Changes in physicochemical, textural, and sensorial properties of pork meatballs made with the addition of hemp oil during storage
Type
Journal article
Language
English
Date issued
2023
Author
Kotecka-Majchrzak. Klaudia
Faculty
Wydział Nauk o Żywności i Żywieniu
Journal
Food Science and Technology International
ISSN
1082-0132
Abstract (EN)
This research aimed to evaluate the quality characteristics of cooked and vacuum-packed meatballs reformulated with cold-pressed hempseed oil as a partial pork substitute (0.8%, 2.5%, 4.2%, and 7.5%) during 12 days
of storage. The water activity, cooking, and storage losses increased with a higher content of hemp oil (P <
0.05). The total saturated fatty acids were reduced by 37.6%, whereas the polyunsaturated fatty acids content
improved by 96.1%. Hemp oil addition decreased protein and lipid oxidation during the storage period (P <
0.05). The inhibition effect on carbonyl content reached 34.9% and on TBARS values reached 17.5%.
Sensory analysis revealed no significant changes to the texture, odour, and taste attributes over 12 days of
storage in vacuum packaging. The results indicate that cold-pressed hemp oil can be an alternative ingredient
for the production of meat products with improved nutritional value, particularly by enriching them with n-3 αlinolenic fatty acid
of storage. The water activity, cooking, and storage losses increased with a higher content of hemp oil (P <
0.05). The total saturated fatty acids were reduced by 37.6%, whereas the polyunsaturated fatty acids content
improved by 96.1%. Hemp oil addition decreased protein and lipid oxidation during the storage period (P <
0.05). The inhibition effect on carbonyl content reached 34.9% and on TBARS values reached 17.5%.
Sensory analysis revealed no significant changes to the texture, odour, and taste attributes over 12 days of
storage in vacuum packaging. The results indicate that cold-pressed hemp oil can be an alternative ingredient
for the production of meat products with improved nutritional value, particularly by enriching them with n-3 αlinolenic fatty acid
License
Closed Access