Morini Gabriella, Winnig Marcel, Vennegeerts Timo, Borgonovo Gigliola, Bassoli Angela
University of Gastronomic Sciences, Pollenzo, Italy.
IMAX Discovery GmbH, Dortmund, Germany.
Front Nutr. 2021 Jul 9;8:683627. doi: 10.3389/fnut.2021.683627. eCollection 2021.
Vanilla is widely used in food preparation worldwide for its sensory properties, mainly related to its fragrance, being vanillin the major compound present in the processed vanilla. Vanillin is also known to elicit bitterness as a secondary sensory sensation, but the molecular mechanism of its bitterness has never been reported. Assay buffers of vanillin were tested on all known 25 human bitter taste receptors TAS2Rs. Three receptors, TAS2R14, TAS2R20, and TAS2R39, were activated, showing that these receptors are mediating the bitterness of vanillin. The result could be useful to improve the overall sensory profile of this broadly used food ingredient, but even more could represent the starting point for further studies to investigate the potential of vanillin in sensory nutrition and other pharmaceutical applications.
香草因其感官特性在全球食品制备中被广泛使用,主要与其香味有关,香草醛是加工香草中的主要成分。香草醛也被认为会引发苦味这一次要感官感受,但其苦味的分子机制从未被报道过。针对所有已知的25种人类苦味受体TAS2Rs测试了香草醛的测定缓冲液。三种受体,即TAS2R14、TAS2R20和TAS2R39被激活,表明这些受体介导了香草醛的苦味。这一结果可能有助于改善这种广泛使用的食品成分的整体感官特性,但更重要的是,它可能代表了进一步研究的起点,以探究香草醛在感官营养和其他药物应用中的潜力。