Not sure what to actually buy? See The Starter Kit, the full shopping list in protocol order.
The refeed is just as important as the fast itself. How you eat after the fast determines how much healing you keep, and whether you trigger the stem cell activation that makes this protocol so powerful. Do not rush this phase.
Critical Safety Rules (Refeeding Syndrome)
Refeeding syndrome is what can happen when food, especially carbohydrate, comes back too fast after a long fast. As insulin rises, the body pulls phosphate, potassium, and magnesium out of the blood and into cells all at once. Those minerals are what the heart, muscles, and nerves run on, so a sudden drop can cause an irregular heartbeat, muscle weakness, breathing trouble, confusion, and in severe cases it can be fatal. The rules below exist to prevent exactly this.
Never Eat Solid Food First:Starting with solid food after a dry fast can cause dangerous electrolyte shifts. Always start with coconut water. This is not optional.
No Heavy Proteins on Day 1:Your digestive system has been offline. Heavy proteins (meat, eggs) can cause severe digestive distress and block the stem cell activation signal.
No Caffeine in the First Week:Caffeine interferes with the refeeding signal and increases cortisol, which slows healing. Avoid it completely for at least 7 days.
Avoid Fat & Carbs Together:In the first few days, do not combine high-fat and high-carb foods. Your metabolism is restarting and cannot handle this combination yet.
Warning Signs That Mean Stop Now:If during the refeed you feel a racing or irregular heartbeat, marked muscle weakness, trouble breathing, swelling, or confusion, treat it as an emergency. These are the early signs of refeeding syndrome, and it can turn fatal fast, so get to an ER, do not wait it out.
The Refeed Schedule
This schedule is designed to maximize stem cell activation and minimize the risk of refeeding syndrome. Follow it as closely as possible.
Day
What to Eat & When
Day 1 (Breaking the Fast)
Coconut water only. Take your first sip after 1 hour of waking. Take tiny sips (½ cup over the first hour). By the evening, you can have a small bowl of very soft, overcooked white rice if you feel stable. Nothing else.
Day 2
Coconut water, soft white rice, and small amounts of fresh fruit (watermelon, banana, peach). Keep portions small.
Day 3–4
Expand to include cooked vegetables, more fruit varieties, and diluted fruit juices. Still no proteins or fats from animal sources. Continue with rice as the main carbohydrate.
Day 5–7
You can now slowly add back light proteins: a soft-boiled egg, some fish, or legumes. Keep fat intake very low. This is when the second wave of stem cell proliferation happens.
Week 2+
Gradually return to a normal, whole-foods diet. Start increasing calories deliberately. Return to your regular calorie baseline first, then increase by 100 calories per week. For metabolism recovery, eventually target 3,000–4,000+ calories per day (see the 9-Month BMR Reconstruction page). You are building up slowly.
The First 7 Days: What Runs Alongside the Food
The food schedule above is only half of the first week. Three things run in parallel with it, and the timing of each one matters as much as what is on your plate. Get this window right and the rest of the protocol has a clean foundation to build on.
Keep the Antiviral Coverage Running the Whole Week
The viral reactivation window does not close when you take your first sip of coconut water. It stays open across the entire fast-to-refeed transition and through the first seven days, because that is exactly the stretch where your immune system is still rebuilding and latent herpesviruses look for a gap. Do not treat antivirals as a day-1 checkbox. Carry them all the way through the week.
Valacyclovir is the standing backbone:It stays off the table during the dry fast and the first two days of the water fast, while renal clearance is not yet restored. Once rehydration is established at water day 3, the standing course begins and is held through the calorie ramp and into maintenance. Have it in your possession before the fast ends so it is ready to start on schedule, and keep it running across the transition and the whole refeed, not just on day one.
Ivermectin runs alongside it as supportive coverage:It has the better gut microbiome profile during the refeed and pulls double duty as the primary antiparasitic, with supportive antiviral value on top (a supportive antiviral, not a standalone virus-killer). Keep it running through the transition and across the refeed, not just on the first day.
