Inflammation
The difference between acute repair signals and the smoldering inflammation that drives most chronic disease.
Overview
What this system actually governs
Inflammation is the immune system's repair and defence program. Acute inflammation is necessary and self-limiting: it clears pathogens and damaged tissue, then resolves. Chronic low-grade inflammation is a different phenomenon — a persistent, sub-symptomatic signalling state that reallocates resources away from maintenance and toward defence, and that sits upstream of atherosclerosis, insulin resistance, neurodegeneration, and most autoimmune activity.
Resolution is an active process
The important insight from the last two decades is that inflammation does not simply fade out. It is actively switched off by specialised pro-resolving mediators — resolvins, protectins, and maresins — synthesised from omega-3 fatty acids. Failure to resolve, rather than excessive initiation, explains much of chronic inflammatory disease. That reframes fatty-acid intake, sleep, and gut barrier integrity from "anti-inflammatory habits" to "resolution capacity".
The main drivers worth auditing
Visceral fat as an endocrine organ producing IL-6 and TNF-α; intestinal permeability and lipopolysaccharide translocation; poor sleep and circadian misalignment; chronic infection and dysbiosis; oxidised seed-oil intake and glycation load; and dental and periodontal disease, which is more consequential than it sounds. Markers that help: high-sensitivity CRP, ferritin read alongside inflammation, fibrinogen, neutrophil-to-lymphocyte ratio, and the omega-3 index.
How to read this hub
Tier 1 entries cover the practical audit — what raises the baseline, what lowers it, and which tests are worth ordering. Tier 2 entries examine the NLRP3 inflammasome, NF-κB signalling, the vagal cholinergic anti-inflammatory reflex, mast-cell activation, and where frontier work on resolution pharmacology is heading.
- T2What's Really in Your Toothpaste — And How to Make Your Own9 min
- T2The LNP Problem: Are Lipid Nanoparticles Bioactive Agents in Their Own Right?16 min
- T2Vaccine Risk-Benefit Thinking, Applied Naturopathically: A Framework Plus Herbal Allies for Immune Resilience14 min
- T2The Hemodynamic Protocol: A Four-Pillar Approach to Clot Risk12 min
Foundational — Tier 1 primers
0 articlesPrimers for this hub are being prepared.
Deeper — Tier 2 investigations
10 articlesThe Hemodynamic Protocol: A Four-Pillar Approach to Clot Risk
Pathological clotting is driven by three forces — endothelial injury, stasis, and hypercoagulability — and each responds to a different lever, from fibrinolytic enzymes and dietary nitrate to the calf muscle pump.
The Gut Barrier: What Intestinal Permeability Really Means
A single cell layer separates the bloodstream from several pounds of microbial material. When its regulation slips, the immune consequences are systemic — but the popular version of the story overshoots the evidence.
The LNP Problem: Are Lipid Nanoparticles Bioactive Agents in Their Own Right?
A mechanistic review of lipid-nanoparticle-driven membrane dysfunction — and an honest evidence audit of the MSM, magnesium, zeolite, and kefir detox protocol built on top of it.
Microplastics in the Body: What the Research Actually Shows
Microplastics have been measured in blood, placenta, arterial plaque, and brain tissue. The honest summary separates what is established from what is still inference.
The Oral Microbiome: Why the Mouth Predicts Systemic Risk
Periodontal bacteria appear in arterial plaque, brain tissue, and joint fluid — which is why oral health has become a legitimate systemic inflammation marker rather than a dental afterthought.
The '-itis' Illusion: When a Diagnosis Is Just a Description
Arthritis, colitis, dermatitis, bursitis — many of these names describe the presence of inflammation at a site, not the reason it is there.
What's Really in Your Toothpaste — And How to Make Your Own
Independent testing found lead in 90% of 51 popular toothpaste brands. Here is what the evidence actually shows on fluoride, SLS, and triclosan — plus a fluoride-free remineralizing recipe built on eggshell powder.
Vaccine Risk-Benefit Thinking, Applied Naturopathically: A Framework Plus Herbal Allies for Immune Resilience
\"Safe and effective\" is a slogan, not a calculation — here is the six-question framework a risk-benefit decision actually requires, plus the herbal and terrain support that applies regardless of which choice a family makes.
Parasites and the Ionic Terrain
Parasites run on the same electrochemical gradients your cells do — and several of them actively rewrite the ion channels of the cells they invade.
Borax and CDS: A Low-Toxin Approach to Household Terrain
The chemical load in a modern home is a real input to chronic inflammation. Borax and chlorine dioxide are two of the oldest, simplest, and most misunderstood tools for keeping surfaces clean without adding to that load.
Frequently asked questions
- Is chronic inflammation something you can feel?
- Often not directly. It usually presents as a pattern rather than a symptom: slow recovery, morning stiffness, unexplained fatigue, poor sleep quality, and gradual metabolic drift. Blood markers such as hs-CRP add objectivity but are neither specific nor sensitive alone.
- Which foods reliably lower inflammatory markers?
- The consistent findings are for oily fish and marine omega-3s, olive oil, fibre-rich plants and fermented foods, and polyphenol-dense foods such as berries, cocoa, and olives. The larger effect usually comes from removing drivers — excess alcohol, ultra-processed intake, and energy surplus stored as visceral fat.
- Are anti-inflammatory supplements worth taking?
- Some have decent human data (marine omega-3s, curcumin in bioavailable form, high-dose fish oil in specific cardiovascular contexts), but none outperform correcting sleep, visceral fat, and dental health. Supplements are best framed as support for resolution capacity, not as a substitute for removing the driver.
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