Andrew Stallwood

Science and Technology Facilities Council, Central Laser Facility

Papers

Total Citations

H-Index

About

Andrew Stallwood is a structural biology researcher whose work centers on the technical frontiers of macromolecular crystallography, with a particular focus on solving the practical challenges of working with extremely small crystals. His most recognized contribution lies in developing and refining sample preparation pipelines for microcrystals — specimens smaller than 10 micrometers — designed for use at the VMXm beamline, a highly specialized synchrotron facility optimized for microfocus crystallography. This work addresses a genuinely difficult experimental bottleneck: mounting and preserving microcrystals for single crystal cryo-crystallography without compromising data quality. Stallwood's research intersects advances in beamline optics, beam stability, and variable beam size focusing at the submicron-to-micron scale, helping to push the boundaries of what crystal sizes are tractable for high-resolution structure determination. His pipeline work has accumulated citations across the structural biology community, reflecting its practical value to researchers who routinely encounter challenges with small or poorly diffracting crystals. For students entering crystallography or structural sciences, Stallwood's contributions represent an important example of how methodological and technical innovation — rather than purely biological discovery — can meaningfully accelerate the entire field's capacity to solve challenging protein structures.