Adaptive Thermogenesis: This can be defined as the regulated production of heat in response to environmental changes in temperature and diet, resulting in metabolic inefficiency. For example, shivering when we are cold uses energy and this is an example of adaptive thermogenesis. (Alexander Bowring 24 / 04 / 2008)
Adaptive Thermogenesis: This can be defined as the regulated production of heat in response to environmental changes in temperature and diet, resulting in metabolic inefficiency. For example, shivering when we are cold uses energy and this is an example of adaptive thermogenesis. (Alexander Bowring 24 / 04 / 2008)
The primary reason for not including the value for adaptive thermogenesis when calculating energy requirements is that it is difficult to accurately measure and predict. Adaptive thermogenesis refers to the changes in energy expenditure that occur in response to changes in energy intake, making it a dynamic and variable component that is hard to quantify in a standard energy estimation equation.
Adaptive thermogenesis
the heat energy expended in response to changes in ambient temperature and the digestion and absorption of food
The term "thermogenesis" is used in the context of production of heat within organisms like animals or humans. Thermogenesis can also occur in plants. More information can be found in the related Wikipedia article entitled "Thermogenesis".
10% of energy is used in Diet-Induced thermogenesis (DIT)
Thermogenesis
Thermogenesis is the function of the metabolic system, including processes such as shivering and the production of heat by brown adipose tissue.
A scientific word for cooling is "thermogenesis."
The scientific term for shivering to warm up is thermogenesis. This is the body's way of producing heat to maintain its core temperature in cold environments.
plz ans
Adaptive Radiation :)