Nathan Derr

Nathan Derr is an Associate Professor of Biological Sciences at Smith College, specializing in biophysical and biochemical mechanisms of cytoskeletal molecular motors like dynein and kinesin. His lab employs cutting-edge DNA structural nanotechnology techniques to study motor behavior at the nanoscale, both individually and in ensembles.

• Education: Ph.D. from Harvard University

The Derr lab investigates how molecular motors convert ATP into cellular work, focusing on nanoscale interactions and synthetic biology applications. Their research spans DNA origami, super-resolution microscopy, and molecular motor engineering, with recent publications on neuronal cell adhesion, graphene substrates, and motor ensemble dynamics.

Key article trends show interdisciplinary work combining biophysics, nanotechnology, and synthetic biology. Publications emphasize single-molecule analysis, motor coordination, and biomechanical modeling.