View clinical trials related to Satiety.
Filter by:Liquid foams can be formed by trapping pockets of gas in a beverage. The primary objective of this study is to test the individual contribution, and possible interaction, of the liquid volume and gas to liquid volume ratio (i.e. %overrun (%OR, defined as 100 x [gas volume/liquid volume]) of a beverage to its satiating properties.
The primary hypothesis of this study is that the higher concentration of soy protein intake will increase satiety and decrease the energy intake at the subsequent meal. The secondary hypothesis is that the synergistic effect of soy protein and polydextrose will further increase satiety and reduce energy intake at the subsequent meal. The third hypothesis is that the ingestion of protein and polydextrose will differentially impact on satiety-related metabolism, i.e. blood glucose, insulin, urea, plasma amino acids, gut hormones and gastric emptying.
To compare, in a randomized, single-blinded, cross-over study the satiety effect of a very low energy aerated beverage with normal energy aerated beverages in healthy subjects.
This study will have the primary aim to investigate within-day changes in appetite after consumption of high-protein (HP, 30% of calories) and normal, or low, protein (LP, 15% of calories) whey protein meal, in solid and liquid form, on appetite and ad libitum food intake. Secondary objective will be to assess the statistical relationship between plasma concentrations of gut hormones and visual analogue scales (subjective hunger and fullness) and transit time. In order to investigate the interaction of food structure and protein content on appetite, this requires, in practice, either a differing amount (g) or calorie (kJ) load as a function of energy density (defined as kJ/100g). Delivering the test meal as a solid and liquid form gives an easy solution to achieve this manipulation without compromising the nutritional profile. Following on from this decision, it is easier to produce different preloads using whey protein (rather than meat protein), since it is easily incorporated into test meals.
This study investigates nutrition bar consumption and possible impact on self-reported ratings of hunger and fullness compared to a control.
The effects of two palaeolithic-type meals will be assessed with respect to a panel of gut hormones, satiety, blood glucose and insulin levels as compared to a meal constructed along the lines of the world Health Organisation dietary recommendations
This study is to determine if two breakfasts of equivalent calories, an oat based breakfast cereal or a ready-to-eat cereal, provide the same satiety benefits. The study will also determine if the two calorically equivalent oat-based breakfast cereals give different caloric intakes at a lunch meal that participants will eat to their satisfaction.
To test the hypothesis that two 40 gm serving of Oat-based breakfast cereals compared to an equicaloric amount of a ready-to-eat Oat-based breakfast cereal will give greater satiety over the 4 hour period following breakfast.
Which is a better breakfast? Egg or cereal?
The purpose of this study is to examine the effect of incorporating avocados in meals on post-ingestion glycemic index, insulin response, sensations of satiety and on appetite-related gastrointestinal peptide and hormone release. Also the effect of consuming avocado containing meals on the caloric intake of participants in subsequent eating episodes will be explored. Each subject will participate in one intervention for one day, wait one or two weeks, come for another intervention, wait one or two weeks and come for a final intervention- three in total. Participants will be randomly assigned to one of six treatment sequences. Postprandial response to the control and two avocado-containing test meals will be assessed and compared using a 3 x 3 single blind cross-over design. The Subjects will be between 25 and 60 years old, female or male, with a BMI of 23 to 32, stable weight, no sports involvement, non-smoking and not dependent on caffeine. Thirty subjects will be recruited.