Collaboration and Service

协作和服务 项目摘要/摘要 我们已经为国家高级核磁共振资源确定了19个协作和服务项目 技术BTRR。这套项目包括由美国国立卫生研究院支持的一系列令人印象深刻的项目。 他们在国内机构也有所需的资源，使具有挑战性的和生物医学相关 并收集初步数据，以便为他们将在我们的设施中进行的实验提供信息。同样 重要的是，这些项目将受益于每个研发项目开发的独特技术。许多 的项目将使用在两个甚至三个研发领域开发的能力。这些项目都是 其特点是明显需要提高灵敏度和分辨率，而不是传统的核磁共振仪器。 精神状态可以提供。所有的C&S私人助理都有一个明确的愿景，他们可以作为 超灵敏低温探头(tr和d1)、动态核极化技术(tr和d2)，以及 串联混合(SCH)磁体(tr和d3)通过我们的用户程序提供。在支持中 在C&S项目中，我们对BTRR有三个具体目标：1)帮助用户利用新技术 通过BTRR开发；2)通过与用户的积极接触开发和改进技术 社区；3)通过外联和积极招募新用户来扩大用户基础。C&S项目 我们被选中是为了提供广泛的生物医学研究领域，这些领域可以从我们的BTRR中受益。在……里面 此外，他们中的许多人已经积极使用我们的设施，这给了我们很大的信心 他们将真正填补C&S项目的预定角色。

Collaboration and Service Project Summary/Abstract We have identified nineteen collaboration and service projects for the National Resource for Advanced NMR Technology BTRR. This set of projects encompasses an impressive portfolio of projects supported by the NIH. They also have the resources needed at their home institutions to make challenging and biomedically relevant samples and to gather preliminary data to inform the experiments they will undertake in our facility. Equally important, these projects will benefit from unique technologies developed in each of the TR&D projects. Many of the projects will use capabilities developed in two, or even three, of the TR&D areas. The projects are all distinguished by a clear need for improved sensitivity and resolution beyond what conventional NMR instru- mentation can provide. All the C&S PIs have a well-defined vision for what they can accomplish as the ultrasensitive cryoprobes (TR&D1), dynamic nuclear polarization technologies (TR&D2), and capabilities for the series connected hybrid (SCH) magnet (TR&D3) are made available through our user program. In support of the C&S projects we have three specific aims for the BTRR: 1) assist users in utilizing new technology developed through the BTRR; 2) develop and refine technology through active engagement with the user community; 3) broaden the user base through outreach and active recruitment of new users. C&S projects were selected to provide broad coverage of biomedical research areas which can benefit from our BTRR. In addition, many of them are already actively engaged users of our facilities, which gives us great confidence they will truly fill the role intended for C&S projects.