**Never shake.** Shaking denatures peptide bonds and can reduce potency
systemic administration carries risks of off-target effects (e.g., promoting tumorigenesis via global ferroptosis inhibition), which have not been addressed in long-term safety assessments
Excess copper is reduced by FDX1 to generate Cu, which drives cell death via two primary mechanisms: (1) Cu-mediated aggregation of lipoylated TCA cycle proteins (e.g., DLAT) and loss of Fe-S clusters, and (2) Cu-induced disruption of the Npl4/p97 protein quality-control system
It protects your investment, your time, and most importantly, the integrity of your research
Faster recovery often translates into improved training consistency, a major driver of long-term muscle growth