AbstractMembranes with simple lipid composition exhibit complex phase behavior. Ordered and disordered liquid phases can coexist in cholesterol-containing membranes with lipid compositions resembling biological membranes and at physiological temperatures. Research during the last years suggests that these lipid domains play a role in the organization of biological membranes. Understanding the principles that govern the formation and stability of lipid domains is of great importance to build a model that properly describes membrane structure and function. In this review, we describe the current knowledge of the chemical and physical basis of lipid domains and its application to biological membranes
Although significant evidence exists confirming the central role of membrane lipids in the regulatio...
Lateral organization of the cellular plasma membrane promotes biological function by permitting regu...
Cellular membranes are a heterogeneous mix of lipids, proteins and small molecules. Special grouping...
AbstractMembranes with simple lipid composition exhibit complex phase behavior. Ordered and disorder...
AbstractThe concept of lipid rafts and the intense work toward their characterization in biological ...
Biological membranes contain a broad variety of lipid species whose individual physicochemical prope...
AbstractSphingolipid and cholesterol-rich liquid ordered lipid domains (lipid rafts) have been studi...
Domains are present in every natural membrane. They are characterized by a distinctive protein and/o...
AbstractA range of physiological processes has been imputed to lateral domain formation in biologica...
International audienceDomains are present in every natural membrane. They are characterized by a dis...
Recent developments in biology seems to indicate that the Fluid Mosaic model of membrane proposed by...
AbstractDespite the importance of lipid rafts, commonly defined as liquid-ordered domains rich in ch...
Cell membranes have a complex lateral organization featuring domains with distinct composition, also...
In multi-component lipid membranes, phase separation can lead to the formation of domains. The morph...
Cell membranes have a complex lateral organization featuring domains with distinct composition, also...
Although significant evidence exists confirming the central role of membrane lipids in the regulatio...
Lateral organization of the cellular plasma membrane promotes biological function by permitting regu...
Cellular membranes are a heterogeneous mix of lipids, proteins and small molecules. Special grouping...
AbstractMembranes with simple lipid composition exhibit complex phase behavior. Ordered and disorder...
AbstractThe concept of lipid rafts and the intense work toward their characterization in biological ...
Biological membranes contain a broad variety of lipid species whose individual physicochemical prope...
AbstractSphingolipid and cholesterol-rich liquid ordered lipid domains (lipid rafts) have been studi...
Domains are present in every natural membrane. They are characterized by a distinctive protein and/o...
AbstractA range of physiological processes has been imputed to lateral domain formation in biologica...
International audienceDomains are present in every natural membrane. They are characterized by a dis...
Recent developments in biology seems to indicate that the Fluid Mosaic model of membrane proposed by...
AbstractDespite the importance of lipid rafts, commonly defined as liquid-ordered domains rich in ch...
Cell membranes have a complex lateral organization featuring domains with distinct composition, also...
In multi-component lipid membranes, phase separation can lead to the formation of domains. The morph...
Cell membranes have a complex lateral organization featuring domains with distinct composition, also...
Although significant evidence exists confirming the central role of membrane lipids in the regulatio...
Lateral organization of the cellular plasma membrane promotes biological function by permitting regu...
Cellular membranes are a heterogeneous mix of lipids, proteins and small molecules. Special grouping...