Vitamins, minerals, and botanicals that strengthen immune defenses and support the body's natural resistance.
30 itemsA focused look at molecular mimicry—how gut microbes and infections may trigger autoimmunity—and what current evidence shows across conditions like T1D, RA, and thyroid autoimmunity.
A focused, evidence-based look at turkey tail mushroom’s PSK/PSP and immunity—mechanisms, clinical adjunct data, extraction methods, and how TCM perspectives align with modern research.
A focused, evidence-based review of bovine colostrum for intestinal permeability—what human trials show in NSAID and exercise stress, where evidence is stronger (infectious diarrhea) vs. still emerging, and how traditional perspectives align.
Do zinc lozenges really shorten colds? See what RCTs and meta-analyses say, how formulation affects results, and key safety notes.
The ITP’s rapamycin results show strong lifespan extension in mice via mTORC1 inhibition. Here’s how that connects to caloric restriction, ongoing human and dog trials, risks, and natural mTOR modulators—and why excitement is tempered by caution.
A focused, evidence-based explainer on molecular mimicry—how immune responses to gut microbes may cross-react with self and contribute to autoimmune disease.
A focused look at how mushroom beta‑glucans may modulate innate immunity and the gut‑immune axis, why extraction methods matter, and what clinical research suggests.
A focused, evidence-based explainer on zonulin and intestinal permeability: what elevated zonulin means, testing limits, and interventions that may help.
A focused, evidence-based guide to serum and fecal zonulin testing—what zonulin is, why many assays are unreliable, and how these tests compare with research-grade intestinal permeability measures.
Zinc lozenges may modestly shorten the common cold—if formulation and timing are right. Here’s what clinical trials and mechanisms suggest, plus why some lozenges fail and how traditional zinc-rich foods fit in.
A focused, evidence-based look at molecular mimicry as a gut-driven mechanism in Hashimoto’s thyroiditis—what’s known, what’s emerging, and how traditional perspectives align.
Vitamin C’s unsung role as a collagen cofactor: what research suggests for skin integrity, wound healing, and connective tissue—plus insights on amla, acerola, and camu camu.
A focused look at how mushroom beta‑glucans interact with dectin‑1 and related receptors to modulate immunity, what human trials show, and why hot‑water vs dual extraction matters.
Do lactase supplements actually help lactose intolerance? A focused look at what randomized trials, systematic reviews, and traditional practices suggest—plus where expectations should be set.
Vitamin C is more than a cold remedy. Explore its roles in collagen synthesis, iron absorption, neurotransmitter production, antioxidant recycling, modern debates on IV and liposomal delivery, and traditional sources like camu camu, acerola, and amla—through an evidence-based lens.
An evidence-based guide to how medicinal mushrooms may modulate immunity via beta‑glucans, with a look at reishi, turkey tail (PSK/PSP), chaga, cordyceps, lion’s mane, and why extraction methods matter—through both modern science and TCM lenses.
Targeted digestive enzymes can help specific intolerances—lactase for lactose and alpha-galactosidase for bean-related gas—while broad blends and betaine HCl have limited evidence. Prescription pancreatic enzymes are effective for true pancreatic insufficiency. Traditional aids like ginger, bitters, and CCF tea may complement modern strategies.
A clear-eyed look at “leaky gut”: what intestinal permeability is, how zonulin and tight junctions work, what’s accepted vs. debated, how testing is done, and which conventional and traditional approaches have evidence.
Zinc’s evidence-based role in immunity, colds, bioavailable forms, copper balance, global deficiency, and traditional zinc-rich foods—bridging modern research with traditional diets.
An evidence-based look at how the gut may shape autoimmune risk and symptoms—covering mechanisms like molecular mimicry, microbiome diversity, anti-inflammatory diets (including AIP), and traditional perspectives from TCM and Ayurveda.
Lactobacillus, Bifidobacterium, soil-based — which probiotic strains have real evidence, how to combine with prebiotics, and common mistakes to avoid.
Why 40% of adults are deficient, optimal blood levels, the critical role of K2 in calcium routing, and dosing strategies that actually work.
A group of eight B vitamins that work together to support energy metabolism, nervous system function, and red blood cell production.
A group of flowering plants in the daisy family traditionally used by Native Americans to support immune function and fight infections.
A dark purple berry (Sambucus nigra) traditionally used to support immune function and shorten duration of colds and flu.
Live beneficial bacteria that support gut microbiome health, digestion, and immune function.
A water-soluble antioxidant vitamin essential for immune function, collagen synthesis, and iron absorption.
A fat-soluble vitamin produced by the skin in response to sunlight, critical for bone health, immune function, and mood regulation.
Vitamin K2 (menaquinone) is a fat-soluble vitamin that plays a critical but often overlooked role in calcium metabolism. While vitamin K1 (phylloquinone, found in leafy greens) primarily supports blood clotting, K2 activates proteins that direct calcium to appropriate destinations — specifically, osteocalcin (which deposits calcium into bones and teeth) and matrix Gla-protein (MGP, which prevents calcium from depositing in arteries and soft tissues). The most important forms are MK-4 (short-acting, found in animal products like egg yolks and butter from grass-fed animals) and MK-7 (long-acting, produced by bacterial fermentation, highest in natto — a Japanese fermented soybean dish). MK-7 has a much longer half-life (approximately 72 hours vs. 1-2 hours for MK-4), making it more practical for daily supplementation. The clinical significance of K2 has grown considerably as research reveals the "calcium paradox" — the observation that many people simultaneously have too little calcium in their bones (osteoporosis) and too much in their arteries (vascular calcification). K2 appears to resolve this paradox by ensuring calcium goes where it belongs.
An essential trace mineral critical for immune function, wound healing, and protein synthesis.
