Time-Resolved Methods in Structural Biology series, highlights new advances in the field, with this new volume presenting interesting chapters. Each chapter is written by an international board of authors.
1. Fixed target Methods for time-resolved and serial crystallography
Robin Owen, Mike Hough and Sofia Jaho
2. What are the limitations of time-resolved strctural biology?
Ivo Tews
3. The application of tape-drive and in-situ techniques for time-resolved
crystallography
Pierre Aller
4. Time-resolved IR spectroscopy for monitoring protein dynamics in
microcrystals
Minoru Kubo
5. Development of microfluidic mixers for time-resolved SFX and spectroscopy
and their applications
Tetsunari Kimura
6. Data processing DIALS
James Beilsten-Edmands
7. "Multiplexing methods in time-resolved crystallography
Briony Alissa Yorke
8. The Growth of Microcrystals for Time Resolved Serial Crystallography
Alex McPherson
9. Experimental approaches for time-resolved serial femtosecond
crystallography at PAL-XFEL
Jaehyun Park
10. Sample delivery for time-resolved structural biology at the European
XFEL
Katerina Dörner
11. Time resolved SAXS/WAXS
Ann Terry, Javier Perez, Fįtima Herranz-Trillo, Henrik Vinther Sųrensen,
Cedric Dicko, Samuel J. Lenton, Vito Foderą, Anna Fornell, Marie Skepö, Tomįs
S. Plivelic, Oskar Berntsson, Magnus Andersson, Konstantinos Magkakis,
Fredrik Orädd, Byungnam Ahn, Roberto Appio, Jackson Da Silva, Vanessa Da
Silva and Marco Lerato
12. Microfluidics based time-resolved cryoEM grid preparation
Radoslav I. Enchev
Peter Moody is Professor of Structural Biology at Leicester Institute for Structural & Chemical Biology, Department of Molecular & Cell Biology, University of Leicester, UK
