Fulvic & Humic Minerals Research — The Complete Study Library

Rudnicka K et al. (2026)

Scientific Reports (Nature Publishing Group), Vol. 16:6166

Study type: Randomized controlled study — in vivo and cellular assay

Key finding: Alkaline fulvic acid stimulated beneficial Lactobacillus bacteria up to 600% and significantly reduced Helicobacter and Campylobacter pathogenic strains in vivo (p<0.05). Superior cytocompatibility over acidic fulvic formulations. Wound healing scratch assay documented sustained intestinal cell regeneration at 24h, 48h, and 72h.

Products: Fulvic Minerals, Mineral Blend, Super Strength Humic, Fulvic Mineral Mist

★★★★★ TIER 1

→ Read the study — Nature Scientific Reports

Liu et al. (2023)

Frontiers in Microbiology

Study type: In vivo study

Key finding: Humic acids increased beneficial Lactobacillus and Bifidobacterium populations, reduced pro-inflammatory cytokines TNF-α and IL-6 via TLR4/NF-kB pathway, supported tight junction protein expression including occludin and claudin-1, maintaining gut barrier integrity.

Products: Humic Minerals, Super Strength Humic, Mineral Blend, Fulvic Minerals for Animals

★★★★★ TIER 1

→ Read the study — Frontiers in Microbiology

Multiple authors (2026)

Animals MDPI Vol. 16(2):173

Study type: In vivo study

Key finding: Humic acid inhibited LPS-induced pro-inflammatory cytokines via TLR4/NF-kB pathway. Demonstrated prebiotic-like effects promoting short-chain fatty acid synthesis including butyrate. Supported healthy inflammatory response in gut tissue.

Products: Humic Minerals, Super Strength Humic, Mineral Blend, Fulvic Minerals for Animals

★★★★☆ TIER 2

→ Read the study — Animals MDPI

He Y et al. (2023)

Molecular Immunology Vol. 161:61-73

Study type: In vivo study

Key finding: Alkaline sodium humate alleviated intestinal barrier injury, enhanced expression of tight junction proteins, and regulated gut microbiota composition.

Products: Humic Minerals, Super Strength Humic, Mineral Blend

★★★★☆ TIER 2

→ Search PubMed: He Y sodium humate intestinal barrier 2023

Winkler J, Ghosh S (2018)

Journal of Diabetes Research, PMC6151376

Study type: Peer-reviewed mini-review (synthesis of existing research)

Key finding: Highly cited foundational review. FA modulates immune system, oxidative state, and GI function. Clinical data on oxifulvic acid (4.5%) reducing allergen-challenge responses in humans. Documents digestive enzyme activity support including lysozyme, proteases, and phosphatases.

Products: All oral products

★★★★☆ TIER 2

→ Read the study — PMC6151376

Feng P et al. (2022)

Frontiers in Nutrition Vol. 9:963271, PMC9389313

Study type: In vivo animal study (poultry)

Key finding: FA modulated gut microbiota composition, reduced TNF-α, and increased IL-2 in poultry model.

Products: Fulvic Minerals, Mineral Blend, Fulvic Minerals for Animals

★★★☆☆ TIER 3

→ Read the study — PMC9389313

Xiao G et al. (2022)

Frontiers in Veterinary Science Vol. 9:953564, PMC9479332

Study type: In vivo animal study (poultry)

Key finding: FA supplementation improved gut microbiota diversity and reduced oxidative stress in aged poultry. Most directly relevant published veterinary study for animal mineral supplementation.

Products: Fulvic Minerals for Animals, Fulvic Minerals

★★★☆☆ TIER 3

→ Read the study — PMC9479332

Dharejo et al. (2025)

Antioxidants MDPI, PMC12466450, Vol. 14(9):1139

Study type: 111-reference comprehensive review

Key finding: Most comprehensive recent review: 111 references covering antioxidant, anti-inflammatory, antimicrobial, antiviral, immunomodulatory, wound healing, gut microbiota, and anticancer properties. Quinone groups identified as drivers of bactericidal effects.

Products: All oral products

★★★★★ TIER 1

→ Read the study — PMC12466450

Multiple authors (2026)

Molecules MDPI Vol. 31(1):114

Study type: Comprehensive peer-reviewed review

Key finding: Comprehensive pharmacological review documenting immunotropic, antibacterial, antiviral, antitumor, antioxidant, cardiotropic, hepatoprotective, regenerative, detoxifying, and adaptogenic effects of humic substances. Full NF-kB/TLR signaling mechanisms documented.

Products: All oral products

★★★★★ TIER 1

→ Read the study — Molecules MDPI

Vaskova J et al. (2025)

PubMed PMID 25732236

Study type: Peer-reviewed review

Key finding: Potassium humate inhibits pro-inflammatory cytokines, adhesion molecules, oxidants, and complement activation.

