Manipulation of food structure and protein content to produce satiating, energy–reduced foods and beverages
Project team: Charlotte Holmes
Member funded project
Running: January 2015 – December 2017
Steering MIG: Nutrition and health
Project number: 135659
Proposal documentation
Obesity, and its associated metabolic complications, is an ongoing public health issue. It is accepted that there is no single solution to lowering obesity rates; however, the food industry has a part to play in providing food choices that assist in weight management. The Department of Health recognises this role, and this is reflected in the 'Calorie Reduction' pledge as part of the Public Health Responsibility Deal. This pledge currently has 37 industry signatories who have committed to take action. Suggested actions include use of satiety enhancers, development of lower calorie options and reformulation to decrease energy density. This project will assist the industry in producing products that assist in weight management by exploring the manipulation of food structure to modify consumer perceptions of, and satiety responses to, energy reduced products, and the enhancement of protein content to enhance satiety.
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Food structure and satiety. Find out more...
Developing foods that make you fuller for longer. Find out more...
Project coverage
- R&D432: Manipulation of the protein content to improve satiation in bread
- R&D431: An acute study investigating the impact of resistant starch on perceived rated satiety
- RSS 2017-11: An acute study investigating the impact of resistant starch on perceived rated satiety.
- RSS 2016-10: Development of soft-baked cookies with higher resistant starch content for enhanced satiety.
- RSS 2016-18: Protein enrichment of baked goods
- RSS 2015-10: Predicting the thermal behaviour of new protein-rich ingredients for high-protein dairy beverage formulation
- RSS 2015-38: Application of micron-diameter calcium alginate beads in the production of porous food materials
- MIG - Nutrition and health - Feb 2018
- MIG - Food and drink science - Jan 2018
- MIG - Nutrition and health - May 2017
- MIG - Cereals, milling and baking - Feb 2017
- MIG - Nutrition and health - Sep 2016
- MIG - Food and drink science - Jan 2015