GENETIC INFLAMMATORY DISEASE LIBRARY

A clinical map of genetic inflammatory disease, cytokines, methylation, and complex illness.

A clinical map of genetic inflammatory disease, cytokines, methylation, and complex illness.

A clinical map of genetic inflammatory disease, cytokines, methylation, and complex illness.

This library organizes Dr. Dan Purser’s root-cause research around the inherited pathways that can drive chronic inflammation: MTHFR, PEMT, homocysteine, cytokines, mast cells, methylation, detoxification, autoimmune signaling, and neurological inflammation.

This library organizes Dr. Dan Purser’s root-cause research around the inherited pathways that can drive chronic inflammation: MTHFR, PEMT, homocysteine, cytokines, mast cells, methylation, detoxification, autoimmune signaling, and neurological inflammation.

This library organizes Dr. Dan Purser’s root-cause research around the inherited pathways that can drive chronic inflammation: MTHFR, PEMT, homocysteine, cytokines, mast cells, methylation, detoxification, autoimmune signaling, and neurological inflammation.

What genetic inflammatory disease means

What genetic inflammatory disease means

Genetic inflammatory disease is not one diagnosis. It is a pattern: inherited pathway weaknesses, inflammatory signaling, methylation stress, detoxification burden, nutrient transport problems, and immune overactivation interacting with real-world triggers.

The goal is a pathway map, not a label

The goal is a pathway map, not a label

Dr. Purser’s work connects symptoms to mechanisms: homocysteine, PEMT and choline demand, MTHFR and methylation strain, cytokine axes, mast-cell activation, liver inflammation, autoimmune signaling, and intracellular nutrient deficits.

Pathways that deserve their own search result

Pathways that deserve their own search result

Each cluster can become a standalone guide, video, diagram, and patient education article — all internally linked back to this authority hub.

MTHFR + HOMOCYSTEINE

Methylation strain, elevated homocysteine, and inflammatory risk

Core search hub for MTHFR symptoms treatment, homocysteine testing, methylation support, cardiovascular inflammation, neurological inflammation, and fatigue patterns.

PEMT + CHOLINE

Choline demand, liver inflammation, bile flow, and mitochondrial stress

A natural cluster for PEMT gene mutation, choline deficiency liver problems, NAFLD risk, gallbladder patterns, phosphatidylcholine, and inflammatory metabolism.

CYTOKINES

IL-6, IL-8, TNF-alpha, IL-23, and chronic immune signaling

The cytokine cluster supports articles on inflammatory bowel disease, alpha-gal, CIRS, skin inflammation, joint pain, fatigue, autoimmune signaling, and post-infectious inflammation.

MAST CELLS

Histamine, reactivity, food intolerance, and inflammatory flares

A patient-language bridge for unexplained reactions, flushing, gut symptoms, skin flares, brain fog, and immune overactivation that often sits between allergy and inflammation.

CIRS + DETOXIFICATION

Biotoxin exposure, inflammatory genetics, and detox bottlenecks

Supports future pages on CIRS cytokines, mold-related inflammation, glutathione, liver phase pathways, HLA patterns, neurological symptoms, and post-exposure relapse.

AUTOIMMUNE TRIGGERS

Gene-environment interactions that push immune tolerance off course

This cluster can capture searches around autoimmune flares, inflammatory bowel disease, skin disease, thyroid patterns, connective tissue disease, and systemic inflammatory pain.

Disease patterns patients are already searching for

Disease patterns patients are already searching for

Fatigue, brain fog, and inflammatory exhaustion

For patients searching why normal labs do not explain fatigue, cognitive changes, post-exertional crashes, pain, or neurological symptoms.

Autoimmune bowel and cytokine patterns

A hub for ulcerative colitis, Crohn’s-like inflammation, IL-23 signaling, TNF-alpha, gut barrier issues, and immune tolerance failures.

Skin, connective tissue, and systemic inflammation

For lichen planus, CREST-like patterns, rashes, swelling, connective tissue inflammation, and immune reactions that require pathway-level thinking.

Questions this library should answer clearly

Questions this library should answer clearly

Can MTHFR, PEMT, and homocysteine problems drive chronic inflammation?

Why do I have fatigue, pain, brain fog, or immune flares when standard labs are normal?

Which cytokines, nutrient pathways, and gene variants should be investigated in complex inflammatory disease?

Start with the MTHFR + PEMT + Homocysteine Guide

Start with the MTHFR + PEMT + Homocysteine Guide

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