This work describes a new potentiometric method to evaluate the resistance to oxidation of white wines. Reduction and oxidation titrations were made, and coefficient of variation obtained were 10.87 and 2.65%, respectively. The antioxidant powers of ascorbic acid (Aas) and sulfur dioxide (SO2) were evaluated by this method, SO2 proving to be much less active in this respect than ascorbic acid. The two agents did not demonstrate any antioxidant synergy. A relationship between oxygen present and ascorbic acid was found by the proposed method (1 mmol of O2 S 0.84 mmol of Aas). This method enables the distinction of different wines on the basis of their resistance to oxidatio
The development of a fingerprinting strategy capable to evaluate the “oxidation status” of white win...
Oxidative degradation of white wines can be described sensorially as developing from a loss at posit...
The oxidation processes of experimental wines produced from indigenous grape varieties Legenda, Vior...
This work concerns the development of a methodology suited to measure the resistance to oxidation of...
Different winemaking products (ascorbic acid, glutathione, yeast lees and a yeast autolysate) were t...
This thesis was focused on the effect of ascorbic acid on sensory and analytical parameters of white...
This thesis was focused on the effect of ascorbic acid on sensory and analytical parameters of white...
Phenols present in wines are responsible for its antioxidant properties. Traditionally the antioxida...
This study focused on the effects of various additions of sulphur dioxide (SO2) added to bottled whi...
Research was carried out to experimentally evaluate the antioxidant capacity of several red and whit...
Apart from the controversial positive effects of moderate wine consumption on human health, wine ant...
The characterization of antioxidant (AO) has been studied due to their potential action against ox...
Aging capacity of wine is an essential facet of wine quality. It is widely accepted that wine oxidat...
The impact of the addition of ascorbic acid, sulfur dioxide and glutathione on oxidation product for...
Apart from the controversial positive effects of a moderate wine consumption on human health, wine a...
The development of a fingerprinting strategy capable to evaluate the “oxidation status” of white win...
Oxidative degradation of white wines can be described sensorially as developing from a loss at posit...
The oxidation processes of experimental wines produced from indigenous grape varieties Legenda, Vior...
This work concerns the development of a methodology suited to measure the resistance to oxidation of...
Different winemaking products (ascorbic acid, glutathione, yeast lees and a yeast autolysate) were t...
This thesis was focused on the effect of ascorbic acid on sensory and analytical parameters of white...
This thesis was focused on the effect of ascorbic acid on sensory and analytical parameters of white...
Phenols present in wines are responsible for its antioxidant properties. Traditionally the antioxida...
This study focused on the effects of various additions of sulphur dioxide (SO2) added to bottled whi...
Research was carried out to experimentally evaluate the antioxidant capacity of several red and whit...
Apart from the controversial positive effects of moderate wine consumption on human health, wine ant...
The characterization of antioxidant (AO) has been studied due to their potential action against ox...
Aging capacity of wine is an essential facet of wine quality. It is widely accepted that wine oxidat...
The impact of the addition of ascorbic acid, sulfur dioxide and glutathione on oxidation product for...
Apart from the controversial positive effects of a moderate wine consumption on human health, wine a...
The development of a fingerprinting strategy capable to evaluate the “oxidation status” of white win...
Oxidative degradation of white wines can be described sensorially as developing from a loss at posit...
The oxidation processes of experimental wines produced from indigenous grape varieties Legenda, Vior...