Strain Fitness in Rhodosporidium toruloides IFO0880 around mRNA_6600

Experiment: YNB Methylricinoleic Acid

Add experiment(s):

Zoom: Pan:

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 insertions' strand. Conventionally, "+" means that the selectable marker is encoded on the forward strand, i.e., transcribed rightward.

500 nt 14968 and 14969 are separated by 783 nucleotides mRNA_6600: 14968 - Hypothetical Protein, at 1,197,421 to 1,199,600 14968 mRNA_6601: 14969 - K04512 DAAM dishevelled associated activator of morphogenesis, at 1,200,384 to 1,206,346 14969

Please try another browser if this message remains

Per-strain Table

Position Strand Gene Sysname Fraction YNB Methylricinoleic Acid
remove
1,196,546 + -0.1
1,196,548 + +0.4
1,196,552 - +0.4
1,196,554 + -1.2
1,196,828 + -0.1
1,196,834 - +0.3
1,196,980 + +1.5
1,196,985 - -1.3
1,196,994 - -0.9
1,197,128 - -1.0
1,197,267 + +1.6
1,197,289 - +0.5
1,197,291 + -0.3
1,197,590 + -0.3
1,197,593 - +1.6
1,197,711 + 14968 mRNA_6600 0.13 +2.0
1,197,786 - 14968 mRNA_6600 0.17 -0.6
1,197,868 - 14968 mRNA_6600 0.21 -1.1
1,198,016 + 14968 mRNA_6600 0.27 +0.6
1,198,146 + 14968 mRNA_6600 0.33 -0.5
1,198,147 + 14968 mRNA_6600 0.33 +2.0
1,198,335 - 14968 mRNA_6600 0.42 -0.1
1,198,619 + 14968 mRNA_6600 0.55 -0.8
1,198,900 + 14968 mRNA_6600 0.68 +0.4
1,198,926 - 14968 mRNA_6600 0.69 +1.9
1,198,940 - 14968 mRNA_6600 0.70 -0.7
1,199,074 + 14968 mRNA_6600 0.76 -0.4
1,199,210 + 14968 mRNA_6600 0.82 -0.0
1,199,218 + 14968 mRNA_6600 0.82 -0.6
1,199,645 - -0.6
1,199,758 + +1.4
1,199,779 - +0.4
1,199,791 - +1.6
1,199,809 - +0.5
1,199,942 + +0.1
1,199,960 - +1.6
1,199,966 + -0.2
1,199,970 - -0.9
1,199,989 + -0.6
1,199,994 - +0.5
1,200,078 - +0.9
1,200,113 + -0.8
1,200,154 + +0.3
1,200,249 - +1.6

Or see this region's nucleotide sequence