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Cortagen

AEDP, Ala-Glu-Asp-Pro, Cortex Tetrapeptide

A synthetic tetrapeptide bioregulator that targets the brain to promote neuroprotection, reduce inflammation, and enhance cognitive function.

Molecular Profile
Formula C17H26N4O9
Mol. Weight 430.4 g/mol
Sequence Gly-Glu-Pro-Pro...
Route
Subcutaneous (SC)
10 mcg/kg
SUB
Intranasal
0.1-1 mg
INT

How It Works

How It Works: Cortagen acts as a bioregulator by influencing gene expression in brain tissues, promoting neuroprotection and cognitive enhancement.

  • Boosts production of brain-protective proteins such as BDNF and NGF for neural repair and resilience.
  • Reduces brain inflammation by modulating inflammatory pathways triggered by stress and toxins.
  • Acts as an antioxidant, neutralizing oxidative stress and protecting neurons from damage.
  • Regulates expression of over 100 genes, activating those for healing and regeneration while deactivating damage-related ones.

Latest Clinical Trials

Recruiting NA NCT05543044

Impact of Peer Mentors on Individuals Transitioning to Adult Eating Disorder Treatment

Nova Scotia Health Authority
INTERVENTIONAL
Updated Dec 15, 2025
Completed NCT06969183

A Descriptive Exploration of Flourishing Through Kink

The Alternative Sexualities Health Research Alliance
OBSERVATIONAL
Updated Dec 15, 2025
View All Clinical Trials

Latest Studies

Utility 2
pubmed Feb 23, 2016

Neuroprotective Effects of Peptides during Ischemic Preconditioning.

Zarubina. I V IV; Shabanov. P D PD

In rats, a brain‑specific protein mix called cortagen helped protect the brain from damage caused by repeated low‑oxygen events. It lowered the severity of neurological problems, improved the animals' normal behavior, and acted as an antioxidant during both early and later stages of the damage process.

Utility 2
pubmed Jun 1, 2007

Effects of bioactive tetrapeptides on free-radical processes.

Kozina. L S LS

A study in rats found that giving the peptide cortagen (along with another peptide, epithalon) lowered markers of oxidative damage in the brain and blood, but it also reduced the natural antioxidant activity in those tissues. The work was done in animals using injections, so it doesn't directly tell us how to use cortagen in people.

Utility 2
pubmed Sep 1, 2006

Production of lymphocyte-activating factors by mouse macrophages during aging and under the effect of short peptides.

Gumen. A V AV; Kozinets. I A IA; Shanin. S N SN; Malinin. V V VV; Rybakina. E G...

In mice, older animals' immune cells make less of a signal that helps T‑cells work, and three short synthetic peptides (Vilon, Epithalon, Cortagen) change this signal differently in young versus old mice. This hints that such peptides might tweak age‑related immune decline, but the work is early and done only in mouse cells.

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