Supplement Label Index / Xtendlife

Bone-Support

Xtendlife · Capsule · Off market

Matched compounds

How these doses compare

• Boron: 0.18 elemental mg per serving — higher than 19% of 3,492 on-market products declaring it (market median 1 elemental mg).
• Calcium: 532 elemental mg per serving — higher than 90% of 18,473 on-market products declaring it (market median 112 elemental mg).
• Lycopene: 0.18 mg per serving — higher than 2% of 1,719 on-market products declaring it (market median 1 mg).
• Magnesium: 341 elemental mg per serving — higher than 90% of 14,120 on-market products declaring it (market median 80 elemental mg).
• Vitamin C: 65 mg per serving — higher than 34% of 18,522 on-market products declaring it (market median 120 mg).
• Vitamin D: 8.33 mcg per serving — higher than 19% of 13,822 on-market products declaring it (market median 17.5 mcg).
• Vitamin K: 97 mcg per serving — higher than 71% of 4,705 on-market products declaring it (market median 75 mcg).

Per serving as declared; serving sizes and daily directions differ between products.

Excipients

• Capsule (unspecified material)
• Maltodextrin — Food Additive Index

Label statements

• other: Directions For Use Adults: 3 capsules per day. Take 3 capsules first thing in the morning or split into 2 doses, it the morning and later in the day.
• other: Xtend-Life Bone-Support is an advanced formula specifically designed to promote healthy bones by providing essential bone minerals combined with phytonutrients for maximum bioavailability.
• other: Store in a cool, dry place.
• other: These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.
• other: L1008-9
• identity: Dietary Supplement
• claim: Best quality guaranteed Advanced formula specialty nutrients
• other: Does not contain soy, peanuts, shellfish, gluten or dairy.
• claim: Made in New Zealand
• claim: Adequate calcium and vitamin D intake as part of a well balanced diet, combined with physical activity, may reduce the risk of osteoporosis in later life.

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