GC Tooth Mousse™ contains RECALDENT™(CPP-ACP); Casein Phosphopeptide (CPP) are natural occurring molecules which are able to release calcium and phosphate ions and stabilize Amorphous Calcium Phosphate (ACP), which is also the source of calcium and phosphate. RECALDENT™(CPP-ACP) is a special milk-derived protein that can help decrease dentin hypersensitivity

GC Tooth Mousse Plus™ adheres easily to soft tissue, pellicle, plaque and even hydroxyapatite; they react similar to the mineral/statherin relation in saliva supplying bio-available calcium, phosphate and also fluoride, required for supersaturation to take place.

GC Tooth Mousse™ supplies supplies calcium, phosphate and fluoride needed for patients with poor saliva flow.

RECALDENT™(CPP-ACP) is derived from milk casein. Do not use on patients with a milk protein or hydroxybenzoates allergy. In case of allergic reaction, stop use, rinse mouth with water, and seek medical advice. Always read the label. Follow the instructions for use. If symptoms persist, talk to your healthcare professional.

When Tooth Mousse is applied to tooth surfaces, the RECALDENT™(CPP-ACP) molecule binds to biofilm, plaque, bacteria, hydroxyapatite and surrounding soft tissue

• Relieves tooth sensitivity
• Inhibits enamel demineralisation and induces remineralisation
• Helps neutralize acid challenges from acidogenic bacteria in plaque and other internal and external acid sources
• Helps minimize tooth sensitivity before and after professional cleaning, or after whitening procedures
• Is helpful during orthodontics relative to helping control (or reduce) dentin hypersensitivity
• Reverses white spot lesions
• Does not irritate dry mouths caused by certain medications
• Tastes delicious and provides extra protection for teeth

The 900ppm of a unique, patented form of fluoride:

• Buffers the pH changes in plaque
• Impairs the adhesion and growth of S. Mutans and Sobrinus
• Remineralises early enamel lesions and makes enamel more resistant
• Optimises the transport and intake of fluoride by enamel