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Food color is in the eye of the beholder: the role of human trichromatic vision in food evaluation

机译:食物颜色在旁观者的眼中:人类三色视觉在食品评价中的作用

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Non-human primates evaluate food quality based on brightness of red and green shades of color, with red signaling higher energy or greater protein content in fruits and leafs. Despite the strong association between food and other sensory modalities, humans, too, estimate critical food features, such as calorie content, from vision. Previous research primarily focused on the effects of color on taste/flavor identification and intensity judgments. However, whether evaluation of perceived calorie content and arousal in humans are biased by color has received comparatively less attention. In this study we showed that color content of food images predicts arousal and perceived calorie content reported when viewing food even when confounding variables were controlled for. Specifically, arousal positively co-varied with red-brightness, while green-brightness was negatively associated with arousal and perceived calorie content. This result holds for a large array of food comprising of natural food - where color likely predicts calorie content - and of transformed food where, instead, color is poorly diagnostic of energy content. Importantly, this pattern does not emerged with nonfood items. We conclude that in humans visual inspection of food is central to its evaluation and seems to partially engage the same basic system as non-human primates.
机译:非人类灵长类动物基于红色和绿色色调的亮度来评估食品质量,具有红色信号越高的能量或水果和叶中的蛋白质含量。尽管食物和其他感官模态之间的关联强劲,但是,人类也估计了临界食物特征,例如卡路里内容,从视野中。以前的研究主要集中在颜色对味觉/风味鉴定和强度判断的影响。然而,在人类中对感知的卡路里含量和唤醒的评估是否被颜色偏离,相对不注意。在这项研究中,我们表明食物图像的颜色含量预测即使在控制混淆变量时观察食物时报告的唤醒和感知卡路里内容。具体而言,唤醒呈红光亮度正常,而绿色亮度与唤醒和感知的卡路里含量负相关。这结果适用于大量食物,包括天然食物 - 其中颜色可能预测卡路里含量 - 以及转化的食物,而是颜色诊断能量含量不佳。重要的是,这种模式不会出现在非食物中。我们得出结论,在人类的目视检查中,食物是核心评价的核心,似乎部分地将相同的基本系统作为非人类灵长类动物。

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