Model membrane systems can be classified according to their shape and origin. Depending on the shape, model membranes are compatible with a wide variety of methods, ranging from biochemical and biophysical solution assays to microscopy. So far, many applications have been focused on studying the membranes themselves, rather than membrane-associated processes like protein–protein or protein–ligand interactions. However, many model membranes with embedded proteins should be amenable to these studies, too, i.e., be suitable samples for many of the techniques discussed in this book. In this chapter, we discuss how some practical limitations that often restrict the use of model membranes can be overcome. After introducing various membrane struct...
The function of any given biological membrane is determined largely by the specific set of integral ...
During many cellular processes such as cell division, polarization and motility, the plasma membrane...
Membrane models proved its uniqueness as a tool for biophysics studies at single molecule level. Des...
Model membrane systems can be classified according to their shape and origin. Depending on the shape...
The use of model membranes is currently part of the daily workflow for many biochemical and biophysi...
The use of model membranes is currently part of the daily workflow for many biochemical and biophysi...
AbstractThe use of model membranes is currently part of the daily workflow for many biochemical and ...
The use of model membranes is currently part of the daily workflow for many biochemical and biophysi...
Biological membranes play an essential role in the cellular protection as well as in the control and...
Membrane proteins perform a large number of essential biological tasks, but the understanding of the...
AbstractThe direct interaction of drugs with the cell membrane is often neglected when drug effects ...
Constituting functional interactions between proteins and lipid membranes is one of the essential fe...
Constituting functional interactions between proteins and lipid membranes is one of the essential fe...
Molecular dynamics (MD) simulations have become a highly important technique to consider lipid membr...
Lipid membranes play a crucial role in living systems by compartmentalizing biological processes and...
The function of any given biological membrane is determined largely by the specific set of integral ...
During many cellular processes such as cell division, polarization and motility, the plasma membrane...
Membrane models proved its uniqueness as a tool for biophysics studies at single molecule level. Des...
Model membrane systems can be classified according to their shape and origin. Depending on the shape...
The use of model membranes is currently part of the daily workflow for many biochemical and biophysi...
The use of model membranes is currently part of the daily workflow for many biochemical and biophysi...
AbstractThe use of model membranes is currently part of the daily workflow for many biochemical and ...
The use of model membranes is currently part of the daily workflow for many biochemical and biophysi...
Biological membranes play an essential role in the cellular protection as well as in the control and...
Membrane proteins perform a large number of essential biological tasks, but the understanding of the...
AbstractThe direct interaction of drugs with the cell membrane is often neglected when drug effects ...
Constituting functional interactions between proteins and lipid membranes is one of the essential fe...
Constituting functional interactions between proteins and lipid membranes is one of the essential fe...
Molecular dynamics (MD) simulations have become a highly important technique to consider lipid membr...
Lipid membranes play a crucial role in living systems by compartmentalizing biological processes and...
The function of any given biological membrane is determined largely by the specific set of integral ...
During many cellular processes such as cell division, polarization and motility, the plasma membrane...
Membrane models proved its uniqueness as a tool for biophysics studies at single molecule level. Des...