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The SciencePricingJournal

The Relapsd Journal

Science, not slogans.

Peer-reviewed neuroscience, clinical evidence, and protocol rationale. Every article is sourced, cited, and written without motivational filler.

Recent

Nutrition

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.

3 min
Protocol

Setting the Quit Date: The Evidence and the Logic

The quit date is not a deadline. It is the beginning of a protocol. The research on optimal quit date timing and how to set one correctly.

3 min
Cannabis

Melatonin and Circadian Rhythm After THC: Repairing the Sleep Clock

Chronic THC use disrupts the circadian clock. Cessation requires both REM rebound management and circadian rhythm repair. They are different problems requiring different tools.

3 min
Mindset

Grief and Cessation: What No One Tells You About Losing Your Coping Mechanism

The substance was doing something for you. Grief for its loss is real, appropriate, and often unacknowledged. Cessation that ignores this produces unresolved yearning that drives relapse.

3 min
Science

Sleep and Recovery: Why Sleep Quality Is a Clinical Variable

Receptor normalization, dopamine recalibration, and cognitive repair all occur primarily during sleep. Poor sleep during recovery is not just uncomfortable-it slows recovery.

3 min
Alcohol

GABA Supplementation During Alcohol Recovery: What It Can and Cannot Do

The DRY protocol includes supplemental GABA. Understanding why-and the significant pharmacological limitations of oral GABA-requires a careful look at the blood-brain barrier.

3 min
Nicotine

Social Smoking: The Most Underestimated Relapse Risk

Social smoking triggers a conditioned cue response that is pharmacologically distinct from physical craving. It is the leading cause of relapse in people who have successfully managed withdrawal.

3 min
Nutrition

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.

3 min
Protocol

Quitting Multiple Substances: The Order and the Overlap

Many people using cannabis also smoke. Alcohol and nicotine often co-occur. Quitting both simultaneously is harder-but the research on the order matters.

3 min

nAChR science, cytisine, vaping, cessation protocols.

CB1 receptors, THC withdrawal, endocannabinoid recovery.

GABA-A dynamics, Kudzu, PAWS, medical safety.

GABA Supplementation During Alcohol Recovery: What It Can and Cannot Do

The DRY protocol includes supplemental GABA. Understanding why-and the significant pharmacological limitations of oral GABA-requires a careful look at the blood-brain barrier.

3 min read

L-Glutamine and the Gut-Brain Axis in Alcohol Recovery

Alcohol damages intestinal lining, increasing gut permeability and driving systemic inflammation that reaches the brain. L-Glutamine is the primary intestinal repair amino acid.

3 min read

Alcohol and the Brain: What Heavy Use Actually Does and What Recovers

Heavy alcohol use produces measurable brain volume loss, white matter damage, and neurotransmitter disruption. Most is reversible with sustained abstinence, but the timeline is longer than expected.

3 min read

NAC and Liver Protection: Why It's in the DRY Protocol

NAC is the clinical treatment for acetaminophen-induced liver failure. It works through glutathione synthesis. Alcohol produces similar oxidative liver stress through different mechanisms.

3 min read

Social Drinking Culture and Cessation: The Unique Challenge of Alcohol

Every other substance has become socially marginal. Alcohol is built into networking events, weddings, restaurants, and professional culture. Cessation requires a social strategy.

4 min read

Thiamine and Wernicke's Encephalopathy: The Most Medically Critical Part of the DRY Protocol

Alcohol impairs thiamine absorption and depletes stores. The result, if severe, is irreversible neurological damage. This is the medical emergency hidden inside alcohol withdrawal.

3 min read

Neuroscience, receptor biology, clinical evidence.

The Prefrontal Cortex and Impulse Control: Why Cravings Feel Irresistible

The prefrontal cortex is the brain's executive controller. Chronic substance use impairs it. Understanding this explains why stopping feels impossible-and what actually restores control.

3 min read

Sleep and Recovery: Why Sleep Quality Is a Clinical Variable

Receptor normalization, dopamine recalibration, and cognitive repair all occur primarily during sleep. Poor sleep during recovery is not just uncomfortable-it slows recovery.

3 min read

Anhedonia in Early Recovery: The Neurological Explanation

Anhedonia-reduced capacity for pleasure-is the most misunderstood symptom of early recovery. It is not depression. It is the dopamine system recalibrating.

3 min read

Exercise: The Most Evidence-Backed Cessation Tool You're Not Using

Exercise elevates BDNF, normalizes dopamine, reduces cortisol, and directly reduces craving in every substance category. No other intervention matches this mechanism profile.

3 min read

Cortisol and Relapse: Why Stress Is the Most Common Relapse Trigger

Stress activates the HPA axis and produces cortisol. Cortisol directly activates the mesolimbic dopamine system, creating a neurobiological link between stress and substance craving.

3 min read

Why One-Size-Fits-All Cessation Fails: The Substance-Specific Argument

Nicotine, cannabis, and alcohol have different molecular targets, different withdrawal profiles, and different recovery timelines. Treating them as one problem produces mediocre outcomes across all three.

3 min read

Week-by-week guidance, supplement timing, tracking.

Supplements, diet, nutrient repletion during recovery.

Relapse philosophy, identity, motivation, resilience.