Core--Research Translation

描述（由申请人提供）：UCSD SBRP的研究翻译核心（RTC） 四个具体目标：1）与政府机构和部落科学实验室建立伙伴关系，以促进毒理基因组学在环境政策和规划中的实际贡献; 2）评估分子生物标志物/生物传感器，微技术和生物修复作为新的生物模型/方法的效用，以改善环境监测，风险评估和补救; 3）组织技术展示、企业家/创新者论坛和教育讲习班，以促进创新SBRP技术的商业开发和利用;通过定期讲习班、专题讨论会、参加地区、国家和国际会议、出版物和网络系统，向广大受众传播复杂的研究成果。广泛的长期目标是将毒理基因组学知识和生物分子技术应用于有关有害物质和环境健康的实际问题。 沿着这些路线，SBRP科学家开发的生物标志物将与圣地亚哥Baykeeper，部落实验室和负责水质监测的政府机构合作进行评估，作为潜在的有效的新方法。 用于检测受污染流域中的超级基金有毒物质的细胞和分析工具。 与此同时，SBRP-行业伙伴关系将促进新型生物修复技术的实验性开发和商业化（例如，转基因植物可以从受污染的土壤中过度积累重金属），和微技术（例如，可以用作检测农药暴露的生物传感器的芯片上实验室）。RTC的方法利用了强大的工作伙伴关系和信息/可视化技术，这些技术已经由区域超级计算机联盟（RWBC）与圣地亚哥超级计算机中心合作开发。RWBC是作为UCSD SRRP外联核心（2000-2005年）的一部分而建立的;它是一个基于网络的可持续发展研究和学习网络。RTC的工具包包括在线地理信息系统（GIS）， 决策支持系统（DSS）、多媒体交互式故事和3D可视化。

DESCRIPTION (provided by applicant): The Research Translation Core (RTC) of UCSD SBRP has four Specific Aims: 1) build partnerships with government agencies and Tribal science labs to advance the practical contributions of toxicogenomics in environmental policy and planning; 2) evaluate the utility of molecular biomarkers/biosensors, microtechnologies and bioremediation as new biological models/methods for improving environmental monitoring, risk assessment and remediation; 3) organize technology showcases, entrepreneurs/innovators forums and educational workshops to foster the commercial development and utilization of innovative SBRP technologies; and 4) communicate complex research findings to broad audiences through periodic workshops; symposia; participation in regional, national and international conferences; publications, and Web-based systems. The broad long-term objective is to apply toxicogenomic knowledge and biomolecular technologies to real-life problems concerning hazardous substances and environmental health. Along these lines, biomarkers developed by SBRP scientists will be evaluated, in partnership with the San Diego Baykeeper, Tribal labs and government agencies responsible for water quality monitoring, as potentially effective new cellular and analytic tools for detecting Superfund toxicants in contaminated watersheds. At the same time, SBRP-industry partnerships will promote the experimental development and commercialization of novel bioremediation technologies (e.g., transgenic plants that can hyper-accumulate heavy metals out of contaminated soil), and microtechnologies (e.g., labs-on-a-chip that can be used as biosensors for detecting exposure to pesticides). The RTC's approach leverages strong working partnerships and information/visualization technologies already developed by the Regional Workbench Consortium (RWBC) in partnership with the San Diego Supercomputer Center. The RWBC was established as part of the UCSD SRRP Outreach Core (2000-2005); it is a Web-based research and learning network for sustainable development. The RTC's toolkit includes on-line geographic information systems (GIS), decision support systems (DSS), multimedia interactive stories, and 3D visualization.