In-Depth Autoimmune Testing & Treatment Approach

Autoimmune conditions are complex, often with multiple contributing factors. My approach begins with a thorough analysis to uncover the root causes of your symptoms, followed by targeted treatment to restore balance and improve your quality of life.

Step 1: Assessing the Causes of Autoimmunity

A. Chronic Infections and Immune Triggers

  • History of Infections: Chronic infections can be hidden triggers for autoimmune diseases. We assess exposure to the entire HHV (Herpesviridae) series, common autoimmune viral triggers, and other persistent infections like Chlamydia, Mycoplasma, Streptococcus, and Candida.
  • GI Dysbiosis and Parasites: Imbalances in gut flora and chronic GI infections can lead to malabsorption, elevated immune markers (IgE and IgA), and systemic immune dysregulation.

B. Hormonal Imbalances

  • Thyroid Function: Including assessments for Hashimoto's Thyroiditis, thyroid resistance, and conversion issues between T4 and T3.
  • Adrenal Function: Particularly focusing on cortisol levels, from elevated states to low circadian cortisol patterns.
  • Sex Hormones: High estrogen, low progesterone, and sex hormone-binding globulin (SHBG) imbalances, alongside androgen levels (DHEA, testosterone) in both women and men.

C. Nutritional and Genomic Factors

  • Essential Fatty Acids: Ensuring a proper balance and intake.
  • Dietary Assessment: High glycemic diets, food intolerances, and poor nutrient absorption, with a focus on vitamins and trace minerals.
  • Genomic Analysis: Evaluating SNPs (Single Nucleotide Polymorphisms) that affect antioxidant systems (SOD, GST, NAT) and methylation, along with gut immune markers.

D. Allergies

  • Allergy History: Assessing for both diagnosed and undiagnosed allergies, including high IgE and potential defects in IgG and IgA production.
  • Genetic Predispositions: Testing for relevant SNPs that could influence allergic responses.

E. Toxicity

  • Chemical and Metal Exposure: Identifying and managing exposure to environmental toxins that may disrupt immune balance and affect TH1/TH2 immune responses.
  • Multiple Chemical Sensitivity (MCS): Addressing the unique needs of individuals with reduced tolerance for toxins, often seen in autoimmune patients.

F. Redox Balance

  • Oxidative Stress: Any factor that alters the redox balance in the body can disrupt immune homeostasis, and we take steps to identify and mitigate these influences.

Step 2: Tailored Treatment and Outcome Management

A. Lab Monitoring

  • Follow-Up Testing: Continuous monitoring of autoimmune markers, especially those that are marginal or of uncertain significance, to track progress and adjust treatment as needed.

B. Treatment Strategy

  • Targeted Therapy: Addressing infections, restoring GI and redox balance, and correcting any identified hormonal or nutritional imbalances.
  • Nutritional Support: Balancing SNPs through diet and supplementation.
  • Detoxification: Initiated once initial issues are stabilized, focusing on safe and effective elimination of toxins.

C. Expected Outcomes

  • Short-Term: In early stages, some autoimmune markers and symptoms may resolve within a year.
  • Long-Term: For chronic cases, improvements in overall health and symptom relief may take from a few months up to five years, depending on the complexity and duration of the condition.
  • Anatomical Changes: While some tissue damage may not fully resolve, treatment will aim to halt progression and improve quality of life.