Abstract: Method for culturing resistant vineyards that selects indigenous vines, with natural stock, the fertilizer for which comprises local grasses/weeds, without other nutrients, harvesting being in the autumn. Fermentation method that is based on pressed grapes, in 20-25% of the vats, the wild yeasts thereof being produced and, in initial states, 3.5-6% vol. alcohol being achieved, with subsequent topping-up every 7-15 days; the total added sugar undergoes stepwise fermentation. Three different yeasts are obtained: white yeast (1), slow-growth yeast (2) and yellow yeast (3). Said yeasts make it possible directly to obtain high-quality beverages, such as cider, beers, cognacs, rums, vodkas, etc., with products having an alcohol content of up to 60% vol./vol. Fermentation also takes place with highly concentrated solutions of sucrose, molasses, sugars resulting from starch hydrolysis, and various plant materials. The production of bread, pastries and quality derived products is facilitated.

Abstract: The present invention relates to the search for and choice of forest plants adapted to severe edaphological conditions in soils contaminated by pollutants, which plants are capable of surviving in most parts of the world and cannot enter the trophic chain. The genetic transformation thereof considerably enhances the metal absorption rate and storage capacity thereof and also makes it easier for said absorption to cover the majority of pollutants or harmful substances.

Abstract: The invention relates to a specific method for improving the tolerance to salinity of living organisms and eliminating sodium (Na+) from water, soil, sludge or any other medium containing said element, using isolated nucleic acid sequence that codes for the phytochelatin synthase of Nicotiana glauca

Abstract: The invention relates to a transgenic wild type plant species from Nicotiana glauca transformed with the phytochelatin synthase TaPCS gene from wheat for the phytoremediation of soils contaminated with heavy metals and other pollutants.