202.594 kb on + strand, within IAI47_00950 at 202.594 kb on + strand, within IAI47_00950 at 202.594 kb on + strand, within IAI47_00950 at 202.594 kb on + strand, within IAI47_00950 at 202.595 kb on - strand, within IAI47_00950 at 202.595 kb on - strand, within IAI47_00950 at 202.595 kb on - strand, within IAI47_00950 at 202.595 kb on - strand, within IAI47_00950 at 202.595 kb on - strand, within IAI47_00950 at 202.595 kb on - strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.596 kb on + strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.597 kb on - strand, within IAI47_00950 at 202.612 kb on - strand, within IAI47_00950 at 202.612 kb on - strand, within IAI47_00950 at 202.670 kb on + strand, within IAI47_00950 at 202.670 kb on + strand, within IAI47_00950 at 202.671 kb on - strand, within IAI47_00950 at 202.671 kb on - strand, within IAI47_00950 at 202.671 kb on - strand, within IAI47_00950 at 202.671 kb on - strand, within IAI47_00950 at 202.671 kb on - strand, within IAI47_00950 at 202.671 kb on - strand, within IAI47_00950 at 202.686 kb on + strand, within IAI47_00950 at 202.687 kb on - strand, within IAI47_00950 at 202.687 kb on - strand, within IAI47_00950 at 202.687 kb on - strand, within IAI47_00950 at 202.717 kb on + strand, within IAI47_00950 at 202.717 kb on + strand, within IAI47_00950 at 202.717 kb on + strand, within IAI47_00950 at 202.718 kb on - strand, within IAI47_00950 at 202.718 kb on - strand, within IAI47_00950 at 202.718 kb on - strand, within IAI47_00950 at 202.748 kb on - strand, within IAI47_00950 at 202.748 kb on - strand, within IAI47_00950 at 202.783 kb on + strand, within IAI47_00950 at 202.784 kb on - strand, within IAI47_00950 at 202.784 kb on - strand, within IAI47_00950 at 202.809 kb on + strand, within IAI47_00950 at 202.809 kb on + strand, within IAI47_00950 at 202.842 kb on + strand, within IAI47_00950 at 202.897 kb on + strand, within IAI47_00950 at 202.905 kb on + strand, within IAI47_00950 at 202.905 kb on + strand, within IAI47_00950 at 202.906 kb on - strand, within IAI47_00950 at 202.906 kb on - strand, within IAI47_00950 at 202.906 kb on - strand, within IAI47_00950 at 202.906 kb on - strand, within IAI47_00950 at 202.969 kb on + strand, within IAI47_00950 at 202.969 kb on + strand, within IAI47_00950 at 202.970 kb on - strand, within IAI47_00950 at 202.970 kb on - strand, within IAI47_00950 at 202.970 kb on - strand, within IAI47_00950 at 202.970 kb on - strand, within IAI47_00950 at 202.985 kb on - strand, within IAI47_00950 at 202.985 kb on - strand, within IAI47_00950 at 202.993 kb on + strand, within IAI47_00950 at 203.016 kb