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Utilization of Inorganic Sulphate by Baker's Yeast
Nature, 1959IT has been established by a number of authors that sulphate is the usual source of sulphur for many micro-organisms, and also for yeasts1. However, much remains to be elucidated about the details of sulphate uptake by the cell and its metabolism.
A, KLEINZELLER, A, KOTYK, L, KOVAC
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1991
Bread doughs are fermented for very short periods of time with a range of 30 minutes to 4 hours. They are inoculated with 300 × 106 cells per gram and there is little or no yeast growth during the fermentation. In contrast, wine, beer, and distiller’s mashes are fermented for periods ranging from several days to several weeks. Inoculation levels are in
Gerald Reed, Tilak W. Nagodawithana
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Bread doughs are fermented for very short periods of time with a range of 30 minutes to 4 hours. They are inoculated with 300 × 106 cells per gram and there is little or no yeast growth during the fermentation. In contrast, wine, beer, and distiller’s mashes are fermented for periods ranging from several days to several weeks. Inoculation levels are in
Gerald Reed, Tilak W. Nagodawithana
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A Process for the Complete Fractionation of Baker’s Yeast
Journal of Chemical Technology & Biotechnology, 1996A process for the preparation of yeast-derived food additives was developed. The four products obtained, yeast protein concentrate (YPC), cell-wall protein (CWP), semi-pure glucomannan (SPG) and yeast extract, compared well with similar products, present in the current market, with respect to functional properties.
Miguel A. Otero +4 more
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1987
Yeast has been used for brewing and baking for several thousand years, but it was not until about 1850 that the specific production of a yeast intended especially for bread-making was initiated. Until that time, the bakers would take away a small portion of the raised dough and seed the next dough batch with it.
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Yeast has been used for brewing and baking for several thousand years, but it was not until about 1850 that the specific production of a yeast intended especially for bread-making was initiated. Until that time, the bakers would take away a small portion of the raised dough and seed the next dough batch with it.
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Yeast mannan, a cell wall constituent of baker's yeast
Biochimica et Biophysica Acta, 1953Abstract The dried cell wall of baker's yeast contains about 6% protein and 68% polysaccharide, consisting of approximately 34% glucan, 34% mannan and a small quantity of chitin. This essentially confirms the findings of others.
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Kinetics of biosorption of cadmium on Baker’s yeast
Bioresource Technology, 2003In the present study the kinetics of biosorption of cadmium(II) ions by deactivated protonated yeast converted to sodium form was investigated for different initial concentrations of the metal ion (10-100 ppm) and different sorbent dosages (0.1-2.0 g) at a pH of 6.5.
Padma, Vasudevan +2 more
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1998
Bread has been produced by man for thousands of years and is one of few foods common to many societies. The basic concepts of bread and breadmaking have been modified to suit the prevailing quality of raw materials, the culinary habits and the nature of the society in which it is consumed.
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Bread has been produced by man for thousands of years and is one of few foods common to many societies. The basic concepts of bread and breadmaking have been modified to suit the prevailing quality of raw materials, the culinary habits and the nature of the society in which it is consumed.
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2000
Yeast production is an important industry in several fields: besides baker’s yeast, these are animal feed yeast, yeast for hydrolyzates used in biotechnology and the food industry, and in biotechnology as host organism for foreign genes. Thus there is a wide application area of models as presented in this chapter, which is structured as follows.
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Yeast production is an important industry in several fields: besides baker’s yeast, these are animal feed yeast, yeast for hydrolyzates used in biotechnology and the food industry, and in biotechnology as host organism for foreign genes. Thus there is a wide application area of models as presented in this chapter, which is structured as follows.
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Ribosome in Baker’s Yeast Mitochondria are Heterogeneous
Biochemistry (Moscow)Ribosomes are macromolecular machines of conveyor type, which move along the mRNA from triplet to triplet and polymerize cognate amino acids. They are regarded as uniform entities with constant molecular composition bearing no regulatory capacity. However, their ability to interact with multiple proteins involved in translation suggests existence of ...
Rinat A, Khannanov +6 more
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