Fluorine - or more acurately the anion "fluoride" (F-) - such as the stannous fluoride - aka Tin(II) fluoride or SnF2 - used in some types of toothpaste and dental rinses. The fluoride in stannous fluoride can convert the calcium mineral apatite into fluorapatite which can then be incorporated into the enamel of teeth. Normal tooth enamel contains hydroxyapatite which is somewhat more susceptible to decay from bacteria-generated acid attacks than than fluoriapatite so the flouride strengthens the tooth enamel and can even repair some of the damage to the natural enamel.
Fluorine. Tin and fluorine combine to form stannous fluoride, a common ingredient in toothpaste.
The compound tin (ii) fluoride is put in some toothpastes to help strengthen teeth. The real active component of this compound is tin, with alters minerals in the teeth to help make them more resistant to damage. In this process, the fluoride ions replace hydroxyl groups in the mineral.
The nurse said I needed more calcium in my diet to keep my bones strong.
toothpaste is an alkali because bacteria uses acid to eat away at teeth so toothpaste manufactures include alkali in their recipe to neutralize this acid, it also works as a cleansing agent to keep our teeth white! - hope this helps
Calcium and phosphorus work together to maintain strong bones and teeth. Calcium is essential for muscle function, nerve transmission, and blood clotting, while phosphorus plays a role in energy production, DNA synthesis, and bone mineralization. These minerals also work together in a balanced ratio to support healthy bone density and function.
It's a physical action without toothpaste. Many toothpaste have inactive ingredients, and are only there to "taste good". Toothpaste with fluoride, baking soda, and other common dental ingredients will undergo small chemical changes when they come in contact with water (when baking soda in water come together it creates a chemical reaction). So in some respects it's both!
The compound tin (ii) fluoride is put in some toothpastes to help strengthen teeth. The real active component of this compound is tin, with alters minerals in the teeth to help make them more resistant to damage. In this process, the fluoride ions replace hydroxyl groups in the mineral.
calcium and viatamin D, C. hope this helps ;)
Consume more foods or drinks that contain CALCIUM. Milk is a specified example of drinks that help keep your teeth strong and healthy.
Calcium is the nutrient that helps keep your bones and teeth strong. It is important for bone formation, density, and strength. Dairy products, leafy green vegetables, and fortified foods are good sources of calcium.
No. They are there to keep your teeth healthy and strong. They go away eventually.
The answer is calcium it helps keep your bones and teeth healthy. It is also found in milk that's why it's essential for babies to drink milk because it helps their bones grow and become strong, it helps their teeth too :)
legumes
The answer is fluorine, but the question itself is a little off. Stannous fluoride (IUPAC tin (II) fluoride) has been found to reduce the likelihood of cavities. However, it doesn't really keep your teeth clean per se. Also the stannous chloride (SnCl2) is used in dentistry.
No. Milk will help keep the enamel on the teeth strong. You need an orthodontist to straighten teeth.
buccinator
It helps our body to keep strong and healthy.
It helps to strengthen and keep our bones healthy and strong.