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2014 Bioanalytical Sensors GRC/GRS, Newport, RI, June 21-22, 2014

2014 Bioanalytical Sensors GRC/GRS, Newport, RI, June 21-22, 2014
2014 年生物分析传感器 GRC/GRS,罗得岛州纽波特,2014 年 6 月 21-22 日
批准号:
1433363
负责人:
Susan Lunte
金额:
$2.55万
依托单位:
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2014
资助国家:
美国
项目状态:
已结题
起止时间:
2014-05-15 至 2014-10-31

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中文摘要
翻译
PI:Susan M. LunteProposal编号:1433363机构:戈登研究会议标题:2014生物分析传感器GRC/GRS,纽波特,RI,2014年6月21-22日外行描述生物分析传感器在疾病的诊断和预后方面以及在选择治疗和跟踪其有效性方面发挥着关键作用。高度新颖和未发表的研究将在2014年生物分析传感器戈登研究会议和戈登研究生研究研讨会上发表和自由讨论。这些讨论将成为不同与会者之间新合作的基础,并将帮助新的研究人员开发和加强他们的计划。 本次会议所引发的互动和想法将引领未来生物传感器和监测系统的发展,用于疾病诊断和健康管理。技术说明2014年生物分析传感器研讨会将重点关注材料和生物学的界面。该计划包括界面传感,新纳米材料平台以及光学和质谱传感器。 还将介绍用于测量细胞、组织和整个生物体中蛋白质和小分子的新兴技术。这些包括体内传感的新方法,新的微流体平台和基于分离的传感器。在此之前的研究生研究研讨会(GRS)将提供一个亲密的环境,让拥有广泛知识和技能的研究生和博士后可以以高度智能和严谨的方式自由讨论他们的工作和想法。GRS的重点是生物传感器开发和现场应用,包括用于临床,环境,农业和食品测试的即时传感器。具体的主题将包括纳米材料,微流体,工程表面,复杂基质中的多重检测和信号转导方法。会议的主旨发言人将是护理点诊断,传感器生物相容性,分离科学和纳米材料领域的领先科学家。 由于戈登研究会议的独特形式,所有与会者将有充分的机会讨论有关研究正在口头提出,以及在海报会议。本次会议的一个重要目标是促进跨学科的工作,并产生新的研究合作。 目前的计划也有一个高度的多样性方面的发言者和参与者,包括来自学术界,政府和私营部门的个人。 还特别考虑了妇女和少数民族的包容性;该方案中也包括大量国际研究人员。 此外,新兴的研究人员(新教师,研究生,博士前和博士后实习生)将有充分的机会在两次会议期间介绍和讨论他们的研究。
英文摘要
PI: Susan M. LunteProposal Number: 1433363Institution: Gordon Research ConferencesTitle: 2014 Bioanalytical Sensors GRC/GRS, Newport, RI, June 21-22, 2014Layperson description Bioanalytical sensors play a critical role in managing diseases in terms of diagnosis and prognosis as well as in selecting treatments and tracking their effectiveness. Highly novel and unpublished research will be presented and freely discussed at the 2014 Bioanalytical Sensors Gordon Research Conference and Gordon Graduate Research Seminar. These discussions will form the basis for new collaborations between diverse conference participants and will assist new researchers in developing and enhancing their programs. The interactions and ideas sparked by this conference will lead to future development of biosensors and monitoring systems for disease diagnosis and health management.Technical description The 2014 GRC on Bioanalytical Sensors will focus on the interface of materials and biology. Sessions on sensing at interfaces, new nanomaterial platforms, and optical and mass spectrometric-based sensors have been included in the program. Emerging and enabling technologies for the measurement of proteins and small molecules in cells, tissues, and whole organisms will also be presented. These include new approaches to in vivo sensing, novel microfluidic platforms, and separation-based sensors. The Graduate Research Research Seminar (GRS) that precedes it will provide an intimate environment in which graduate students and postdocs with a broad range of knowledge and skill sets can freely discuss their work and ideas in a highly intellectual and rigorous manner. The focus of the GRS is on biosensor development and field applications, including point-of-care sensors for clinical, environmental, agricultural, and food testing. Specific topics will include nanomaterials, microfluidics, engineered surfaces, multiplexed detection in complex matrices, and signal transduction methodologies. Keynote speakers for the meetings will be leading scientists in the areas of point-of-care diagnostics, sensor biocompatibility, separation science, and nanomaterials. Due to the unique format of the Gordon Research Conferences, all participants will have ample opportunity for discussions regarding research that is being presented orally as well as in the poster sessions. An important goal of this conference is to foster cross-disciplinary work and generate new research collaborations. The current program also has a high degree of diversity with regard to speakers and participants, including individuals from academia, government, and the private sector. Special consideration has also been given to the inclusion of women and minorities; there are also a significant number of international researchers included in the program. In addition, emerging investigators (new faculty, graduate students, pre- and postdoctoral trainees) will be given ample opportunity to present and discuss their research during the two meetings.
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会议论文
Microanalytical Techniques to Study Single Cell Biochemical Processes
Microanalytical Methods for the Investigation of Metabolism and Transport of Substance P
CAREER: Microanalytical Methods for Investigation of Metabolism and Transport of Substance P
  • 批准号:
    9702631
  • 项目类别:
    Continuing grant
  • 资助金额:
    $24.0万
  • 财政年份:
    1997
  • 负责人:
    Susan Lunte
  • 依托单位:
海外基金