PE-22-28 – Peptide voor geheugen, leren & hersenonderzoek

PE-22-28 – Peptide for memory, learning & brain research

What is PE-22-28?

PE-22-28 is a synthetic spadin derivative that specifically binds to the TREK-1 receptor, a potassium channel that influences brain functions such as:

  • Mood and emotions
  • Memory and learning processes
  • Brain tissue recovery after stroke
  • Research into neurodegenerative diseases such as Alzheimer's

🔗 More about research peptides

How PE-22-28 works according to research

PE-22-28 affects TREK-1 receptors in the brain:

  • Blocks or modifies TREK-1 activity, which may lead to improved neuronal communication in memory and learning areas
  • Supports neuroprotection and brain cell survival in models of neurodegeneration
  • Promotes cognitive performance, learning and memory in laboratory models
  • Research shows potential in restoring brain function after stroke

🔗 Source: PubMed – PE-22-28 & TREK-1

Research results and applications

  • Potential antidepressant effects in preclinical models
  • Promotes memory and learning ability
  • Supports recovery after brain damage or stroke
  • Possibly neuroprotective against degenerative processes such as Alzheimer's
  • Synergy with other neuroactive peptides

⚗️ All findings are from laboratory research only. Not intended for human use.

Importance of purity and quality

COA test reports and HPLC analysis are essential to ensure PE-22-28 of ≥99% purity for reliable research results.

How do you store PE-22-28?

  • Store between 2°C and 8°C
  • Protection from light and moisture
  • Correct storage influences the stability and reproducibility of research data

Why researchers choose PE-22-28

PE-22-28 stands out for its specific action on TREK-1 receptors and broad applicability in mood, memory, and neurodegenerative studies . The peptide is a widely used tool in preclinical brain research.

Conclusion

PE-22-28 provides researchers with a valuable tool for studying memory, learning, mood, brain repair, and neurodegenerative processes .

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