Melrose FutureLab Bone Matrix 120 Capsules

Melrose FutureLab Bone Matrix 120 Capsules

General Information

A unique, mineral complex to support bone density. Bone density often declines with age, especially for women
after menopause. Our formula, containing Vitamin D3 & K2
alongside Calcium and Magnesium Bisglycinate, provides
comprehensive support for bone health by supporting bone
mineralisation, density and strength.
Our formula utilises a Hydroxyapatite form of calcium, which is naturally derived from bovine bones. It contains phosphate,
amino acids and other minerals in proportion to human needs, in order to deliver enhanced absorption and uptake
within the body.

Warnings

Not to be taken by children under 12 years old.
Not recommended for use by pregnant and lactating women.
Please consult a healthcare professional before use if diagnosed
with medical conditions.

Common Uses

Daily supplement to support bone density and strength.

Ingredients

Cholecalciferol (Vitamin D) 25 mcg
MenaQ7 Menaquinone 7 (Vitamin K2) 180 mcg
Calcium (as Hydroxyapatite) 200 mg
Calcium (as Calcium Amino Acid Chelate) 100 mg
Magnesium (as Magnesium Amino Acid Chelate) 150 mg

Directions

Adults - Take four capsules with water, daily, or as directed
by your health professional.

Indications

Maintain/support bone health
Help maintain/support bone mineralisation
Maintain/support bone strength
Vitamin D helps calcium absorption (or words of like intent) and a diet deficient in calcium can lead to osteoporosis in later life
Maintain/support absorption of dietary (state vitamin/mineral/nutrient)
Maintain/support (state vitamin/mineral/nutrient) levels in the body
Maintain/support general health and wellbeing
Maintain/support (state vitamin/mineral) within normal range
Maintain/support bone mass/density/integrity
A diet deficient in calcium can lead to osteoporosis in later life. Calcium may help prevent osteoporosis when dietary intake is inadequate when dietary intake is inadequate
Maintain/support (state vitamin/mineral/nutrient) levels in the body when sun exposure is inadequate