The science of aging well. Research on NAD+ supplementation, cellular repair, telomere health, mitochondrial function, and anti-aging protocols designed to extend healthspan and optimize long-term vitality.
Magnesium is not just a generic mineral — it is the voltage-dependent plug inside every NMDA receptor. When intracellular Mg²⁺ falls, the gate fails, glutamate becomes excitotoxic, and synaptic plasticity collapses.
Magnesium isn't just a generic mineral — it's the voltage-dependent gatekeeper of NMDA receptors. Intracellular Mg²⁺ depletion drives excitotoxicity, impaired LTP, and accelerated cognitive decline.
Oral NMN, oral NR, and direct NAD+ infusion produce strikingly different tissue distributions. Understanding the Slc12a8 transporter and first-pass metabolism explains why route of administration — not just dose — determines which organs actually see an NAD+ rise.
The route of administration — oral NMN, oral NR, or parenteral NAD+ — dramatically changes which tissues actually receive NAD+ precursor uplift. Pharmacokinetics, not dose, often determines clinical outcome.
AMPK is the master energy-sensing kinase that switches cells from anabolic storage to catabolic fat oxidation. Research links its activation to improved insulin sensitivity, autophagy, and healthspan.
Injectable NAD+ combined with B12 represents the gold standard for cellular energy restoration. Learn about mechanisms, research, what to expect, and why physician oversight matters.
NAD+ is essential for cellular energy and longevity. Compare nasal spray delivery vs. IV drip therapy — cost, convenience, bioavailability, and what the research supports.