Better You | D-lux Junior | Oral Spray

BetterYou DLux Junior daily vitamin D oral spray is a convenient, fuss-free way to boost your child’s vitamin D levels. Suitable for children aged 3 years and above.

DLux Junior daily vitamin D oral spray is suitable for children from 5 years of age and provides 400IU of vitamin D with each daily spray. With a great natural peppermint flavour DLuxJunior is a fast, convenient and effective way to top up your childs vitamin D. Vitamin D promotes the development and maintenance of bones and teeth, supports a healthy immune system and aids muscle development.

Instructions for use:
How to use Initial use: press the pump 3 times to get the liquid flowing. Shake well before every use. Carefully spray into your mouth, ideally onto the inside of your cheek, and hold for a few seconds. Replace the cap after use. Dosage 1 spray delivers 400IU of vitamin D. Use 1 spray a day (or as directed by your healthcare practitioner). Does not need to be taken with food or water, can be taken at any time of the day and combined with our other oral sprays. Storage Once opened, use within 6 months. Store at room temperature and out of direct sunlight. Keep out of reach and sight of children. Warnings Do not exceed recommended dosage – excessive consumption may produce laxative effects. Food supplements should not be used as a substitute for a varied diet and healthy lifestyle.

Importance of vitamin D Vitamin D is vital to support a growing child’s development. Aiding calcium absorption, vitamin D helps support healthy bones and teeth, contributes to a healthy immune system and supports normal muscle function. Who needs it The UK Department of Health highlights all children under 5 years old as an at risk group for vitamin D deficiency and recommend that they should be given a daily supplement throughout the year. Specifications Product size: 15ml / 100 sprays Flavour: Natural peppermint Usage length: 3-month supply Strength per single spray: 400IU / 10µg Active ingredient: Cholecalciferol (Vitamin D3) Absorption tested by: Cardiff University