Vert Michel
Faculty of Pharmacy, Research Center for Artificial Biopolymers, UMR CNRS 5247, Montpellier University 1, Montpellier, France.
Int J Artif Organs. 2011 Feb;34(2):76-83. doi: 10.5301/ijao.2011.6400.
Today, the field of biodegradable materials and devices attracts polymer scientists and healthcare professionals in surgery, dentistry, pharmacology and regenerative medicine. More than one thousand papers are published per year in the literature, while the topic appears in the title of many patents. However, the number of devices or systems that have been successfully developed for clinical and commercial uses is still very small. A critical examination of the literature suggests two main reasons for this. Firstly, biodegradation is generally considered the main goal to reach, so that academic strategies do not take into account the criteria specific to targeted applications. Secondly, the term "biodegradable" is too often used inappropriately and creates confusion. This paper aims specifically to remind readers of the complexity of in vivo polymer degradation and the need for an enriched and universally recognized terminology in order to clearly distinguish between the various possible stages, and to enable clear communication between specialists when discussing related issues. It also emphasizes the need for any novel polymer to be well characterized and to include application-specific requirements in the research strategy from the very beginning, since these determine its potential clinical and commercial uses. Based on more than a decade of efforts, this would appear to be paramount in order to provide a chance for novel polymers to reach the market.
如今,可生物降解材料与装置领域吸引着聚合物科学家以及外科手术、牙科、药理学和再生医学方面的医疗保健专业人员。每年有超过一千篇相关论文发表在文献中,同时该主题还出现在许多专利的标题中。然而,已成功开发用于临床和商业用途的装置或系统数量仍然非常少。对文献的批判性审视表明主要有两个原因。首先,生物降解通常被视为要实现的主要目标,以至于学术策略没有考虑到针对目标应用的特定标准。其次,“可生物降解”一词经常被不恰当地使用,从而造成混淆。本文旨在特别提醒读者体内聚合物降解的复杂性,以及需要丰富且被普遍认可术语,以便清楚地区分各种可能的阶段,并在专家讨论相关问题时实现清晰的沟通。它还强调任何新型聚合物都需要得到充分表征,并从一开始就在研究策略中纳入特定应用的要求,因为这些决定了其潜在的临床和商业用途。基于十多年的努力,为了给新型聚合物进入市场提供机会,这一点似乎至关重要。