Neurons are extremely sensitive to oxygen deficiency.
It is no threat to the body's normal tissues, however, because it is highly sensitive to oxygen.
Vitamin C is water-soluble and is sensitive to oxygen, light and heat, but stable in acid conditions.
Despite the fact that methanogens have such a restricted metabolic capability and are quite sensitive to oxygen, they are widespread on Earth.
Compared to acrylates, methacrylates are much less sensitive to oxygen.
AgNPs are sensitive to oxygen and only partially oxidized AgNPs exhibit antimicrobial activity [1].
Neuronal cells in the brain are highly sensitive to oxygen for energy production and neuronal activity.
However, both the metal Cu and Al are sensitive to oxygen, and the heat stability is poor.
These photoinitiator-free formulations were found to be less sensitive to oxygen inhibition than typical u.v.-curable acrylate resins.
Increasing studies showed many secondary metabolite syntheses were sensitive to oxygen concentration, such as cephamycin C, tylosin and erythromycin (Pollard et al. 2002).
The oxygen deficiency also contributes to the n-type semiconductivity of WO3; therefore, its electrical properties like work function are also sensitive to oxygen exposure.
