Translation of "Sauerstoff binden" in English

Suitable compounds are in principle all compounds that bind oxygen.

The warmer the water is, the less oxygen it is able to bind.

The metal cations can then bind free oxygen, with oxide formation.

Such binders can penetrate the algae cells and bind the intracellular oxygen there.

The paper merely mentions that such polymers are capable of bonding oxygen.

Myoglobin can penetrate particularly simply into the cells on this account and bind the intracellular oxygen.

Such a binder can act biochemically or chemically, in order to bind the intracellular oxygen.

The getter material is advantageously suitable for binding moisture and/or oxygen.

When red blood cells are not functioning properly, the hemoglobin cannot bind to oxygen efficiently.

Target cell formation decreases the amount of oxygen that is circulated through the blood unable to attach to oxygen and deliver it to all areas of the body.

About 12 percent of the land around the world is now protected: safeguarding biodiversity, providing a carbon sink, generating oxygen, protecting watersheds.

And because you can't bind the oxygen, maybe you wouldn't consume it, and then maybe it would reduce your demand for oxygen.

The clay material mixture of claim 1, the accessory ingredients of the mixture being materials that bind oxygen, particularly at high temperatures of up to 1000° C., such as magnetite, or which may store toxic smoke gas components and ground components, for example calcium carbonate or magnesium carbonate in the form of lime or dolomite.

Deoxygenated modified hemoglobin, although it is capable of binding oxygen, cannot release said oxygen to the peripheral tissue in an amount required because of the increased affinity of the system Hb/O2.

It exhibits a left-biased oxygen binding curve, and thus has a particularly high affinity for oxygen and makes possible therewith even under physiologically non-optimal conditions (prolonged phases of oxygen depletion e.g., labor pains, expulsion period!, difficult diffusion placenta!, mixture of arterial with venous blood physiological shunt!), bonding with oxygen which makes oxygen ultimately available to the fetal tissue.

For the present invention, any hemoglobin derivative can be used whereby it is not required in the context of the present invention that these derivatives able to bind oxygen reversibly.

The proportion of aluminum in the product mixture has to be at least sufficient to completely bind the oxygen contained in the boron phosphate, which is the case in a binary mixture with an aluminum content of 40 wt. % or more.

In order to completely bind the oxygen contained in the boron phosphate, the weight ratio of boron phosphate to aluminum must be less than 1.5.

So once a little bit of oxygen binds, then it makes it even more likely that more and more oxygen will bind.

Now why is hemoglobin-- oxygen will bind very well here, but hemoglobin has a several properties that one, make it really good at binding oxygen and then also really good at dumping oxygen when it needs to dump oxygen.

And this is just the principle that once it binds to one oxygen molecule-- let's say one oxygen molecule binds right there-- it changes the shape in such a way that the other sites are more likely to bind oxygen.

Likewise, the coatings of the sputtered material also form, getter surfaces which bind oxygen, for example, as a reactive component and thus lead to a mutual, hard to predict interdependence of a variety of process parameters.