Single-Molecule Manipulation

Single-molecule manipulation involves techniques that allow scientists to control and study individual molecules, such as DNA, proteins, or synthetic nanomaterials. Using specialized tools like atomic force microscopes or optical tweezers, researchers can apply precise forces to probe a molecule’s structure, interactions, and mechanical properties. This approach provides detailed insights into molecular behavior that are often hidden in bulk experiments, helping to understand biological processes, develop new materials, or advance nanotechnology with remarkable precision.