on + strand, within IAI47_00950 at 203.016 kb on + strand, within IAI47_00950 at 203.016 kb on + strand, within IAI47_00950 at 203.017 kb on - strand, within IAI47_00950 at 203.017 kb on - strand, within IAI47_00950 at 203.017 kb on - strand, within IAI47_00950 at 203.017 kb on - strand, within IAI47_00950 at 203.017 kb on - strand, within IAI47_00950 at 203.020 kb on + strand, within IAI47_00950 at 203.020 kb on + strand, within IAI47_00950 at 203.020 kb on + strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950 at 203.021 kb on - strand, within IAI47_00950
Per-strain Table
Position Strand Gene LocusTag Fraction copper (II) chloride 1 uM, anaerobic remove 200,399 - IAI47_00935 0.43 +0.8 200,525 - IAI47_00935 0.52 +0.6 200,525 - IAI47_00935 0.52 +1.8 200,627 - IAI47_00935 0.59 +1.8 200,657 + IAI47_00935 0.61 -0.9 200,658 - IAI47_00935 0.61 +0.7 200,658 - IAI47_00935 0.61 +0.7 200,687 + IAI47_00935 0.64 +0.8 200,688 - IAI47_00935 0.64 -1.1 200,693 + IAI47_00935 0.64 +1.2 200,694 - IAI47_00935 0.64 +0.3 200,723 + IAI47_00935 0.66 -0.8 200,828 + IAI47_00935 0.74 +2.8 200,885 - IAI47_00935 0.78 -0.0 200,937 - IAI47_00935 0.81 +0.8 201,179 - -0.9 201,213 + +0.2 201,214 - +1.1 201,241 - +0.5 201,267 - -0.7 201,268 + +0.7 201,268 + +0.4 201,269 - +0.4 201,269 - -1.1 201,337 + -0.6 201,337 + -0.9 201,338 - +0.2 201,354 + -0.6 201,354 + -0.4 201,354 + -0.5 201,354 + +0.4 201,355 - +0.0 201,355 - -0.2 201,356 + -0.9 201,357 - +0.3 201,357 - -0.7 201,376 + -0.1 201,419 + -0.7 201,419 + -0.5 201,419 + -0.2 201,420 - +0.2 201,420 - -0.7 201,420 - -1.3 201,428 + -0.0 201,428 + -0.2 201,428 + +1.5 201,428 + -0.5 201,429 - -0.4 201,429 - -0.9 201,429 - -1.3 201,653 + IAI47_00940 0.41 -0.8 201,653 + IAI47_00940 0.41 -0.4 201,654 - IAI47_00940 0.41 -1.3 201,654 - IAI47_00940 0.41 -1.4 201,674 + IAI47_00940 0.44 +0.2 201,675 - IAI47_00940 0.44 -0.1 201,675 - IAI47_00940 0.44 -1.6 201,675 - IAI47_00940 0.44 -1.7 201,715 + IAI47_00940 0.50 +1.0 201,716 - IAI47_00940 0.50 -2.1 201,782 + IAI47_00940 0.60 -0.7 201,782 + IAI47_00940 0.60 -1.0 201,782 + IAI47_00940 0.60 -0.2 201,783 - IAI47_00940 0.61 -0.1 201,783 - IAI47_00940 0.61 +0.2 201,801 + IAI47_00940 0.63 -0.1 201,801 + IAI47_00940 0.63 -1.2 201,801 + IAI47_00940 0.63 +0.3 201,801 + IAI47_00940 0.63 -0.1 201,801 + IAI47_00940 0.63 -0.7 201,801 + IAI47_00940 0.63 -1.5 201,802 - IAI47_00940 0.64 -1.4 201,802 - IAI47_00940 0.64 -0.2 201,802 - IAI47_00940 0.64 -0.6 201,837 - IAI47_00940 0.69 -1.7 201,920 + IAI47_00940 0.82 -0.8 201,920 + IAI47_00940 0.82 -0.4 201,920 + IAI47_00940 0.82 -1.6 201,920 + IAI47_00940 0.82 -0.4 201,921 - IAI47_00940 0.82 -1.3 201,921 - IAI47_00940 0.82 -1.2 201,921 - IAI47_00940 0.82 -0.9 201,921 - IAI47_00940 0.82 -1.3 201,921 - IAI47_00940 0.82 -0.4 201,921 - IAI47_00940 0.82 -0.6 201,921 - IAI47_00940 0.82 -0.5 201,921 - IAI47_00940 0.82 -1.7 201,921 - IAI47_00940 0.82 +0.5 201,921 - IAI47_00940 0.82 +0.3 201,943 + IAI47_00940 0.85 -1.8 201,943 + IAI47_00940 0.85 -0.2 201,943 + IAI47_00940 0.85 -0.0 201,943 + IAI47_00940 0.85 -0.3 201,944 - IAI47_00940 0.85 -1.1 201,944 - IAI47_00940 0.85 -1.7 201,944 - IAI47_00940 0.85 -0.6 201,972 + IAI47_00940 0.90 -2.7 201,972 + IAI47_00940 0.90 -1.2 201,972 + IAI47_00940 0.90 +0.7 201,972 + IAI47_00940 0.90 +0.4 201,972 + IAI47_00940 0.90 -1.7 201,972 + IAI47_00940 0.90 -1.4 201,972 + IAI47_00940 0.90 -0.3 201,973 - -0.6 201,973 - -0.0 201,973 - +0.5 201,973 - +1.3 201,975 + -0.0 201,975 + -0.3 201,975 + -0.0 201,975 + +1.6 201,975 + -0.0 201,976 - -0.5 201,976 - -0.9 201,976 - -1.2 201,976 - -1.3 201,982 - -0.2 202,039 + -1.0 202,039 + -0.1 202,039 + +0.4 202,039 + -1.5 202,040 - -0.4 202,040 - -0.1 202,066 + -2.2 202,075 + -0.2 202,076 - -1.4 202,099 + IAI47_00945 0.13 -1.2 202,099 + IAI47_00945 0.13 -0.6 202,099 + IAI47_00945 0.13 -0.1 202,099 + IAI47_00945 0.13 -0.0 202,102 + IAI47_00945 0.14 -0.9 202,110 + IAI47_00945 0.16 -0.3 202,110 + IAI47_00945 0.16 -0.6 202,215 - IAI47_00945 0.46 -0.2 202,286 + IAI47_00945 0.66 +0.5 202,286 + IAI47_00945 0.66 -2.3 202,287 - IAI47_00945 0.66 +0.4 202,287 - IAI47_00945 0.66 +1.2 202,288 + IAI47_00945 0.67 +0.5 202,310 + IAI47_00945 0.73 +1.0 202,311 - IAI47_00945 0.73 +0.9 202,311 - IAI47_00945 0.73 +1.6 202,385 - +0.4 202,396 + +1.2 202,396 + +0.4 202,396 + +0.4 202,396 + -1.6 202,396 + -1.0 202,396 + +0.5 202,396 + -0.3 202,397 - +0.2 202,397 - +1.0 202,397 - -0.1 202,397 - -0.4 202,404 - -0.3 202,404 - +0.8 202,404 - -0.1 202,404 - -1.3 202,455 + -0.6 202,462 + +0.3 202,463 - +0.3 202,500 + -0.8 202,501 - +0.4 202,501 - +0.2 202,594 + IAI47_00950 0.13 -2.2 202,594 + IAI47_00950 0.13 -0.5 202,594 + IAI47_00950 0.13 -1.0 202,594 + IAI47_00950 0.13 -0.7 202,594 + IAI47_00950 0.13 +0.2 202,594 + IAI47_00950 0.13 -0.5 202,595 - IAI47_00950 0.13 -0.3 202,595 - IAI47_00950 0.13 -0.4 202,595 - IAI47_00950 0.13 -1.1 202,595 - IAI47_00950 0.13 +0.0 202,595 - IAI47_00950 0.13 +1.5 202,595 - IAI47_00950 0.13 +0.1 202,596 + IAI47_00950 0.13 -0.3 202,596 + IAI47_00950 0.13 -0.4 202,596 + IAI47_00950 0.13 -0.4 202,596 + IAI47_00950 0.13 +0.3 202,596 + IAI47_00950 0.13 -0.0 202,596 + IAI47_00950 0.13 +0.9 202,596 + IAI47_00950 0.13 +1.4 202,596 + IAI47_00950 0.13 +0.7 202,596 + IAI47_00950 0.13 +0.3 202,596 + IAI47_00950 0.13 +0.1 