Table 1.
Food groups | Aim of the study | Foods tested | Satiety measurement | Results | References |
---|---|---|---|---|---|
Cereals | Effect of two oat-based cereals on subjective ratings of appetite | Two oat-based ready-to-eat cereals; RTEC1: Quaker Oatmeal Squares and RTEC2: honey nut cheerios | 100 mm visual analog scale | Similar amounts of oat β-glucan in products but different functionality was observed as more fullness or desire to eat found after RTEC1 | (189) |
Effect of rye bread breakfasts on subjective hunger and satiety | Rye bran bread, intermediate rye fraction bread, Sifted rye flour bread and wheat reference bread | 100 mm visual analog scale | Significant results for rye bread in reducing appetite sensations | (190) | |
Variation in satiety for cooked Philippine rice having a different glycemic index | Seven rice varieties | Satiety Quotient | Variation in satiety scores was associated with dry matter content of rice | (191) | |
Effect of whole meal pasta on subjective satiety and plasma PYY concentration | Wholemeal pasta and refined wheat pasta | Visual analog scale GLP-1, ghrelin, PYY | Whole grains control the appetite instead of refined wheat pasta | (192) | |
Satiety from rice-based, wheat-based and rice–pulse combination preparations | Reference bread, Semolina preparation, “Upma” broken wheat preparation, “Dalia upma”, whole wheat flat bread, “Paratha” and rice flakes preparation, “Poha” Fermented rice–pulse preparation, “Idli” | 100 mm visual analog scale | Fermented rice pulse combination exhibited the highest satiety scores | (193) | |
Wholegrain vs. refined wheat bread and pasta. Effect on postprandial glycemia, appetite, and subsequent ad libitum energy intake | Refined wheat bread, wholegrain wheat bread, refined wheat pasta and wholegrain wheat pasta | 100 mm visual analog scale | Whole grain wheat bread resulted in increased satiety and fullness compared to the refined wheat bread | (194) | |
Effect of biscuits formulated with high-amylose maize flour on satiety | Control biscuits of commercial white wheat flour and biscuits made from corn containing 25 and 50% amylose | 10 cm Visual Analog Scale | Increasing the level of wheat starch substitution with maize flour up to 50% resulted in a greater reduction in food intake at a subsequent meal | (195) | |
Meat and meat products | Effect of different textures of foods on satiation | Meat and meat replacer | 100 mm visual analog scale | The negligible difference found for fullness and prospective consumption | (196) |
Acute satiety response and hormonal markers of appetite after consuming different types of meat | Chicken, pork and beef | Blood biomarkers; Ghrelin, PYY, Insulin, Glucose and CCK | Equated results for satiety response upon pork, beef, and chicken ingestion | (197) | |
Postprandial glycemic and satiety response for fish protein hydrolysate in healthy adults | Boarfish protein hydrolysate (BPH) drink | Visual analog scale Ghrelin and leptin | No significant effect on biomarkers of satiety | (198) | |
Effects of a beef-based meal compared to a calorie matched bean-based meal on appetite and food intake | Beef and beans | Visual analog scale | Beef-based meal with high protein and a bean-based meal with moderate protein and high fiber produced similar satiety | (199) | |
Fats and oils | Effect of fat saturation on satiety, hormone release, and food intake | Shea oil, canola oil and safflower oil | Visual analog scale | Triacylglycerols with unsaturated fatty acids increase satiety than with saturated fatty acids | (200) |
Coconut oil has less satiating properties than medium-chain triglyceride oil (MCT oil) | MCT oil, coconut oil and vegetable oil | Visual analog scale | MCT also increased fullness over the 3 h after breakfast compared to the vegetable and coconut oils | (201) | |
The gastric emptying rate for specific food structures and impact on appetite suppression | Control meal (an emulsion of sunflower oil) and structured/active meal (gouda cheese and low-fat yogurt) | Visual analog scale | Active or structured meal significantly reduces hunger | (120) | |
Effect of fat source on satiety | Canola and peanut oil muffins and canola, peanut oil, butter muffins | nine-point category scale | The slightly different satiating effect between saturated and monounsaturated fatty acids | (202) | |
Effect of replacing breakfast with a high-fat drink | High fat (medium-chain triglycerides) meal replacement drink | Satiety labeled intensity magnitude | Increased satiety was reported in the afternoon after a high-fat meal replacement drink | (203) | |
Fruits and vegetables | Appetitive responses in lean and obese adults after ingesting fruits in solid vs. beverage forms | Solid fruit preload (red seedless grapes, dried apples, gala apple, raisins) and beverage fruit juice preloads | nine-point scale | Delaying time for hunger arousal was higher for solid fruit preloads | (40) |
