The Geometric Framework for Nutrition and Its Application to Rodent Models.
Abstract
Rodents have been the primary model for mammalian nutritional physiology for decades. Despite an extensive body of literature, controversies remain around the effects of specific nutrients and total energy intake on several aspects of nutritional biology, even in this well-studied model. One approach that is helping to bring clarity to the field is the geometric framework for nutrition (GFN). The GFN is a multidimensional paradigm that can be used to conceptualize nutrition and nutritional effects, design experiments, and interpret results. To date, more than 30 publications have applied the GFN to data from rodent models of nutrition. Here we review the major conclusions from these studies. We pay particular attention to the effects of macronutrients on satiety, glucose metabolism, lifespan and the biology of aging, reproductive function, immune function, and the microbiome. We finish by highlighting several knowledge gaps that became evident upon reviewing this literature.
The following analysis is generated by AI and may contain errors. It is separate from the authors’ abstract and is not peer review.
Research summary
The paper discusses the geometric framework for nutrition and its application to rodent models, specifically focusing on macronutrients and their effects on lifespan and the biology of aging. While it addresses aspects related to longevity, such as glucose metabolism and immune function, the findings appear to be more of a review of existing literature rather than presenting novel experimental data or significant breakthroughs. Thus, it contributes solidly to the field but lacks the depth or novelty to warrant a higher impact score.
Author of this paper? Send a correction.