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Enumerative Fluorescent Vital Staining of Live and Dead Pathogenic Yeast Cells

Dennis S. Schwartz, Howard W. Larsh, Peter A. Bartels

Open publisher page 15 citations

Abstract

A quantitative technique is presented for differentiating live and dead yeast cells grown in culture through the use of the fluorescent dye acridine orange. The method gives results that correlate well with those of other commonly used vital staining techniques and is free of certain interpretative errors inherent in them. Vital staining of yeasts with acridine orange also allows for more precise assessment of the physiological state of individual cells and the culture as a whole. The progressive senescence of yeast cells in culture can be monitored by the changing staining characteristics of several subcellular organelles. The method is simple and reliable.

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What this paper is about

A quantitative technique is presented for differentiating live and dead yeast cells grown in culture through the use of the fluorescent dye acridine orange. The method gives results that correlate well with those of other commonly used vital staining techniques and is free of certain interpretative errors inherent in them. Vital staining of yeasts with acridine orange also allows for more precise assessment of the physiological state of individual cells and the culture as a whole. The progressive senescence of yeast cells in culture can be monitored by the changing staining characteristics of several subcellular organelles. The method is simple and reliable.

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Available abstract

A quantitative technique is presented for differentiating live and dead yeast cells grown in culture through the use of the fluorescent dye acridine orange. The method gives results that correlate well with those of other commonly used vital staining techniques and is free of certain interpretative errors inherent in them. Vital staining of yeasts with acridine orange also allows for more precise assessment of the physiological state of individual cells and the culture as a whole. The progressive senescence of yeast cells in culture can be monitored by the changing staining characteristics of several subcellular organelles. The method is simple and reliable.

Key concepts: Acridine orange, Staining, Vital stain, Yeast, Fluorescent staining, Organelle, Biology, Fluorescence

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