Jeffrey D. Hildebrand
Papers
2
Total Citations
4
H-Index
2
About
Jeffrey D. Hildebrand is a structural biologist whose research focuses on the challenging domain of protein crystallography, with particular expertise in coiled-coil containing proteins. His work addresses one of the most persistent bottlenecks in structural biology: obtaining high-quality crystals suitable for structure determination. Hildebrand's most notable contribution centers on developing innovative hybrid methodologies that integrate computational ("dry lab") and experimental ("wet lab") approaches to guide the crystallization of large coiled-coil proteins — a class of proteins notoriously difficult to work with due to their tendency to aggregate and their complex physical properties. This integrative strategy represents a meaningful advance in tackling proteins that are abundant throughout nature yet historically resistant to structural characterization. While Hildebrand's current citation record is in its early stages, with his 2017 crystallization methodology paper accumulating citations within the scientific community, his work addresses a fundamental technical challenge that has broad implications across biochemistry and cell biology. Researchers studying cytoskeletal architecture, molecular motors, and transcriptional machinery — all of which frequently involve coiled-coil domains — stand to benefit from the practical frameworks his research provides for navigating the crystallization process more efficiently.
Research Focus
Key Achievements
Top Papers
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