COBRE Center for Evolutionary and Theoretical Immunology

COBRE 进化和理论免疫学中心

• 批准号: 8712749
• 负责人: ERIC SAMUEL LOKER
• 金额: $ 101.98万
• 依托单位: UNIVERSITY OF NEW MEXICO
• 依托单位国家: 美国
• 财政年份: 2014
• 资助国家: 美国
• 起止时间: 2014-06-01 至 2019-03-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/8712749
• 关键词: Academia; Area; Biology; Businesses; Cellular biology; Centers of Research Excellence; Controlled Environment; Dependence; Economics; Equipment; Extramural Activities; Faculty; Funding; Goals; Grant; Growth; Immunology; Individual; Laboratories; Low income; Mentors; Modeling; Molecular Biology; New Mexico; Paper; Participant; Phase; Pilot Projects; Publishing; Research; Research Infrastructure; Research Personnel; Scientist; Secure; United States National Institutes of Health; base; comparative; computer science; cost; improved; infrastructure development; interest; programs; public health relevance; stem; success; waiver

DESCRIPTION (provided by applicant): With funding from the NIH IDeA COBRE program, the Center for Evolutionary and Theoretical Immunology (CETI) was launched in 2003. CETI's thematic focus area, in evolutionary-comparative and theoretical immunology, stems from a unique confluence of faculty with shared interests in the Departments of Biology and Computer Science at UNM and at the Los Alamos National Laboratories. With COBRE support, CETI has hired six tenure-track faculty and has leveraged 16,000 SF of new building space in the Biology building to accommodate our program. CETI investigators have now published 576 scientific papers and successfully competed for $39.9 million in research funds. In addition, one of CETI's key goals is to improve and maintain scientific infrastructure to enable our scientists to be even more competitive in securing extramural support. Towards that end, along with our supportive Administrative Core, we have established three extensively-used scientific Cores: a Molecular Biology Core and a Controlled Environments Core, both established in Phase I of our funding, and a Cell Biology Core established in Phase II. Our goals for Phase III are to further improve and expand our three scientific Cores through purchase of additional equipment and hiring of technical support. We also propose to further increase our user base by continuing our popular Pilot Project and Waiver programs. To go along with these programs, we offer all participants extensive mentoring to increase their likelihood of securing their own extramural funding and increasing their prospects for long term success in academia. Another important goal of Phase III is to transition each of our Cores to a cost neutral status, thus reducing our dependence on COBRE support. Consequently, we will phase in business models that will help us achieve this goal by the end of Phase III. Finally, to aid in transition from COBRE support, we have secured a pledge of $887,500 in support from UNM's administration to be applied post-Phase III (in years 16 through 20 of CETI's existence) to help us sustain CETI's independence. By building a critical mass of investigators able to compete for both individual and multi-PI grants, we are confident that CETI will achieve the goals of the IDeA program in promoting increased research competitiveness and scientific infrastructure development in the state of New Mexico.

描述（由申请人提供）：通过NIH Idea Cobre计划的资助，进化论和理论免疫学中心（CETI）于2003年启动。CETI的主题焦点领域，在进化论和理论免疫学中，源于与国立生物学和计算机科学专业和计算机科学专业和计算机科学专业和计算机科学的独特融合的进化论和理论免疫学。在COBRE的支持下，CETI聘请了六个终身教师，并利用了生物学大楼中16,000平方英尺的新建筑空间来容纳我们的计划。 CETI调查人员现在发表了576篇科学论文，并成功地争夺了3990万美元的研究基金。此外，CETI的主要目标之一是改善和维护科学基础设施，以使我们的科学家在获得壁外支持方面具有更具竞争力。为此，我们与我们的支持性行政核心一起建立了三个广泛使用的科学核心：一种分子生物学核心和一个受控环境核心，均在我们的资金第一阶段建立，以及在第二阶段中建立的细胞生物学核心。我们的第三阶段目标是通过购买其他设备和雇用技术支持来进一步改善和扩展我们的三个科学核心。我们还建议通过继续流行的试点项目和豁免计划来进一步增加我们的用户群。为了进行这些计划，我们为所有参与者提供了广泛的指导，以增加他们获得自己的壁外资金并增加在学术界长期成功的前景的可能性。第三阶段的另一个重要目标是将我们的每个核心转变为成本中性地位，从而减少我们对毛线支撑的依赖。因此，我们将在业务模型中进行阶段，这将帮助我们在第三阶段结束时实现这一目标。最后，为了帮助过渡从山毛鞋支撑过渡，我们获得了UNM政府的887,500美元的誓言，以便在《 CETI生存》第16至20年中应用，以帮助我们维持CETI的独立性。通过建立能够为个人和多PI赠款竞争的重要调查员，我们相信CETI将实现IDEA计划的目标，以促进新墨西哥州的增强研究竞争力和科学基础设施的发展。