High concentrations of ROS can oxidize mitochondrial proteins, lipids, and nucleic acids, cause cell dysfunction, damage the ability of cells to maintain energy levels, cause energy exhaustion, damage and death of neurons, and change the excitability of neurons, thus reducing the threshold of seizures (6, 7)
Additionally, although dietary iron overload did not increase the dystrophic pathology, total muscle iron content and ferritin expression were increased
- improved amino acid transport cells - increased glucose transport - enlarged protein synthesis - reduced protein degradation - enlarged RNA synthesis When Igtropin (Long-R3 IGF-1) is lively, Igtropin (Long-R3 IGF-1) works differently in different kinds of tissues in muscle cells, proteins also connected cell ingredients are stimulated
Lahuerta et al., 2020
Polyphenols can be helpful in improving cognitive function and neuroprotection (Castelli et al., 2018)