AbstractThe mechanical properties of biological membranes have become increasingly important not only from a biophysical viewpoint but also as they play a substantial role in the information transfer in cells and tissues. This minireview summarizes some of our recent understanding of the mechanical properties of artificial model membranes with particular emphasis on membranes suspending an array of pores, so called pore-spanning membranes. A theoretical description of the mechanical properties of these membranes might pave the way to biophysically describe and understand the complex behavior of native biological membranes. This article is part of a Special Issue entitled: Mechanobiology
AbstractBiomimetic membranes are fluid and can undergo two different elastic deformations, bending a...
Cell membrane structure is proposed as a lipid matrix with embedded proteins, and thus, their emergi...
The Central Dogma forms the foundation of molecular biology couched in polymer language; all the key...
AbstractThe mechanical properties of biological membranes have become increasingly important not onl...
Mechanical perturbations are ubiquitous in living cells, and many biological functions are dependent...
The nature of the bilayer motif coupled with the ability of lipids and proteins to diffuse freely th...
All organisms have cell membranes which are composed of lipids. The length of lipids affects the ela...
Lipid membranes are commonly confined to adjacent subcellular structures or to artificial substrates...
Polymer and lipid membranes can be used as model membranes to mimic real cells or in bio-compatible ...
Lipid bilayers of cellular membranes play a key role in modulation of membrane proteins, particularl...
Biological membranes play a pivotal role in almost all cellular phenomena as highly versatile physio...
Nano-scale membranes are often formed by amphiphilic molecules. So, cell walls consist of lipid bila...
Cell-penetrating and antimicrobial peptides show a remarkable ability to translocate across physiolo...
Multilamellar membrane structures are the common barriers in the cell compartments. One example is t...
AbstractSynthetic membrane systems, such as giant unilamellar vesicles and solid supported lipid bil...
AbstractBiomimetic membranes are fluid and can undergo two different elastic deformations, bending a...
Cell membrane structure is proposed as a lipid matrix with embedded proteins, and thus, their emergi...
The Central Dogma forms the foundation of molecular biology couched in polymer language; all the key...
AbstractThe mechanical properties of biological membranes have become increasingly important not onl...
Mechanical perturbations are ubiquitous in living cells, and many biological functions are dependent...
The nature of the bilayer motif coupled with the ability of lipids and proteins to diffuse freely th...
All organisms have cell membranes which are composed of lipids. The length of lipids affects the ela...
Lipid membranes are commonly confined to adjacent subcellular structures or to artificial substrates...
Polymer and lipid membranes can be used as model membranes to mimic real cells or in bio-compatible ...
Lipid bilayers of cellular membranes play a key role in modulation of membrane proteins, particularl...
Biological membranes play a pivotal role in almost all cellular phenomena as highly versatile physio...
Nano-scale membranes are often formed by amphiphilic molecules. So, cell walls consist of lipid bila...
Cell-penetrating and antimicrobial peptides show a remarkable ability to translocate across physiolo...
Multilamellar membrane structures are the common barriers in the cell compartments. One example is t...
AbstractSynthetic membrane systems, such as giant unilamellar vesicles and solid supported lipid bil...
AbstractBiomimetic membranes are fluid and can undergo two different elastic deformations, bending a...
Cell membrane structure is proposed as a lipid matrix with embedded proteins, and thus, their emergi...
The Central Dogma forms the foundation of molecular biology couched in polymer language; all the key...