Meanings of molecular oxygen in English

This was done in the presence of molecular oxygen within the membrane.

The origin of the relaxation dispersion is identified with the paramagnetic contribution from molecular oxygen.

Simulations showed that molecular oxygen (O2) accumulated at the membrane interior.

In recent years, several oxygenases have been identified as key molecular oxygen sensors within the HIF system.

Photosystem II is a photochemical reaction center that catalyzes the light-driven oxidation of water to molecular oxygen.

Metalloenzymes that utilize molecular oxygen as a co-substrate catalyze a wide variety of chemically difficult oxidation reactions.

The preliminary mechanism study verified that the O atom of C3 carbonyl group originates from molecular oxygen.

Upon conversion of methylamine by methylamine dehydrogenase, electrons are transported to the terminal oxidase to reduce molecular oxygen.

The readmission of molecular oxygen into an ischemic tissue promotes the oxidation of resuscitated tissue with certain pathophysiologic mechanisms.

The oxidation of C-H bonds by copper centres in enzymes with molecular oxygen takes place in nature under ambient conditions.

The reaction of ferrous bleomycin with dioxygen is reexamined to clarify whether radical species derived from molecular oxygen are generated.

The regulatory features and the involvement of molecular oxygen itself in this regulation of HIF by mTOR are poorly understood.

This redox-driven proton pump catalyzes the four-electron reduction of molecular oxygen to water, one of the most fundamental processes in biology.

Measuring molecular oxygen levels in vivo has been the cornerstone of understanding the effects of hypoxia in normal tissues and malignant tumors.

The growth of the oxide film by exposure of a Rh(110) surface to molecular oxygen requires higher pressures and temperatures.

We have determined structures of naphthalene dioxygenase that show a molecular oxygen species bound to the mononuclear iron in a side-on fashion.