Pinealon

Pinealon Product Description — Research Use Only

Pinealon, also known as EDR peptide, is a synthetic research tripeptide made from glutamic acid, aspartic acid, and arginine. It is commonly studied for neuroprotective pathways, cognitive-function research, oxidative-stress response, gene-expression activity, cellular aging pathways, and nervous-system repair signaling.

Research on Pinealon has most commonly focused on brain-cell protection, cognitive pathways, oxidative-stress response, hypoxia-related stress, gene-expression regulation, cellular repair, and neurodegeneration-related research models. Published research describes Pinealon/EDR as a neuroprotective arginine-containing tripeptide originally isolated from the polypeptide complex Cortexin and studied for possible regulation of gene expression and protein synthesis pathways involved in Alzheimer’s disease-related research.

Pinealon is commonly studied for:

• Brain-cell protection — how nerve cells respond to stress and damage

• Cognitive-function research — pathways connected to memory, learning, and brain signaling

• Oxidative-stress response — how cells respond to free-radical stress

• Hypoxia-related stress — how brain cells respond to low-oxygen stress conditions

• Gene-expression activity — how certain repair and protection-related genes may be regulated

• Cellular repair signaling — how cells activate recovery and maintenance pathways

• Nervous-system aging research — pathways connected to age-related brain-cell changes

Pinealon is commonly studied because short regulatory peptides may influence cellular signaling and gene-expression pathways. Research has reported that Pinealon may increase neuronal resistance to hypoxic stress, with effects connected to antioxidant enzyme activity and excitotoxicity-related pathways.

For research use only. Not for human consumption, medical use, diagnostic use, or therapeutic application.