A Quantitative Imaging-Based Protocol for Yeast Growth and Survival on Agar Plates
Andrey A. Petropavlovskiy, Michael G. Tauro, Patrick Lajoie, Martin L. Duennwald
Abstract
We present a detailed protocol that describes the evaluation of the growth and survival of yeast cells by quantitatively analyzing spotting assays. This simple method reproducibly detects and quantifies subtle differences in growth by measuring the density of cells within a single spot of defined size on an image of a spotting assay. Our protocol is tailored specifically for low-throughput applications, can be easily adapted for specific experimental conditions, and is accessible to yeast experts and non-experts alike. For an example of the execution of this protocol, please refer to DiGregorio et al. (Di Gregorio et al., 2020).
Topics & Concepts
SpottingProtocol (science)YeastComputer scienceThroughputComputational biologyBiologyArtificial intelligenceGeneticsMedicinePathologyTelecommunicationsWirelessAlternative medicineFungal and yeast genetics researchBioinformatics and Genomic NetworksGenetic Neurodegenerative Diseases