The Human Upgrade: Biohacking for Longevity & Performance

Dave Solo Pod: The Original Smart Drug Masterclass : 1518

106 snips
Aug 13, 2026
A deep dive into the origins and chemistry of the original smart drug family, piracetam and other racetams. Short explanations of how these compounds affect acetylcholine, glutamate/AMPA signaling, membranes and mitochondria. Practical coverage of dosing, stacking with choline, safety limits and who is most likely to benefit. Notes on regulation, sourcing risks, and a conservative starter protocol for newcomers.
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INSIGHT

Racetams Increase Acetylcholine Demand

  • Some racetams increase the brain's reliance on acetylcholine, so choline donors often improve effects and reduce headaches.
  • Pramiracetam specifically boosts choline uptake into memory regions, acting like a supercharger for acetylcholine use.
INSIGHT

How Racetams Improve Learning Via AMPA

  • Racetams enhance glutamate and AMPA receptor signaling to improve synaptic plasticity and learning.
  • Aniracetam and similar drugs keep AMPA receptors responsive longer so glutamate handoffs strengthen neuronal connections.
INSIGHT

Membranes Mitochondria And Neuroprotection

  • Racetams improve membrane fluidity, microcirculation, and mitochondrial function, offering neuroprotection and resilience.
  • Studies show piracetam improves mitochondrial movement, division, and plasticity in aging and Alzheimer's-affected tissue.
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