Author: Ward Smith

Headshot of Ward Smith.

Ward, a structural biologist, managed grants in biophysics. He directed the Protein Structure Initiative and guided the scientific course of several protein databases as well as biomedical research at NIH-supported synchrotron facilities.

Posts by Ward Smith

Register for 2010 Structure and Function Technologies Workshop

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Protein Structure Initiative Meeting Logo

Interested in new methods for improving the speed, cost and success of protein structure determination? Want to learn more about how to use structural and biophysical methods to functionally characterize macromolecules? Then consider attending our 10th annual Enabling Technologies in Structure and Function workshop from April 19-21, 2010, on the NIH campus in Bethesda, MD. There’s no registration fee.

As in years past, the 2010 workshop will cover all the practical issues concerning protein structure determination and biophysical methods. Presentations will focus on topics such as protein structure and function, hybrid methods, bioinformatics and homology modeling, and crystallization methods for soluble proteins and membrane proteins. In addition, we’re offering two hands-on workshops on methods for solving difficult crystallization problems and tools for mining the rich structure and function databases for biological macromolecules. There will also be a poster session.

We build the oral sessions from attendees’ submitted poster abstracts, so we will continue to finalize the agenda in the coming weeks.

The program is very student-friendly, and we welcome scientists involved in structural efforts abroad. Please feel free to forward this note to anyone who may like to attend.

New PSI:Biology Technology Development Opportunities

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psi_logoWe have just issued new program announcements to develop technologies for protein modeling (PAR-10-075, PAR-10-076) and high-throughput structural biology research (PAR-10-074, PAR-10-073). These announcements are part of the PSI:Biology initiative that will apply high-throughput structure determination to a broad range of biological problems. Advances in comparative molecular modeling and high-throughput approaches will play an important role in the success of this initiative.

Protein Modeling

The protein modeling announcements aim to increase the quality of protein structure models. Because they promote collaborative research and exploratory approaches in developing novel comparative modeling technology, we encourage applications from new and established investigators in mathematics, physics, computer science, statistics or other quantitative disciplines.

High-Throughput Structural Biology Research

These announcements solicit proposals for improved experimental methods and techniques for all aspects of structural biology investigations. We particularly welcome projects related to proteins that aren’t currently amenable to high-throughput structural determination by X-ray crystallography and/or NMR spectroscopy.

Successful applicants for all four announcements will become part of the PSI:Biology network.

I can answer specific questions about the modeling announcements, and Charles Edmonds can answer questions about the high-throughput ones.