Why 0.3mg Melatonin Is Better Than 5mg
Standard melatonin doses (5-10mg) suppress endogenous melatonin production. The physiologically appropriate dose is 0.3mg. Most products are 10-17x too high.
Apigenin: The GABA-A Partial Agonist in the GREEN Protocol
Apigenin binds to the benzodiazepine site on GABA-A receptors. It produces anxiolytic and sleep-promoting effects without the tolerance and dependence of benzodiazepines.
Rhodiola Rosea and HPA Axis Adaptation
Rhodiola Rosea is the most evidence-backed adaptogen for fatigue, stress, and cognitive performance under load. Its role in the NIC protocol is stress-buffering during the high-demand cessation period.
5-HTP and Serotonin Recovery During Nicotine Cessation
5-HTP is a direct precursor to serotonin. It crosses the blood-brain barrier and produces measurable serotonin elevation. In the context of cessation-related anhedonia, this is clinically meaningful.
Caffeine and Cessation: The Nuanced Guide
Caffeine is not inherently problematic during cessation, but the nicotine-caffeine interaction means ex-smokers should reduce their dose by 25-50%.
Hydration During Cessation: More Than Filler Advice
Dehydration mimics several withdrawal symptoms and amplifies cortisol response. Adequate hydration is a practical tool with a direct mechanism.
Blood Sugar Stability and Craving: The Glucose Connection
Hypoglycemia and blood glucose variability directly trigger substance craving through cortisol and orexin signaling. Stable blood sugar reduces craving frequency.
Anti-Inflammatory Eating During Recovery: Why Neuroinflammation Matters
Neuroinflammation-inflammation in the brain-slows neural recovery. Dietary patterns significantly modulate neuroinflammatory state during cessation.
Protein and Neurotransmitter Recovery: The Amino Acid Foundation
Dopamine, serotonin, GABA, and acetylcholine are all synthesized from dietary amino acids. Adequate protein intake is a prerequisite for neurotransmitter recovery during cessation.
Magnesium: The Most Important Mineral in Cessation (and Why the Form Matters)
Magnesium modulates NMDA receptors, supports GABA synthesis, improves sleep, and reduces stress reactivity. The form determines whether it reaches the brain.