Ackerman Marc Bernard, McRae Morgan Stuart, Longley William H
School of Orthodontics, Jacksonville University, Jacksonville, Fla., USA.
Am J Orthod Dentofacial Orthop. 2009 Apr;135(4):549-51. doi: 10.1016/j.ajodo.2008.06.021.
Retention is routinely prescribed after orthodontic treatment to prevent relapse. Orthodontists often notice a discrepancy between what a patient reports about retainer wear and what a clinical examination shows. In these cases, is the patient misreporting wear, or is the retainer at fault? Scientific Compliance (Atlanta, Ga) has invented, patented, and produced the Smart Retainer environmental microsensor that can be easily incorporated into many types of removable orthodontic appliances to monitor compliance. The technology behind the Smart Retainer environmental microsensor is possible because of recent reductions in electronic component sizes and power requirements. A proprietary USB-powered Smart Reader uses wireless technology to download information about actual usage from the Smart Retainer. The information is decrypted and analyzed, and can be shown to the patient in easy-to-understand charts. The orthodontist can use this information to discuss actual retainer usage vs prescribed retainer usage with the patient or parent and make data-driven recommendations about future retention.
正畸治疗后通常会佩戴保持器以防止复发。正畸医生经常注意到患者报告的保持器佩戴情况与临床检查结果之间存在差异。在这些情况下,是患者误报了佩戴情况,还是保持器有问题呢?科学合规公司(位于佐治亚州亚特兰大)发明、申请了专利并生产了智能保持器环境微传感器,该传感器可以轻松集成到多种类型的可摘正畸矫治器中,以监测佩戴依从性。由于近期电子元件尺寸和功率要求的降低,智能保持器环境微传感器背后的技术成为可能。一种专有的USB供电智能读取器利用无线技术从智能保持器下载有关实际使用情况的信息。该信息经过解密和分析,并可以以易于理解的图表形式展示给患者。正畸医生可以利用这些信息与患者或家长讨论实际保持器使用情况与规定的保持器使用情况,并就未来的保持做出基于数据的建议。