Products: Humic Minerals, Super Strength Humic, Mineral Blend, Vital Joint Support

★★★★☆ TIER 2

→ Read the study — PubMed 25732236

Williams R et al. (2025)

PubMed ID 39925527

Study type: Retrospective chart review (human observational) — NOT a randomized controlled trial

Key finding: Retrospective chart review from a long-term care facility examining outcomes in patients who received humic/fulvic acid + EGCG + Vitamin C combination alongside standard care during COVID-19. Authors concluded the combination warranted further controlled investigation. Multiple active components used simultaneously — outcomes cannot be attributed to any single component.

Products: Educational reference only

⚠ Not a controlled trial. Multiple confounding variables. Cannot attribute outcomes to any single component. Do not use this study to support any product claim about immune function or viral infection.

★★★☆☆ TIER 3

→ Read the study — PubMed 39925527

Multiple authors (2021)

Antioxidant Capacity ORAC Study, PubMed PMID 34641078

Study type: Laboratory analytical study

Key finding: Analysis of 25 humic substance samples: antioxidant capacity 0.31–2.56 μmol Trolox equivalents. SOD and catalase enzyme activation documented. Phenolic groups identified as key structural determinants of antioxidant activity.

Products: All oral products

★★★★☆ TIER 2

→ Read the study — PubMed 34641078

Multiple authors (2020–2023)

Journal of Ethnopharmacology and Andrologia reviews

Study type: Human clinical review — includes human trial data

Key finding: Fulvic acid identified as the primary bioactive in Shilajit. Human clinical trials documented support for normal mitochondrial function and ATP production. Significantly reduced chronic fatigue scores vs. placebo over 90 days with 250mg twice daily. Adaptogenic properties documented.

Products: Fulvic Minerals, Mineral Blend, Super Strength Humic, Super Multi

★★★★☆ TIER 2

→ Read the study — PubMed 32540412

Swat M et al. (2019)

Foods MDPI, PMC6963745

Study type: Laboratory characterization study

Key finding: Direct laboratory characterization confirming 70+ ionic trace minerals in liquid fulvic acid beverages. FA demonstrated improved bioavailability of co-administered compounds. ORAC antioxidant capacity measured. Directly examines liquid FA beverages — same format as Vital Earth products.

Products: All oral products

★★★★☆ TIER 2

→ Read the study — PMC6963745

Rudnicka K et al. (2026) — Cellular Regeneration Assay

Scientific Reports (Nature Publishing Group), Vol. 16:6166

Study type: Cellular regeneration assay

Key finding: Alkaline fulvic formulation (MLG-A50) showed the most pronounced and sustained pro-regenerative effect in wound healing scratch assay at 24h, 48h, and 72h. Significantly outperformed acidic fulvic formulations and purified FA standards. Use cellular renewal language — not wound healing language.

Products: Fulvic Mineral Mist

★★★★★ TIER 1

→ Read the study — Nature Scientific Reports

Multiple authors (2019) — Keio University Research

Peer-reviewed, Keio University

Study type: In vitro study

Key finding: 1% fulvic acid increased fibroblast viability by 26.1%. FA inhibited collagen-degrading MMP-8 enzyme by 47–61% (p<0.01). Strongest collagen matrix substantiation finding in the research library.

Products: Fulvic Mineral Mist

★★★★★ TIER 1

→ Read the study — Keio University Research

Gheibi N et al. (2024)

Journal of Cutaneous and Aesthetic Surgery, Vol. 17(2):105-111

Study type: In vivo animal model

Key finding: Combined topical FA and HA promoted tissue re-epithelialization (skin cell renewal) and supported normal tissue regeneration. Use renewal language — not wound healing language per DSHEA.

Products: Fulvic Mineral Mist

★★★★☆ TIER 2

→ Read the study — PubMed 38933042

CHD-FvA Randomized Clinical Trial (referenced in Winkler & Ghosh 2018)

Referenced in PMC6151376

Study type: Randomized controlled trial (human) — topical application

Key finding: Randomized clinical trial of carbohydrate-derived fulvic acid (CHD-FvA) topical application: statistically significant improvements in skin health measures. Oxifulvic acid (4.5%) reduced allergen-challenge wheal and flare response, comparable to 1% hydrocortisone in referenced comparison.

Products: Fulvic Mineral Mist

Note: CHD-FvA is carbohydrate-derived, which may differ from plant-derived humate FA.

★★★★☆ TIER 2

→ Read the study — PMC6151376

Multiple authors (2024)

ResearchGate — peer reviewed 2024

Study type: In vivo animal study

Key finding: HA modulated serotonin, dopamine, and noradrenaline levels in rat brain tissue. Neuroprotective effects against oxidative stress documented in colitis model. Animal model only — human neurotransmitter research on HA is limited.

