Yeast cells can access distinct quiescent states

Maja M. Klosinska, Christopher A. Crutchfield, Patrick H. Bradley, Joshua D. Rabinowitz, James R. Broach

Research output: Contribution to journalArticlepeer-review

124 Scopus citations


We conducted a phenotypic, transcriptional, metabolic, and genetic analysis of quiescence in yeast induced by starvation of prototrophic cells for one of three essential nutrients (glucose, nitrogen, or phosphate) and compared those results with those obtained with cells growing slowly due to nutrient limitation. These studies address two related questions: (1) Is quiescence a state distinct from any attained during mitotic growth, and (2) does the nature of quiescence differ depending on the means by which it is induced? We found that either limitation or starvation for any of the three nutrients elicits all of the physiological properties associated with quiescence, such as enhanced cell wall integrity and resistance to heat shock and oxidative stress. Moreover, the starvations result in a common transcriptional program, which is in large part a direct extrapolation of the changes that occur during slow growth. In contrast, the metabolic changes that occur upon starvation and the genetic requirements for surviving starvation differ significantly depending on the nutrient for which the cell is starved. The genes needed by cells to survive starvation do not overlap the genes that are induced upon starvation. We conclude that cells do not access a unique and discrete G0 state, but rather are programmed, when nutrients are scarce, to prepare for a range of possible future stressors. Moreover, these survival strategies are not unique to quiescence, but are engaged by the cell in proportion to nutrient scarcity.

Original languageEnglish (US)
Pages (from-to)336-349
Number of pages14
JournalGenes and Development
Issue number4
StatePublished - Feb 15 2011

All Science Journal Classification (ASJC) codes

  • General Medicine


  • Chronological aging
  • Nutrient starvation
  • Quiescence
  • Saccharomyces


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