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Effect of disclosed information on product liking, emotional profile, and purchase intent: A case of chocolate brownies containing edible-cricket protein

Gurdian, CE
Torrico, Damir
Li, B
Tuuri, G
Prinyawiwatkul, W
Date
2021-08
Type
Journal Article
Fields of Research
ANZSRC::300602 Food chemistry and food sensory science , ANZSRC::300603 Food nutritional balance , ANZSRC::350602 Consumer-oriented product or service development , ANZSRC::321002 Food properties (incl. characteristics and health benefits) , ANZSRC::321004 Nutritional science , ANZSRC::3006 Food sciences , ANZSRC::3106 Industrial biotechnology
Abstract
Edible insects, a sustainable and nutritious alternative to conventionally derived proteins, are unfamiliar to Westerners and often associated with negative sentiments. Edible-cricket protein (ECP) added to chocolate brownies (CB) [0% ECP = CBWO (without) vs. 6% w/w ECP = CBW (with)], and disclosed information [no ECP added = (−) vs. ECP with benefits = (+), ECP− and ECP+, respectively] yielded four CB treatments (CBWO−, CBWO+, CBW−, and CBW+). Subjects (n = 112 female and n = 98 male) rated liking, selected emotions before- and after-tasting, and determined consumption (CI) and purchase intent (PI) after tasting. Likings were analyzed with mixed-effects ANOVA and post hoc Tukey’s HSD test. Emotions were evaluated with Cochran’s-Q test and correspondence analysis. Emotions driving or inhibiting overall liking (OL) were assessed with penalty-lift analyses using two-sample t-tests. A random forest algorithm was used to predict PI and estimate variables’ importance. Female’s and male’s expected OL were higher for CBWO− than for CBWO+. Females’ actual OL was higher for CBWO than for CBW regardless of the disclosed information but males’ actual OL was the same across treatments. Females exhibited negative-liking disconfirmation for CBW−. In both tasting conditions, the disclosed information affected treatments’ emotional profiles more than formulation. After-tasting emotions “happy” and “satisfied” were critical predictors of PI.
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© 2021 by the authors. Licensee MDPI, Basel, Switzerland.
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