Large inter‐individual differences in cold‐induced (non‐shivering) and diet‐induced
adaptive thermogenesis exist in animals and humans. These differences in energy …

In homoeothermic organisms, the preservation of core temperature represents a primal
function, and its costs in terms of energy expenditure can be considerable. In modern …

Skeletal muscle mitochondrial uncoupling, adaptive thermogen... : Current Opinion in
Clinical Nutrition & Metabolic Care Skeletal muscle mitochondrial uncoupling, adaptive …

Background Mild cold exposure and overfeeding are known to elevate energy expenditure
in mammals, including humans. This process is called adaptive thermogenesis. In small …

Many small mammals thermoregulate through shivering in muscle and/or non-shivering
thermogenesis (NST) via brown adipose tissue (BAT) by the actions of mitochondrial …

According to L avoisier,'Life is combustion'. But to what extent humans adapt to changes in
food intake through adaptive thermogenesis–by turning down the rate of heat production …

We showed previously that, at ambient room temperature (22° C), mice maintained at 20%
below their initial body weight by calorie restriction expend energy at a rate below that which …

Obesity and associated metabolic diseases have become a priority area of study due to the
exponential increase in their prevalence and the corresponding health and economic …

Adaptive thermogenesis (AT) with weight loss refers to underfeeding‐associated fall in
resting and non‐resting energy expenditure (REE, non‐REE); this is independent of body …

The incidence of the metabolic syndrome has reached epidemic levels in the Western world.
With respect to the energy balance, most attention has been given to reducing energy (food) …