Droplet-Based Microfluidic Platforms for In-situ Optical Monitoring of Fast Reactions

Temperature-​controlled microfluidics to study thermodynamics and kinetics of biomolecular self-​assembly

Advanced microfluidic platforms for pathogen detection

Controlled Self-​Assembly Employing Microfluidic Tools: Pathway Selection in Materials Synthesis and Processing

Antigen-antibody binding kinetics for quantitative molecular diagnostics

Enzyme-​enabled DNA biosensors for field-​deployable diagnostics

Metabolic network analysis and its application in understanding the biology of aging

On the synthesis and study of photoluminescent nanocrystals using integrated microfluidic systems

Analysis of single-​cell transcriptional profiles

Characterization of elasto-​inertial cell focusing and the development of novel high-​throughput imaging flow cytometers

A droplet-​based microfluidic platform for the production, analysis and use of designer proteinosomes

Quantitative millisecond kinetics in microdroplets using novel detection methods