课题基金 / 基金详情

City of Hope and the San Gabriel Valley SEPA Collaborative

City of Hope and the San Gabriel Valley SEPA Collaborative
希望之城与圣盖博谷 SEPA 合作
批准号:
8461543
负责人:
SUSAN E KANE
金额:
$24.65万
依托单位国家:
美国
项目类别:
财政年份:
2012
资助国家:
美国
项目状态:
已结题
起止时间:
2012-05-01 至 2017-04-30

项目摘要

项目成果

SUSAN E KANE的其他基金

相似基金

相关文献

中文摘要
翻译
描述(由申请人提供):圣盖博谷科学教育合作伙伴奖(SGV SEPAC)是希望之城(COH),一个综合癌症中心和生物医学研究所,和杜阿尔特联合学区(DUSD)之间的合作伙伴关系,杜阿尔特联合学区是洛杉矶县圣盖博谷80%的少数民族学区。其他合作伙伴包括帕萨迪纳城市学院和独立的非盈利研究和教育机构橡树顶科学研究所。SGV SEPAC的主要活动是夏季研究项目,在这个项目中,高中生将在COH校园内的一个专门的社区教学实验室中接受有关指导并进行真正的研究性研究项目。与在成熟的研究实验室中进行的传统暑期项目相比,该项目的目标是提供一个不那么令人生畏、更有教养、更丰富的研究体验。从暑期项目中选出的学生将继续在COH和OCIS实验室进行一个学年的研究项目,现在他们具备了背景知识、技能和信心,可以为这些实验室的研究项目做出贡献。我们还提出了一个以教师为中心的专业发展计划。这将是每年春季举行的三次系列研讨会。教师将学习相同的内容,研究方法和技术,将呈现给学生下一个夏天。他们将收到教学材料和协议,并带回教室。完成春季研讨班的教师还将参与夏季研究项目的教学部分的教学,并在项目的实验室部分与学生并肩工作。这些经历将帮助教师加强学生在暑期研究项目中学到的概念,并在学年期间将这些信息传播给更广泛的无法参加暑期项目的学生。最后,拟议活动的一小部分将针对K-8学生。这些活动将包括由COH科学家参观二年级的教室,以及由五年级和八年级的学生小组实地参观COH校园。五年级学生将参观校园,参观COH实验室,并与科学家交谈,了解研究职业。八年级学生将在社区教学实验室从事适合年级的实验活动,以激起他们对研究的兴趣,并激起他们在高中期间申请暑期研究项目的兴趣。总的来说,这些项目旨在成为积极的研究经历,比传统的实验室活动更有可能对我们的目标高中学生群体产生持久、吸引人的影响,从而增加他们从事生物医学研究的机会。使用逻辑模型评估计划工具的严格评估将确保及时反馈我们的成功和失败,并允许快速的计划改进和最佳实践的传播。
英文摘要
DESCRIPTION (provided by applicant): The San Gabriel Valley Science Education Partnership Award Collaborative (SGV SEPAC) is a partnership between City of Hope (COH), a Comprehensive Cancer Center and biomedical research institute, and Duarte Unified School District (DUSD), an 80% minority school district in the San Gabriel Valley of Los Angeles County. Other partners include Pasadena City College and a stand-alone research and education non-profit called Oak Crest Institute of Science. The primary activity of the SGV SEPAC is the summer research project, in which high school students will receive instruction about and conduct true inquiry research projects in the context of a dedicated Community Teaching Laboratory housed on the COH campus. The goal is to offer a less intimidating, more nurturing and enriching research experience than traditional summer programs that take place in full-blown research labs. Select students from the summer program will go on to conduct a school-year research project in COH and OCIS labs, now with the background knowledge, skills, and confidence to be productive contributors to these labs' research programs. We are also proposing a teacher- focused professional development program. This will be a three-session workshop series presented in the spring of each year. Teachers will learn the same content, research methodology and techniques that will be presented to students the following summer. They will receive teaching materials and protocols to take back to their classrooms. Teachers who complete the spring workshop will also be involved in teaching the didactic portion of the summer research program and work side-by-side with students in the laboratory portion of the program. These experiences will help teachers reinforce the concepts learned by their students in the summer research program and also disseminate that information during the school year to a wider base of students who could not participate in the summer program. Finally, a smaller component of the proposed activities will be directed at K-8 students. These will include visits to 2nd grade classrooms by COH scientists and field trip visits to the COH campus by groups of 5th grade and 8th grade students. Fifth grade students will take a campus tour, visit COH labs and talk with scientists to learn about careers in research. Eighth grade students will engage in grade-appropriate experimental activities in the Community Teaching Lab to whet their appetite for research and pique their interest in applying for the summer research program during their high school years. Taken together, these programs are intended to be positive research experiences that are more likely than traditional laboratory activities to have a lasting, engaging effect on our target group of high school students, thus increasing their chances for pursuing careers in biomedical research. Rigorous evaluation using logic model assessment planning tools will ensure timely feedback on our successes and failures and allow for rapid program improvement and dissemination of best practices.
期刊论文(0)
专著(0)
科研奖励(0)
会议论文
Macromolecular Interactions of t-Darpp and Darpp-32
Macromolecular Interactions of t-Darpp and Darpp-32
Macromolecular Interactions of t-Darpp and Darpp-32
City of Hope and the San Gabriel Valley SEPA Collaborative
海外基金