Kloeg E F, Collys K
Département de Prothèse amovible, Unité COPR, Vrije Universiteit Brussel Faculteit Geneeskunde en Farmacie Eenheid COPR (Uitneembare Prothetiek) Laarbeeklaan 103, 1090 Brussel.
Rev Belge Med Dent (1984). 2003;58(1):21-33.
Taking into account the number of teeth which are yearly irreversible traumatised during sport activities, the general use of mouthguards would contribute positively to the prevention of dental injuries. Custom-made mouthguards are more comfortable to wear and offer better retention and protection than stock and mouth-formed mouthguards. Different kinds of materials are available on the market for the construction of mouthguards. A polyethylene-polyvinylacetate copolymer (EVA) is the most suitable material. EVA allows the inclusion of hard or soft layers within the mouthguard. The thickness of a mouthguard is important for the reduction of applied forces to teeth: energy absorption capacity increases with material thickness. Increased thickness however, is associated with a reduction of comfort. Therefore, it is important that dentists take the patients' wishes and demands on both comfort and protection into consideration. A description of the clinical and technical method for the construction of a custom made mouthguard is given.
考虑到在体育活动中每年牙齿遭受不可逆损伤的数量,普遍使用护齿器将对预防牙齿损伤起到积极作用。定制的护齿器比成品护齿器和自凝成型护齿器佩戴起来更舒适,固位性和保护性也更好。市场上有不同种类的材料可用于制作护齿器。聚乙烯 - 聚醋酸乙烯酯共聚物(EVA)是最合适的材料。EVA 允许在护齿器中加入硬层或软层。护齿器的厚度对于减少施加在牙齿上的力很重要:能量吸收能力随材料厚度增加。然而,厚度增加会降低舒适度。因此,牙医考虑患者对舒适度和保护的意愿及需求非常重要。本文给出了定制护齿器的临床和技术制作方法说明。