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Cognition & Mood · Research Use Only

N-Acetyl Adamax Amidate

Also known as: Amidated Adamax, Ac-Adamax-NH₂

N-Acetyl Adamax Amidate is a modified Adamax analog (≈1032 Da), N-terminally acetylated and C-terminally amidated for greater stability. It is studied in the same Semax / ACTH-fragment cognition and neuroplasticity research lineage as Adamax (≈984 Da).

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What is N-Acetyl Adamax Amidate?

N-Acetyl Adamax Amidate is a chemically modified version of Adamax, a synthetic peptide in the Semax and ACTH-fragment family. The N-terminal acetyl group and C-terminal amide are added to reduce enzymatic degradation and improve stability of the research material, giving a molecular weight of roughly 1032 Da compared with about 984 Da for standard Adamax.

It shares the same research lineage as Adamax and is used as a neuropeptide research tool in preclinical cognition-related neuroscience studies.

It is reputed in nootropic and biohacking communities as a more stable, potentially longer-acting analog of Adamax prized for the same focus and neuroplasticity associations.

Purported Benefits & Research Focus

N-Acetyl Adamax Amidate is a modified form of Adamax that researchers are investigating for improved stability and bioavailability, while retaining the Semax/ACTH-fragment focus on BDNF, attention, and neuroplasticity that makes the Adamax family a nootropic-community staple.

It is popularly associated in nootropic circles with sharpened focus, faster learning, and mental clarity during demanding cognitive work, with enthusiasts anecdotally framing the amidated form as a refined, longer-acting take on Adamax.

These are areas of active or preclinical investigation and community interest, not outcomes established in humans.

How N-Acetyl Adamax Amidate is studied

In preclinical and cell-based research, investigators examine terminal modification (acetylation and amidation) as a strategy to alter peptide half-life and handling while retaining the Semax/ACTH-fragment core studied in neurotrophic-signaling work, including markers such as BDNF.

These are laboratory observations about a modified research peptide in experimental systems, not effects demonstrated in humans.

Handling, reconstitution & storage

The peptide arrives lyophilized and should be stored at -20°C in a sealed vial away from light to preserve integrity.

When needed for research it is dissolved in bacteriostatic or sterile water, kept at 4°C for near-term use, or split into aliquots and stored at -80°C. A certificate of analysis with HPLC verification accompanies each lot.

Not sure which solvent to use? See the reconstitution guide for a per-peptide breakdown of bacteriostatic vs acetic acid water.

Frequently asked questions

  • How does this differ from standard Adamax?

    It carries an N-terminal acetyl group and a C-terminal amide — modifications intended to improve stability — and has a higher molecular weight (≈1032 Da versus ≈984 Da for standard Adamax).

  • How should it be stored?

    Lyophilized at -20°C protected from light; after reconstitution, at 4°C short-term or aliquoted at -80°C.

References

Related research peptides

Shop research-grade N-Acetyl Adamax Amidate, HPLC-tested with a COA on every batch.

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All information here is provided for laboratory and research reference only. Products are sold strictly for in-vitro research and development and are not for human or veterinary use.