Participating date: January 26, 2023

General Description

This work describe our recent studies aimed at designing LC droplet-based sensors wit
improved colloidal stability, tunable sensitivity, and selectivity to aqueous amphiphilic
analytes. We developed a novel strategy based on the use of nanoparticles and our results
demonstrate a useful strategy to substantially improve the colloidal stability and shelf-life of
LC emulsions, thus increasing the potential practical utility for the detection and reporting of
chemical and biological analytes.

Interested Majors

Chemical Engineering (INQU)

Level of Education

Ask speakers if Undergraduate or Graduate opportunities are available.

Professor/Advisor

Dr. Claribel Acevedo-Vélez

Map and Booth Location

L1-04