Research Experience in Chemical and Biochemical Aspects of Photosynthesis

小行星9322148 该奖项提供资金，以继续在亚利桑那州州立大学的早期事件在光合作用研究中心成功的REU网站。 这个星球上的生命最终依赖于光合作用来满足其能量需求。 在亚利桑那州立大学，该中心由植物学、化学和生物化学系的教师组成，采用跨学科的方法来理解光合生物进行的能量储存过程，并使用人工系统模拟光合作用。 本科生将参加中心教师的个人研究计划。 项目将包括模式化合物的有机合成和光谱研究，细菌和植物光合反应中心的光谱研究，以及光合系统的分子生物学和遗传学。 教师和学生参与者之间的结构化互动，包括每周的光合作用研讨会系列，研究小组会议，仪器车间和总结本科生研讨会，将有助于教育学生在光合作用的研究极其多样化的现代方法。 学生参与者将在当地系主任和个别教师的帮助下，从美国西南部的目标学院和大学招募。 ***

9322148 Webber This award provides funds to continue a successful REU Site at Arizona State University in the Center for the Study of Early Events In Photosynthesis. Life on this planet is ultimately dependent on photosynthesis for its energy requirements. At Arizona State University, the center, comprised of faculty in the departments of Botany and Chemistry and Biochemistry, takes an interdisciplinary approach to understanding the energy storage process carried out by photosynthetic organisms and mimicking photosynthesis using artificial systems. Undergraduate students will participate in the individual research programs of the Center faculty. Projects will include organic synthesis and spectroscopic studies of model compounds, spectroscopic studies of bacterial and plant photosynthetic reaction centers, and molecular biology and genetics of photosynthetic systems. Structured interaction between faculty and student participants, including the weekly photosynthesis seminar series, research group meetings, instrumentation workshops and a concluding undergraduate symposium, will help educate the students in the extremely diverse modern approach to the study of photosynthesis. Student participants will be recruited from targeted colleges and universities in the Southwest United States with the help of local departments chairs and individual faculty. ***