Despite our limited knowledge of the genetic make-up of commercial wine yeasts and the fact thatthe advantages of genetic manipulation of wine yeasts have not yet been demonstrated in practice, the wine industry has to realise that "the name of the game" is recombinant DNA and that the pace of progress is fast. The technology is so powerful that it now enables manipulation of the genome in ways hard to imagine only a decade ago. In this review we highlight the importance of the wine yeast to the wine industry and the necessity for well-planned breeding programmes. First, we summarise reliable taxonomic methods that are useful as diagnostic techniques in such breeding strategies. Second, we emphasise the complexity of the genetic features of...
have contributed at an accelerated rate to the introduction of new products to satisfy nutritional, ...
There is an ever-increasing demand for the cost-effective production of wine with minimised resource...
Roots of classical yeast genetics go back to the early work of Lindegreen in the 1930s, who studied ...
CITATION: Pretorius, L. S. & Van der Westhuizen, T. J. 1991. The impact of yeast genetics and recomb...
International audienceThe story of biotechnology of wine yeasts started a long time ago. The selecti...
International audienceThe end of the twentieth century was marked by major advances in life technolo...
For the last century, the availability of pure culture yeast has improved reproducibility in wine fe...
For the last century, the availability of pure culture yeast has improved reproducibility in wine fe...
For the last century, the availability of pure culture yeast has improved reproducibility in wine fe...
Wine production techniques has been improved gradually over the years until now. The yeast biotechno...
The selection of wine yeasts is usually carried out within the species Saccharomyces cerevisiae. It ...
Yeasts are predominant in the ancient and complex process of winemaking. In spontaneous fermentation...
Yeasts are predominant in the ancient and complex process of winemaking. In spontaneous fermentation...
Recent developments in expression profile and proteomic techniques illustrated that the main oenolog...
Recent developments in expression profile and proteomic techniques illustrated that the main oenolog...
have contributed at an accelerated rate to the introduction of new products to satisfy nutritional, ...
There is an ever-increasing demand for the cost-effective production of wine with minimised resource...
Roots of classical yeast genetics go back to the early work of Lindegreen in the 1930s, who studied ...
CITATION: Pretorius, L. S. & Van der Westhuizen, T. J. 1991. The impact of yeast genetics and recomb...
International audienceThe story of biotechnology of wine yeasts started a long time ago. The selecti...
International audienceThe end of the twentieth century was marked by major advances in life technolo...
For the last century, the availability of pure culture yeast has improved reproducibility in wine fe...
For the last century, the availability of pure culture yeast has improved reproducibility in wine fe...
For the last century, the availability of pure culture yeast has improved reproducibility in wine fe...
Wine production techniques has been improved gradually over the years until now. The yeast biotechno...
The selection of wine yeasts is usually carried out within the species Saccharomyces cerevisiae. It ...
Yeasts are predominant in the ancient and complex process of winemaking. In spontaneous fermentation...
Yeasts are predominant in the ancient and complex process of winemaking. In spontaneous fermentation...
Recent developments in expression profile and proteomic techniques illustrated that the main oenolog...
Recent developments in expression profile and proteomic techniques illustrated that the main oenolog...
have contributed at an accelerated rate to the introduction of new products to satisfy nutritional, ...
There is an ever-increasing demand for the cost-effective production of wine with minimised resource...
Roots of classical yeast genetics go back to the early work of Lindegreen in the 1930s, who studied ...