Rate My Professor Erika Eiser

Eiser's research specializations encompass soft matter physics, self-assembly of DNA-functionalized colloids, porous media dynamics, biophysics, and applications in materials science. Her work explores DNA-functionalized colloids as micron-sized particles with DNA as smart molecular glue for self-assembling soft materials, including diagnostic tools for bacterial infections via whole-genome detection without genetic amplification. She investigates how nanoparticles like nanoclays affect fluid flow properties, contributing to efforts stabilizing clay-rich Norwegian ground against landslides caused by ion leaching from heavy rain. Additional interests include food science, such as protein aggregation in high-pH environments exemplified by Chinese century eggs. Key publications include "High-throughput generation of hydrogel microbeads with varying elasticity for cell encapsulation" (Biomaterials, 2011), "DNA-functionalized colloids: Physical properties and applications" (Soft Matter, 2010), "Microrheology of DNA hydrogels" (PNAS, 2018), "Whole-genome detection using multivalent DNA-coated colloids" (PNAS, 2023), and "Characterization of the polysaccharide schizophyllan and its shear-induced coil-helix transition" (2025). Her contributions advance understanding of complex fluid behaviors in porous media and bio-inspired materials.