Experiment: aerobic shaking 48 hr copy A
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 BT1460 and BT1461 are separated by 868 nucleotides BT1461 and BT1462 are separated by 335 nucleotides
BT1460: BT1460 - conserved hypothetical protein (NCBI ptt file), at 1,797,773 to 1,800,250
BT1460
BT1461: BT1461 - hypothetical protein (NCBI ptt file), at 1,801,119 to 1,801,463
BT1461
BT1462: BT1462 - hypothetical protein (NCBI ptt file), at 1,801,799 to 1,802,248
BT1462
Position (kb)
1801
1802 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2
3 at 1800.169 kb on + strand at 1800.361 kb on - strand at 1800.393 kb on - strand at 1800.399 kb on - strand at 1800.462 kb on + strand at 1800.462 kb on + strand at 1800.463 kb on - strand at 1800.495 kb on + strand at 1800.816 kb on + strand at 1800.821 kb on + strand at 1800.834 kb on - strand at 1800.840 kb on + strand at 1800.845 kb on - strand at 1800.845 kb on - strand at 1800.869 kb on - strand at 1800.914 kb on - strand at 1800.916 kb on + strand at 1800.919 kb on - strand at 1800.920 kb on + strand at 1801.005 kb on + strand at 1801.010 kb on + strand at 1801.048 kb on + strand at 1801.048 kb on + strand at 1801.092 kb on + strand at 1801.183 kb on + strand, within BT1461 at 1801.207 kb on - strand, within BT1461 at 1801.217 kb on - strand, within BT1461 at 1801.232 kb on + strand, within BT1461 at 1801.291 kb on + strand, within BT1461 at 1801.292 kb on - strand, within BT1461 at 1801.300 kb on + strand, within BT1461 at 1801.322 kb on - strand, within BT1461 at 1801.322 kb on - strand, within BT1461 at 1801.324 kb on + strand, within BT1461 at 1801.361 kb on + strand, within BT1461 at 1801.371 kb on - strand, within BT1461 at 1801.372 kb on + strand, within BT1461 at 1801.491 kb on + strand at 1801.517 kb on + strand at 1801.518 kb on - strand at 1801.561 kb on - strand at 1801.598 kb on - strand at 1801.603 kb on - strand at 1801.603 kb on - strand at 1801.604 kb on + strand at 1801.607 kb on - strand at 1801.748 kb on + strand at 1801.774 kb on + strand at 1801.775 kb on - strand at 1801.797 kb on - strand at 1801.954 kb on - strand, within BT1462 at 1801.961 kb on + strand, within BT1462 at 1802.116 kb on + strand, within BT1462 at 1802.182 kb on + strand, within BT1462 at 1802.203 kb on - strand, within BT1462 at 1802.276 kb on - strand at 1802.319 kb on - strand at 1802.433 kb on - strand
Per-strain Table
Position Strand Gene LocusTag Fraction aerobic shaking 48 hr copy A remove 1,800,169 + -1.1 1,800,361 - +0.7 1,800,393 - +0.5 1,800,399 - -1.5 1,800,462 + -0.1 1,800,462 + -1.0 1,800,463 - -0.6 1,800,495 + -2.6 1,800,816 + -1.9 1,800,821 + -0.3 1,800,834 - -0.6 1,800,840 + +1.2 1,800,845 - -1.4 1,800,845 - -1.4 1,800,869 - -1.1 1,800,914 - -0.9 1,800,916 + -3.2 1,800,919 - -2.6 1,800,920 + +0.7 1,801,005 + +0.5 1,801,010 + -2.6 1,801,048 + +0.1 1,801,048 + -0.6 1,801,092 + -2.2 1,801,183 + BT1461 0.19 -2.3 1,801,207 - BT1461 0.26 +0.7 1,801,217 - BT1461 0.28 +0.1 1,801,232 + BT1461 0.33 +1.4 1,801,291 + BT1461 0.50 +2.9 1,801,292 - BT1461 0.50 +0.5 1,801,300 + BT1461 0.52 +0.1 1,801,322 - BT1461 0.59 +1.1 1,801,322 - BT1461 0.59 +0.1 1,801,324 + BT1461 0.59 -2.9 1,801,361 + BT1461 0.70 +0.5 1,801,371 - BT1461 0.73 -0.8 1,801,372 + BT1461 0.73 -2.7 1,801,491 + -3.0 1,801,517 + +0.7 1,801,518 - -1.8 1,801,561 - -0.6 1,801,598 - -0.9 1,801,603 - -1.6 1,801,603 - -0.1 1,801,604 + +0.7 1,801,607 - -2.3 1,801,748 + +1.7 1,801,774 + -0.4 1,801,775 - +1.7 1,801,797 - -1.2 1,801,954 - BT1462 0.34 -0.8 1,801,961 + BT1462 0.36 -3.0 1,802,116 + BT1462 0.70 -1.6 1,802,182 + BT1462 0.85 -1.6 1,802,203 - BT1462 0.90 -1.5 1,802,276 - -1.5 1,802,319 - -0.5 1,802,433 - +1.0
Or see this region's nucleotide sequence