Highest effect
Calcium
Mineral
Impact
Highest effect
Typical dose:500–1200 mg / day
Calcium is the most abundant mineral in the body, with over 99% stored in the skeleton. It serves as the main building block for bone tissue. Adequate intake is crucial to achieve peak bone mass during youth and to minimize bone loss with age.
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Magnesium
Mineral
Impact
Highest effect
Typical dose:200–400 mg / day
Magnesium is a vital cofactor in over 300 enzymatic reactions, including those essential for bone formation. It helps regulate calcium transport and is required for the proper function of the parathyroid hormone, which controls bone breakdown. Deficiency can lead to impaired bone crystal formation.
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Phosphorus
Mineral
Impact
Highest effect
Typical dose:500–1250 mg / day
While Phosphorus is biologically foundational for bone structure, dietary deficiency is rare and excess intake can disrupt calcium balance. Its priority for supplementation is therefore low for the general population, despite its high biological importance. The priority reflects supplementation need, not biological role.
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Vitamin D
Vitamin
Impact
Highest effect
Typical dose:25–125 mcg / day
Without sufficient Vitamin D, the body cannot effectively absorb calcium from the diet, rendering calcium intake less effective. It is a critical hormone-like vitamin that directly regulates calcium and phosphorus homeostasis, which is fundamental to bone mineralization and maintaining density.
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Vitamin K
Vitamin
Impact
Highest effect
Typical dose:90–200 mcg / day
Specifically, Vitamin K2 (menaquinone) is critical for directing calcium into the bones and teeth and away from soft tissues like arteries. It activates osteocalcin, a protein that incorporates calcium into bone, and Matrix Gla Protein (MGP), which prevents vascular calcification.
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High effect
Boron
Mineral
Impact
High effect
Typical dose:1–6 mg / day
Boron is a trace mineral that has a significant impact on bone metabolism. It influences the production and activity of steroid hormones, including estrogen and testosterone, which are important for maintaining bone density in both men and women.
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Collagen
Other
Impact
High effect
Typical dose:10000–20000 mg / day
While minerals provide hardness, collagen provides the toughness and resilience to prevent fractures. Supplementing with hydrolyzed collagen peptides provides the specific amino acids (glycine, proline) needed to stimulate the body's own collagen production in bone tissue.
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Copper
Mineral
Impact
High effect
Typical dose:1–2 mg / day
Copper's role via the enzyme lysyl oxidase is not just decent, but very effective and critical for creating a strong, flexible collagen framework in bone. Proper cross-linking is essential to prevent brittleness, making Copper's contribution high-impact for bone quality.
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Glycine
Amino Acid
Impact
High effect
As the primary amino acid in the collagen that forms the bone matrix, Glycine is fundamentally important. A priority of 0 is a significant undervaluation; its priority should be high, just below whole collagen, reflecting its role as a key building block.
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Lysine
Amino Acid
Impact
High effect
Typical dose:500–1000 mg / day
Lysine's dual-action in both mineral handling (calcium absorption/retention) and protein matrix structure (collagen cross-linking) warrants a 'VERY_EFFECTIVE' classification. It directly supports both the hardness and flexibility of bone.
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Manganese
Mineral
Impact
High effect
Typical dose:2–5 mg / day
Manganese is required for the synthesis of the organic matrix of bone before mineralization occurs. It is vital for bone formation and density, and works synergistically with other minerals like calcium and zinc.
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Proline
Amino Acid
Impact
High effect
Typical dose:500–2000 mg / day
Proline is a critical building block for the collagen that forms about 30% of bone mass. Supplementing with proline supports the synthesis of this flexible framework. Its priority should be high, logically placed just below supplementing with whole collagen peptides.
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Vitamin C
Vitamin
Impact
High effect
Typical dose:250–1000 mg / day
Vitamin C's role in collagen synthesis is fundamental, not situational. It is required for enzymes that stabilize the collagen structure, directly impacting the tensile strength and integrity of the bone matrix. Without adequate Vitamin C, the collagen foundation of bone is compromised, making it more brittle.
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Zinc
Mineral
Impact
High effect
Typical dose:15–30 mg / day
Zinc is necessary for the proper function of osteoblasts (bone-building cells) and inhibits the activity of osteoclasts (bone-resorbing cells). It plays a key role in the synthesis of collagen, the protein foundation of bone.
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Moderate effect
Folate
Vitamin
Impact
Moderate effect
As part of the B-vitamin trio that regulates homocysteine, Folate's role in bone health is significant. A priority of 0 is incorrect. A priority of 63 places it appropriately alongside B6 and B12 as a key supporting nutrient.
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Potassium
Mineral
Impact
Moderate effect
The role of potassium in mitigating acid load to spare skeletal calcium is a well-supported mechanism for preserving bone mineral density. A priority of 0 is inappropriate. A priority of 68 correctly positions it as an important supportive mineral.
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Vitamin A
Vitamin
Impact
Moderate effect
Vitamin A, as retinoic acid, is essential for normal skeletal development and maintenance. It regulates the differentiation of bone cells, ensuring a healthy balance in the bone turnover process. Both deficiency and excess can negatively impact bone health, making adequate but not excessive intake important.
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Vitamin B12
Vitamin
Impact
Moderate effect
The link between high homocysteine and impaired bone quality (specifically collagen cross-linking) is clinically relevant. A priority of 0 is incorrect for a nutrient with a clear supportive mechanism. A priority of 62 places it correctly as a high-impact supporting nutrient.
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Vitamin B6
Vitamin
Impact
Moderate effect
Similar to B12 and Folate, Vitamin B6 plays an important role in controlling homocysteine, which directly impacts bone quality. A priority of 0 is incorrect. A priority of 64 aligns it with other key supporting nutrients in the 'High' tier.
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Situational effect
Curcumin
Botanical
Impact
Situational effect
Chronic inflammation increases the activity of osteoclasts, the cells responsible for breaking down bone. Curcumin can suppress key inflammatory molecules (like NF-kB), helping to preserve bone mass by reducing the rate of bone resorption.
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Horsetail
Botanical
Impact
Situational effect
Horsetail (Equisetum arvense) is one of the most silica-rich plants. Silica is believed to enhance bone mineralization and stability by cross-linking collagen strands and attracting calcium to the bone matrix, contributing to bone density and resilience.
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Omega-3
Fatty Acid
Impact
Situational effect
Typical dose:500–2000 mg / day
Chronic inflammation promotes the activity of osteoclasts, the cells that break down bone tissue. The anti-inflammatory properties of Omega-3 fatty acids (specifically EPA and DHA) can help shift the balance from bone resorption towards bone formation, indirectly supporting bone density.
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Silicon
Mineral
Impact
Situational effect
Typical dose:5–20 mg / day
Silicon, often supplemented as orthosilicic acid, is concentrated in areas of active bone growth. It is thought to play a role in collagen synthesis and in the early stages of bone calcification, contributing to overall bone strength and health.
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Strontium
Mineral
Impact
Situational effect
Typical dose:300–680 mg / day
Strontium gets incorporated into bone tissue and appears to have a dual effect on bone turnover. While it has been shown to increase BMD measurements, it is a lower priority because its effect on actual fracture risk reduction is less clear compared to foundational nutrients.
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