Caveolae are abundant surface pits formed by the assembly of cytoplasmic proteins on a platform generated by caveolin integral membrane proteins and membrane lipids. This membranous assembly can bud off into the cell or can be disassembled releasing the cavin proteins into the cytosol. Disassembly can be triggered by increased membrane tension, or by stress stimuli, such as UV. Here, we discuss recent mechanistic studies showing how caveolae are formed and how their unique properties allow them to function as multifunctional protective and signaling structures
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
It has been almost 60 years since caveolae were first visualized by Eichi Yamada and George Palade. ...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
Caveolae are one of the most abundant and striking features of the plasma membrane of many mammalian...
The plasma membrane of eukaryotic cells is not a simple sheet of lipids and proteins but is differen...
Caveolae are submicroscopic, plasma membrane pits that are abundant in many mammalian cell types. Th...
Originally described in the 1950s caveolae are morphologically identifiable as small omega-shaped pl...
Caveolae are specialized plasma membrane subdomains visualized more than 50 years ago as cave-like i...
SummaryCaveolin plays an essential role in the formation of characteristic surface pits, caveolae, w...
Originally described in the 1950s caveolae are morphologically identifiable as small omega-shaped pl...
Caveolin plays an essential role in the formation of characteristic surface pits, caveolae, which co...
Caveolae are small Omega-shaped invaginations of the plasma membrane that play important roles in me...
Caveolin plays an essential role in the formation of characteristic surface pits, caveolae, which co...
abstract: Caveolae, small bulb-like pits, are the most abundant surface feature of many vertebrate c...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
It has been almost 60 years since caveolae were first visualized by Eichi Yamada and George Palade. ...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
Caveolae are one of the most abundant and striking features of the plasma membrane of many mammalian...
The plasma membrane of eukaryotic cells is not a simple sheet of lipids and proteins but is differen...
Caveolae are submicroscopic, plasma membrane pits that are abundant in many mammalian cell types. Th...
Originally described in the 1950s caveolae are morphologically identifiable as small omega-shaped pl...
Caveolae are specialized plasma membrane subdomains visualized more than 50 years ago as cave-like i...
SummaryCaveolin plays an essential role in the formation of characteristic surface pits, caveolae, w...
Originally described in the 1950s caveolae are morphologically identifiable as small omega-shaped pl...
Caveolin plays an essential role in the formation of characteristic surface pits, caveolae, which co...
Caveolae are small Omega-shaped invaginations of the plasma membrane that play important roles in me...
Caveolin plays an essential role in the formation of characteristic surface pits, caveolae, which co...
abstract: Caveolae, small bulb-like pits, are the most abundant surface feature of many vertebrate c...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...
It has been almost 60 years since caveolae were first visualized by Eichi Yamada and George Palade. ...
International audienceOver the past decade, interest in caveolae biology has peaked. These small bul...