2016 Bioanalytical Sensors Gordon Research Conference & Gordon Research Seminar

 描述（由申请人提供）：医疗保健正在从反应性治疗转向预防性医疗，这一趋势正在推动新的生物分析传感系统的发展势头。在将生物分析传感器技术推向现实世界应用的过程中，挑战显著增加;环境，临床，体外和体内使用。因此，生物分析传感器领域与新的诊断和公共卫生管理高度相关;它将生物分子设计和合成生物学的专业知识与纳米技术和材料连接起来;从光学物理到电化学等，它与生命和医学科学，药物设计，创新制造有接口。这就需要不断地关注新的发展，包括以前没有对生物分析传感器做出贡献的领域，以启动和保持新的进展。2016年戈登生物分析传感器研究会议与戈登研究研讨会将创造一个亲密的环境，在这个环境中，具有广泛知识和技能的参与者可以自由讨论他们对分析系统的想法，这些分析系统提供分子数据和时空制图的叠加。在轻松但高度智力的氛围中，严格的课程结构将使参与者从相邻领域获得灵感并发现新的机会。有这个程序的关键组成部分：-介绍（口头和海报）在特殊的新研究成果，带来新的想法和技术的表。- 通过演讲促进了积极的讨论，建立了一个“创新拼贴”，可能会影响生物分析传感器的未来发展。- 识别和突出生物分析传感器系统及其组件的基础研究的潜在影响，以设计其在现实世界中的应用的限制。- 整个计划的机会和多样性，即来自学术界，政府和私营部门的演讲者和参与者，包括妇女和少数民族，国际和美国研究人员。- 为早期职业调查人员提供展示和讨论的机会。- 催化和促进跨学科的讨论，并促进未来的合作。2016年生物分析传感器研讨会和GRS将聚焦于“学科间的空间”，弥合生物学和物理学专业知识之间的差距，以产生将影响未来诊断平台的想法和合作，从基础生物学发现的高科技生物分析到资源有限国家的即时检测。

 DESCRIPTION (provided by applicant): Healthcare is moving from reactive treatment to preventative medicine and this drive is pushing the momentum for new bioanalytical sensing systems. Challenges increase significantly, in progressing bioanalytical sensor technology towards real-world applications; environment, clinical, in vitro and in vivo use. The field of bioanalytical sensors is thus highly relevant to new diagnostics and management of public health; it bridges expertise from biomolecular design and synthetic biology to nanotechnology and materials; from optical physics to electrochemistry etc. It has interfaces with life and medica sciences, drug design, innovative manufacturing. This demands constant and critical attention to new developments, including areas that have not previously contributed to bioanalytical sensors, to initiate and maintain new advances. The 2016 Gordon Research Conference on Bioanalytical Sensors in conjunction with the Gordon Research Seminar will create an intimate environment in which participants with a broad range of knowledge and skills can freely discuss their ideas for analytical systems that provide both molecular data and an overlay of spatio- temporal cartography. In a relaxed, but highly intellectual atmosphere, the rigorous program structure will allow participants to gain inspiration from adjacent fields and discover new opportunities. There are key components to this program: - Presentations (orally and poster) on exceptional new research outcomes, bringing new ideas and technologies to the table. - Proactive discussion sessions catalyzed by the presentations, building an "innovation collage" that could impact future development of bioanalytical sensors. - Identifying and highlighting potential impact from fundamental studies of bioanalytical sensor systems and their components to design constraints for their application in real-world settings. - Opportunity and diversity throughout the program, i.e. speakers and participants from academia, government and the private sector, inclusion of women and minorities, international and US researchers. - Giving early career investigators the opportunity to present and discuss. - Catalyzing and fostering cross-disciplinary discussions, and promoting future collaborations. The 2016 GRC and GRS on Bioanalytical Sensors will focus on the "space between disciplines" and bridge the gap between the biological and physical expertise to generate ideas and collaborations that will impact future diagnostic platforms from high-technological bioanalytical analyses for fundamental biological discoveries to point-of-care testing in resource-limited countries.