It has been reported that, during a single athletic season, there is a one in ten chance of suffering a facial or dental injury, and the lifetime risk of such an injury is estimated to be 45%. It is also estimated that an athlete is sixty times more likely to sustain a dental injury while not wearing a mouthguard. Thus, there is an expectation that mouthguards can help prevent these types of injuries. The positive effects of wearing a mouthguard are indicated in various epidemiological surveys and experiments. Most of these studies revealed that mouthguards have, to some degree, an injury-preventing effect. This book indicates that there is a necessity for improving the impact absorption ability of mouthguards by considering how to achieve a full-balanced occlusion, improving design and developing new materials.
Introduction; The Influence of Impact Object Characteristics on Impact Force & Force Absorption by Mouthguard Material; In Search of Necessary Mouthguard Thickness; Are All Mouthguards the Same & Safe to Use?; A Vacuum Technique to Increase Anterior Thickness of Athletic Mouthguards to Achieve a Full-Balanced Occlusion; Does Hard Insertion & Space Improve Shock Absorption Ability of Mouthguard; Can Mouthguards Prevent Mandibular Bone Fractures & Concussions? A Laboratory Study with an Artificial Skull Model. Can Mouthguards Prevent Mandibular Bone Fractures & Concussions?; Are All Mouthguards the Same & Safe to Use? The Influence of Occlusal Supporting Mouthguards in Decreasing Bone Distortion & Fractures; The Entire Summary; Index.
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