This membrane effect is largely oxygen dependent (A88).
This underlines the poor membrane effect.
The saturated/unsaturated fatty acids (SFA/UFA) ratio can effectively demonstrate the destructive effect of different treatments on the membrane fatty acids.
Most likely, this effect involved membrane permeabilization as demonstrated by the loss of integrity of artificial lipid vesicles upon photoactivation of 5. Remarkably, the membrane photodamage and necrosis required nanomolar-to-submicromolar concentrations of novel photosensitizer.
The oxidative stress in erythrocyte membrane demonstrated the highly protective effect of compounds (4), (5) and (6) and high antioxidant/pro-oxidant activity in relation to the concentrations of compounds (1) and (3).
It was also demonstrated through rational design estratriene analogs can be synthesized with enhanced membrane effects.
In prior studies, locally administering ouabain via round window membrane demonstrated that the ototoxic effects of ouabain in vivo varied among mammalian species.
The agents studied produced different, concentration-dependent, membrane effects which included biphasic actions on membrane resistance and spike threshold.
Treated PES and nylon membranes demonstrated decreased wettability (increased hydrophobicity) compared to unprocessed membranes.
The modified membrane demonstrates lower resistance.
