REU Site: Water, Society and Health
REU Site: Water, Society and Health
批准号:
1156999
负责人:
James Smith
金额:
$30.52万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2012
资助国家:
美国
项目状态:
已结题
起止时间:
2012-07-01 至 2016-06-30
中文摘要
弗吉尼亚大学(UVA)的国际REU网站奖与位于南非林波波省的文达大学(UNIVEN)合作,主办REU网站计划。该计划将向本科生介绍在社会,水和人类健康学科之间的接口研究的复杂性。本科生将与教师和研究生合作,开发,设计和测试文化上合适的系统和技术,包括技术性能,对人类健康的益处和当地经济发展潜力。研究活动将在多个规模,包括:1)隐孢子虫和肠聚集性大肠杆菌的分子和抗原特性。大肠杆菌; 2)使用鼠模型、通过介电电泳细胞预构建增强的常规活-死测定以及通过开发基于电旋转的新测定来量化银和铜纳米颗粒对隐孢子虫的作用; 3)随机社区水平干预(有适当的控制)用于使用点的水处理技术,并研究其经济影响和对人类健康的影响;(4)开发和测试基于代理人的模型(ABM),以更好地理解水、卫生设施和人类健康之间的复杂关系,特别考虑幼儿腹泻和营养不良。这项研究还将利用一个新授予的赠款,重点是胃肠道感染和营养不良之间的关系,在农村社区周围UNIVEN。REU学生招聘将集中在没有,或只有有限的,研究生课程的大学,包括历史上黑人学院和弗吉尼亚州的大学。被选入该计划的学生将被安排在一个或多个主要研究人员的监督下的跨学科研究团队。学生将参加团队会议,通过视频会议使用Elluminate在春季和秋季学期。每个学生将参加为期8周的研究活动,在林波波省,南。非洲他们的暑期体验将开始与UVA和UNIVEN教师和学生的一系列方向。一名博士生将在整个夏天担任本科生的协调员和导师。学生团队将通过设计跨学科,通常包括REU学生和UVA和UNIVEN本科生。学生将全部居住在一个封闭的小屋设施,在那里他们将能够分享膳食和经验。在秋季学期,学生将负责提供他们的研究的书面报告,并通过视频会议给出口头报告。REU学生将被要求在他们的主要部门之外,但在研究计划的主题内的家庭机构完成3学分课程。教师团队在学科,种族和性别上是多样化的。将对每个学生群体进行整体课程和学生学习的评估。
英文摘要
This international REU Site award at the University of Virginia (UVA) is partnering with the University of Venda (UNIVEN) located in Limpopo Province, South Africa to host this REU Site program. This program will introduce undergraduate students to the complexities of research at the interface between society, water, and human health disciplines. Undergraduate students will collaborate with faculty and graduate students to develop, design, and test culturally appropriate systems and technologies with regard to technical performance, benefits to human health, and local economic development potential. Research activities will be at multiple scales, including: 1) the molecular and antigenic characterization of Cryptosporidium and Enteroaggregative E. coli; 2) quantification of the effects of silver and copper nanoparticles on Cryptosporidium using a murine model, a conventional live-dead assay enhanced through dielectrophoretic cell pre-construction, and through the development of a new assay based on electro-rotation; 3) randomized community-level interventions (with appropriate controls) for point-of-use water treatment technologies and studies of their economic impact and effects on human health; and 4) development and testing of an agent-based model (ABM) to better understand the complex relations between water, sanitation, and human health with particular consideration of early childhood diarrhea and malnutrition. This research will also leverage a newly awarded grant that focuses on the relations between gastrointestinal infection and malnutrition in the rural communities surrounding UNIVEN.REU student recruitment will focus on colleges without, or with only limited, graduate programs, including historically black colleges and universities in the state of Virginia. Students selected for the program will be placed in an interdisciplinary research team under the supervision of one or more of the principal investigators. Students will participate in team meetings via videoconferencing using Elluminate during the Spring and Fall semesters. Each student will participate in research activities during an 8-week period in Limpopo Province, S. Africa. Their summer experience will begin with a series of orientations with UVA and UNIVEN faculty and students. A doctoral student will serve as a coordinator and mentor for the undergraduate students throughout the summer. Student teams will be interdisciplinary by design, and will typically include REU students and UVA and UNIVEN undergraduates. Students will all reside in a gated facility of cottages where they will be able to share meals and experiences. During the Fall semester, students will be responsible for providing a written report of their research and giving an oral presentation via videoconferencing. REU students will be required to complete a 3-credit course at their home institution that is outside their major department but within the theme of the research program. The faculty team is diverse in discipline, race, and gender. Assessments of the overall program and student learning will be conducted for each student cohort.
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会议论文
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Formation of Silver and Copper "Nanopatches" in Ceramic Porous Media and Application for Point-of-Use Water Treatment
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