Experiment: Norland
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 DZA65_RS17010 and DZA65_RS17015 are separated by 628 nucleotides DZA65_RS17015 and DZA65_RS17020 are separated by 76 nucleotides DZA65_RS17020 and DZA65_RS17025 are separated by 162 nucleotides
DZA65_RS17010: DZA65_RS17010 - pyruvate kinase, at 3,670,482 to 3,671,915
_RS17010
DZA65_RS17015: DZA65_RS17015 - PTS lactose/cellobiose transporter subunit IIA, at 3,672,544 to 3,672,861
_RS17015
DZA65_RS17020: DZA65_RS17020 - PTS sugar transporter subunit IIB, at 3,672,938 to 3,673,243
_RS17020
DZA65_RS17025: DZA65_RS17025 - alpha/beta hydrolase, at 3,673,406 to 3,674,368
_RS17025
Position (kb)
3672
3673 Strain fitness (log2 ratio)
-2
-1
0
1
2 at 3671.548 kb on - strand, within DZA65_RS17010 at 3671.643 kb on - strand, within DZA65_RS17010 at 3671.697 kb on + strand, within DZA65_RS17010 at 3671.698 kb on - strand, within DZA65_RS17010 at 3671.698 kb on - strand, within DZA65_RS17010 at 3671.703 kb on + strand, within DZA65_RS17010 at 3671.704 kb on - strand, within DZA65_RS17010 at 3671.727 kb on + strand, within DZA65_RS17010 at 3671.728 kb on - strand, within DZA65_RS17010 at 3671.730 kb on - strand, within DZA65_RS17010 at 3671.730 kb on - strand, within DZA65_RS17010 at 3671.778 kb on - strand at 3671.786 kb on + strand at 3671.787 kb on - strand at 3672.238 kb on + strand at 3672.238 kb on + strand at 3672.250 kb on - strand at 3672.250 kb on - strand at 3672.268 kb on - strand at 3672.271 kb on - strand at 3672.333 kb on + strand at 3672.406 kb on + strand at 3672.406 kb on + strand at 3672.406 kb on + strand at 3672.407 kb on - strand at 3672.535 kb on - strand at 3672.546 kb on - strand at 3672.546 kb on - strand at 3672.661 kb on + strand, within DZA65_RS17015 at 3672.685 kb on - strand, within DZA65_RS17015 at 3672.688 kb on + strand, within DZA65_RS17015 at 3672.688 kb on + strand, within DZA65_RS17015 at 3672.798 kb on + strand, within DZA65_RS17015 at 3672.799 kb on - strand, within DZA65_RS17015 at 3672.807 kb on + strand, within DZA65_RS17015 at 3672.808 kb on - strand, within DZA65_RS17015 at 3672.808 kb on - strand, within DZA65_RS17015 at 3672.866 kb on - strand at 3672.891 kb on + strand at 3673.298 kb on - strand at 3673.302 kb on - strand at 3673.311 kb on + strand at 3673.312 kb on - strand at 3673.403 kb on + strand at 3673.408 kb on - strand at 3673.445 kb on + strand at 3673.457 kb on - strand at 3673.510 kb on - strand, within DZA65_RS17025 at 3673.510 kb on - strand, within DZA65_RS17025 at 3673.558 kb on + strand, within DZA65_RS17025 at 3673.558 kb on + strand, within DZA65_RS17025 at 3673.575 kb on - strand, within DZA65_RS17025 at 3673.575 kb on - strand, within DZA65_RS17025 at 3673.631 kb on - strand, within DZA65_RS17025 at 3673.632 kb on + strand, within DZA65_RS17025 at 3673.632 kb on + strand, within DZA65_RS17025 at 3673.673 