Comprehensive Guide: Explores the fundamentals and applications of autonomous robot-aided optical manipulation for biological cells.
Advanced Techniques: Covers cutting-edge methods for cell manipulation, including optical tweezers, microfluidics, and machine learning.
Biological Applications: Highlights the use of optical manipulation in cell biology, including cell sorting, cell patterning, and cell-cell interactions.
Practical Implementation: Provides detailed instructions and case studies for implementing autonomous robot-aided optical manipulation systems.
* Future Directions: Discusses emerging trends and future prospects in the field of autonomous robot-aided optical manipulation for biological cells.