A prodrome loading dose escalates on top:The moment you feel tingling, the early signal of an oncoming HSV outbreak, add a loading dose of valacyclovir on top of the standing course that is already running. It is an escalation, not valacyclovir’s only role.
L-lysine + monolaurin continue daily:Start both with your first meal and keep them going through the week while you also hold off on arginine-rich foods (nuts, seeds, chocolate, peanut butter). The full mechanism and the nine-herpesvirus breakdown live on the Viral Reactivation page.
Mitochondrial Support During the First 7 Days: Methylene Blue (and Sometimes Ethyl Pyruvate)
Coming out of the fast, your mitochondria are the bottleneck. They have been through autophagy and are rebuilding, and the first week of refeeding is when they are most responsive to being pushed in the right direction. This is where methylene blue earns its place, and in selected cases ethyl pyruvate alongside it.
Methylene blue, as electron-transport support:Coming out of a fast, the cell is carrying a heavy load of NADH from all the fat-burning, a kind of reductive stress, and if the electron transport chain cannot clear it that NADH backs up and stalls energy production. Methylene blue acts as an alternative electron carrier: it accepts electrons from the backed-up NADH and passes them down the chain, restoring the NAD+ to NADH balance so the mitochondria can make energy again. It keeps the respiratory chain moving even where individual complexes are still damaged, which in a body climbing out of the metabolic trough of a fast can be the difference between an energetic refeed and a flat one.
Ethyl pyruvate, in selected cases:For some patients I layer in ethyl pyruvate as an additional metabolic and anti-inflammatory support during the same window. Whether it belongs in your stack depends on your specific presentation.
This is decided case by case, with no fixed number:Methylene blue and ethyl pyruvate are individualized. There is no one-size dose, no drop count, no amount published here, and that is deliberate. The right approach is worked out with each person in the consult, weighed against their medications (methylene blue interacts dangerously with serotonergic drugs, a real hard-stop that has to be screened for) and their history. This is exactly the kind of call the fasting detective approach exists to make. Do not self-prescribe a number off the internet.
T3 Does Not Start Yet
This is worth stating plainly, because it is a change from how the protocol used to be sequenced. You finish the fast, the dry fast and then the water fast, with no T3 on board. You do not start T3 during the fast, and you do not start it in the first week of refeeding. T3 therapy begins only after you have completed seven full days of refeeding: once the food is back in, once the antiviral coverage has carried you through the reactivation window, and once the mitochondrial support has had a week to work.
After those seven days, the T3 protocol starts and the climb, hold, and taper run exactly as laid out on the T3 Therapy page. Starting T3 earlier, on top of a gut and a metabolism that are still coming back online, is the mistake this sequence is built to prevent.
How Many Calories to Eat During Recovery
The Calorie Ramp: Day 8 Onward
Once you exit the first 7 days of the refeed, the goal is not to stay light: the goal is to deliberately rebuild. Here is the framework:
Day 8: Return to Your Pre-Fast BaselineResume eating roughly the same number of calories you were eating before the fast. For most people this is around 1,800–2,000 calories per day. Do not jump above this yet. Your digestive system needs a few days to handle regular food volumes again.
Week 2 Onward: Add 100 Calories Per WeekOnce you are stable at your baseline, increase your daily calories by approximately 100 per week, consistently:
Week 2: ~2,100 cal/day
Week 3: ~2,200 cal/day
Week 4: ~2,300 cal/day
Continue until you reach at least 3,000 calories per day
Expect Some Weight Gain: Do Not PanicAlmost every starvation recovery study documents significant weight gain during the rebuilding phase. This is normal, expected, and necessary. Your body has been in survival mode and will prioritize restoring reserves. If you follow the full Scorch Protocol (T3 therapy, hGH, BPC-157, proper sleep), you will minimize fat gain and direct more of those calories into muscle and tissue repair. But do not fear the scale. Resisting this phase slows healing significantly.
The Goal Is 3,000+ Cal/DayMany people with chronic illness have been eating too little for years, which is part of what got them here. The metabolic reset only completes when the body feels safe in abundance. 3,000 is the floor for most, and some will need to go higher. See the 9-Month BMR Reconstruction page for the full long-term calorie strategy.
