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Individually Modified Saliva Delivery Changes the Perceived Intensity of Saltiness and Sourness

机译:个别修改的唾液输送改变了咸味和酸味的感知强度

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摘要

Individuals vary largely in their salivary flow and composition, and given the importance of saliva on perception of taste, this might influence how the tastant stimuli are perceived. We therefore hypothesise that altering the individual salivary flow rates has an impact on the perceived taste intensity. In this study, we investigated the role of saliva amount on the perceived taste intensity by excluding parotid saliva and adding artificial saliva close to the parotid duct at preset flow rates. Significant decreases in perception with increasing salivary flow rates were observed for citric acid and sodium chloride. This can partially be explained by a dilution effect which is in line with previous studies on detectable concentration differences. However, since the bitterness and sweetness remained unaffected by the salivary flow conditions and the dilution effect was comparable to that of saltiness, further explanation is needed. Furthermore, we investigated whether the suppression of taste intensity in binary mixtures (taste–taste interactions) could possibly be caused by the increased salivary flow rate induced by an additional taste attribute. The results show, however, that suppression of taste intensity in binary mixtures was not affected by the rate of salivation. This was more likely to be explained by psychophysics.
机译:每个人的唾液流动和组成各不相同,并且鉴于唾液对味觉的重要性,这可能会影响味觉刺激的感觉。因此,我们假设改变个体唾液流速对感知的味觉强度有影响。在这项研究中,我们通过排除腮腺唾液并在预设流速下在腮腺导管附近添加人工唾液,研究了唾液量对感知的味觉强度的作用。对于柠檬酸和氯化钠,随着唾液流速的增加,知觉显着下降。这部分可以通过稀释作用来解释,这与先前对可检测浓度差异的研究一致。但是,由于苦味和甜味不受唾液流动条件的影响,并且稀释效果与咸味相当,因此需要进一步说明。此外,我们研究了二元混合物中味觉强度的抑制(味觉-味觉相互作用)是否可能由附加的味觉属性引起的唾液流速增加引起。结果表明,然而,二元混合物中味觉强度的抑制不受流涎速率的影响。这更可能由心理物理学来解释。

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