2015
Overview
Basal metabolic rate measurement refers to the quantification of energy expenditure by an organism at complete rest under standardized conditions, typically expressed as calories or joules per unit time, and represents the minimum energy required to maintain vital physiological functions. Research published in Glycomics and Metabolism has examined basal metabolic rate in the context of neuroendocrine regulation and metabolic dysfunction, particularly investigating how hypothalamic obesity models affect energy expenditure and related physiological parameters. One study explored the relationship between glycine supplementation and adrenal catecholamine secretion in rats with experimentally induced hypothalamic obesity, measuring metabolic outcomes to assess whether restoring catecholamine function could influence energy balance and fat distribution. This work addresses the complex interplay between central nervous system regulation, hormonal signaling, and whole-body metabolism. Understanding basal metabolic rate measurement is essential for characterizing metabolic disorders, evaluating interventions aimed at restoring energy homeostasis, and elucidating the mechanisms by which neuroendocrine disruptions contribute to obesity and associated metabolic complications. Such measurements provide foundational data for assessing how glycomic changes and metabolic interventions affect the body's baseline energy requirements.
Research published in this journal
1 peer-reviewed article, ranked by relevance. Each links to its DOI.