Gaytan BD~Vulpe CD, 2013

Pubmed ID 23964287
Title Functional genomics indicates yeast requires Golgi/ER transport, chromatin remodeling, and DNA repair for low dose DMSO tolerance.
Authors Brandon D Gaytán, Alex V Loguinov, Vanessa Y De La Rosa, Jan-Michael Lerot, Chris D Vulpe
Abstract Dimethyl sulfoxide (DMSO) is frequently utilized as a solvent in toxicological and pharmaceutical investigations. It is therefore important to establish the cellular and molecular targets of DMSO in order to differentiate its intrinsic effects from those elicited by a compound of interest. We performed a genome-wide functional screen in Saccharomyces cerevisiae to identify deletion mutants exhibiting sensitivity to 1% DMSO, a concentration standard to yeast chemical profiling studies. We report that mutants defective in Golgi/ER transport are sensitive to DMSO, including those lacking components of the conserved oligomeric Golgi (COG) complex. Moreover, strains deleted for members of the SWR1 histone exchange complex are hypersensitive to DMSO, with additional chromatin remodeling mutants displaying a range of growth defects. We also identify DNA repair genes important for DMSO tolerance. Finally, we demonstrate that overexpression of histone H2A.Z, which replaces chromatin-associated histone H2A in a SWR1-catalyzed reaction, confers resistance to DMSO. Many yeast genes described in this study have homologs in more complex organisms, and the data provided is applicable to future investigations into the cellular and molecular mechanisms of DMSO toxicity.
Citation Front Genet 2013; 4:154


Download the list of datasets
Papers Phenotype Conditions Collection Tested mutants Data Details
Gaytan BD~Vulpe CD, 2013 growth (relative abundance in pooled culture) dymethyl sulfoxide [1%] hom ~4,607 Quantitative only for hits

Curation history


Feb. 4, 2014 Data to load.
March 24, 2016 Data to request.
June 10, 2016 Data requested.
Aug. 17, 2016 Data requested.
April 25, 2017 Data abandoned.
April 25, 2017 Data to load.
May 9, 2017 Data loaded.

Tested strains

Feb. 4, 2014 Tested strains to load.
March 24, 2016 Tested strains to request.
June 10, 2016 Tested strains requested.
Aug. 17, 2016 Tested strains requested.
April 25, 2017 Tested strains abandoned.