Translation of "Biomembrane" in German

The inventors incorporated this principle into a "biomembrane" technology.

The inventors incorporated this principle into a “biomembrane” technology.

However, the liposomes or niosomes permeating through the biomembrane are being added to the aqueous environment.

The objective of the project was to develop and test one such biomembrane-based treatment plant that generates no effluent discharge.

The biomembrane-based water recycling technologies developed and tested under the project provide more thorough purification than conventional methods.

To the aqueous surroundings there is added the substance passing through the biomembrane which on the one hand leads to an increased activity of the seed inherent gibberellins and on the other hand the seed inherent conduit network is used, i.e. an increased transport of gibberellins to the aleuron layer and a return transport of reserve substances from the flour body to the germ.

Although the iron complex as well as its corresponding metal-free compound should be able to enter through the biomembrane, both should also have a certain degree of water solubility.

Of particular interest is the structural basis for protein-lipid interactions in the biomembrane that acts as a "separating layer" between the different areas within a cell or between the cell's interior and exterior.

The cell membrane is a double membrane consisting of lipides (lipid = fat) and proteins, it is a flexible living membrane what is called a biomembrane.

In a further preferred embodiment, the target molecules in step a) of the method according to the invention are in a native condition, in particular compounded with a biomembrane, preferably on the surface of a cell membrane, particularly preferably on intact cells.

Due to the biomembrane of an axon, the outer wall of the axon exhibits a different electrical charge than an inner region of the axon.

Within the context of at least one embodiment of the present invention a cell compartment is taken to mean the cell region which is surrounded by a biomembrane.

Many proteins with important biological functions are embedded in a biomembrane in the cells of humans and other living organisms.

Nearly a third of all proteins in living beings are firmly embedded in a biomembrane – either in a cell's outer membrane or in the boundaries of internal cellular compartments.

When studying membrane-bound proteins, it is very difficult to consider the lipids of the biomembrane.

How proteins become embedded in a cell membrane Many proteins with important biological functions are embedded in a biomembrane in the cells of humans and other living organisms.

The helper protein (here a translocase, purple) is already located in the biomembrane (grey) and helps a membrane protein in the form a peptide strand (left, red) embed itself in the membrane (right).

Formation of ion channels is favored by the trace element zinc (Zn2+) that induces a self-organization of DCD 1L when the latter binds to bacterial lipid double layers. When studying membrane-bound proteins, it is very difficult to consider the lipids of the biomembrane. The researchers therefore used several tricks.

Examples of objects to be examined are actin networks, biomembranes or cells.

The two researchers are investigating the dynamics of biomembranes.

The fact that it consists of cells that are separated from the outside world by biomembranes?

While the plasma and lysosomal membranes are permeable for neutral and uncharged species of weak bases, the charged protonated species of weak bases do not permeate biomembranes and accumulate within lysosomes.

Octylthioglucoside (15 mM) is clearly superior to its O-analog octyl glucoside (OT) in the solubilization and stabilization against thermal and light-induced denaturation of the light-driven proton pump Bacteriorhodopsin from the biomembranes of halobacteria.

This substance is suited to penetrate biomembranes relatively easily and quickly: to this there belongs liposomes or niosomes.

Liposomes and niosomes are known to permeate through biomembranes relatively easily and rapidly.

Tocopherols, carotinoids, tocotrienols, ascorbic acids, selenium, polyphenols, flavonoides, flavones are known as radical scavengers or participate closely with the respiratory chain and thus protect the functional and structural intactness of lipids and other important substances such as blood, biomembranes and cell contents.

There are a number of projects currently running and these cover the following areas: yeast cell biology, plant molecular biology, biomembranes, cell differentiation, iron channels, allergies, lipoproteins in health and disease, genetic modifications of cells and animals, cell communication, microvascular injury and repair.

All biomembranes are composed of a connected bilayer of lipid molecules, which bilayer accommodates a variety of membrane proteins.

While the lipid bilayer determines the basic structure of biomembranes, the proteins are responsible for most of their functions.

Ensuing exposure with visible light induces photochemical reactions, mainly of type II, but of type I as well, that to a large extent cause a destruction of biomembranes, biomolecules and subcellular organelles [3].