AI Summary
Researchers have developed a new method to visualize intracellular cargo trafficking in living cells using a CL-iSCAT microscope, revealing that cells use human-like strategies to handle transport challenges.
Researchers have unveiled a groundbreaking approach to label-free visualization of intracellular cargo trafficking in living cells, achieving high-speed and limitless observation capabilities. By developing a cargo-localization interferometric scattering (CL-iSCAT) microscope, scientists meticulously tracked the intricate movements of numerous cargos in the bustling cellular world. Surprisingly, cells employ human-like strategies to manage their transport challenges.