T. E. Winkler

This study develops a peptide-functionalized hyaluronan hydrogel for 3D astrocyte culture and bioprinting, showing no effect on cell viability and enhanced interactions with the hydrogel.

This paper introduces a hydrogel system for 3D neuronal cell culture using bioorthogonal chemistry to functionalize hyaluronan and poly(ethylene glycol) with laminin 521, showing improved cell viability and differentiation.

This study evaluates small-molecule sorption in microfluidic materials under relevant conditions, finding that tubing sorption dominates over device sorption in barrier-on-chip systems.

The paper presents a BBB-on-chip model using isogenic hiPSC-derived cells to study nitrosative stress and the protective effects of N-acetylcysteine amide, with high temporal resolution.

This paper presents a low-cost microphysiological system using tape-based barriers for small intestine modeling, showing comparable permeability and improved epithelial polarization compared to Transwell cultures.