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glutathione polymer A Mechanism of driven redox-responsive reaction. B Cellular Glutathione-triggered biodegradable poly(disulfide)s: ring-opening copolymerization

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glutathione polymer A Mechanism of driven redox-responsive reaction. B Cellular Glutathione-triggered biodegradable poly(disulfide)s: ring-opening copolymerization

Excess ROS leads to increased mitochondrial membrane permeability, impaired mitochondrial redox status, respiratory chain damage, and potassium ion efflux, ultimately leading to an irreversible cascade amplification reaction (Marullo et al., 2013)

glutathione polymer A Mechanism of driven redox-responsive reaction. B Cellular Glutathione-triggered biodegradable poly(disulfide)s: ring-opening copolymerization

Figure 4 shows the main cellular sources of ROS

glutathione polymer A Mechanism of driven redox-responsive reaction. B Cellular Glutathione-triggered biodegradable poly(disulfide)s: ring-opening copolymerization

A study published in Diabetes Care found that pen injectors were significantly more accurate than insulin syringes at low doses, where small volume errors translate to large percentage differences in the actual amount delivered

glutathione polymer A Mechanism of driven redox-responsive reaction. B Cellular Glutathione-triggered biodegradable poly(disulfide)s: ring-opening copolymerization

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