Sharjah 24 – Reuters: Seaweed microbots represent a groundbreaking development, according to lead researcher Berna Ozkale Edelmann. These microrobots can navigate within a cell network and target individual cells for stimulation, potentially opening new avenues for treating cancer and other diseases. Developed by researchers at the Technical University of Munich (TUM), these microbots are the first of their kind and offer promising treatment methods.
Made from seaweed, these tiny robots are produced in large quantities in mere minutes. Approximately half the width of a human hair, they are similar in size and softness to human cells, enabling wireless control. Gold nanoparticles within the robots allow for controlled movement through the application of laser heat.
While these microbots are not yet ready for clinical use, they are supporting ongoing research efforts. Edelmann emphasises that understanding cell behavior better will lead to improved therapeutic design, ultimately benefiting patients battling cancer and other ailments.
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