In mammals, adipose tissues and skeletal muscles (SkMs) play a major role in the regulation
of energy homeostasis. Recent studies point to a possibility of dynamic interplay between …

Infants rely on brown adipose tissue (BAT) as a primary source of thermogenesis. In some
adult humans, residuals of brown adipose tissue are adjacent to the central nervous system …

There are three different types of adipose tissue (AT)—brown, white, and beige—that differ
with stage of development, species, and anatomical location. Of these, brown AT (BAT) is …

Background Large mammals are capable of thermoregulation shortly after birth due to the
presence of brown adipose tissue (BAT). The majority of BAT disappears after birth and is …

Since the rediscovery of brown adipose tissue (BAT) in adult human subjects in 2007, there
has been a dramatic resurgence in research interest in its role in heat production and …

Brown fat or brown adipose tissue (BAT), found in newborn mammals as small depots
localized in the interscapular region, plays a prominent role in regulating thermogenesis …

During postnatal development of mice distinct white adipose tissue depots display a
transient appearance of brown-like adipocytes. These brite (brown in white) adipocytes …

During the last decades, research on adipose tissues has spread in parallel with the
extension of obesity. Several observations converged on the idea that adipose tissues are …

Brown adipose tissue (BAT) is well recognised to have an important role in the maintenance
of body temperature in animals and human neonates, its thermogenic action affected by a …

Confirmation of the presence of functional brown adipose tissue (BAT) in humans has
renewed interest in investigating the potential therapeutic use of this tissue. The finding that …