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唾液在口腔加工中的作用:重新审视分解路径范式。

The role of saliva in oral processing: Reconsidering the breakdown path paradigm.

作者信息

Boehm Michael W, Yakubov Gleb E, Stokes Jason R, Baier Stefan K

机构信息

PepsiCo. R&D, Hawthorne, New York.

School of Chemical Engineering, The University of Queensland, Brisbane, Queensland, Australia.

出版信息

J Texture Stud. 2020 Feb;51(1):67-77. doi: 10.1111/jtxs.12411. Epub 2019 May 26.

Abstract

We discuss food oral processing research over the last two decades and consider strategies for quantifying the food breakdown model, originally conceptualized by Hutchings and Lillford. The key innovation in their seminal 1988 paper was shifting the focus from intact food properties, measured in the lab, toward strategies to capture the dynamic nature of eating. This has stimulated great progress in the field, but a key aspect missing in oral processing research is the conversion of the Hutchings and Lillford breakdown path conceptual model into quantifiable parameters considered in the context of physiological factors such as saliva and oral movements. To address these shortcomings, we propose the following analysis: Hutchings's and Lillford's definitions of "Structure" and "Lubrication" are incomplete and they comprise many and varied physicochemical properties. We offer, here, a deeper analysis of each parameter, and propose strategies for researchers to consider in their quantification as an update of the Hutchings and Lillford Breakdown path.

摘要

我们讨论了过去二十年中食品口腔加工的研究,并思考了量化食品分解模型的策略,该模型最初由哈钦斯(Hutchings)和利尔福德(Lillford)提出。他们1988年具有开创性的论文中的关键创新之处在于,将关注点从在实验室中测量的完整食品特性,转向捕捉进食动态本质的策略。这推动了该领域的巨大进展,但口腔加工研究中一个关键缺失方面是,将哈钦斯和利尔福德的分解路径概念模型转化为在唾液和口腔运动等生理因素背景下考虑的可量化参数。为解决这些不足,我们提出以下分析:哈钦斯和利尔福德对“结构”和“润滑”的定义不完整,它们包含许多不同的物理化学性质。在此,我们对每个参数进行更深入分析,并为研究人员在其量化过程中提出策略,作为对哈钦斯和利尔福德分解路径的更新。

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