Translation of "Stoffe binden" in English

These substances bind to sulphur dioxide and reduce its preservative action.

Both substances bind a varyingly high energy volume per unit of weight.

Thus, TiO2 nanoparticles in principle bind many substances and increase the bioavailability for organisms.

Like other aptamers, L-RNA aptamers are able to bind molecules such as peptides, proteins, and substances of low molecular weight.

The substances present in the specimen and having an affinity with the label bind the label and can therefore be excited to emit fluorescent light.

Carbon Black (CB) has the ability to excellently bind many organic substances; therefore it is used in many industrial applications as a filter material (activated carbon).

When clarifying the turbid substances, for example, protein or gelatine are added to the must in order to bind the substances and allow them to sink to the bottom.

It is furthermore conceivable to provide clay to the system as a filter element, i.e. as loose clay particles, so that it comes into contact with the material 3 or with the contaminated water that treats the material 3 and can bind the radioactive substances contained in the material 3 or eluted from the material 3 and drained in the water.

Fabrics impregnated in order to render them capable of selectively binding petrochemical substances are also known in practice.

For example, such a sequence of polymer and inorganic layers includes at least one active polymer layer, which can be suitable for binding moisture and/or oxidizing substances, and at least one ceramic layer.

At the first way of treatment medicinal substances are caused on bandages, and then these bandages are applied affected areas.

As is known from another carbon material, activated carbon, also fullerenes can actively bind other substances.

It is the very first candle in the world, which - proved by laboratory test - binds some 30% of the tobacco smoke (nicotine, tar) and of other carcinogenic matters in the air!

While naturally occurring iron oxide nanoparticles are known to be capable of binding and transporting harmful substance, for example copper [6], technical iron oxides can bind arsenic [7].

Similar to other well-known carbon-based materials (e.g. activated carbon), carbon nanotubes can be very effective in binding other substances and are thus applied as filters.

Then, a further specific antibody is applied over the surface so it can bind to the antigen.

Calixarens, so-named because of their chalice-like shape, can be tailored to exactly bind one chemical substance.

Plants and bacteria are directly capable of absorbing sun energy and bind this energy in complex chemical substances.

For the purposes of the present invention, “selectively” means that the corresponding functional group F 1 or F 2 binds to an extent of from 50 to 98%, preferably from 70 to 95%, particularly preferably from 80 to 95%, based on F 1 to the at least one magnetic particle or based on F 2 to the at least one first material, in each case in the presence of the at least one second material and in each case based on all bonds between functional groups and components present in the mixture.

In CZ 184381, oxidants and/or reducing agents such as potassium permanganate and sodium sulfite are used for purifying TMP and other polyalcohols, preferably in the presence of activated carbon or other materials which can bind the impurities.

For researchers, antibodies are an indispensable tool. A scientist needs only to inject a rabbit or a goat with the substance of interest, and then extract the specific antibodies that bind to this substance from the animal’s blood.

The aquatic plants and algae will only die off slowly, and other nutrients can be washed in by rainfall, so it is advisable to bind the algae-promoting substance phosphate.