Products: Humic Minerals, Super Strength Humic, Super Multi

★★★☆☆ TIER 3

→ Read the study — ResearchGate 2024

Murbach TS et al. (2020)

Toxicology Reports Vol. 7:1242–1254

Study type: Formal safety and toxicology study (human)

Key finding: Formal safety and tolerability evaluation. Favorable safety profile confirmed — no evidence of systemic toxicity across multiple endpoints including genotoxicity, clinical chemistry, hematology, and urinalysis. Essential regulatory reference for all Vital Earth Minerals products.

Products: All products — regulatory substantiation

★★★★★ TIER 1

→ Read the study — PubMed 32993787

Hricikova S et al. (2023)

Foods MDPI, PMC10142745

Study type: 20-year narrative review

Key finding: 20-year narrative review covering human health effects, animal studies, commercial humate products, safety profile, anti-inflammatory activity, absorbent properties, and microbiome applications.

Products: All products

★★★★☆ TIER 2

→ Read the study — PMC10142745

Multiple authors (2025)

ResearchGate, November 2025

Study type: Systematic review and meta-analysis

Key finding: D3 + K2 + Magnesium operates via a multi-step biological cascade — synergistic, not merely additive. Core mechanism: increases calcium bioavailability, regulates calcium deposition in bone matrix, ensures function of key bone-related proteins including osteocalcin. Directly substantiates Cal-Mag formula ingredient combination.

Products: Cal-Mag Liquid

★★★★★ TIER 1

→ Read the study — ResearchGate

Liu et al. (2025)

PMC12506016

Study type: Meta-analysis

Key finding: Combined calcium + vitamin D supports normal bone density maintenance across mixed adult populations.

Products: Cal-Mag Liquid

⚠ Fracture reduction is a disease-specific outcome. Use ONLY for normal bone density maintenance structure/function claim.

★★★★☆ TIER 2

→ Read the study — PMC12506016

Multiple authors (2024)

Bone Joint Research 2024;13(12):750-763, PMC11631259

Study type: Meta-analysis of RCTs

Key finding: Vitamin K2 as MK-7 supports normal bone mineral density. Promotes gamma-carboxylation of osteocalcin, increasing calcium incorporation into bone matrix. Evidence particularly documented in postmenopausal women.

Products: Cal-Mag Liquid

★★★★☆ TIER 2

→ Read the study — PMC11631259

Aaseth J, Rusu et al. (2024)

Multiple peer-reviewed journals, 2024

Study type: Peer-reviewed review

Key finding: D3 increases calcium absorption and stimulates vitamin K-dependent proteins including osteocalcin and Matrix Gla Protein (MGP). K2 directs calcium to bones and away from arterial walls and soft tissue. MK-7 shows higher bioavailability than MK-4.

Products: Cal-Mag Liquid

★★★★☆ TIER 2

→ Read the study — D3/K2 review

Friling M et al. (2023)

Frontiers in Nutrition, PMC10050718

Study type: Randomized crossover study (human)

Key finding: Randomized crossover study (24 participants): calcium citrate showed favorable absorption profile. Pre-acidified liquid calcium citrate form supports ready absorption without requiring stomach acid for conversion.

Products: Cal-Mag Liquid

★★★★☆ TIER 2

→ Read the study — PMC10050718

Baden KR et al. (2025) — Cedarville University

Nutrients MDPI Vol. 17(13):2093, PMC12250884

Study type: PRISMA systematic review

Key finding: >90% of efficacy studies reported positive outcomes for glucosamine and chondroitin. Glucosamine inhibits MMPs and aggrecases that degrade cartilage. Chondroitin decreases collagenolytic activity and induces proteoglycan production. Minimal adverse effects across studies.

Products: Vital Joint Support

★★★★★ TIER 1

→ Read the study — PMC12250884

Multiple authors (2024/2025)

PMC11641979

Study type: Bayesian network meta-analysis of 37 RCTs

Key finding: Bayesian network meta-analysis of 37 randomized controlled trials (n=5,089 participants). Glucosamine combination therapies including with MSM and hyaluronic acid showed meaningful medium-term improvements in joint function outcomes.

Products: Vital Joint Support

★★★★☆ TIER 2

→ Read the study — PMC11641979

Wang B et al. (2025)

Frontiers in Nutrition, PMC12754907

Study type: Clinical trials review

Key finding: Clinical trials: oral hyaluronic acid significantly decreased WOMAC scores for stiffness and physical function measures. Animal models documented reduced arthritis progression and cartilage damage. HA supports normal joint lubrication and synovial fluid function.

Products: Vital Joint Support

★★★★☆ TIER 2

→ Read the study — PMC12754907

Meng Z et al. (2023)

Archives of Orthopaedic and Trauma Surgery Vol. 143(1):409-421

Study type: Meta-analysis

Key finding: Anti-inflammatory and cartilage-preserving properties of glucosamine/chondroitin combination confirmed. GC combination showed benefit vs. placebo in joint function outcomes.

