An integrated optofluidic platform enabling label-free single-cell sorting and culture

Key Points

• This research aims to enhance single-cell manipulation utilizing an integrated optofluidic platform while addressing fluidic force challenges.
• Developed an optofluidic platform employing optical tweezers for single-cell sorting and culture.
• Analyzed the impacts of hydrodynamic drag and trapping stability at varying laser power settings.
• Demonstrated effective single-cell sorting with reduced fluidic force constraints.
• Achieved stable cell culture without the need for labeling or excessive laser power.