How to Track Your Calories
Use a Calorie Counting App (With the Image Scan Feature)
Hitting your calorie targets is not guesswork. The most practical tool available right now is a dedicated calorie tracking app with image-based food scanning. Both MyFitnessPal and Cronometer offer this. Pay for the subscription and use the photo upload feature so you can point your phone at a meal and get an automatic breakdown. It removes the friction of logging and makes hitting 2,000–3,000+ calories per day achievable without obsessing over every ingredient.
Minimum Carbohydrates: 100g Per DayDuring the refeed and recovery phase, your carbohydrate floor is 100 grams per day, double the 50g keto limit. This is not optional. Carbohydrates are the primary signal that tells your thyroid to convert T4 into active T3, which powers your metabolism and muscle preservation. Going too low on carbs during recovery is one of the most common mistakes, as it pushes the body back toward a catabolic, low-energy state exactly when you are trying to climb out of one.
Gaining Weight Too Fast? Lower Carbs.If the scale is moving up faster than you are comfortable with, reduce your carbohydrate intake first, not your total calories. Shift some of those calories toward protein and fat instead. Protein is your best ally here: it is thermogenic, highly satiating, and preferentially used for muscle repair rather than fat storage. Keep carbs at or above 100g but redistribute the rest of your calorie budget.
Losing Weight Too Fast? Increase Carbs.If you are losing weight during the ramp-up phase, you are under-fueling. Add carbohydrates first: rice, fruit, potatoes, oats. Your body is still in a deficit state and needs the carbohydrate signal to come out of it. Insufficient calories during this phase can cause muscle catabolism, especially once you start T3 therapy, which raises metabolic demand significantly.
Insulin Resistance: A Reason to Limit Carbs FurtherIf you have a known history of insulin resistance (or symptoms like fatigue after high-carb meals, neuropathy, blood sugar spikes, or difficulty losing fat), be cautious about pushing carbohydrates aggressively. Forcing high carbohydrate intake against significant insulin resistance does not produce energy; it produces diabetic-type symptoms. Peripheral neuropathy, numbness, brain fog after eating, and erratic energy are all signs that your carb tolerance is lower than average. In this case, keep carbs closer to the 100g minimum rather than the higher end, and prioritize improving insulin sensitivity first (through resistance training, T3 therapy with adequate caloric energy, MOTS-c, or aspirin) before ramping carbs higher.
The Core Goal: Energy Abundance Without Excess Fat GainThe aim is to keep your body in a clear state of energy abundance with enough fuel that it never needs to cannibalize muscle for energy, but calibrated so fat accumulation stays manageable. This balance is what allows the T3 therapy phase to work at its best: a well-fueled body on T3 rebuilds tissue; an underfueled body on T3 just burns faster. Because a long-starved appetite fills up fast, the calories have to be dense: load oils, full-fat dairy, eggs, fatty fish and meat, and starchy carbs so you actually cover the window instead of leaving it half-filled and wasting muscle. Peptides like Retatrutide and BPC-157 can further optimize the energy-to-composition ratio for people who need additional help here. (L-carnitine is no longer used: it works against the peripheral thyroid effect the protocol depends on.)
Cyproheptadine: the first-cycle eating-window leverWhen suppressed appetite or a hypersensitive gut is the bottleneck in the first T3 cycle, cyproheptadine is the primary tool. Its job is to drive you to eat dramatically more food so you fill the wider metabolic eating window T3 opens: an underfueled body on T3 just burns muscle. It also calms the brain-gut nerves that make large meals nauseating (the same action behind its established use for cyclic vomiting and abdominal migraine in children), so eating more becomes tolerable even when the gut is not ready. It also improves sleep and lowers the serotonin-driven cortisol surge T3 can provoke. Dose is 1 to 4 mg in the evening, set in your consult. For the full mechanism, and why cyproheptadine can continue into the hGH cycle (injected hGH bypasses the pituitary signal cyproheptadine blunts), see the T3 Therapy page.
