Real-Time Sub-Molecular Visualization of DNA Folding Using a Hybrid High-Speed AFM and Optical Tweezers System

Key Points

• The research aims to achieve real-time visualization of DNA folding at a sub-molecular level using a hybrid imaging system.
• Utilized high-speed atomic force microscopy (AFM) combined with optical tweezers.
• Focused on capturing the dynamic processes of DNA folding.
• Employed state-of-the-art imaging techniques to enhance resolution and speed.
• Demonstrated successful real-time observation of DNA folding events.
• Revealed detailed insights into the mechanisms of DNA structure formation.
• Showed improved visualization fidelity compared to traditional methods.