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Such as bone grafts and dental implants Role in Teeth which is why it is also used in various medical application The structure of hydroxylapatite closely mimics the mineralized matrix found in natural bone and teeth

Such as bone grafts and dental implants Role in Teeth which is why it is also used in various medical application The structure of hydroxylapatite closely mimics the mineralized matrix found in natural bone and teeth

This mineral is highly stable and durable | contributing to the long-lasting nature of bone and dental tissues
In teeth, hydroxylapatite forms the primary component of enamel and dentin. Enamel, the hard, outermost layer of the teeth, is composed of tightly packed hydroxylapatite crystals, which give it its characteristic hardness and resistance to wear and tear. Dentin, which lies beneath the enamel, also contains a significant amount of hydroxylapatite, providing additional support and protection.The presence of hydroxylapatite in enamel is crucial for protecting teeth from decay and mechanical damage. It acts as a barrier against acids produced by bacteria in the mouth, which can lead to cavities.
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