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Nexagon (Gap Junction Peptide)

Topical
Written by Peptide Association Editorial TeamMedically reviewed by Ian Justl Ellis, MD, CPTLast reviewed Editorial policy

Overview

Nexagon is a synthetic peptide designed to transiently modulate gap junction intercellular communication by mimicking a segment of the connexin protein family. The mechanism involves temporary inhibition of connexin43-mediated channels during the early inflammatory phase of wound healing, which may reduce inflammatory cell infiltration and subsequent scar formation.

Mechanism of Action

This approach aims to shift the healing process toward regeneration rather than fibrosis.

Research Summary & Key Findings

Early clinical studies in venous leg ulcers demonstrated improved healing rates and reduced scar tissue formation. A phase II trial showed statistically significant reduction in scar size when applied topically to acute wounds, though larger confirmatory trials have not been widely published.

Clinical Status

In Clinical Trials

Nexagon (Gap Junction Peptide) is currently undergoing clinical trials. It is not yet FDA-approved and is available only through clinical research settings or investigational protocols.

Administration Routes

Topical

References

Primary literature

Study-level citations for this compound are being verified against the primary sources before publication. The database queries above return the current indexed literature in the meantime.

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Disclaimer: This information is provided for educational and research purposes only. It is not intended as medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider before starting any peptide therapy. The Peptide Association does not endorse or recommend any specific treatment protocol. See our editorial policy for how this content is produced and reviewed.