Darya Marchany‐Rivera

Papers

Total Citations

H-Index

About

Darya Marchany-Rivera is a rising innovator in structural biology, specializing in the development of advanced tools for X-ray protein crystallography. Her research focuses on overcoming bottlenecks in macromolecular structure determination, particularly through the scalable fabrication of array-type fixed-target devices that enable automated, room-temperature data collection. This work addresses a critical challenge: traditional crystal mounting methods are labor-intensive and often damage fragile protein crystals, limiting throughput and structural insights. Marchany-Rivera’s most-cited paper (2025, 5 citations) introduces a novel platform that streamlines this process, allowing for high-throughput, gentle handling of crystals—a significant step toward routine room-temperature crystallography. Though early in her career, her contributions are already recognized for their potential to accelerate drug discovery and the study of dynamic protein conformations. By merging materials engineering with structural biology, Marchany-Rivera is paving the way for more efficient, automated, and biologically relevant structural analysis, making her a promising figure in the field.