CONFERENCE ON MICROTECHNOLOGY IN MEDICINE AND BIOLOGY

描述（改编自申请人的摘要）：一个新的会议，“ 首届IEEE EMBS医学微技术专题会议 生物学，“提出。 本次会议将于2016年10月25日至26日在法国里昂举行。 2000年10月12日至14日。 会议的目的是汇集 技术专家和生物学家在界面上交流研究意见 生物学和技术之间的联系 小型化 随着技术的成熟，它们将对医学产生越来越大的影响， 生物学 这个接口应该是生物学的许多方面的核心。 21世纪世纪的研究。 这是一个令人兴奋的机会， 高质量学术会议，以帮助定义此接口 并促进跨学科的交流。 所涵盖的主题将是广泛的统一主题是 微技术、医学和生物学。 接受的论文必须证明工作 在这个接口上。 部分议题包括：康复 （神经，人工传感器，感觉替代）;生物相容性和 生物表面微工程;微尺度现象建模;微流控 （生物混合、防污、细胞处理）;显微成像（NMR、PIV）;单 细胞分析（核磁共振，质谱，CE，力学）;临床医学（微观和 微创手术、血管内导航、智能仪器）; 微型植入装置;仿生学（利用概念的装置 和机制设计和测试的性质）;微包装的装置， 生活系统;家庭护理（智能仪器和治疗交付，自我， 诊断系统）;伦理问题（微型技术对社会的影响， 新的责任（工程师，医生，病人）;和智能家居 （用于监测健康、行为和警惕性的嵌入式/并入式传感器）。

DESCRIPTION (Adapted from the applicant's abstract): A new conference, "The First IEEE EMBS Special Topic Conference on Microtechnology in Medicine and Biology," is proposed. This conference will be held in Lyon, France from October 12-14, 2000. The aim of the conference is to bring together technologists and biologists to exchange ideas on research at the interface between biology and technology at the micro scale. As miniaturization technologies mature they will have an ever increasing impact on medicine and biology. This interface should be central to many aspects of biological research in the 21st century. There is an exciting opportunity to create a high quality academically-oriented conference to help define this interface and foster communication across disciplines. The topics covered will be broad with the unifying theme being microtechnology, medicine and biology. Accepted papers must demonstrate work at this interface. A partial list of topics includes: rehabilitation (neural, artificial sensors, sensory substitution); biocompatibility and biosurface microengineering; modeling of micro scale phenomena; micro fluidics (biomixing, anti-fouling, cell handling); micro imaging (NMR, PIV); single cell analysis (NMR, Mass Spec, CE, mechanics); clinical medicine (micro and minimally invasive surgery, intra vascular navigation, smart instrumentation); micro implanted devices; biomimetics (devices that take advantage of concepts and mechanisms designed and tested by nature); micropackaging of devices for living systems; home care (smart instrumentation and treatment delivery, self- diagnostic systems); ethical issues (impact of micro technology on society, new responsibilities (engineers, physicians, patients); and intelligent house (embedded/incorporated sensors for monitoring health, behavior and vigilance).