Undergrad Powerhouse
Undergraduate researchers Lailah Ligons, Laney Kimble, Emilie Norwood, Ruby Shah, and Lauren Lamothe presented their work at the Summer Undergraduate Research Symposium

Lailah Ligons presents her work in employing enzyme-modified electrodes for use in neuroenergetics investigations at the summer undergraduate research symposium

Lailah posing with her poster!

Emilee Norwood presents work with using FSCV to detect non-electroactive species via enzymatic activity

Kaylnn Turner works with detecting two electroactive species of interest: dopamine and hydrogen peroxide. Simultaneous detection will empower work investigating chemical relationships

Ruby Shah is working on characterizing a novel double-barrel electrode for simultaneous detection of two separate analytes while on a single, isolated cell model.

Catherine Denisowski (left) with her research mentor Dylan Denison (right) pose in front of her poster detailing work in creating an electrode-petri dish hybrid

Lauren Lamothe’s work investigates the fundamentals of enkephalin detection and release in brain slices. Lauren (right, next to poster) is pictured with her research mentor Jenna Berger (far left).

Laney Kimble works on enzyme-modified electrodes for chemically selective detection of glutamate in the brain







