Research data supporting 'Ribosome profiling reveals ribosome stalling on tryptophan codons and ribosome queuing upon oxidative stress in fission yeast'

Datasets accompanying ‘Ribosome profiling reveals ribosome stalling on tryptophan codons and ribosome queuing upon oxidative stress in fission yeast'. Dataset S1: counts from RNA-seq experiments under 5 stress conditions. Column 1: systematic gene names. Other columns follow this format: rna_genotype_stress_time_replicate Dataset S2: counts from ribo-seq experiments under 5 stress conditions. Column 1: systematic gene names. Other columns follow this format: rpf_genotype_stress_time_replicate Dataset S3: genes induced or repressed under 5 stress conditions from RNA-seq experiments. Comparisons are made stress vs. non-stressed. Column 1: systematic gene names. Column2 : Common gene name. Column 3: adjusted p-value. Column 4:log2 fold-change. Dataset S4: genes induced or repressed under unstressed and 5 stress conditions from RNA-seq experiments. Comparisons are made mutant vs. wild-type. Column 1: systematic gene names. Column2: Common gene name. Column 3: adjusted p-value. Column 4:log2 fold-change. Dataset S5: non-coding genes induced or repressed under 5 stress conditions from RNA-seq experiments. Comparisons are made stress vs. non-stressed. Column 1: systematic gene names. Column 2: Common gene name. Column 3: adjusted p-value. Column 4:log2 fold-change. Dataset S6: genes induced or repressed under 5 stress conditions from ribo-seq experiments (translational regulation). Comparisons are made stress vs. non-stressed. Column 1: systematic gene names. Column: Common gene name. Column 3: adjusted p-value. Column 4:log2 fold-change. Dataset S7: genes induced or repressed under 5 stress conditions from ribo-seq experiments (translational regulation). Comparisons are made mutant vs. wild-type. Column 1: systematic gene names. Column: Common gene name. Column 3: adjusted p-value. Column 4:log2 fold-change.