Anti-oxidant Research Peptides

Oxidative stress sits underneath nearly every aging and tissue-damage model, and the compounds in this category are studied for their capacity to limit it. The lineup spans GHK-Cu, epithalon, pinealon, SS-31 and buffered NAD+ — each attacking reactive-oxygen biology from a different direction.

SS-31 concentrates in the inner mitochondrial membrane and is studied for reducing pathological ROS production at its source. NAD+ underwrites the cell's redox chemistry directly, as the electron-carrying coenzyme whose age-related decline is one of geroscience's most repeated findings. GHK-Cu couples its matrix-remodeling activity to antioxidant gene-expression shifts in transcriptome studies; epithalon and pinealon come from the peptide-bioregulator tradition, with cell-culture work reporting reduced ROS accumulation and improved survival under oxidative and hypoxic stress.

Specifications, batch certificates and plain-English study summaries are on every product page. For research use only — not for human or veterinary use.