Richard Blake
Papers
1
Total Citations
6
H-Index
1
About
Richard Blake has made foundational contributions to structural biology, particularly in the automation and management of high-throughput protein crystallization. His key research areas include the development of computational and web-based tools for crystallographic workflows, with a focus on improving the efficiency and reproducibility of crystallization trials. Blake is best known for leading the creation of **xtalPiMS**, a PiMS-based web application for the monitoring and management of crystallization experiments. This platform addressed a critical bottleneck in protein structure determination by integrating nanolitre-scale robotic crystallization with systematic data tracking and imaging. Though his most cited work has accrued only six citations, its impact lies in its practical utility for structural genomics pipelines, where it streamlined the handling of 96-well plates and high-density formats. Blake’s work exemplifies the often-overlooked engineering behind major structural biology discoveries, enabling researchers to focus on analysis rather than logistics. His contributions highlight the importance of software infrastructure in accelerating the pace of macromolecular crystallography.
Research Focus
Key Achievements
Top Papers
- 1