Campbellsville University Undergraduate Graduate

Lead Lab Technician

Conner Campbell


Conner, a 2020 graduate with dual degrees in Biology and History, has become a pivotal member of the Sahu Research Group. With over three years dedicated to KCNE3 research, he has quickly risen to the position of lead lab technician. Since joining our lab shortly after the NSF grant was awarded, Conner has proven to be an indispensable asset, helping shape our research trajectory from the beginning.

Conner's leadership is a beacon of support for our team, consistently ensuring that fellow members have the resources and knowledge they need to excel. His extensive experience spans various research areas, from investigating disease-causing mutations to protein comparisons. Currently, he is focused on exploring the structural dynamics of KCNE3 during its interactions with KCNQ1.

Conner's technical prowess is a testament to his ability to utilize advanced techniques such as site-directed spin labeling and EPR spectroscopic studies. His proficiency in navigating complex research methodologies underscores the depth of his expertise, instilling confidence in the team about our research methods.

Conner’s unwavering commitment and relentless drive significantly propel our research forward, maintaining and advancing the foundational work initiated by Dr. Sahu. His profound knowledge and dedication often leave the team in awe, highlighting the essential role he plays in our lab. We are truly fortunate to have Conner as an integral part of our team and profoundly appreciate the invaluable contributions he makes daily.

2023 Kentucky Academy of Science Recognition

Conner received the “Thoroughbred” rating for his research presentation titled "Optimization of the Reconstitution of  KCNE3/KCNQ1 Complex into Lipid Bilayer Vesicles for EPR Spectroscopic Measurements" at the 2023 Kentucky Academy of Science annual meeting. The Thoroughbred award is the highest rating awarded for student research at this annual event.