2008
DOI: 10.1017/s0007114507837482
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Effects of retro-nasal aroma release on satiation

Abstract: It is suggested that the brain response of a food odour sensed retro-nasally is related to satiation. The extent of retro-nasal aroma release during consumption depends on the physical structure of a food, i.e. solid foods generate a longer, more pronounced retro-nasal aroma release than liquid foods. The aim of this study was to investigate if a beverage becomes more satiating when the retro-nasal aroma release profile coincides with the profile of a (soft) solid food. In a double-blind placebo-controlled ran… Show more

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Cited by 68 publications
(55 citation statements)
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References 38 publications
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“…Such approaches may exploit knowledge about enhanced sensory attributes generated through the smell, taste, colour, temperature and mouthfeel of food (54). In this respect, the role of taste perception and aroma as sensory triggers of satiety mechanisms show considerable promise (55). The proof of principle has been reported in several recent human studies demonstrating that the addition of capsaicin to a diet enhances anorexigenic sensations, including satiety and fullness (56).…”
Section: Taste Perception Flavour and Aroma Influence Satietymentioning
confidence: 99%
“…Such approaches may exploit knowledge about enhanced sensory attributes generated through the smell, taste, colour, temperature and mouthfeel of food (54). In this respect, the role of taste perception and aroma as sensory triggers of satiety mechanisms show considerable promise (55). The proof of principle has been reported in several recent human studies demonstrating that the addition of capsaicin to a diet enhances anorexigenic sensations, including satiety and fullness (56).…”
Section: Taste Perception Flavour and Aroma Influence Satietymentioning
confidence: 99%
“…A low energy density has the potential to decrease food intake, because, as discussed in the previous section, food intake is determined by amount of food to a larger extent than by energy content (Leahy et al, 2008;Bell et al, 1998). Furthermore, naturally occurring dietary fibre contributes to structure and texture and increases the chewiness, extending the time taken for ingestion (Haber et al, 1977) and thus prolonging the time for sensory perception and related satiety signalling (Ruijschop et al, 2008). The lower palatability of some whole-grain foods compared with their refined counterparts may also lessen appetite (Sørensen et al, 2003).…”
Section: Energy Densitymentioning
confidence: 99%
“…The underlying physiological mechanism explaining this effect most likely involves several factors. Firstly, a prolonged period of ingestion (Haber et al, 1977) will stimulate early cephalic satiety signals (Ruijschop et al, 2008). Furthermore gastric distension, gastric emptying rate and hormonal effects relating to variations in digestion and absorption are likely to play an important role.…”
Section: Food Structurementioning
confidence: 99%
“…Sensory effects of foods may influence energy intake via diverse learned and innate mechanisms [98,131]. During food consumption, aromas are released retronasally in patterns that stimulate brain reward areas involved in motivation and increase satiation in humans [132,133]. Sugar and fat have synergistic effects on hedonic value and intake, but inhibitory effects on taste sensitivity [134].…”
Section: Exploring the Role Of Food Composition And Structurementioning
confidence: 99%