Experiment: Formate McCas no stress control 1
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 MMP_RS05760 and MMP_RS05765 are separated by 338 nucleotides MMP_RS05765 and MMP_RS05770 are separated by 78 nucleotides MMP_RS05770 and MMP_RS05775 are separated by 4 nucleotides
MMP_RS05760: MMP_RS05760 - transketolase, at 1,104,891 to 1,105,718
_RS05760
MMP_RS05765: MMP_RS05765 - M42 family metallopeptidase, at 1,106,057 to 1,107,109
_RS05765
MMP_RS05770: MMP_RS05770 - YkgJ family cysteine cluster protein, at 1,107,188 to 1,107,676
_RS05770
MMP_RS05775: MMP_RS05775 - hypothetical protein, at 1,107,681 to 1,107,977
_RS05775
Position (kb)
1106
1107
1108 Strain fitness (log2 ratio)
-2
-1
0
1 at 1105.093 kb on + strand at 1105.394 kb on - strand at 1105.854 kb on - strand at 1105.867 kb on + strand at 1105.869 kb on - strand at 1105.869 kb on - strand at 1105.891 kb on - strand at 1105.992 kb on - strand at 1106.008 kb on - strand at 1106.008 kb on - strand at 1106.009 kb on + strand at 1106.009 kb on + strand at 1106.043 kb on + strand at 1106.125 kb on + strand at 1106.274 kb on - strand, within MMP_RS05765 at 1106.476 kb on - strand, within MMP_RS05765 at 1106.776 kb on - strand, within MMP_RS05765 at 1106.821 kb on - strand, within MMP_RS05765 at 1106.964 kb on - strand, within MMP_RS05765 at 1106.994 kb on - strand, within MMP_RS05765 at 1107.117 kb on - strand at 1107.123 kb on - strand at 1107.143 kb on + strand at 1107.236 kb on + strand at 1107.292 kb on - strand, within MMP_RS05770 at 1107.402 kb on - strand, within MMP_RS05770 at 1107.402 kb on - strand, within MMP_RS05770 at 1107.445 kb on - strand, within MMP_RS05770 at 1107.479 kb on + strand, within MMP_RS05770 at 1107.503 kb on - strand, within MMP_RS05770 at 1107.504 kb on + strand, within MMP_RS05770 at 1107.553 kb on + strand, within MMP_RS05770 at 1107.574 kb on - strand, within MMP_RS05770 at 1107.574 kb on - strand, within MMP_RS05770 at 1107.575 kb on + strand, within MMP_RS05770 at 1108.017 kb on - strand at 1108.018 kb on + strand at 1108.018 kb on + strand at 1108.020 kb on + strand at 1108.041 kb on - strand at 1108.042 kb on + strand at 1108.042 kb on + strand at 1108.046 kb on + strand at 1108.056 kb on - strand at 1108.057 kb on + strand at 1108.059 kb on + strand at 1108.078 kb on + strand at 1108.103 kb on - strand at 1108.103 kb on - strand at 1108.104 kb on + strand at 1108.106 kb on + strand
Per-strain Table
Position Strand Gene LocusTag Fraction Formate McCas no stress control 1 remove 1,105,093 + -2.0 1,105,394 - -1.8 1,105,854 - -0.1 1,105,867 + -2.5 1,105,869 - +0.6 1,105,869 - -1.0 1,105,891 - -0.5 1,105,992 - +0.1 1,106,008 - -0.8 1,106,008 - -0.2 1,106,009 + -0.1 1,106,009 + -0.1 1,106,043 + -0.4 1,106,125 + -0.9 1,106,274 - MMP_RS05765 0.21 -0.8 1,106,476 - MMP_RS05765 0.40 -0.9 1,106,776 - MMP_RS05765 0.68 -1.5 1,106,821 - MMP_RS05765 0.73 -0.3 1,106,964 - MMP_RS05765 0.86 -0.7 1,106,994 - MMP_RS05765 0.89 -1.4 1,107,117 - -0.1 1,107,123 - +0.6 1,107,143 + +0.7 1,107,236 + -0.0 1,107,292 - MMP_RS05770 0.21 +0.0 1,107,402 - MMP_RS05770 0.44 +0.2 1,107,402 - MMP_RS05770 0.44 -0.6 1,107,445 - MMP_RS05770 0.53 -0.0 1,107,479 + MMP_RS05770 0.60 +0.0 1,107,503 - MMP_RS05770 0.64 -0.2 1,107,504 + MMP_RS05770 0.65 +0.1 1,107,553 + MMP_RS05770 0.75 -0.1 1,107,574 - MMP_RS05770 0.79 +0.6 1,107,574 - MMP_RS05770 0.79 +0.1 1,107,575 + MMP_RS05770 0.79 +0.4 1,108,017 - -0.1 1,108,018 + -0.1 1,108,018 + -0.0 1,108,020 + -0.5 1,108,041 - -0.2 1,108,042 + +0.0 1,108,042 + -0.3 1,108,046 + +0.2 1,108,056 - +0.0 1,108,057 + +0.2 1,108,059 + -0.0 1,108,078 + +0.1 1,108,103 - +0.0 1,108,103 - +0.4 1,108,104 + +0.4 1,108,106 + +0.7
Or see this region's nucleotide sequence