Ultra-violet B (UV-B) radiation has been shown to improve, at least in selected genotypes, both the health-promoting potential and the aesthetic properties of tomato and peach fruits during their post-harvest period. The effects of post-harvest UV-B treatment on the cell-wall metabolism of peaches and nectarines (Prunus persica L. Batsch) were assessed in this study. Three cultivars, Suncrest (melting flesh, MF) and Babygold 7 (non-melting flesh, NMF) peaches and Big Top (slow melting, SM) nectarine, differing in the characteristics of textural changes and softening during ripening, were analysed
To date, many studies have shown that UV-B radiation can selectively improve the nutraceutical value...
Abstract Fruit and vegetables are important for their content of dietary fibers and nutraceuticals, ...
Phenolic compounds represent a large class of secondary metabolites, involved in multiple functions ...
In the present study the possibility of enhancing the content of health-promoting compounds of peach...
Softening processes after ripening are a major factor contributing to the perishability of fleshy fr...
The possibility to modify plant metabolic profile of plants and fruit to improve their healthy prope...
Increasing people’s demand of fresh and healthy food has made fruit and vegetable producers interest...
UV-B-driven modulation of secondary metabolism in peach fruit by enhancing the biosynthesis of speci...
Peaches are characterized by a moderate content of health-promoting compounds, such as polyphenols. ...
In the present study the possibility of enhancing phenolic compound contents in peaches and nectarin...
In the present study the possibility of enhancing phenolic compound contents in peaches and nectarin...
In the last decades, UV-B radiation has attracted attention due to its potential to increase nutrace...
Ultraviolet-B (UV–B) radiation impacts the plant behaviour in many ways, including modifying their s...
UV-B-driven modulation of secondary metabolism in peach fruit by enhancing the biosynthesis of speci...
In the present study, the possibility of enhancing phenolic and flavonoid concentration in tomato (S...
To date, many studies have shown that UV-B radiation can selectively improve the nutraceutical value...
Abstract Fruit and vegetables are important for their content of dietary fibers and nutraceuticals, ...
Phenolic compounds represent a large class of secondary metabolites, involved in multiple functions ...
In the present study the possibility of enhancing the content of health-promoting compounds of peach...
Softening processes after ripening are a major factor contributing to the perishability of fleshy fr...
The possibility to modify plant metabolic profile of plants and fruit to improve their healthy prope...
Increasing people’s demand of fresh and healthy food has made fruit and vegetable producers interest...
UV-B-driven modulation of secondary metabolism in peach fruit by enhancing the biosynthesis of speci...
Peaches are characterized by a moderate content of health-promoting compounds, such as polyphenols. ...
In the present study the possibility of enhancing phenolic compound contents in peaches and nectarin...
In the present study the possibility of enhancing phenolic compound contents in peaches and nectarin...
In the last decades, UV-B radiation has attracted attention due to its potential to increase nutrace...
Ultraviolet-B (UV–B) radiation impacts the plant behaviour in many ways, including modifying their s...
UV-B-driven modulation of secondary metabolism in peach fruit by enhancing the biosynthesis of speci...
In the present study, the possibility of enhancing phenolic and flavonoid concentration in tomato (S...
To date, many studies have shown that UV-B radiation can selectively improve the nutraceutical value...
Abstract Fruit and vegetables are important for their content of dietary fibers and nutraceuticals, ...
Phenolic compounds represent a large class of secondary metabolites, involved in multiple functions ...