Core-Training

培训 项目摘要/摘要 国家先进核磁共振技术资源培训核心有三个目标：1) 提供介绍性工作坊，培训下一代科学家进行实验实践 生物分子核磁共振光谱学，2)提供高级研讨会，培训下一代科学家 开发灵敏的生物分子核磁共振波谱硬件和技术，以及3)培训 核磁共振从业人员使用最先进的核磁共振仪器和部署 我们通过BTRR开发的技术在其生物医学研究中的应用。 我们将每年提供两个为期四天的正式培训讲习班。在两年的周期内，这将使我们能够 提供与每个研发计划相一致的研讨会，以及关于更一般控制的独立研讨会。 射频技术、探头设计和施工的概念。这些研讨会的一个特别焦点将是手- 关于使用核磁共振仪器进行实验室练习和实践的培训，以确保学员获得 对核磁共振技术、核磁共振波谱、 生物医学样品制备，射频和磁体工程，以及最先进的低温技术 生物医学研究应用。通过与国家生物分子核磁共振数据中心的合作 处理和分析BTRR，研讨会参与者还将接受数据分析工作流程的培训， 存档以及数据存储和传播的最佳做法。对齐了研讨会的应用要素 将与DBP合作制定单独的研发计划，以演示该技术。 我们的目标是培养下一代核磁共振光谱学家，这将导致一个训练有素的 用户社区和存储关于核磁共振技术主题的实用信息的在线储存库， 仪器测试和校准，以及核磁共振社区最先进的实验。

Training Project Summary/Abstract There are three aims for the Training core of National Resource For Advanced NMR Technology BTRR: 1) to provide introductory workshops to train the next generation of scientists in the experimental practice of biomolecular NMR spectroscopy, 2) to provide advanced workshops to train the next generation of scientists in the development of sensitive hardware and techniques for biomolecular NMR spectroscopy, and 3) to train NMR practitioners in best practices for using state of the art NMR instrumentation and deploying the technologies we develop through the BTRR in their biomedical research applications. We will offer two formal, four-day training workshops a year. Over a two-year cycle, this will enable us to offer a workshop aligned with each TR&D program as well as a standalone workshop on more general con- cepts of RF technology, probe design, and construction. A particular focus of these workshops will be hands- on training with laboratory exercises and practicums using NMR instruments to ensure participants gain a working understanding of the diverse and interdisciplinary aspects of NMR technology, NMR spectroscopy, biomedical sample preparation, RF and magnet engineering, and cryogenics as needed for state of the art biomedical research applications. Through a collaboration with the National Center for Biomolecular NMR Data Processing and Analysis BTRR, workshop participants will also receive training in data analysis workflow, archiving, and best practices for data storage and dissemination. Applied elements of the workshops aligned with individual TR&D programs will be developed in collaboration with DBPs to demonstrate the technology. Our goal is to educate the next generation of NMR spectroscopists which will lead to a highly trained community of users and an online repository storing practical information on the topics of NMR technology, instrument testing and calibration, and state of the art experiments for the NMR community.