The antioxidant capacity of beet is associated with non-nutritive constituents, such as phenolic compounds. The purpose of this research was to evaluate the effect of two different heat-processing techniques (drying and canned) on the antioxidant potential (ABTS) and phenolics content of beets. A forced air circulation dehydrator was used for the drying. Drying at high temperatures (100 + 90 °C/5.6 hours; 90 °C/6 hours) increased the antioxidant potential of the processed products while mild drying conditions decreased it (80 °C/6 hours; 100 + 70 °C/6 hours) or had no effect on it (70 °C/7 hours; 100 + 80 °C/6 hours). For the canned products, the antioxidant potential did not differ according to the pH (4.2 to 3.8) for any of the four acids...
The objective of this study was to investigate the effects of different microwave-assisted drying me...
The objective of this study was to investigate the effects of different microwave-assisted drying me...
Abstract Red beets is rich in phenolic acids and has high antioxidant capacity, and can be used to p...
The antioxidant capacity of beet is associated with non-nutritive constituents, such as phenolic com...
We assessed the effect of cooking methods (baking and steaming) on the phytochemicals and antioxidan...
Beetroot is rich in bioactive compounds that may provide health benefits. However, vegetable tissues...
The object of this research was the beetroots prepared by intermittent microwave drying at different...
The object of this research was the beetroots prepared by intermittent microwave drying at different...
Red beets and their products are mainly consumed after processing. In this study, the effect of pH o...
Abstract The current study aimed to determine the functional propriety of fresh beets under differen...
Effect of processing on antioxidant potential and total phenolics content in beet (Beta vulgaris L.)...
Aim: Ultrasound-assisted extraction (UAE) is an emerging technique for enhancing the recovery of bi...
The object of research is the beetroots, dried by vacuum microwave drying at different conditions. P...
In this study, the effects of home-processing on the antioxidant properties and in vitro bioaccessib...
The object of research is the beetroots, dried by vacuum microwave drying at different conditions. P...
The objective of this study was to investigate the effects of different microwave-assisted drying me...
The objective of this study was to investigate the effects of different microwave-assisted drying me...
Abstract Red beets is rich in phenolic acids and has high antioxidant capacity, and can be used to p...
The antioxidant capacity of beet is associated with non-nutritive constituents, such as phenolic com...
We assessed the effect of cooking methods (baking and steaming) on the phytochemicals and antioxidan...
Beetroot is rich in bioactive compounds that may provide health benefits. However, vegetable tissues...
The object of this research was the beetroots prepared by intermittent microwave drying at different...
The object of this research was the beetroots prepared by intermittent microwave drying at different...
Red beets and their products are mainly consumed after processing. In this study, the effect of pH o...
Abstract The current study aimed to determine the functional propriety of fresh beets under differen...
Effect of processing on antioxidant potential and total phenolics content in beet (Beta vulgaris L.)...
Aim: Ultrasound-assisted extraction (UAE) is an emerging technique for enhancing the recovery of bi...
The object of research is the beetroots, dried by vacuum microwave drying at different conditions. P...
In this study, the effects of home-processing on the antioxidant properties and in vitro bioaccessib...
The object of research is the beetroots, dried by vacuum microwave drying at different conditions. P...
The objective of this study was to investigate the effects of different microwave-assisted drying me...
The objective of this study was to investigate the effects of different microwave-assisted drying me...
Abstract Red beets is rich in phenolic acids and has high antioxidant capacity, and can be used to p...