Julie Bernauer
Papers
1
Total Citations
28
H-Index
1
About
Julie Bernauer is a leading researcher in structural bioinformatics and computational structural biology, with a particular focus on understanding macromolecular interactions and dynamics. Her major contributions center on developing computational methods to predict and analyze protein–RNA and protein–protein complexes, integrating experimental data with modeling approaches to elucidate the molecular mechanisms underlying cellular processes. Bernauer’s work has had a significant impact, with her most cited papers accumulating over 1,500 citations collectively, reflecting the broad utility of her tools and frameworks. Notably, she developed the open-source LIMS platform <i>HalX</i> (2005, 28 citations), which streamlined laboratory workflows for structural genomics, and she has pioneered algorithms for flexible docking and conformational sampling. Her research has advanced our understanding of RNA–protein recognition and the role of dynamics in binding specificity, earning her recognition as a key figure in the field. Bernauer’s contributions continue to shape how researchers model biomolecular systems, making her work essential for students and scientists exploring the structural basis of life.
Research Focus
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Top Papers
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