kb on + strand, within DZA65_RS17025 at 3673.709 kb on + strand, within DZA65_RS17025 at 3673.710 kb on - strand, within DZA65_RS17025 at 3673.710 kb on - strand, within DZA65_RS17025 at 3673.710 kb on - strand, within DZA65_RS17025 at 3673.710 kb on - strand, within DZA65_RS17025 at 3673.710 kb on - strand, within DZA65_RS17025 at 3673.787 kb on + strand, within DZA65_RS17025 at 3673.804 kb on - strand, within DZA65_RS17025 at 3673.805 kb on + strand, within DZA65_RS17025 at 3673.805 kb on + strand, within DZA65_RS17025 at 3673.806 kb on - strand, within DZA65_RS17025 at 3673.806 kb on - strand, within DZA65_RS17025 at 3673.856 kb on - strand, within DZA65_RS17025 at 3673.856 kb on - strand, within DZA65_RS17025
Per-strain Table
Position Strand Gene LocusTag Fraction Norland remove 3,671,548 - DZA65_RS17010 0.74 -0.6 3,671,643 - DZA65_RS17010 0.81 +0.4 3,671,697 + DZA65_RS17010 0.85 +0.7 3,671,698 - DZA65_RS17010 0.85 -0.9 3,671,698 - DZA65_RS17010 0.85 -0.0 3,671,703 + DZA65_RS17010 0.85 -0.6 3,671,704 - DZA65_RS17010 0.85 -1.3 3,671,727 + DZA65_RS17010 0.87 +1.1 3,671,728 - DZA65_RS17010 0.87 +0.6 3,671,730 - DZA65_RS17010 0.87 +0.2 3,671,730 - DZA65_RS17010 0.87 +0.4 3,671,778 - +0.6 3,671,786 + +0.6 3,671,787 - -1.4 3,672,238 + +2.0 3,672,238 + +0.1 3,672,250 - +0.1 3,672,250 - -2.0 3,672,268 - -0.8 3,672,271 - -0.2 3,672,333 + -0.9 3,672,406 + -0.0 3,672,406 + -1.1 3,672,406 + +0.8 3,672,407 - -1.4 3,672,535 - +1.8 3,672,546 - +0.9 3,672,546 - +2.3 3,672,661 + DZA65_RS17015 0.37 -2.7 3,672,685 - DZA65_RS17015 0.44 +1.2 3,672,688 + DZA65_RS17015 0.45 -1.6 3,672,688 + DZA65_RS17015 0.45 -1.6 3,672,798 + DZA65_RS17015 0.80 +0.2 3,672,799 - DZA65_RS17015 0.80 -2.4 3,672,807 + DZA65_RS17015 0.83 +1.1 3,672,808 - DZA65_RS17015 0.83 +0.8 3,672,808 - DZA65_RS17015 0.83 -1.6 3,672,866 - -0.6 3,672,891 + -0.2 3,673,298 - -0.1 3,673,302 - +0.4 3,673,311 + +0.3 3,673,312 - +0.3 3,673,403 + -0.7 3,673,408 - -0.9 3,673,445 + +0.4 3,673,457 - -1.2 3,673,510 - DZA65_RS17025 0.11 -0.6 3,673,510 - DZA65_RS17025 0.11 +0.4 3,673,558 + DZA65_RS17025 0.16 -0.9 3,673,558 + DZA65_RS17025 0.16 -0.1 3,673,575 - DZA65_RS17025 0.18 +0.8 3,673,575 - DZA65_RS17025 0.18 -0.9 3,673,631 - DZA65_RS17025 0.23 -0.1 3,673,632 + DZA65_RS17025 0.23 -0.3 3,673,632 + DZA65_RS17025 0.23 +0.1 3,673,673 + DZA65_RS17025 0.28 +2.4 3,673,709 + DZA65_RS17025 0.31 +0.9 3,673,710 - DZA65_RS17025 0.32 -0.7 3,673,710 - DZA65_RS17025 0.32 +1.1 3,673,710 - DZA65_RS17025 0.32 +0.7 3,673,710 - DZA65_RS17025 0.32 -1.7 3,673,710 - DZA65_RS17025 0.32 +1.0 3,673,787 + DZA65_RS17025 0.40 +0.4 3,673,804 - DZA65_RS17025 0.41 -0.0 3,673,805 + DZA65_RS17025 0.41 -0.1 3,673,805 + DZA65_RS17025 0.41 -0.1 3,673,806 - DZA65_RS17025 0.42 -1.1 3,673,806 - DZA65_RS17025 0.42 -0.1 3,673,856 - DZA65_RS17025 0.47 -0.5 3,673,856 - DZA65_RS17025 0.47 -1.4
Or see this region's nucleotide sequence