What does a year of Long Covid recovery actually look like on the Scorch Protocol? This composite case walks through 12 months of an archetypal severe Long Covid patient, drawn from the patient patterns we consistently see. The case is composite, not a single real patient, and is explicitly labeled as such throughout.
Autophagy is the cellular cleanup process that gets most of the popular attention in fasting and longevity discussions. What rarely gets discussed: there are two distinct autophagy pathways, and the one that matters most for chronic illness recovery is the one only dry fasting reaches. This article explains the science.
Thymus peptides (Thymalin, Thymosin alpha-1) are increasingly marketed as thymus regeneration tools. They are not. They provide useful immune-modulatory support during the cleanup phase of the Scorch Protocol, but the structural thymic rebuild requires hGH. This article covers what each peptide actually does.
Refeeding syndrome is the serious electrolyte and metabolic complication that can occur when food is reintroduced after extended fasting. For most extended dry fasters, the refeed window is the most dangerous part of the fast, not the fast itself. This article covers what refeeding syndrome is, who is at risk, and how the Scorch Protocol's refeed protocol prevents it.
Thymus peptides (Thymalin, Tα1) provide immune-modulatory support. They do not rebuild thymic tissue mass. The TRIIM trial documented that hGH produces actual thymic regeneration visible on MRI. This article explains the mechanism distinction and why it matters for chronic illness immune recovery.
The Scorch Protocol is not one-size-fits-all. The right entry point depends on your specific clinical profile: basal body temperature, illness duration, symptom severity, and which other conditions are layered on top. This decision tree walks through the protocol entry options and the signals that point to each.
The 1944-1945 Minnesota Starvation Experiment remains the most comprehensive study of human starvation and recovery ever conducted. Its core finding (that metabolic rebuild takes 9-12 months in healthy young men) is the empirical anchor for understanding why chronic illness recovery timelines are as long as they are.
The single most common sequencing question in the Scorch Protocol is whether to start with dry fasting (the standard sequence) or T3 therapy first (the modified sequence for severely depleted patients). The answer depends almost entirely on a single variable: basal body temperature. This article covers the threshold and the reasoning.
Long-term carnivore and zero-carb dieting is a common contributing factor in chronic illness onset and a substantial obstacle to recovery. The metabolic transition back to high-carb intake is uncomfortable, frequently produces frightening liver pain that scares patients into reversing the transition, and is what the Scorch Protocol's rebuild phase requires. This article covers the transition.