B.J. Nelson

This paper introduces a soft-robotic microfluidic catheter delivering a water-based hydrogel for embolization, demonstrating controlled delivery and drug targeting in multiple animal models.

This paper introduces Dynabots, dynamic microrobots that combine magnetic control, reconfigurable architecture, and stimulus-triggered disassembly for precise and deep-tissue drug delivery.

This paper introduces NPCbots, magnetoelectric microrobots for spinal cord injury repair, showing improved neural regeneration and behavior in zebrafish models.

The paper combines experimental and simulation techniques to study how cell wall composition affects mechanical properties and growth rate in Arabidopsis pollen tubes.