Yilmaz R Burcu Nur, Mutlu Meltem, Germec-Cakan Derya
Department of Orthodontics, Faculty of Dentistry, Yeditepe University, Istanbul, Turkiye.
Eur J Dent. 2015 Oct-Dec;9(4):610-613. doi: 10.4103/1305-7456.172629.
An infant with cleft palate was referred to cleft clinic of the Orthodontic Department. The mother was concerned to feed the child because of the escape of milk from the nose. Intraoral examination revealed a large palatal cleft extending from hard to soft palate involving uvula. The impression was taken and dental cast obtained. A 3 mm soft and afterward a 1 mm hard Bioplast plate was pressed using Biostar device (Scheu-Dental Gmbh, Iserlohn, Germany) on the model. Finally, a hole was prepared on the anterior part to put a thread through it. The infant tolerated the plate immediately and encounters no difficulties during feeding. The inlaying soft Bioplast plates eliminate the risk of tissue irritation, whereas the covering hard Bioplast plate supplies endurance. The fabrication of the clear Bioplast feeding plate is easy and less time-consuming compared with acrylic plates and may be recommended in crowded and overloaded cleft centers.
一名患有腭裂的婴儿被转诊至正畸科的腭裂诊所。由于牛奶从鼻子流出,母亲担心喂养孩子。口腔检查发现一个大的腭裂,从硬腭延伸至软腭,累及悬雍垂。取了印模并制作了牙模。使用Biostar设备(德国伊瑟隆的Scheu-Dental Gmbh公司)在模型上压制了一块3毫米厚的软质Bioplast板,之后又压制了一块1毫米厚的硬质Bioplast板。最后,在前部开了一个孔以便穿线。婴儿立即耐受了该板,喂养期间没有遇到困难。镶嵌的软质Bioplast板消除了组织刺激的风险,而覆盖的硬质Bioplast板则提供了耐用性。与丙烯酸板相比,透明Bioplast喂养板的制作简单且耗时较少,在拥挤和负担过重的腭裂治疗中心可能值得推荐。