Results 251 to 260 of about 148,524 (302)
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Acta Biotechnologica, 1985
AbstractThe term “autolysis” was introduced into biological literature by SALKOVSKY [1]. Ever since it began to be used to designate self‐digestion of cells under the action of their own intracellular enzymes. This definition is sufficiently satisfactory with regard to bacteria, and there are published lots of original and review papers dealing ...
T. L. Babayan, M. G. Bezrukov
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AbstractThe term “autolysis” was introduced into biological literature by SALKOVSKY [1]. Ever since it began to be used to designate self‐digestion of cells under the action of their own intracellular enzymes. This definition is sufficiently satisfactory with regard to bacteria, and there are published lots of original and review papers dealing ...
T. L. Babayan, M. G. Bezrukov
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Seminars in Cell & Developmental Biology, 1997
The central role that different phospholipases play in many signal transduction pathways has been intensively studied by classical biochemical and molecular approaches. One approach not extensively pursued, has been the use of yeast as a model system for functional analysis of different aspects of phospholipase signalling.
, de Tiani M, , Torgler, , Meldrum
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The central role that different phospholipases play in many signal transduction pathways has been intensively studied by classical biochemical and molecular approaches. One approach not extensively pursued, has been the use of yeast as a model system for functional analysis of different aspects of phospholipase signalling.
, de Tiani M, , Torgler, , Meldrum
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The FASEB Journal, 1989
The three families of double‐stranded RNA (dsRNA) viruses and two families of retroviruses (retrotransposons) of the yeast Saccharomyces cerevisiae are all transmitted between cells only by cell fusion, probably reflecting the high frequency of mating of yeast cells in nature. One dsRNA virus
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The three families of double‐stranded RNA (dsRNA) viruses and two families of retroviruses (retrotransposons) of the yeast Saccharomyces cerevisiae are all transmitted between cells only by cell fusion, probably reflecting the high frequency of mating of yeast cells in nature. One dsRNA virus
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Journal of Applied Bacteriology, 1971
SUMMARY: Nine hundred and fiftyseven strains of yeasts were isolated from fresh marketed strawberries over 2 seasons. There were c. 10 5 viable yeasts/g of strawberry: many more were isolated at 5° than at 25°.
R W, Buhagiar, J A, Barnett
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SUMMARY: Nine hundred and fiftyseven strains of yeasts were isolated from fresh marketed strawberries over 2 seasons. There were c. 10 5 viable yeasts/g of strawberry: many more were isolated at 5° than at 25°.
R W, Buhagiar, J A, Barnett
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Nature, 1960
ON different occasions, when studying the classification of yeasts, I have been able to appreciate how little consistency there is in the taxonomic characters in use. Recently, I have met with fresh anomalies which, in my opinion, make a complete revision of the present system of classification of yeasts unavoidable.
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ON different occasions, when studying the classification of yeasts, I have been able to appreciate how little consistency there is in the taxonomic characters in use. Recently, I have met with fresh anomalies which, in my opinion, make a complete revision of the present system of classification of yeasts unavoidable.
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2001
(microorganism used as biocatalyst for the reduction of carbonyl groups and double bonds,1 either under fermenting conditions, immobilized, or ultrasonically stimulated) Solubility: insol cold and warm H2O; used as a slurry. Form Supplied in: yellowish pressed cakes, commercially available as cubes from bakeries or supermarkets, usually ...
E. Santaniello +2 more
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(microorganism used as biocatalyst for the reduction of carbonyl groups and double bonds,1 either under fermenting conditions, immobilized, or ultrasonically stimulated) Solubility: insol cold and warm H2O; used as a slurry. Form Supplied in: yellowish pressed cakes, commercially available as cubes from bakeries or supermarkets, usually ...
E. Santaniello +2 more
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Nature, 1948
IN his address to the Seventh Congress of Biological Chemistry in Liege on October 3–6, 1946, Dr. H. D. Kay summarized some experiments on feeding pigs with yeast, carried out during the War at the National Institute for Research in Dairying in Reading1.
T J, DE MAN, E, HOFF-JØRGENSEN
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IN his address to the Seventh Congress of Biological Chemistry in Liege on October 3–6, 1946, Dr. H. D. Kay summarized some experiments on feeding pigs with yeast, carried out during the War at the National Institute for Research in Dairying in Reading1.
T J, DE MAN, E, HOFF-JØRGENSEN
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1978
Publisher Summary This chapter discusses the recent progress on the structure and activities of the yeast nucleus. The chapter focuses on budding yeasts and concentrates on Saccharomyces cerevisiae. This organism is currently much in favor because it is a eukaryote that can be grown and analyzed genetically with the same ease as bacteria.
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Publisher Summary This chapter discusses the recent progress on the structure and activities of the yeast nucleus. The chapter focuses on budding yeasts and concentrates on Saccharomyces cerevisiae. This organism is currently much in favor because it is a eukaryote that can be grown and analyzed genetically with the same ease as bacteria.
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Hospital Practice, 1991
Yeast is an apparently strange "model" for the human genome, but it works because of the high degree of conservation in evolution between the primitive eukaryote and mammals. Moreover, the genic concentration in yeast--with almost no noncoding introns--packs the entire yeast genome into 16 chromosomes with only 10% of the DNA of one human chromosome.
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Yeast is an apparently strange "model" for the human genome, but it works because of the high degree of conservation in evolution between the primitive eukaryote and mammals. Moreover, the genic concentration in yeast--with almost no noncoding introns--packs the entire yeast genome into 16 chromosomes with only 10% of the DNA of one human chromosome.
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Biochemistry (Moscow), 2019
Mitochondria play a crucial role in energy production, general cell metabolism, cell signaling, and apoptosis. Mitochondria are also the main source of reactive oxygen species, especially in the case of their dysfunction. Therefore, damaged or even superfluous mitochondria not required for normal cell functioning represent risk factors and should be ...
D V, Mamaev, R A, Zvyagilskaya
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Mitochondria play a crucial role in energy production, general cell metabolism, cell signaling, and apoptosis. Mitochondria are also the main source of reactive oxygen species, especially in the case of their dysfunction. Therefore, damaged or even superfluous mitochondria not required for normal cell functioning represent risk factors and should be ...
D V, Mamaev, R A, Zvyagilskaya
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