Jenna K. Zalewski
Papers
2
Total Citations
4
H-Index
2
About
Jenna K. Zalewski is a structural biologist whose research sits at the compelling intersection of computational and experimental methods in protein science. Her work focuses on coiled-coil containing proteins — a class of structurally significant molecules found throughout nature that present unique challenges due to their tendency to aggregate and resist conventional crystallization approaches. Zalewski's most recognized contribution, her 2017 paper on combining wet and dry lab techniques to guide the crystallization of large coiled-coil containing proteins, represents a methodological advance in tackling one of structural biology's persistent bottlenecks. By integrating computational prediction tools with traditional bench techniques, her approach offers researchers a more strategic roadmap for obtaining high-quality crystals suitable for structure determination — a process that can otherwise consume enormous time and resources. While her citation record is still developing, the practical significance of her methodological framework positions it as a useful resource for structural biologists working with difficult protein targets. Zalewski's integrative approach exemplifies a growing trend in modern structural biology, where in silico guidance increasingly enhances the efficiency and success rate of experimental workflows.
Research Focus
Key Achievements
Top Papers
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