Hi all, I'd like to refresh your radar by reminding you of our meeting at ENC this March. The theme for our session is "Bottlenecks and Pitfalls in NMR Practice - Working Toward Collective Solutions." The focus will be on identifying common problems we face and crafting solutions for them. Two notions have struck resonance already: 1) Pulse sequences. To address the problem of tracking down working pulse sequence code, we'll discuss a proposal to request that journal editors require authors to include pulse sequence code as supplementary material when publishing new experiments. 2) Wikis. These are useful tools for sharing information in a community such as ours, but to be successful, they require a good combination of participation, usefulness, breadth, and ... other things we should discover as a group. We'll spend some time discussing what will help NMR wiki(s) work effectively for us. I'm seeking people who would like to lead discussions of other topics. Some of of the ideas that have been mentioned include: 3) Software installation and use. Much NMR software is powerful, but can be so practically difficult that it does not get used. Perhaps we should discuss our common facilities' needs and draft a set of guidelines for software developers that will ensure their labor will bear fruit outside their own laboratories. 4) User guides. Managers of many facilities write guides for how to use NMR hardware and software, but much of this work is redundant and arguably should have been more extensively developed by manufacturers and programmers. What can be done to coordinate our efforts and improve primary documentation? 5) The sample bottleneck. Oftentimes researchers get good preliminary NMR data, but then have so much trouble coming up with a useful sample that they give up and move on to other pursuits. (E.g., can get enough labeled protein.) Can we pool collective practical knowledge of how to produce good NMR samples, thus providing a resource for erstwhile users and limiting their pain? Should broker connections between investigators? 6) The training bottleneck. How much training to researchers need to pursue NMR? Should NMR facilities encourage drop-off data collection service for routine experiments and train researchers only in data processing? Is this cost-effective? Is it desirable? 7) Equipment reviews. Working so closely with NMR hardware and being responsible for maintaining it, we are in prime position to share our opinions of different vendors and their products. We already discuss these things offline and over AMMRL email, so how about taking the next step? Please let me know if you would like to lead a discussion and if there is an issue you would like to see brought up at the meeting. I am especially interested in hearing from colleagues in industry and those in solids NMR, whose concerns I am less familiar with and from whom I haven't heard much yet. Thanks for your attention. - Josh Josh Kurutz, Ph.D. Technical Director, Biomolecular NMR Facility University of Chicago Gordon Center for Integrative Science, room W123C 929 E. 57th St. Chicago, IL 60637 Office: (773) 834-9805 Spectrometer Room: (773) 702-4052 Cell: (773) 315-5732 Fax: (208) 978-2599 nmr.bsd.uchicago.edu homepage.mac.com/jkurutz