Department of Otorhinolaryngology, Graduate School of Medical Sciences, Kyushu University, Fukuoka Japan.
Otol Neurotol. 2012 Oct;33(8):1333-8. doi: 10.1097/MAO.0b013e318268d1e9.
We recently developed a new noninvasive registration method for image-guided otologic surgery (STAMP method). We investigated the benefit and potential drawback of our new method in clinical application and tested the feasibility of routine image-guided surgery.
Retrospective case review.
Tertiary referral university hospital.
Forty-six cases (45 patients) that underwent cochlear implantation in Kyushu University Hospital during the period of 2007 and 2010 were informed of the option to use navigated surgery.
Twenty-five cochlear implantations were performed using STAMP-registered image-guided surgery.
The error of image-guided surgery and time of surgery were collected and analyzed.
STAMP method offered serviceable accuracy in 18/25 cochlear implantations. The learning curve suggested that the accuracy is at least stabilizing, if not improving, and the success rate is expected to rise. Time of cochlear implant surgery was not significantly extended by the use of image guidance.
STAMP method had comparable errors with minimal invasiveness. Our new method potentially enables routine use of image-guided surgery.
我们最近开发了一种新的用于图像引导耳科手术的非侵入性配准方法(STAMP 方法)。我们在临床应用中研究了我们新方法的益处和潜在缺点,并测试了常规图像引导手术的可行性。
回顾性病例研究。
三级转诊大学医院。
2007 年至 2010 年期间在九州大学医院接受耳蜗植入术的 46 例(45 例患者)被告知选择使用导航手术。
25 例耳蜗植入术采用 STAMP 注册图像引导手术进行。
收集并分析图像引导手术的误差和手术时间。
STAMP 方法在 18/25 例耳蜗植入术中提供了可用的准确性。学习曲线表明,准确性至少稳定,如果不是提高,成功率有望提高。使用图像引导并未显著延长耳蜗植入手术的时间。
STAMP 方法具有可比较的误差和最小的侵入性。我们的新方法有可能实现图像引导手术的常规应用。