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Articles

Carbon source influences Saccharomyces cerevisiae yeast cell survival strategies: quiescence or sporulation

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Pages 1464-1470 | Received 12 Jun 2019, Accepted 25 Sep 2019, Published online: 09 Oct 2019

Figures & data

Figure 1. Growth dynamics and carbon/nitrogen source utilization by S. cerevisiae NBIMCC 584 during batch cultivation in different nutrient media: YEPD (A), Yeast Nitrogen Base supplemented with 2% glucose (YNBG) (B) and Yeast Nitrogen Base supplemented with 1% ethanol (YNBE) (C).

Figure 1. Growth dynamics and carbon/nitrogen source utilization by S. cerevisiae NBIMCC 584 during batch cultivation in different nutrient media: YEPD (A), Yeast Nitrogen Base supplemented with 2% glucose (YNBG) (B) and Yeast Nitrogen Base supplemented with 1% ethanol (YNBE) (C).

Table 1. Growth kinetic parameters for S. cerevisiae NBIMCC 584 strain grown in different nutrient media.

Figure 2. Carbon source influence on the entrance of diploid strain S. cerevisiae NBPMCC 584 in different latent states: sporulation (A) or quiescence (B).

Figure 2. Carbon source influence on the entrance of diploid strain S. cerevisiae NBPMCC 584 in different latent states: sporulation (A) or quiescence (B).

Figure 3. Intracellular ROS and NADH/NADPH levels in S. cerevisiae NBPMCC 584 during transition into non-dividing states.

Figure 3. Intracellular ROS and NADH/NADPH levels in S. cerevisiae NBPMCC 584 during transition into non-dividing states.