E-MTAB-9117
Quantification of global gene expression control by growth rate and metabolic cues
We performed a series of 14 steady-state chemostat cultures of S. cerevisiae in biological triplicates, which orthogonally modulated either the growth rate under nitrogen limitation, or the amino acid metabolism of the cell under nitrogen or carbon limitation. The nitrogen sources in the AA subset were chosen to represent those that are preferred (NH4 and Glu) and non-preferred (Phe and Ile). This dataset allows us to account for gene expression changes that arise from changing growth rate and metabolism, which is necessary for a complete understanding of gene regulation.
We performed a series of 14 steady-state chemostat cultures of S. cerevisiae in biological triplicates, which orthogonally modulated either the growth rate under nitrogen limitation, or the amino acid metabolism of the cell under nitrogen or carbon limitation. The nitrogen sources in the AA subset were chosen to represent those that are preferred (NH4 and Glu) and non-preferred (Phe and Ile). This dataset allows us to account for gene expression changes that arise from changing growth rate and metabolism, which is necessary for a complete understanding of gene regulation.