Porcine Bone Broth (Sus scrofa domesticus)
Porcine bone broth from Sus scrofa domesticus contains collagen peptides and amino acids that support gut barrier function and bone regeneration. The collagen peptides stimulate osteoblast activity while amino acids like glycine and proline help maintain intestinal epithelial integrity.

Origin & History
Porcine bone broth is derived from the bones of domestic pigs (Sus scrofa domesticus), typically long bones like femurs, simmered in water at around 100°C for several hours to extract nutrients. The resulting liquid is rich in collagen-derived peptides, amino acids, minerals, and nanoparticles formed during extraction.
Historical & Cultural Context
No specific historical or traditional medicine context for porcine bone broth was found in the research. Bone broths broadly have been used to provide nutrients for gut barrier support, but porcine-specific traditional use is not documented.
Health Benefits
• May support gut health and reduce inflammation in colitis (preliminary evidence from mouse models showing reduced disease activity index and preserved epithelium) • Contains collagen peptides that may support bone health (animal studies show 50% new bone volume in defect models) • Provides amino acids like glutamine and glycine that support gut barrier function (review evidence only) • May help restore healthy gut microbiota balance (mouse studies show normalized microbiota clustering) • Contains bioavailable nanoparticles with anti-inflammatory properties (preliminary evidence from animal models)
How It Works
Collagen peptides in porcine bone broth stimulate osteoblast proliferation and alkaline phosphatase activity, promoting bone matrix formation. Amino acids like glycine and glutamine support intestinal barrier function by enhancing tight junction proteins and reducing inflammatory cytokine production. The bioactive peptides may also modulate immune responses through TGF-β signaling pathways.
Scientific Research
No human clinical trials or RCTs specifically on porcine bone broth were identified. Evidence is limited to animal models, including mouse studies showing benefits for DSS-induced colitis (n=6/group) and rat femoral defect models demonstrating bone regeneration with porcine bone extracellular matrix.
Clinical Summary
Evidence for porcine bone broth is primarily from animal studies rather than human trials. Mouse models of colitis showed reduced disease activity index and preserved intestinal epithelium with bone broth supplementation. Bone defect studies in animals demonstrated 50% new bone volume formation with collagen peptide treatment. Human clinical data is currently lacking, limiting definitive health benefit claims.
Nutritional Profile
Porcine bone broth is primarily a protein-rich liquid with the following approximate composition per 240ml serving: Protein: 6–12g (predominantly collagen-derived peptides including type I and type III collagen hydrolysates); Fat: 1–3g (variable depending on preparation and defatting process); Carbohydrates: <1g; Calories: 35–60 kcal. Key bioactive compounds include glycine (1,000–2,500mg per serving, the most abundant amino acid in collagen), proline and hydroxyproline (combined ~1,000–1,800mg, key for collagen synthesis and stability), glutamine (~500–1,000mg, supports enterocyte proliferation and gut barrier integrity), and alanine (~600–900mg). Minerals extracted from porcine bone during simmering include calcium (approximately 30–90mg per 240ml, though highly variable by preparation method and acid use), phosphorus (20–70mg), magnesium (5–15mg), potassium (50–150mg), and sodium (200–500mg, largely from preparation). Trace amounts of zinc, manganese, and iron are present but below significant RDI thresholds. Chondroitin sulfate and hyaluronic acid are present in small but variable quantities (estimated 5–20mg combined), dependent on cartilage content in the source bones. Bioavailability note: Collagen peptides in broth are partially hydrolyzed during cooking, improving intestinal absorption compared to intact collagen; glycine and proline bioavailability from broth is estimated to be moderate-to-high (~70–90%) based on peptide transport mechanisms. Fat-soluble vitamins (A, D, K2) may be present in trace amounts if marrow is included but are not reliably quantified in commercial preparations. B vitamins, particularly B12 and riboflavin, are present in very low amounts (<5% RDI per serving). Glucosamine content is low and inconsistent (<30mg per serving) compared to dedicated supplement sources.
Preparation & Dosage
No clinically studied dosages exist for humans. Animal studies used 50 mL/kg/day via oral gavage in mice (equivalent to ~4 mL/day for a 20g mouse) for 7 days. Traditional consumption involves ad libitum intake. Consult a healthcare provider before starting any new supplement.
Synergy & Pairings
Glutamine, Glycine, Probiotic supplements, Collagen peptides, Vitamin C
Safety & Interactions
Porcine bone broth is generally considered safe for most individuals when consumed as food. Potential allergic reactions may occur in those sensitive to pork proteins or specific amino acids. No significant drug interactions have been reported, though the high protein content may affect certain medications requiring specific timing. Pregnant and breastfeeding women should consult healthcare providers before using concentrated supplements.