The authors of the meta-analysis suggest that the difficulties associated with making choices might be more related to the complexity of the choice task and the cognitive decision-making factors than simply to the number of choices. Other authors have suggested particular underlying factors. The claim of choice overload based strictly on the number of choices seems both capture and oversimplify
Taste plays a key role in a consumer’s attitude towards food products and can influence the consumption of that product. One factor, thermal taster status, is determined when the tongue is warmed or cooled, whereby thermal tasters experience phantom taste sensations, while thermal non-tasters do not. Using temporal-check-all-that-apply sensory methodology, we simultaneously investigated the impact of thermal taster status and
A graphic theoretical approach is applied to investigate perception dynamics.
Conventional sensory methods often characterize products as if they are a static aggregation of attribute intensities. But it has long been recognized that many products have an important temporal component, and examples of this are seemingly limitless; consider that foods are chewed and broken down prior to swallowing with accompanying texture changes and flavour release, that carbonated beverages elicit numbing
The feelings, tastes, flavors, and sounds elicited by ready-to-eat breakfast cereals in the mouth are perceived dynamically, and evolve within each bite, and over the multi-bite eating experience. Temporal check-all-that-apply (TCATA) is a temporal sensory method that extends the use of check-all-that-apply questions by allowing continuous selection of attributes based on applicability or noticeability. TCATA can permit characterization of the
Temporal check-all-that-apply (TCATA) is basically an extension of CATA questions and measures the dynamics of sensory perception. Despite the similarities between both methodologies, no study has yet compared static and dynamic sensory product characterizations obtained with CATA and TCATA with consumers, respectively.
Equivalence testing is widely used in sensory science during all stages of product development and production. It is important to understand product differences and variations, some differences will go undetected by the consumer or will be considered “close enough” and therefore acceptable to the consumer.
Sensory discrimination test methods are widely used by industry to guide decision-making. Interpretation increasingly relies on Thurstonian-derived models, which use mathematics to encode psychological decision-making rules, and map method-dependent results onto a putative method-independent discriminable distance (d′). It is also possible to estimate the response bias, or tau (τ), in some test methods, such as the same-different test method. Rousseau
Sensory quality control is an essential mechanism for ensuring the sensory integrity of a product is not compromised. By conducting sensory testing throughout the distilling process it becomes possible to detect and reject faulty raw ingredients and intermediate products before these advance to the next stages, resulting in further contamination.