pinealon

Pinealon | Peptide Complex

Neuroprotective

Pinealon is a synthetic tripeptide (Glu-Asp-Arg) developed from the bioregulatory peptide research tradition of Professor Vladimir Khavinson, designed to specifically target pineal gland and neuronal tissue. As a geroprotective and neuroprotective compound, Pinealon is believed to act by penetrating cell membranes and interacting directly with DNA in a sequence-specific manner, modulating gene expression in neurons and glial cells. Its research applications span cognitive protection, circadian rhythm support, and neurological aging.

• Neuroprotection — Pinealon has demonstrated protective effects on neurons under conditions of oxidative stress, hypoxia, and ischemia in preclinical models, reducing neuronal apoptosis and supporting cell survival.

• Cognitive Function Research — Studies suggest Pinealon may support memory consolidation, cognitive processing, and protect against age-related cognitive decline in animal aging models.

• Circadian & Pineal Support — As a pineal-targeting peptide, Pinealon may help restore melatonin biosynthesis and circadian signaling functions that deteriorate with advancing age.

• Gene Expression Modulation — Research indicates Pinealon may influence the expression of antioxidant enzymes and neuroprotective genes, contributing to its protective effects at the transcriptional level.

• Retinal & Optic Nerve Research — Some studies have explored Pinealon's potential to protect retinal ganglion cells and the optic nerve from degeneration, an area of growing interest in ocular health research.