- Gibney, Patrick A;
- Schieler, Ariel;
- Chen, Jonathan C;
- Bacha-Hummel, Jessie M;
- Botstein, Maxim;
- Volpe, Matthew;
- Silverman, Sanford J;
- Xu, Yifan;
- Bennett, Bryson D;
- Rabinowitz, Joshua D;
- Botstein, David
- Editor(s): Drubin, David G
Metabolic dysregulation leading to sugar-phosphate accumulation is toxic in organisms ranging from bacteria to humans. By comparing two models of sugar-phosphate toxicity in Saccharomyces cerevisiae, we demonstrate that toxicity occurs, at least in part, through multiple, isomer-specific mechanisms, rather than a single general mechanism.