首页> 外文会议>2013 Proceedings of PICMET '13: Technology Management in the IT-Driven Services >Analyzing research publication patterns to gauge future innovation pathways for Nano-Enabled Drug Delivery
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Analyzing research publication patterns to gauge future innovation pathways for Nano-Enabled Drug Delivery

机译:分析研究出版物模式以评估纳米药物递送的未来创新途径

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With the global emphasis on the development of nanotechnology (“nano”), Nano-Enabled Drug Delivery (“NEDD”) systems are rapidly emerging as a key nano application area. NEDD offers promise in addressing pharmaceutical industry challenges concerning solubility, cost-reduction, cell and sub-cellular targeting, and patent lifecycle extension. A combination of factors promotes nanoparticle-enhanced and other nano-facilitated drug and gene delivery systems. To get a grip on this vast, varied, and highly promising area of nano application, researchers devised a multi-component search strategy, detailed here, to generate an NEDD dataset from the Web of Science (WOS). They then analyzed these scientific and biomedical research publication records to profile R&D activity, gauge evolving research foci, and forecast NEDD research trends. Such “Tech Mining” can help to address a wide array of further technology management questions concerning this important biomedical arena. The aim of this research is to build a family of analytical tools to facilitate the forecasting of innovation pathways.
机译:随着全球对纳米技术(“ nano”)发展的重视,纳米使能药物递送(“ NEDD”)系统迅速成为关键的纳米应用领域。 NEDD为解决制药行业在溶解度,降低成本,靶向细胞和亚细胞以及延长专利生命周期方面的挑战提供了希望。因素的组合促进了纳米颗粒增强和其他纳米促进的药物和基因递送系统。为了掌握广阔,多样且前景广阔的纳米应用领域,研究人员设计了一种多组分搜索策略,在此进行详细介绍,以从Web of Science(WOS)生成NEDD数据集。然后,他们分析了这些科学和生物医学研究的出版物记录,以分析研发活动,评估不断发展的研究重点并预测NEDD研究趋势。这种“技术挖掘”可以帮助解决有关此重要生物医学领域的更多其他技术管理问题。这项研究的目的是建立一系列分析工具,以促进对创新途径的预测。

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