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Brown Adipose Tissue

All articles tagged with #brown adipose tissue

science2 years ago

Debunking the Connection Between Brown Fat and Social Interaction

A study attempting to establish a non-invasive method for measuring brown adipose tissue (BAT) activity and its link to social behaviors yielded inconclusive results. The use of infrared thermography to measure BAT activity proved unreliable, contradicting previous smaller-scale studies. The study highlights the complexity of linking BAT activity with human social behaviors and attachment styles, emphasizing the need for alternative methods to explore this relationship further.

health2 years ago

"UCLA Unveils Groundbreaking Method to Combat Obesity: Activating Brown Fat"

Researchers at UCLA have discovered nerve pathways that supply brown adipose tissue (BAT), a type of tissue that releases energy from fat metabolism as heat. This finding could potentially lead to new treatments for obesity and related metabolic conditions. By understanding and manipulating these nerve pathways, researchers hope to activate BAT and stimulate fat-burning heat, offering a targeted approach to weight loss solutions. The study, published in PLOS ONE, provides a first step towards using BAT therapeutically and finding long-term solutions for obesity.

health2 years ago

The Mysterious Link Between Cold Exposure and Metabolism

New research challenges the prevailing belief that brown adipose tissue (BAT) is responsible for the metabolic benefits of cold exposure. A team of Canadian researchers argues that skeletal muscles, not BAT, are the primary heat generator and drive the metabolism of glucose and lipids in cold temperatures. While BAT has been linked to lower body mass indices and improved metabolic health, it is only detectable in a small percentage of adults even in cold conditions. The researchers suggest that a more integrated perspective is needed, focusing on skeletal muscles as the main organ involved in heat production and energy expenditure during cold exposure. Further research is required to understand the full impact of cold exposure on metabolism and overall health.