Watch For Post-Fast Cortisol Stuck State
The 11β-HSD2 Off-Switch That Can Get Stuck
Some patients come out of an extended fast puffier than they went in, with sustained high blood pressure, anxiety, and post-fast weight rebound that lands disproportionately on the belly. This is not a sign that your fast failed. It is a sign that an enzyme called 11β-HSD2 (the cortisol off-switch) has gotten stuck in the off position, and your body is locked in a high-cortisol loop even after refeed begins.
Signs To Watch For:Facial or abdominal puffiness, sustained elevated blood pressure (10–20 mmHg above your baseline), wired-but-tired anxiety, early-morning waking around 3–5 AM, post-fast weight rebound concentrated in visceral fat.
Why This Refeed Stack Targets It:Carbohydrates signal abundance to the hypothalamus (reducing cortisol output). Low-dose aspirin blocks the inflammatory cytokines (TNF-α especially) that jam the off-switch closed. In the first seven days of refeeding these two do the work, because T3 is not on board yet. Once T3 therapy begins after day 7 of refeeding, slow-release T3 restores the metabolic clearance pathway that pulls active cortisol out of the bloodstream and completes the correction. Together they flip the switch back to its normal balance.
Full Mechanism:See The Cortisol Off-Switch That Gets Stuck After Extended Fasting for the enzyme story, the three reasons it stays stuck (sex differences, fat tissue upregulation, systemic inflammation), and the safer adjuncts (potassium, inositol, progesterone) that layer on top.
Why Coconut Water First?
The Science of Coconut Water
Electrolyte Balance:Coconut water has a nearly perfect ratio of electrolytes (especially potassium) that matches what your dehydrated cells need to safely rehydrate. If you’re drinking water, you should be using high quality spring water, but in general if you are introducing calories, real coconut water is superior.
Stem Cell Signal:The specific combination of sugars and electrolytes in coconut water sends a “growth” signal to newly released stem cells, directing them toward healing.
Kidney Protection:After a dry fast, your kidneys are under stress. Coconut water’s gentle mineral content helps them restart safely without the shock of plain water.
The Rice & Fruit Protocol: Why These Foods?
Why White Rice?
Easy to Digest:White rice is one of the most digestible foods on the planet. After a fast, your gut lining has repaired and is rebuilding. White rice does not irritate this process.
Glucose Signal:Rice provides a gentle glucose signal that tells your thyroid to start converting T4 into active T3 again. This is critical for restarting your metabolism.
No Anti-nutrients:White rice has been stripped of the bran and germ, removing phytates and lectins that can irritate a healing gut. Whole grains would be wrong here.
BPC-157: Doubling Your Stem Cell Regeneration
The Most Overlooked Upgrade to the Refeed
You’ve already done something incredible by dry fasting, and your body has mobilized stem cells and cleared cellular debris. BPC-157 (Body Protection Compound) is a peptide that can dramatically amplify what happens next.
Stem Cell Synergy:Stem cell clinics around the world have observed that pairing BPC-157 with stem cell therapy produces significantly better distribution and acceptance of new cells. The same principle applies here: the stem cells your fast has mobilized integrate more effectively into damaged tissues when BPC-157 is present during the refeed window.
Gut Repair:BPC-157 is particularly effective at healing the gut lining, exactly the tissue that takes the most stress during a dry fast and needs to come back online cleanly during the refeed.
When to Take It:Begin BPC-157 from Day 2–3 of the refeed, once coconut water rehydration has started and the gut is beginning to wake up. Continue for 4–8 weeks through the refeed and rebuild phase.
You’re already doing something powerful. BPC-157 is a small addition that can double its effect for a fraction of the cost of any other intervention.
Viral Reactivation During the Refeed (Quick Reference)
The refeed is the most dangerous moment in chronic illness recovery, and it is not because of food itself. It is the energetic trough between the fasted state (when your immune system is biologically hostile to viral replication) and the fully refed state (when your immune system has rebuilt). For the few days inside that gap, latent herpesviruses (HSV-1, HSV-2, EBV, HHV-6, and the rest of the nine human herpesviruses) get an open window to reactivate. This is the single most important reason the refeed must be planned, not improvised.