202,596 + IAI47_00950 0.13 +0.5 202,596 + IAI47_00950 0.13 +0.8 202,596 + IAI47_00950 0.13 +1.4 202,596 + IAI47_00950 0.13 +1.2 202,596 + IAI47_00950 0.13 -3.3 202,597 - IAI47_00950 0.13 -1.0 202,597 - IAI47_00950 0.13 +0.8 202,597 - IAI47_00950 0.13 +0.5 202,597 - IAI47_00950 0.13 +0.2 202,597 - IAI47_00950 0.13 +0.4 202,597 - IAI47_00950 0.13 +0.3 202,597 - IAI47_00950 0.13 -1.2 202,597 - IAI47_00950 0.13 -0.0 202,597 - IAI47_00950 0.13 -1.0 202,597 - IAI47_00950 0.13 +1.1 202,597 - IAI47_00950 0.13 -0.5 202,612 - IAI47_00950 0.14 -0.4 202,612 - IAI47_00950 0.14 +1.6 202,670 + IAI47_00950 0.20 +0.8 202,670 + IAI47_00950 0.20 -0.1 202,671 - IAI47_00950 0.20 +0.4 202,671 - IAI47_00950 0.20 +0.7 202,671 - IAI47_00950 0.20 +0.4 202,671 - IAI47_00950 0.20 +0.9 202,671 - IAI47_00950 0.20 +1.3 202,671 - IAI47_00950 0.20 -0.8 202,686 + IAI47_00950 0.21 +0.4 202,687 - IAI47_00950 0.21 +0.4 202,687 - IAI47_00950 0.21 +0.6 202,687 - IAI47_00950 0.21 -0.6 202,717 + IAI47_00950 0.24 +0.5 202,717 + IAI47_00950 0.24 -0.1 202,717 + IAI47_00950 0.24 -0.8 202,718 - IAI47_00950 0.24 +0.5 202,718 - IAI47_00950 0.24 +0.4 202,718 - IAI47_00950 0.24 -0.1 202,748 - IAI47_00950 0.27 +0.2 202,748 - IAI47_00950 0.27 +0.9 202,783 + IAI47_00950 0.30 +0.4 202,784 - IAI47_00950 0.30 +1.0 202,784 - IAI47_00950 0.30 +0.4 202,809 + IAI47_00950 0.32 +0.5 202,809 + IAI47_00950 0.32 +0.3 202,842 + IAI47_00950 0.35 -0.7 202,897 + IAI47_00950 0.40 -0.4 202,905 + IAI47_00950 0.41 +1.2 202,905 + IAI47_00950 0.41 -0.5 202,906 - IAI47_00950 0.41 +0.1 202,906 - IAI47_00950 0.41 -0.4 202,906 - IAI47_00950 0.41 +0.2 202,906 - IAI47_00950 0.41 +0.1 202,969 + IAI47_00950 0.47 +1.1 202,969 + IAI47_00950 0.47 +0.5 202,970 - IAI47_00950 0.47 +0.9 202,970 - IAI47_00950 0.47 +0.8 202,970 - IAI47_00950 0.47 -0.3 202,970 - IAI47_00950 0.47 -0.2 202,985 - IAI47_00950 0.48 -0.5 202,985 - IAI47_00950 0.48 +0.8 202,993 + IAI47_00950 0.49 -0.0 203,016 + IAI47_00950 0.51 -0.7 203,016 + IAI47_00950 0.51 +0.2 203,016 + IAI47_00950 0.51 +0.2 203,017 - IAI47_00950 0.51 +0.2 203,017 - IAI47_00950 0.51 -0.8 203,017 - IAI47_00950 0.51 +0.1 203,017 - IAI47_00950 0.51 -1.7 203,017 - IAI47_00950 0.51 +0.3 203,020 + IAI47_00950 0.51 -0.5 203,020 + IAI47_00950 0.51 +0.5 203,020 + IAI47_00950 0.51 +0.7 203,021 - IAI47_00950 0.51 +1.4 203,021 - IAI47_00950 0.51 -0.0 203,021 - IAI47_00950 0.51 +0.1 203,021 - IAI47_00950 0.51 +0.1 203,021 - IAI47_00950 0.51 +0.6 203,021 - IAI47_00950 0.51 +1.0 203,021 - IAI47_00950 0.51 -0.5 203,021 - IAI47_00950 0.51 +0.5 203,021 - IAI47_00950 0.51 +0.3 203,021 - IAI47_00950 0.51 +0.7
Or see this region's nucleotide sequence