<p>A: Immunohistochemical staining of AT samples showed multilocular adipocytes, which stained positive for UCP1 (black arrows), surrounded by UCP1-negative white unilocular fat cells (white arrows) in subcutaneous (top), perirenal (middle) and visceral (bottom) AT samples of children. B: Two perirenal unilocular samples also exhibited positive UCP1 staining (grey arrows). C: Representative images of UCP1-negative subcutaneous (top, left) and perirenal (top, right) AT samples of lean children and subcutaneous samples of lean adults (bottom). Nuclei were counterstained with Mayer’s hematoxylin. Scale bars represent 50 μm in each panel.</p
<p>Adipose tissue was stained for elastin, as described in Methods. A. Elastin stain, illustrating t...
BACKGROUND: Rodent brown adipose tissue (BAT) is considered the main effector of adaptative thermoge...
<p>Comparisons of (A–G) BAT-associated mRNA (A, <i>UCP1</i>; B, <i>PPARGC1A</i>; C, <i>CIDEA</i>; D,...
Recent studies suggested the persistence of brown adipocytes in adult humans, as opposed to being ex...
<div><p>Recent studies suggested the persistence of brown adipocytes in adult humans, as opposed to ...
Recent studies suggested the persistence of brown adipocytes in adult humans, as op-posed to being e...
BACKGROUND AND AIM: The role of brown adipose tissue physiology and pathology in humans is debated. ...
<p>A: <i>UCP1</i> mRNA expression was significantly increased in UCP1<sup>histological+</sup> sample...
Brown and white adipocytes are found together at discrete anatomical locations; the multilocular UCP...
Inducing brown adipocytes in white adipose tissues is a promising target to combat obesity and its r...
INTRODUCTION: Brown adipose tissue (BAT) is a potential therapeutic target to reverse obesity. The p...
<p>(Manification: ×400). Positive staining appears in brown. (Epith: Epithelium)</p
Adipose tissues have long been considered to derive from a common origin. Even the functionally diff...
International audienceAbstractBackgroundFunctional brown adipose tissue (BAT), involved in energy ex...
International audienceTo characterize brown adipose tissue (BAT) in the human perirenal adipose tiss...
<p>Adipose tissue was stained for elastin, as described in Methods. A. Elastin stain, illustrating t...
BACKGROUND: Rodent brown adipose tissue (BAT) is considered the main effector of adaptative thermoge...
<p>Comparisons of (A–G) BAT-associated mRNA (A, <i>UCP1</i>; B, <i>PPARGC1A</i>; C, <i>CIDEA</i>; D,...
Recent studies suggested the persistence of brown adipocytes in adult humans, as opposed to being ex...
<div><p>Recent studies suggested the persistence of brown adipocytes in adult humans, as opposed to ...
Recent studies suggested the persistence of brown adipocytes in adult humans, as op-posed to being e...
BACKGROUND AND AIM: The role of brown adipose tissue physiology and pathology in humans is debated. ...
<p>A: <i>UCP1</i> mRNA expression was significantly increased in UCP1<sup>histological+</sup> sample...
Brown and white adipocytes are found together at discrete anatomical locations; the multilocular UCP...
Inducing brown adipocytes in white adipose tissues is a promising target to combat obesity and its r...
INTRODUCTION: Brown adipose tissue (BAT) is a potential therapeutic target to reverse obesity. The p...
<p>(Manification: ×400). Positive staining appears in brown. (Epith: Epithelium)</p
Adipose tissues have long been considered to derive from a common origin. Even the functionally diff...
International audienceAbstractBackgroundFunctional brown adipose tissue (BAT), involved in energy ex...
International audienceTo characterize brown adipose tissue (BAT) in the human perirenal adipose tiss...
<p>Adipose tissue was stained for elastin, as described in Methods. A. Elastin stain, illustrating t...
BACKGROUND: Rodent brown adipose tissue (BAT) is considered the main effector of adaptative thermoge...
<p>Comparisons of (A–G) BAT-associated mRNA (A, <i>UCP1</i>; B, <i>PPARGC1A</i>; C, <i>CIDEA</i>; D,...