Read the Full Deep Dive Before You Refeed
The mechanism, the studies, the full list of nine human herpesviruses with symptom profiles, the pharmacological stack with all dosing logic, the HSV-containment biology, and the safety protocol all live on the dedicated Viral Reactivation page. If you have any history of cold sores, mono, shingles, or unexplained chronic fatigue, do not begin the refeed without reading it first. The summary below covers only the practical refeed actions.
The Refeed-Day Action Checklist
Three things to have in place by the time you take your first calories, and to keep running across the whole first week, not just on day one. The reactivation window stays open through the entire fast-to-refeed transition and the first seven days of refeeding. All three are explained in full mechanistic detail on the Viral Reactivation page; this is the action shortlist.
L-Lysine + Monolaurin from Refeed Day 1Lysine competes with arginine for the amino acid transporter herpesviruses depend on. Monolaurin disrupts the lipid envelope of every human herpesvirus. Start both with the first meal.
Avoid Arginine-Rich Foods for the First Two WeeksNuts, seeds, chocolate, peanut butter. These spike free arginine and undo the work lysine is doing.
Have Valacyclovir (Standing Backbone) and Ivermectin (Supportive) On Hand BEFORE Breaking the FastValacyclovir is the standing antiviral backbone: off during the dry fast and the first two days of the water fast, then started once rehydration is established at water day 3 and held through the calorie ramp and into maintenance. Ivermectin runs alongside it through the window (better gut microbiome compatibility during refeed and double duty as the primary antiparasitic, with supportive antiviral value on top). Both need to be in your possession before the fast ends, not after, and a prodrome loading dose of valacyclovir sits ready as an escalation on top of the standing course if tingling shows up.
The T3 Cycle Off-Ramp Is Another High-Risk Window
Viral reactivation risk does not end with the refeed. When you step off a T3 cycle, your metabolic rate temporarily dips as the thyroid takes time to restart its own output. This creates the same energetic trough that triggers reactivation during the fast-to-refeed transition. Continue antiviral coverage during any T3 wind-down until your waking body temperature has returned to your pre-T3 baseline for at least 5–7 consecutive days.
Rebuilding the Gut Microbiome (and the Virome You Didn’t Know You Had)
Most people walking into a fasting protocol think about their bacterial microbiome. Almost nobody thinks about their virome – the beneficial viral biome of bacteriophages and commensal viruses that lives alongside the bacteria. Both of them take collateral damage during the protocol, but only in specific scenarios. Most patients don’t need aggressive rebuild work. Some absolutely do.
Who Actually Needs Deliberate Biome Rebuild?
The standard protocol path is a 5-day dry fast followed by the standing valacyclovir antiviral backbone, running from water day 3 through the refeed. Because that course runs long enough to take real damage to both the bacterial biome and the virome, the gut-rebuild rider is mandatory for it, not optional. This is the default population now, not an edge case.
The standing valacyclovir course:Kefir first, then kombucha, run alongside the standing course for as long as it runs, paying down the microbiome cost on purpose instead of leaving the antiviral coverage weaker to avoid it.
Long dry fasts (7+ days, especially 9+):A second, independent reason to rebuild: at those durations the biome itself starts eating your gut lining and mucosal lining. For some patients this is therapeutic – it trims back negative bacterial populations and clears space for repopulation with beneficial cultures. But it does mean the rebuild step is not optional here either.
The Sequencing Inside the Scorch Protocol
Biome rebuild is not a Day-1-of-refeed activity for most patients. The Scorch Protocol enters phases where it becomes critical, and phases where it would actively get in the way:
Early protocol (first cycles):Focus is dry fast stem cell regeneration, autophagy, and metabolic foundation (T3). I am setting the main structure up. Aggressive probiotic loading here is not the priority.
