Why Standard Vitamin D Dosing Fails to Correct Deficiency
Standard low-dose vitamin D supplementation often fails due to absorption barriers, metabolic demand, and receptor downregulation.
autoimmunity
7articles
Leptin and Immune Regulation: How Receptor Desensitization Drives Inflammation
Leptin regulates far more than appetite. Discover how leptin resistance impairs immune signaling, fuels systemic inflammation, and increases autoimmune risk.
Vitamin D and Immune Regulation: How Calcitriol Controls Inflammation and Pathogen Defense
Vitamin D functions as an immunomodulatory hormone, regulating regulatory T cells, supporting cathelicidins, and modulating inflammatory cascades across seasonal infection cycles.
Vitamin D and the Gut Microbiome: How Solar Hormone Status Shapes Microbial Diversity and Gut Barrier Integrity
Vitamin D directly shapes gut microbial diversity, supports butyrate production, and reinforces the intestinal epithelial barrier against systemic inflammation.
Bone Broth and the Gut-Joint Axis: How Connective Tissue Nutrients Calm Systemic Inflammation
Slow-simmered bone broth supplies essential amino acids like L-glutamine to repair the gut barrier, offering a targeted approach to managing joint pain and autoimmune inflammation.
Vitamin D Repletion in Autoimmune Hypothyroidism: Reducing Anti-TPO Autoantibodies and TSH
High-dose vitamin D supplementation significantly reduces elevated TSH and lowers anti-TPO autoantibodies by over 50 percent in women with autoimmune hypothyroidism.
Beyond Celiac: How Non-Celiac Gluten Sensitivity Drives Leaky Gut, Malabsorption, and Systemic Inflammation
Non-celiac gluten sensitivity drives systemic inflammation, intestinal permeability, nutrient deficits, and hormonal disruption beyond classic celiac disease.