Madison M Driskill

Title: Madison M. Driskill and Polymer Microstructure Innovation.

Introduction

Madison M. Driskill is an inventor associated with Stanford, California. Her patent work concerns polymeric microstructures and methods for producing them, including microneedle technologies designed for applications such as delivering active agents through the skin.

Latest Patents

Driskill is named on 1 patent, titled “Polymeric Microstructures and Systems and Methods for Making Same.” The invention describes polymeric structures, including microneedles, built from repeating lattice cell units. Certain embodiments use high-resolution continuous liquid interface production to create these structures.

The patent also describes manufacturing systems that combine micro-digital light projection with liquid interface polymerization. A light-beam generator and monitoring component work with a build elevator and build surface to form the polymeric lattice from a polymerizable composition. The disclosure further covers patches containing arrays of polymeric microneedles, including embodiments with active agents such as immunogenic compounds, and methods for applying the patches to skin.

Career Highlights

Driskill’s listed institutional affiliations include Leland Stanford Junior University and the University of North Carolina at Chapel Hill. Her patent reflects work at the intersection of polymer engineering, precision manufacturing, and microneedle-based delivery.

Collaborations

Brian Lee and Audrey Shih are identified as Driskill’s coworkers. Their names are associated with the collaborative research context surrounding the disclosed technology.

Conclusion

Madison M. Driskill’s patent describes lattice-structured polymeric microneedles and the systems and methods used to manufacture and apply them, highlighting a potential approach to skin-based delivery of active agents.