Add to ORKGA mutant of yeast (Saccharomyces cerevisiae) has been isolated which can be grown at 23℃ but not 33℃ on nonfermentable medium. It was demonstrated that the mutant lacked all mitochondnal cytochromes when grown at 33℃ in fermentable medium. Genetic analyses revealed that the temperature-sensitivity was under the control of a recessive nuclear gene
Yeast cells almost completely deficient in all cytochromes were obtained by introducing two defectiv...
The nuclear pleiotropic respiratory-deficient mutant pet1 (previously M126) exhibits cytochromes aa3...
Partial suppressors of a mitochondrially inherited mutation, [cs-671, conferring cold-sensitivity at...
A comparative study was made of the growth of yeast in various media at the optimum temperature (30 ...
AbstractA double mutant of Saccharomyces cerevisiae, in which CYCl gene is deleted and the chromosom...
A major theory concerning the origin of life proposes that the first cells arose in cold, rather th...
We have isolated a yeast mutant, ts352, that is temperature-sensitive for growth. The mutation has a...
Many traits of industrial and basic biological interest arose long ago, and manifest now as fixed di...
Temperature-sensitive (ts) mutants of yeast defective in morphogenesis were isolated. Most were foun...
Temperature sensitive (ts) yeast strains have been obtained by ethyl methane sul-fonate (EMS) mutage...
Mitochondria are essential for regulation of cellular respiration, energy production, small molecule...
The nature of mutations affecting several cytochrome-deficient mutants of Debaryomyces (Schwanniomyc...
The cell division cycle is the process by which a cell separates into two genetically identical cell...
The mutants of Saccharomyces cerevisiae assigned to complementation group G199 are deficient in mito...
Abstract. SSH1, a newly identified member of the heat shock protein (hsp70) multigene family of the ...
Yeast cells almost completely deficient in all cytochromes were obtained by introducing two defectiv...
The nuclear pleiotropic respiratory-deficient mutant pet1 (previously M126) exhibits cytochromes aa3...
Partial suppressors of a mitochondrially inherited mutation, [cs-671, conferring cold-sensitivity at...
A comparative study was made of the growth of yeast in various media at the optimum temperature (30 ...
AbstractA double mutant of Saccharomyces cerevisiae, in which CYCl gene is deleted and the chromosom...
A major theory concerning the origin of life proposes that the first cells arose in cold, rather th...
We have isolated a yeast mutant, ts352, that is temperature-sensitive for growth. The mutation has a...
Many traits of industrial and basic biological interest arose long ago, and manifest now as fixed di...
Temperature-sensitive (ts) mutants of yeast defective in morphogenesis were isolated. Most were foun...
Temperature sensitive (ts) yeast strains have been obtained by ethyl methane sul-fonate (EMS) mutage...
Mitochondria are essential for regulation of cellular respiration, energy production, small molecule...
The nature of mutations affecting several cytochrome-deficient mutants of Debaryomyces (Schwanniomyc...
The cell division cycle is the process by which a cell separates into two genetically identical cell...
The mutants of Saccharomyces cerevisiae assigned to complementation group G199 are deficient in mito...
Abstract. SSH1, a newly identified member of the heat shock protein (hsp70) multigene family of the ...
Yeast cells almost completely deficient in all cytochromes were obtained by introducing two defectiv...
The nuclear pleiotropic respiratory-deficient mutant pet1 (previously M126) exhibits cytochromes aa3...
Partial suppressors of a mitochondrially inherited mutation, [cs-671, conferring cold-sensitivity at...