Standardization of drug synthesis through controlled flow patterns of microfluidic technology
Minimal batch-to-batch variability through a single continuous synthesis process
Multiple precursors Incorporatable through single-step synthesis
Accurate drug evaluation through human organ-level function simulation
Overcoming the cross-species difference from animal models
Accurate drug development for rare diseases through stem or patient cells
Integrated microfluidic reactor system
Mass production of standardized drug synthesis through reproduction of controlled flow patterns
Reproducing drug performance in clinical translation (bench to bedside)