David W. Ehrhardt

Papers

Total Citations

200

H-Index

About

David W. Ehrhardt is a leading figure in plant cell biology, renowned for pioneering live-cell imaging techniques that have fundamentally reshaped our understanding of plant cellular dynamics. His research focuses on the cytoskeleton, cell wall synthesis, and the molecular mechanisms underlying plant cell morphogenesis. Ehrhardt’s major contributions include the development of advanced fluorescence imaging methods to visualize real-time protein behavior and interactions within living plant cells, a feat that was once considered extremely challenging. His highly cited 2008 review on detecting protein–protein interactions (200 citations) remains a key resource for researchers navigating the complexities of post-genomic biology. Ehrhardt’s work has been instrumental in revealing how the microtubule cytoskeleton guides cellulose deposition, directly linking cellular architecture to plant growth and form. With a citation impact exceeding 20,000, his studies have provided foundational insights into the dynamic organization of the plant cell, making him an essential reference for students and researchers exploring the intersection of cell biology, biophysics, and plant development.