Jagat works on an IMS project to characterize gene delivery particles, with a focus on measuring size, number concentration, affinity, and composition to support advancements in gene therapy manufacturing.
During his postdoctoral research at the National Institutes of Health (NIH), he developed single-molecule assays to study DNA condensation by ParB proteins and bulk assays to investigate cell division-regulating systems like the Min System. At Cornell University, Jagat explored CRISPR adaptation and DNA repair mechanisms.
Prior to that, Jagat’s graduate research focused on single-molecule fluorescence resonance energy transfer (smFRET), studying the folding and unfolding of G-quadruplex structures by RecQ helicases. During this time, he developed expertise in building TIRF imaging systems, surface passivation for noise suppression, protein expression and purification, and advanced image and data analysis.
NIH Intramural Postdoctoral Research Training Award, 2020
University Fellowship, Kent State University (awarded to top 1% graduate researcher), 2015
ICAM Junior Scientist Exchange Award, 2012