Repopulation phase:Deliberate rebuild work starts after the second round of cycles, or when antiviral / antifungal use has been identified as part of the patient’s specific protocol path. Everyone is a little different, and the timing differs.
It is genuinely difficult to nail this timing without individual assessment, and doing it wrong can set a patient back. This is one of the moments where working with me directly is the difference between a clean recovery and a frustrating one. The Scorch Protocol is closer to having a fasting detective on your team than following a generic checklist.
When repopulation time comes, the foundational stack is three fermented foods. I call it the trinity:
Kefir – live bacterial cultures naturally present. Both dairy kefir and water kefir work.
Kombucha – most commercial kombuchas contain live cultures. Check the label.
Kimchi or sauerkraut – this one is where most people get it wrong. The jar must say raw or unpasteurized to contain live bacteria. Shelf-stable supermarket sauerkraut and pasteurized kimchi are functionally inactive.
In Filonov’s Russian dry fasting tradition, the same role is played by a sour cream / sour cultured water drink. The principle is identical: deliver live cultures to a depleted gut at the moment it is most receptive to colonization.
Timing: How Long Until It Actually Shifts
For regular people:About four weeks of continuous daily consumption to produce a meaningful, lasting shift in the biome.
For depleted patients (post-long-fast or post-long-antiviral):Faster. The empty territory in a depleted gut allows new cultures to colonize quicker than they would in a fully populated baseline gut. The exact compression of the timeline varies per patient.
The Bacterial Exception: Lyme, Babesia, Bartonella
The Scorch Protocol targets fungal, parasitic, and viral pathogens. Bacterial is its own category, and it requires its own approach.
Bacterial infections in chronic illness usually mean Lyme disease and its co-infections (babesia and bartonella). These typically require antibiotics, and that is the one place antibiotics are recommended in this protocol. Otherwise, antibiotic use is avoided because of the collateral damage to the biome.
A common pattern: patients complete an antibiotic course for Lyme, eventually test negative for the bacteria, but their chronic illness symptoms stay the same or get worse. The Scorch Protocol picks up at exactly that point – the residual mitochondrial, immune, and metabolic damage that antibiotics cannot reach. Continue any active Lyme protocol (herbal or antibiotic) alongside Scorch. Do not stop one to start the other.
For repairing the biome damage antibiotics cause, live fermented cultures during early refeed work better than capsule probiotics. At Filonov’s dry fasting retreats, participants are given a sour cream cultured probiotic drink at the start of refeed. When a retreat occasionally runs out or forgets to prepare it, I’ve heard from participants who simply bought a few jugs of kefir from a local store and used that as a substitute, with similar reported results. The principle is the same either way: live cultures, in volume, delivered when the gut is most receptive.
The Virome: The Biome You Were Never Told About
The bacterial microbiome gets all the attention. The virome gets none. But you have one – trillions of beneficial bacteriophages and commensal viruses that regulate the bacterial side, train your immune system, and maintain equilibrium with your tissues.
Suppressive antiviral therapy doesn’t just kill the herpesviruses it’s aimed at. It nukes the beneficial virome alongside. There is currently no established way to deliberately rebuild the virome the way kefir rebuilds the bacterial side. Phage therapy exists experimentally but is not yet a protocol component. The pragmatic position: once you stop the antiviral pressure, the virome auto-recovers on its own.
This cost is exactly why valacyclovir, now run as the standing antiviral backbone (started once rehydration is established at water day 3, never during the dry fast or the first two water days, and held through the calorie ramp and into maintenance), carries a mandatory gut-rebuild rider alongside it: kefir first, then kombucha. This is a deliberate tradeoff, not an oversight. The standing course gives you the stronger, more reliable antiviral coverage across the whole refeed, and the rider pays the biome cost down on purpose instead of leaving that coverage weaker to avoid the cost. Ivermectin still runs alongside the standing course for its gentler gut profile and its double duty as the primary antiparasitic, but it no longer stands in for valacyclovir’s job.
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The information on this site describes a personal health protocol and is provided for educational purposes only. It is not medical advice. Consult a qualified physician before modifying your diet, fasting practice, or any medication regimen.