Impact of shared facilities in advancing solid-state NMR research: 2025 edition Shared research facilities (SRFs) offer researchers cost-effective access to advanced analytical instrumentation that individual laboratories may find…

L’article “Impact of shared facilities in advancing #SolidStateNMR research” explica com les instal·lacions al servei de la recerca impulsen l'avenç de la #NMR en estat sòlid i posa com a exemple la ICTS R-LRB i el RMN 1.0GHz #CCiTUB

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#ICTSNews #CoreFacilities

Thanks for joining the Bruker In-situ Battery Solid-State NMR Technology Workshop (布鲁克原位电池固体核磁技术研讨班) in Wuhan, China!
Special thanks to our presenters, Sebastian Wegner, Pascal Scholzen, and Prof. Bingwen Hu.

Learn more (website in Chinese): goto.bruker.com/47mePEM

#SolidStateNMR #NMR #Battery

Why we think our #SolidStateNMR study is important for #biophysics? Understanding how proteins move inside crystals becomes increasingly important as #crystallography is used to study protein dynamics. Our study shows: especially for collective motions, the crystal lattice has an impact.
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武汉大学成功安装亚太首台布鲁克800 MHz固体宽腔核磁共振系统，引领尖端科研新高度 2025年8月12日，北京。近日，武汉大学科研公共服务条件平台（Core Facility of Wuhan University）成功安装布鲁克800 MHz固体宽腔核磁共振系统，标志着该校在高端科研设施领域迈入新阶段。作为亚太地区首台成功交付的同类设备，该系统将显著提升平台的高场固体核磁分析能力，为结构生物学、材料科学、清洁能源等前沿领域的研究提供强大支撑。

Wuhan University's Core Facility has successfully installed a Bruker 800 MHz solid-state wide-bore NMR system, marking a new phase in the university's development of high-end research facilities.

Read more (website in Chinese): goto.bruker.com/4lzbAPk

#Bruker #WuhanUniversity #SolidStateNMR #NMR