Subjective assessment of hunger and fullness in healthy adults after ingesting orange pomace | Whole orange fruit, orange pomace and orange juice | Visual analog scale | The addition of orange pomace fiber to orange juice and whole fruit increased satiety in orange juice | (204) | |
Using avocado as a test meal to test satiety | Whole avocado | Visual analog scale | Avocado-derived fat-fiber combination increased feelings of satiety and anorexigenic hormones PYY and GLP-1 | (205) | |
The effects of wild blueberries on satiety and glycemic control | Blueberry, blueberry juice, placebo beverage and control | Visual analog scale | Higher satisfaction when the whole blueberry treatment was consumed compared to the control |
(206) | |
Effects of Fresh Watermelon Consumption on the Acute Satiety Response | Watermelon and low-fat cookies as control snack | Visual analog scale and appetite regulating hormones | watermelon elicited robust satiety responses than cookies snacks. Watermelon also resulted in reduced leptin hormone and higher ghrelin | (207) | |
Effect of fresh mango consumption on satiety | Fresh mango and iso-caloric low-fat cookies as control | Visual analog scale and appetite regulating hormones | Mangoes promote greater satiety and cookies did not reduce participants' desire to eat | (208) | |
Influence of dietary carbohydrates and glycaemic response on subjective appetite and food intake | Potato, barley, glucose and placebo | Visual analog scale | Potatoes increased subjective satiety the most, followed by barley, then glucose | (209) | |
Comparison of low glycemic index and high glycemic index potatoes about satiety in humans | Carisma® low Glycemic Index potatoes and Arizona high Glycemic Index potato varieties | Visual analog scale | No significant differences in the primary endpoint, satiety | (210) | |
Effect of fenugreek fiber on satiety, blood glucose and insulin response | 0, 4 and 8 g fenugreek extract beverage | Visual analog scale | Fenugreek fiber (8 g) significantly increased satiety | (211) | |
Effect of capsaicin on satiety and energy intake | 0.9 g of red Pepper in tomato juice, 0.9 g of red pepper in two capsules | Visual analog scale | The AUC for satiety increased, whereas the AUC for hunger decreased after capsaicin ingestion | (212) | |
The effects of the fiber content and physical structure of carrots on satiety and subsequent intakes when eaten as part of a mixed meal | Whole carrots, blended carrots and carrot nutrients | Visual analog scale | Meals with whole carrots and blended carrots resulted in significantly higher satiety | (213) | |
Milk and milk products | The satiating potential of yogurt enriched with protein | Yogurt products | nine-point scale | Highest satiety scores for yogurt having added milk proteins | (214) |
Satiety and food intake after consuming different dairy products | Milk products | Visual analog scale | An increase in satiety has been observed after 500 ml of milk | (215) | |
Effects of goat dairy and cow dairy-based breakfasts on satiety | Goat or cow dairy breakfast | Visual analog scale | The slightly higher satiating effect of goat dairy when compared to cow dairy | (216) | |
Effect of casein-to-whey ratio in breakfast meals on postprandial satiety ratings | Milk with 80:20 or 40:60 casein-to-whey protein ratios | 100 mm visual analog scale | The protein ratio did not significantly differ in satiety ratings after the second meal | (217) | |
Satiety response of milk protein-derived peptides | Milk protein-derived peptides; sodium caseinate and a whey protein hydrolysate | Cumulative food intake | Sodium caseinate derived peptides suppressed appetite more than other peptides. | (218) | |
Effects of cultured dairy and non-dairy products added to breakfast cereals on blood glucose control, satiation, satiety, and short-term food intake | Greek yogurt with granola, cultured coconut product with granola and water | 100 mm visual analog scale | Intake of dairy suppresses the mean 2-h subjective appetite stronger compared to the non-dairy | (219) | |
Milk protein fractions moderately extend the duration of satiety compared with carbohydrates | Milk proteins; casein, whey and their mixture | Energy intake at lunch | Compared with the control snack, proteins extended the duration of satiety with no difference between the protein groups | (220) | |
Effects of low-fat milk consumption at breakfast on satiety and short-term energy intake | Low-fat milk, apple juice and water with breakfast | Visual analog scale | Obese children reported higher satiety score after drinking low-fat milk with breakfast |
(221) |