Salman L, Kinney L A
Department of Oral & Maxillofacial Surgery, New York University, NY 10010.
J Oral Implantol. 1992;18(1):24-8.
This study evaluated the performance of a synthetic implant material, Hard Tissue Replacement Polymer, for: (1) ease of handling, (2) compatibility with bone and soft tissue, (3) stability of augmentation over time, and (4) development of untoward effects. HTR (a registered trademark of HTR Sciences, a division of United States Surgical Corporation, Norwalk, CT 06856) was implanted into 34 patients by means of five different surgical procedures. The material was found to be easy to manipulate during surgery. Tissue and bone compatibility, defined as absence of inflammation, was present in 32/34 surgical sites (94%). In extraction sites during the 18-month follow-up, no measurable decrease in bone height or width was seen. One patient with a large periodontal endodontic defect developed a post-operative infection necessitating extraction of the tooth. No induction of bone was seen in response to placement of HTR material.
本研究评估了一种合成植入材料——硬组织替代聚合物在以下方面的性能:(1)操作简便性;(2)与骨组织和软组织的相容性;(3)随着时间推移增量的稳定性;(4)不良反应的发生情况。硬组织替代聚合物(HTR,美国外科公司旗下HTR科学部的注册商标,地址:康涅狄格州诺沃克市06856)通过五种不同的外科手术方法植入34例患者体内。研究发现该材料在手术过程中易于操作。34个手术部位中有32个(94%)存在组织和骨相容性,表现为无炎症。在18个月的随访期间,拔牙部位未见骨高度或宽度有可测量的减小。一名患有严重牙周牙髓缺损的患者术后发生感染,需要拔除患牙。放置HTR材料后未见骨诱导现象。