Adrienne Widener

Adrienne Widener
Materials Science and Engineering
Adriennejan25@ufl.edu
Neural Interfaces and Drug Delivery

Adrienne is a fourth-year materials science and engineering student with a specialization in biomaterials and a minor in trumpet music performance. She is currently studying conductive polymers and their effect as a neural interface in the central nervous system. After graduating, Adrienne is interested in pursuing a PhD in Materials Science and Engineering

Dr. Scott Thourson (2018-2020)

Dr. Scott Thourson
Post-Doc
Biomedical Engineering
sthourson@ufl.edu
Neural electrodes

Scott received his B.S. in Mechanical Engineering from Bradley University in Peoria, IL in 2013. His undergraduate research studied how the concentration used for primary protein adsorption affected the binding efficiency of secondary analyze binding for biosensing applications. Scott also designed and tested custom MEMS devices to investigate silicon “micro-welding” or electric current-induced fusion of silicon-silicon surfaces. Scott completed his PhD in Bioengineering at the Georgia Institute of Technology in Atlanta, GA in 2018. His graduate research aimed to develop flexible wire electrodes composed of conductive polymer to electrically interface with individual cells. Scott started his postdoctoral research in the Otto lab in Fall 2018.

Felicia Sedwick

Felicia Sedwick
Biomedical Engineering

Felicia Sedwick is a fifth year biomedical engineering student at the University of Florida. She is working on the TEENI project and will be focusing on nerve regeneration through the threads.

Nicolas Kunigk

Nicolas Kunigk
Biomedical Engineering

Nicolas Kunigk is a third year biomedical engineering student at the University of Florida with minors in computer science and bioinformatics. He plans on pursuing a PhD and is interested in studying neuroprosthetics.

Annie Gormaley

Annie Gormaley
Biomedical Engineering
agormaley@ufl.edu

Anne is a fourth year biomedical engineering student at the University of Florida. Her work focuses on the evaluation of the foreign body response to neural implants in the peripheral nervous system.