Proceedings of the National Academy of Sciences · 1972 · 197 citations · 14 references
Life SciencesGeneticsMicrobiologyGenetic EngineeringMicrobial GeneticsMycologyNatural Killer Cell BiologyNatural Killer Cell FunctionYeast BiologyYeast GeneticsLow Ph InactivationMendelian Inheritance AnalysisMendelian Inheritance PatternsMendelian Segregation PatternsNatural Killer Cell CytotoxicitySegregation
Many standard laboratory stocks of yeast are able to kill other yeast strains. This property has not been generally recognized because killing is observed only at low pH and not at the pH of standard media. In all strains examined, the genetic determinant for the killer trait shows non-Mendelian inheritance. The segregation patterns of our killer strains indicate that this killer determinant may be different from the killer previously described. Treatment of a killer strain with cycloheximide, but not with ethidium bromide, converts it into a sensitive nonkiller.
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Elizabeth S. Goldring, Lawrence I. Grossman, Deborah Krupnick et al. · Journal of Molecular Biology · 1970 · 526 citations
<i>Saccharomyces cerevisiae</i> : A Diffusible Sex Factor
W. Duntze, Vivian L. MacKay, Thomas R. Manney · Science · 1970 · 207 citations
Life Sciences, Biology, Genetics +12
The inheritance of the killer character in yeast
J. M. Somers, E. A. Bevan · Genetics Research · 1969 · 200 citations · Full text
Life Sciences, Biology, Genetics +12
Viruses in Fungi and Interferon Stimulation
G. T. Banks, K. W. Buck, E. B. Chain et al. · Nature · 1968 · 132 citations