2022 Bioanalytical Sensors Gordon Research Conference and Seminar

2022年生物分析传感器戈登研究会议暨研讨会

• 批准号: 10538822
• 负责人: Susan Daniel
• 金额: $ 1万
• 依托单位: GORDON RESEARCH CONFERENCES
• 依托单位国家: 美国
• 财政年份: 2022
• 资助国家: 美国
• 起止时间: 2022-06-15 至 2023-06-14
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/10538822
• 关键词: Academy; Address; Advertisements; Agriculture; Air; Antibodies; Area; Assessment tool; Atmosphere; Awareness; Basic Science; Biological; Biological Sciences; Biology; Biomedical Technology; Biosensing Techniques; Biotechnology; Brain; COVID-19; Caring; Chemistry; Clinic; Communities; Critiques; Data; Detection; Development; Devices; Diagnostic; Discipline; Disease; Drug Industry; Electronics; Elements; Engineering; Environment; Environmental Monitoring; Ethnic Origin; Faculty; Fostering; Funding; Future; Gender; Goals; Government Agencies; Health; Health Sciences; Healthcare; Healthcare Systems; Hispanic-serving Institution; Historically Black Colleges and Universities; Hour; Human; Industry; Learning; Length; Life; Measurement; Medical; Mission; Monitor; Nanotechnology; National Institute of Biomedical Imaging and Bioengineering; National origin; Oral; Outcome; Participant; Pathogen detection; Persons; Physics; Postdoctoral Fellow; Prevention; Protein Analysis; Proteins; Race; Religion; Research; Research Personnel; Resolution; Science; Scientist; Sex Orientation; Students; Techniques; Technology; Testing; Thinking; Time; Tissues; Training; Translating; Translations; Underrepresented Populations; United States National Institutes of Health; Water; Woman; Women' s Group; antigen test; biological research; career; clinically relevant; computerized data processing; cost; design; diagnostic tool; educational atmosphere; genetic analysis; genetic testing; hands-on learning; human disease; implantable device; implanted sensor; improved; information processing; innovation; manufacturing process; molecular recognition; nanoscale; new technology; next generation; notch protein; novel; novel diagnostics; novel strategies; nutrition; pandemic disease; posters; programs; response; sensor; single molecule; student participation; symposium

PROJECT SUMMARY/ABSTRACT Healthcare has entered an unprecedented time when rapid sensing of large amounts of data and processing of that data yields information about human health and disease that was unattainable just several years ago. This was accelerated by the pandemic, where measurement sciences was at the frontline of the COVID-19 response with rapid genetic, antigen or antibody tests. This demand for measurement science and bioanalysis will continue, requiring an educated workforce of practitioners and researchers who can use this information to solve the world's challenges in human health and disease crucial to positive outcomes in healthcare. As such, with rapid advances in biology, genetic and protein analyses, and computational design and assessment, together with low-cost manufacturing processes, electronic devices, and novel materials and nanotechnology, there exists an unmet demand for a forum for in-depth discussions and interactions between investigators at the forefront of these fields, working to solve the world's challenges in health-centered sensing. The 2022 Bioanalytical Sensors GRC seeks to fulfill this need in an intimate and scholarly setting. The broad, long-term goal of this application is a sustainable Bioanalytical Sensors Gordon Research Conference (BAS- GRC)/Gordon Research Seminar (GRS) culture that is forward-thinking in its approach to solving difficult biomedical measurement and analysis challenges. In this highly interdisciplinary conference, the week will progress through cutting-edge topics that span from the smallest nanoscale elements in molecular recognition and intracellular sensing, to human scale wearable/implantable devices, to large scale environmental monitoring in agriculture and our environment. The audience for this conference is from many research backgrounds, including engineering, chemistry and physics, to life sciences and agriculture. Participants from industry, entrepreneurs, clinicians, and practitioners are an integral part of translating cutting-edge technology into the field. Students, young investigators, and established experts will come together with them to discuss the latest challenges and opportunities in sensing and analytics at the interface between biology and devices. This conference will have a direct impact on the Mission and Goals of the NIH, especially the NIBIB. The Aims and Objectives of the 2022 BAS-GRC/GRS target the integration of investigators in the physical and engineering sciences with the life science community to solve difficult problems with improving human health. Research discussion will focus on: single molecule resolution measurements, wearable/implantable devices, sensing in the brain, new technologies for rapid pathogen detection and identification, health diagnostics, and monitoring of a healthy environment to foster better nutrition, access to clean water, and air. Finally, data- intensive assessment tools dovetail into all these areas and thus has the potential to move forward basic research and medical care. Additionally, a major focus is to provide a training environment for the next generation of diverse, interdisciplinary biomedical investigators.

项目总结/摘要 医疗保健已经进入了一个前所未有的时代，快速感测大量数据和处理 这些数据提供了几年前无法获得的有关人类健康和疾病的信息。这 由于测量科学处于COVID-19的前线， 快速基因、抗原或抗体检测。这种对测量科学和生物分析的需求 将继续，需要受过教育的从业人员和研究人员谁可以使用这些信息， 解决人类健康和疾病方面的世界挑战，这对医疗保健的积极成果至关重要。因此，在本发明中， 随着生物学、遗传和蛋白质分析以及计算设计和评估的快速发展， 再加上低成本的制造工艺、电子器件、新材料和纳米技术， 存在一个未满足的需求，即为调查人员之间的深入讨论和互动提供一个论坛， 这些领域的最前沿，致力于解决以健康为中心的传感领域的全球挑战。2022年 生物分析传感器GRC旨在满足这一需要在一个亲密和学术的设置。广泛、长期 该应用程序的目标是一个可持续的生物分析传感器戈登研究会议（BAS- GRC）/戈登研究研讨会（GRS）文化，在解决困难的方法上具有前瞻性 生物医学测量和分析的挑战。在这个高度跨学科的会议上，本周将 从分子识别中最小的纳米级元素， 和细胞内传感，到人类规模的可穿戴/可植入设备，到大规模的环境 监测农业和环境。这次会议的听众来自许多研究 从工程学、化学和物理学等专业背景的学生到生命科学和农业的学生。的与会者 工业界、企业家、临床医生和从业人员是转化尖端技术的一个组成部分 进入战场学生，年轻的研究人员和知名专家将与他们一起讨论 在生物学和设备之间的接口传感和分析的最新挑战和机遇。 这次会议将对NIH，特别是NIBIB的使命和目标产生直接影响。目标 2022年BAS-GRC/GRS的目标是将调查人员整合到物理和 工程科学与生命科学共同解决改善人类健康的难题。 研究讨论将集中在：单分子分辨率测量，可穿戴/可植入设备， 大脑传感，快速病原体检测和识别，健康诊断的新技术，以及 监测健康的环境，以促进更好的营养，获得清洁的水和空气。最后，数据- 强化评估工具与所有这些领域相吻合，因此有可能推进基本的 研究和医疗保健。此外，一个主要的重点是为下一个 产生多样化的、跨学科的生物医学研究者。