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Unimat Riken Children's Lactic Acid Bacteria Calcium Chewable Vitamins

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About the product

Characteristics

Quantity90 pcs
Dosage30 days
manufacturerUNIMAT RIKEN

Composition and method of application

Ingredients: glucose, milk products (lactose, whole milk powder, vegetable oil, sweetened condensed milk, dextrin, etc.), maltose, lactic acid bacteria powder (sterilized lactic acid bacteria, dextrin) / shellfish calcium, crystalline cellulose, citric acid, flavoring, vitamin C, calcium stearate, silicon dioxide, sweeteners (xylitol, aspametam / L-phenylalanine compounds), seasonings (nucleic acids, etc.), vitamin D.

Nutritional value (3 tablets): energy 9.18 kcal, protein 0.04 g, fat 0.19 g, carbohydrates 1.83 g, salt equivalent 0.01 g.

Content of active ingredients (3 tablets): calcium 306 mg, vitamin C 79 mg, vitamin D 4.7 mcg, lactic acid bacteria 3 billion pieces, xylitol 15 mg.

How to use: Take 3 tablets daily, chewing.

Product description

Unimat Riken chewable vitamins for children, enriched with calcium and lactic acid bacteria, offer a delicious way to support gastrointestinal health, restore intestinal microflora, boost immunity, and strengthen the child's bone and nervous system.

This vitamin complex includes Vitamins D and C, which enhance the body's defenses while ensuring healthy bones and teeth.

  • Lactic acid bacteria provide tremendous benefits for a child's body. They help establish healthy intestinal microflora, reduce flatulence, enhance the absorption of various microelements, boost immunity, and protect against harmful microorganisms.
  • Calcium is crucial for children's health, especially during periods of rapid growth and development. A deficiency can hinder growth and weight gain, and negatively affect dental health. If your child isn't fond of dairy products, it's particularly important to ensure they take these calcium-rich vitamins to replenish any deficit.
  • Xylitol in these chewable vitamins helps prevent cavities by reducing harmful bacteria in the mouth and promoting the remineralization of tooth enamel.