W. H. & W. L. Bragg Prize
William Lawrence Bragg (left) and William Henry Bragg. Credit: Smithsonian Institution Archives. Image # SIA2007-0340.
In 2017 the IUCr established the W. H. & W. L. Bragg Prize to be awarded to up to two promising early-career crystallographers. The Prize will be awarded at IUCr Congresses. The awardee(s) will receive a certificate and a financial reward, and will be invited to make a presentation at the Congress on a topic related to the prize citation.
Research achievement relative to opportunity will define the eligibility of candidates for this award. For this purpose an “early-career researcher” is defined as one who received their PhD no more than 10 years before the closing date for nominations. Academic interruptions, including periods of parental leave, will be taken into account if clearly indicated in the letter of support accompanying the nomination.
The IUCr is pleased to invite nominations for the second Bragg Prize, which will be presented at the Melbourne Congress in August 2023.
Nominations should be submitted electronically using the Bragg Prize Nomination Form to the IUCr Chief Executive Officer at email@example.com. The closing date for nominations has been extended to 30 September 2022.
To support the IUCr by contributing to the funding of the W. H. & W. L. Bragg Prize, please donate using the button below.
Inaugural W. H. and W. L. Bragg Prize awarded to James Fraser and Jean-Philippe Julien
The 2020 W. H. and W. L. Bragg Prize for outstanding early-career crystallographers has been jointly awarded to James Fraser (left; Associate Professor in the Department of Bioengineering and Therapeutic Sciences at the University of California San Francisco, USA) and Jean-Philippe Julien [Senior Scientist at the Hospital for Sick Children (SickKids) and Associate Professor in the Departments of Biochemistry and Immunology at the University of Toronto, Canada] as a recognition of their scholarly achievements as well as their strong commitment to serve the crystallographic community.
Dr Julien’s research activities have been focused on the determination of crystal structures of macromolecules of high medical relevance. His studies have made a huge impact on biological and medical sciences. In particular, he determined the first crystal structure of an intact HIV envelope trimer by X-ray crystallography as well as by cryo-EM. The insights gathered from this structure and the construct engineering now serve as the template in the worldwide community for HIV structure-based drug and vaccine design in the quest to curtail the HIV epidemic. Dr Julien has also determined the EM structure of a quaternary preferring antibody (PG9) in complex with the soluble SOSIP Env trimer. This work provided the first structural evidence that epitopes of broadly neutralizing antibodies are much more complex than thought. In this sense the corresponding publication in PNAS must be considered a paradigm-shifting publication. At present, Dr Julien’s independent research programme is focused on two major areas: (a) structure-based immunogen design for the development of an anti-malarial vaccine, and (b) structural delineation of B-cell receptors. With respect to the latter, he embarked on a completely new direction of structural investigation of B-cell co-receptors, on nanoparticles engineered to target these receptors, and on characterising antibody responses to malaria antigens to aid in vaccine design.
Dr Fraser’s research activities have been and are focused on studying the flexibility and conformational variability in macromolecules through experimental and computational methods. His research has provided new insights into how we can understand the role of protein flexibility in function through the use of crystallographic data. He has made seminal contributions to advancing the analysis of diffraction data in new directions, including the analysis of room-temperature and temperature-dependent data to gain insights into protein dynamics, studies of diffuse scattering from proteins, and the development of new experiments to exploit X-ray free-electron lasers in this field. The two main developments, room-temperature X-ray data collection and structural ensemble modeling into weak electron density, contributed synergistically to help reveal the structural basis of protein dynamics, moving away from static representations towards more realistic descriptions of how proteins populate conformational space. Dr Fraser’s innovative approaches contributed to translating fundamental discoveries in protein dynamics into improvement of protein engineering and drug design.
Drs Fraser and Julien will receive their award during the 25th IUCr Congress in Prague, Czech Republic, in August 2021, where they will share the presentation of a Keynote Lecture.
The IUCr was pleased to be able to conduct (socially distanced) interviews with the recipients about their life and work.