[Biorepair] Italian Junior Toothpaste (Strawberry) - Effectively prevent tooth decay
[Biorepair] Italian Junior Toothpaste (Strawberry) - Effectively prevent tooth decay
- 30 seconds of instant relief for allergies - Great anti-allergy effect and prevents enamel erosion - Suitable for people with severe tooth sensitivity - Helps reduce plaque growth, prevent yellowing and tooth decay
Biorepair® Junior toothpaste DO NOT contains any fluoride and harmful ingredients, it does not matter if swallow up, so it needs not be accompanied by an adult even children who are below seven years old. Excessive use of fluoride toothpaste can cause fluorine Spain, yellow teeth, plaque hyperplasia, and Biorepair® Junior is the only child toothpaste containing international patented nanotechnology formula, microRepair®, which can effectively prevent tooth decay, repair minor damage to the enamel surface, preventing bacteria invasion of tooth, making the children's teeth stronger and healthier. Especially recommend to children who wear braces, it contains of strawberries ingredient, which can protect the child's tender gums.
By remineralization process, microReoair® (nanoparticles) component penetrate into cracks in the tooth surface, fill the gap, thereby preventing tooth erosion, reducing the chances of tooth sensitivity and gum disease, tartar and other diseases. There are many invisible holes, slits in our tooth surface, this is the main cause of the dental diseases. MicroRepair® (zinc hydroxyapatite) is made by using high-tech nano-formulations. Since the main components of teeth are phosphorus and calcium, the Biochemical Institute of the Italian University of Bologna LEBSC developed tiny elements microRepair® with the same component of tooth which can slit in the surface of the teeth done by penetration, filling enamel operation, and so repairing the damaged enamel. Biorepair® toothpaste with innovative technology as it applies to bionics: recover the damaged enamel surface by re-mineralization to effectively prevent our tooth from further damage.