Products: Vital Joint Support

★★★★☆ TIER 2

→ Read the study — PubMed 35024906

Multiple authors (2024) — Sechenov University

PMC11173557

Study type: Randomized double-blind placebo-controlled trial (human)

Key finding: Randomized double-blind placebo-controlled trial (54 patients, 6 months): Methylfolate + Pyridoxal-5-Phosphate (P5P) + Methylcobalamin combination tailored to MTHFR genetic profiles effectively supported normal homocysteine metabolism. Directly substantiates the Super Multi methylated B vitamin combination.

Products: Super Multi Liquid Vitamins

★★★★★ TIER 1

→ Read the study — PMC11173557

Kataria N et al. (2021)

Cureus, PMC8191525

Study type: Meta-analysis of RCTs

Key finding: Meta-analysis: B6 + B9 + B12 supplementation supports normal homocysteine metabolism and normal cardiovascular function.

Products: Super Multi Liquid Vitamins

★★★★☆ TIER 2

→ Read the study — PMC8191525

NIH Office of Dietary Supplements (2024)

NIH ODS Factsheets — Updated 2024

Study type: NIH regulatory reference

Key finding: B vitamins (B1, B2, B3, B5, B6, B12, folate) are essential co-factors in normal cellular energy metabolism. Established Daily Values exist for all B vitamins.

Products: Super Multi Liquid Vitamins

★★★★★ TIER 1

→ Read the reference — NIH ODS

Nazki FH et al. (2014)

Gene Vol. 529(2):143-51

Study type: Peer-reviewed review

Key finding: Review of MTHFR gene variant prevalence. Documents widespread prevalence of C677T and A1298C variants and their effects on folate metabolism. Estimated 40–60% of adults carry at least one significant MTHFR variant.

Products: Super Multi Liquid Vitamins

★★★★☆ TIER 2

→ Read the study — PubMed 24076432

Dharejo et al. (2025)

Antioxidants MDPI, PMC12466450, September 2025

Study type: 111-reference comprehensive review

Key finding: Most comprehensive recent review of humic substance biomedical applications: 111 references covering antioxidant, anti-inflammatory, antimicrobial, antiviral, immunomodulatory, wound healing, gut microbiota, and anticancer properties.

Products: All oral products — master reference

★★★★★ TIER 1

→ Read the study — PMC12466450

Multiple authors (2026)

Molecules MDPI Vol. 31(1):114, December 2025

Study type: Comprehensive peer-reviewed review

Key finding: Comprehensive pharmacological review: immunotropic, antibacterial, antiviral, antitumor, antioxidant, cardiotropic, hepatoprotective, regenerative, detoxifying, and adaptogenic effects documented with full NF-kB/TLR signaling mechanisms.

Products: All oral products — master reference

★★★★★ TIER 1

→ Read the study — Molecules MDPI

Hricikova S et al. (2023)

Foods MDPI, PMC10142745

Study type: 20-year narrative review

Key finding: 20-year narrative review: human health effects, animal studies, commercial humate products, anti-inflammatory activity, absorbent properties, and microbiome applications.

Products: All oral products

★★★★☆ TIER 2

→ Read the study — PMC10142745

Gulcicek A et al. (2024)

European Journal of Cancer Care, DOI 10.1155/2024/5871444

Study type: In vivo animal study (mouse model) — CITE WITH EXTREME CARE

Key finding: In vivo mouse model (SCID mice, MCF-7 breast cancer cell line). Fulvic acid associated with reduced tumor formation in the animal model. Results in mouse models do not reliably predict results in humans.

Products: Research Hub only — never in product marketing

⚠ CITE WITH EXTREME CARE. This is early-stage laboratory research in an animal model. Do not use this study to suggest that Vital Earth Minerals products treat, prevent, or cure breast cancer or any cancer in humans.

★★★☆☆ TIER 3 — HANDLE WITH CARE

→ Search PubMed: Gulcicek fulvic acid breast cancer 2024

PMC11993516 (2025)

PubMed PMC11993516

Study type: In vitro cell study (laboratory) — CITE WITH EXTREME CARE

Key finding: In vitro observations of fulvic acid effects on ovarian cancer cell lines in laboratory conditions. Cell culture studies represent the earliest stage of oncology research.

Products: Research Hub only — never in product marketing

⚠ CITE WITH EXTREME CARE. In vitro cell studies do not translate directly to human outcomes. Do not use this study to suggest that Vital Earth Minerals products treat, prevent, or cure ovarian cancer or any cancer in humans.

★★★☆☆ TIER 3 — HANDLE WITH CARE

→ Read the study — PMC11993516