目的:识别神经科学新兴技术。方法:基于Web of Science数据库获取2013-2017近5年神经科学领域的ESI高被引论文,使用Lens.org构建专利-高被引论文引用映射关系,就科学技术交叉视角下探索神经科学领域内新兴技术识别。结果:基于高被引论...目的:识别神经科学新兴技术。方法:基于Web of Science数据库获取2013-2017近5年神经科学领域的ESI高被引论文,使用Lens.org构建专利-高被引论文引用映射关系,就科学技术交叉视角下探索神经科学领域内新兴技术识别。结果:基于高被引论文专利耦合分析得到22个、集合,涉及神经元活性的光遗传学探针研发、AD的特异性抗体研发、肌萎缩侧索硬化症的基因和药物治疗策略等,多数都涉及神经系统疾病的抗体靶向治疗。结论:基于科学与技术交叉模型,神经科学领域内的新兴技术可为新兴技术识别研究提供新视角,对抢占国际竞争的技术制高点具有重要意义。展开更多
In current world, with the rapid development of science and technology and emerging new and interdisciplinary science, technological progress is having extensive and profound impact on the economic and social aspects....In current world, with the rapid development of science and technology and emerging new and interdisciplinary science, technological progress is having extensive and profound impact on the economic and social aspects. Along with the wave of information technology revolution, life sciences and biotechnology are showing the developing prospect of unlimited possibilities. More and more people have foreseen the arrival of a new era of life sciences, which has important impact on science and technology development, social progress and economic growth.展开更多
文摘目的:识别神经科学新兴技术。方法:基于Web of Science数据库获取2013-2017近5年神经科学领域的ESI高被引论文,使用Lens.org构建专利-高被引论文引用映射关系,就科学技术交叉视角下探索神经科学领域内新兴技术识别。结果:基于高被引论文专利耦合分析得到22个、集合,涉及神经元活性的光遗传学探针研发、AD的特异性抗体研发、肌萎缩侧索硬化症的基因和药物治疗策略等,多数都涉及神经系统疾病的抗体靶向治疗。结论:基于科学与技术交叉模型,神经科学领域内的新兴技术可为新兴技术识别研究提供新视角,对抢占国际竞争的技术制高点具有重要意义。
文摘In current world, with the rapid development of science and technology and emerging new and interdisciplinary science, technological progress is having extensive and profound impact on the economic and social aspects. Along with the wave of information technology revolution, life sciences and biotechnology are showing the developing prospect of unlimited possibilities. More and more people have foreseen the arrival of a new era of life sciences, which has important impact on science and technology development, social progress and economic growth.