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引用次数: 0
摘要
托马斯-J.-韦伯斯特(Thomas J. Webster)博士以第一手资料介绍了阻碍医学创新的障碍,内容涉及出版、会议、政治、资金、大学和工业。创新很难。如此简单的一个词,却存在如此多的创新障碍,更重要的是,要将创新转化为真正改善人类健康的医疗产品,以最终实现技术验证。回顾我将近 25 年的医学创新生涯,我发现自己一直在反思,我是如何克服重重障碍,开发出改进医学的创新解决方案的。其中令我深感自豪的一项创新是,我努力将纳米技术融入骨科植入物。目前,我和我的团队开发的纳米纹理骨科植入物已用于 3 万多名患者,迄今为止没有植入物出现故障(无感染、无慢性炎症、无植入物松动),而行业平均骨科植入物故障率超过 10%,且每天都在增加(图 1)。
Opinion: What are the barriers to innovation in medicine?
Thomas J. Webster, PhD provides a firsthand account of the obstacles hindering innovation in medicine, covering publishing, conferences, politics, funding, universities, and industry. Innovation is hard. Such a simple word, but so many obstacles exist to innovate and, more importantly, to turn your innovation into a medical product that actually improves human health for ultimate technology validation. As I look back at my almost 25-year career innovating in medicine, I find myself continuously reflecting on how I was able to develop innovative solutions for improving medicine despite constant obstacles. One particular innovation that I am extremely proud of involves my efforts to integrate nanotechnology into orthopedic implants. How did my team and I develop nanotextured orthopedic devices now in over 30,000 patients in which zero implants have failed to date (no infection, no chronic inflammation, and no implant loosening) when the industry average shows orthopedic implant failure rates over 10%, increasing daily (Figure 1)?(1, 2)