Examples of 'lipid bilayers' in a sentence
Meaning of "lipid bilayers"
lipid bilayers - In biology and chemistry, lipid bilayers refer to a double layer of lipid molecules that form the basis of cell membranes, providing structural support and regulating the passage of molecules
How to use "lipid bilayers" in a sentence
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lipid bilayers
Virosomes are lipid bilayers containing viral glycoproteins.
Liposomes are vesicular structures based on lipid bilayers.
Lipid bilayers may be either spherical or planar.
Liposomes are spherical lipid bilayers with aqueous interiors.
Since bicarbonate is charged it is not permeable to lipid bilayers.
The lipid bilayers may form spontaneously.
Multilamellar liposomes have two or more lipid bilayers.
Liposomes are lipid bilayers entrapping a fraction of aqueous fluid.
These are important components for the formation of lipid bilayers.
The vesicles are lipid bilayers enclosing a hydrophilic core.
The first application is the study of friction properties of lipid bilayers.
Lipid bilayers are generally impermeable to ions and polar molecules.
The space between the lipid bilayers is the periplasm.
Such lipid bilayers are the structural basis of cell membranes.
Mitochondria have lipid bilayers.
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Lipid bilayers are complicated molecular systems with many degrees of freedom.
Cell membranes are essentially lipid bilayers which form a semipermeable membrane.
Various procedures are commonly used for preparing supported lipid bilayers.
Birefringence of lipid bilayers can be measured using dual polarization interferometry.
Such defects are generally believed to be involved in the fusión of lipid bilayers.
Liposomes are made up of one or more lipid bilayers enclosing an internal compartment.
Defensins are preferably neutralized by inhibiting their interaction with lipid bilayers.
Phospholipids spontaneously form lipid bilayers due to amphipathic nature of lipid molecules.
These proteins are either dispersed in micellar systems or are inserted into lipid bilayers.
It is known that the spontaneous formation of lipid bilayers in salty environments is difficult.
Polyhistidine has fusiogenic and permeabilizing properties with respect to lipid bilayers.
Liposomes are vesicles composed of lipid bilayers completely surrounding an internal aqueous space.
Detergents are important chemical lytic agents that act by disrupting lipid bilayers.
Methods for encapsulating viruses into lipid bilayers are known in the art.
Lipid bilayers can not be seen in a traditional microscope because they are too thin.
Amphitropic proteins associate with lipid bilayers via various hydrophobic anchor structures.
Lipid bilayers are created over multiple electrodes vía contact and distribution of the bubble.
This opens the door to the use of lipid bilayers as biocompatible solvents of fullerenes.
They kill microorganisms by causing disruption of intermolecular interactions and dissociation of lipid bilayers.
Multiple lipid bilayers present a greater number of bafflers to defensin release from liposomes.
The reaction is continued until lipid bilayers have formed about the particles.
Therefore it is important to demonstrate that the purified protein can function in lipid bilayers.
These particles consist of spherically concentric lipid bilayers alternating with water layers.
The lamellar structure is the origin of liposomes having spherical shells of lipid bilayers.
Lipid bilayers are structures of lipid molecules consisting of a hydrophobic tail and a hydrophilic head group.
Liposomes are microscopic vesicles that consist of one or more lipid bilayers surrounding aqueous compartments.
Linear fatty acids enhance penetration in part vía selective perturbation of the intercellular lipid bilayers.
Electrical current and fluorescence emission from planar lipid bilayers in a horizontal configuration were simultaneously recorded.
Sterolic compound included in the liposome may generally affects the fluidity of lipid bilayers.
An MLV is a particle with multiple lipid bilayers surrounding the central aqueous core.
Nanolipogels include a liposomal shell composed of one or more concentric lipid monolayers or lipid bilayers.
Component C is capable of stabilising lipid bilayers and assisting the formation of lipid bilayers.
The neutral lipid in the outer monolayer can promote fusión to other lipid bilayers.
A new method to study lipid bilayers is Atomic force microscopy AFM.
Elastic continuum theory is a particularly powerful tool for modeling liquid crystal devices and lipid bilayers.
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Examples of using Bilayers
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Virosomes are lipid bilayers containing viral glycoproteins
Bilayers of each configuration can also be formed
Some ten to fifty bilayers can be deposited
Examples of using Lipid
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Regulation of lipid metabolism in the case of hyperlipidaemia
Increased cholesterol and blood lipid values
Mean lipid fraction based on wet weight
