AbstractStudies of the diffusion of proteins and lipids in the plasma membrane of cells have long pointed to the presence of membrane domains. A major challenge in the field of membrane biology has been to characterize the various cellular structures and mechanisms that impede free diffusion in cell membranes and determine the consequences that membrane compartmentalization has on cellular biology. In this review, we will provide a brief summary of the classes of domains that have been characterized to date, focusing on recent efforts to identify the properties of lipid rafts in cells through measurements of protein and lipid diffusion
A theoretical explanation of the existence of lipid rafts in cell membranes remains a topic of livel...
The diffusion rate of lipids in the cell membrane is reduced by a factor of 5–100 from that in artif...
International audienceCell membranes actively participate in numerous cellular functions. Inasmuch a...
AbstractCompositional lipid microdomains (“lipid rafts”) in plasma membranes are believed to be impo...
The plasma membrane organization of live cells defines a plethora of cellular processes important fo...
The dynamic lateral segregation of signaling proteins into microdomains is proposed to facilitate si...
AbstractPlasma membrane compartments, delimited by transmembrane proteins anchored to the membrane s...
AbstractIn the last two decades, various biophysical techniques have been used to investigate the or...
Recent developments in the understanding of molecular diffusion phenomena in membranes are reviewed....
AbstractTo probe the complexity of the cell membrane organization and dynamics, it is important to o...
Lipid rafts are heterogeneous dynamic lipid domains of the cell membranes that are involved in sever...
AbstractThe intricate and tightly regulated organization of eukaryotic cells into spatially and func...
AbstractSphingolipid and cholesterol-rich liquid ordered lipid domains (lipid rafts) have been studi...
AbstractCell membrane organization is dynamic and is assumed to have different characteristic length...
Plasma membranes of many cells appear to be divided into domains, areas whose composition and functi...
A theoretical explanation of the existence of lipid rafts in cell membranes remains a topic of livel...
The diffusion rate of lipids in the cell membrane is reduced by a factor of 5–100 from that in artif...
International audienceCell membranes actively participate in numerous cellular functions. Inasmuch a...
AbstractCompositional lipid microdomains (“lipid rafts”) in plasma membranes are believed to be impo...
The plasma membrane organization of live cells defines a plethora of cellular processes important fo...
The dynamic lateral segregation of signaling proteins into microdomains is proposed to facilitate si...
AbstractPlasma membrane compartments, delimited by transmembrane proteins anchored to the membrane s...
AbstractIn the last two decades, various biophysical techniques have been used to investigate the or...
Recent developments in the understanding of molecular diffusion phenomena in membranes are reviewed....
AbstractTo probe the complexity of the cell membrane organization and dynamics, it is important to o...
Lipid rafts are heterogeneous dynamic lipid domains of the cell membranes that are involved in sever...
AbstractThe intricate and tightly regulated organization of eukaryotic cells into spatially and func...
AbstractSphingolipid and cholesterol-rich liquid ordered lipid domains (lipid rafts) have been studi...
AbstractCell membrane organization is dynamic and is assumed to have different characteristic length...
Plasma membranes of many cells appear to be divided into domains, areas whose composition and functi...
A theoretical explanation of the existence of lipid rafts in cell membranes remains a topic of livel...
The diffusion rate of lipids in the cell membrane is reduced by a factor of 5–100 from that in artif...
International audienceCell membranes actively participate in numerous cellular functions. Inasmuch a...