Alveolar bone is a specialized type of bone that forms the foundation of the teeth. It is found in the jaws of mammals and is composed of two parts: the alveolar bone proper and the cribriform plate. The alveolar bone proper is the thickest portion of alveolar bone and is composed of both cortical and cancellous bone. This portion of the alveolar bone serves to support the teeth and is responsible for the majority of the tooth’s root structure. The cribriform plate is the thinner portion of alveolar bone and contains the nutrient foramina. This portion of the alveolar bone is responsible for providing the blood supply to the tooth. In dentistry, alveolar bone plays an important role in the maintenance of oral health and the prevention of disease. Alveolar bone provides the necessary support for the teeth and can be affected by a variety of factors, including periodontal disease and trauma. When periodontal disease causes the alveolar bone to deteriorate, the teeth become loose and may eventually be lost if the condition is left untreated. Trauma to the alveolar bone can also cause the teeth to become loose and can lead to the tooth being lost. In order to preserve the health of the alveolar bone, it is important to maintain good oral hygiene, including brushing and flossing regularly. In addition, regular dental visits are necessary in order to detect any changes in the alveolar bone and to identify any potential problems. In cases of severe periodontal disease, alveolar bone grafting may be necessary in order to restore the integrity of the alveolar bone and to prevent further deterioration. Alveolar bone is an important component of oral health and is essential for the maintenance of healthy teeth and gums. In order to preserve the health of the alveolar bone, it is important to practice good oral hygiene and to visit the dentist regularly. In cases of severe periodontal disease, alveolar bone grafting may be necessary in order to restore the integrity of the alveolar bone and to prevent further deterioration.
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Title : The coordinated triad of spatial temporal and biomechanical strategies managing the where when and how of shrinkage stress in bulk fill resin composite restorations
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