This work explored a short light treatment performance to improve postharvest life and nutrients of broccoli heads stored at 5°C and 93% RH up to 22 days. A white LED was used as a light source. The intensity and exposure times were 9.5 W/m2 and 3 hr per day. Compared to dark storage, the light treatment delayed color changes and preserved chlorophyll pigment levels. The weight loss, respiratory rate, and soluble proteins were not affected by light. After 13 days, the light-exposed broccoli had 40% more total sugars than those stored in the dark. At 13 and 22 days, the light-exposed broccoli had 40% and 70% higher ascorbic acid content, respectively, relating to dark-stored broccoli. Antioxidants and carotenoids in light-exposed broccoli we...
Senescence in harvested green organs, such as broccoli inflorescences, is a highly regulated process...
Heat treatments cause a moderate and reversible stress that interrupts the normal metabolism (senesc...
Broccoli (Brassica oleracea L. var. italica) is largely cultivated in southern Italy. It is an impor...
In this work, the impact of low intensity (20 μmol m-2 s-1) continue illumination with white and blu...
White light illumination during retail has been suggested as a simple, non-chemical way to extend th...
BACKGROUND: Broccoli (Brassica oleracea L.) is a rapidly perishable vegetable crop. Several postharv...
Minimally processed broccoli was treated with UV-C light (8 kJ m−2) and subsequently stored for 21 d...
White light illumination during retail has been suggested as a simple, non-chemical way to extend th...
Broccoli heads were harvested at different times of the day (sunrise, midday and sunset) and then st...
The shelf-life of fresh-cut vegetables may be markedly affected by the type and quality of the raw m...
Visible light irradiance may be a useful technology to delay postharvest senescence of green vegetab...
A postharvest treatment with hot air (48 °C during 3 h) was applied to fresh-cut broccoli to investi...
Central broccoli heads (cv. de Cicco) were harvested and treated with UV-C light (4, 7, 10, or 14 kJ...
The consumption of broccoli provides a large quantity of compounds with nutraceutical properties to ...
Loss of sugars contributes to accelerate postharvest senescence of broccoli. Several treatments have...
Senescence in harvested green organs, such as broccoli inflorescences, is a highly regulated process...
Heat treatments cause a moderate and reversible stress that interrupts the normal metabolism (senesc...
Broccoli (Brassica oleracea L. var. italica) is largely cultivated in southern Italy. It is an impor...
In this work, the impact of low intensity (20 μmol m-2 s-1) continue illumination with white and blu...
White light illumination during retail has been suggested as a simple, non-chemical way to extend th...
BACKGROUND: Broccoli (Brassica oleracea L.) is a rapidly perishable vegetable crop. Several postharv...
Minimally processed broccoli was treated with UV-C light (8 kJ m−2) and subsequently stored for 21 d...
White light illumination during retail has been suggested as a simple, non-chemical way to extend th...
Broccoli heads were harvested at different times of the day (sunrise, midday and sunset) and then st...
The shelf-life of fresh-cut vegetables may be markedly affected by the type and quality of the raw m...
Visible light irradiance may be a useful technology to delay postharvest senescence of green vegetab...
A postharvest treatment with hot air (48 °C during 3 h) was applied to fresh-cut broccoli to investi...
Central broccoli heads (cv. de Cicco) were harvested and treated with UV-C light (4, 7, 10, or 14 kJ...
The consumption of broccoli provides a large quantity of compounds with nutraceutical properties to ...
Loss of sugars contributes to accelerate postharvest senescence of broccoli. Several treatments have...
Senescence in harvested green organs, such as broccoli inflorescences, is a highly regulated process...
Heat treatments cause a moderate and reversible stress that interrupts the normal metabolism (senesc...
Broccoli (Brassica oleracea L. var. italica) is largely cultivated in southern Italy. It is an impor...