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On page 832, S. K. Srivastava and co‐workers present dual‐action biogenic microbots with a dagger‐like morphology for cellular microsurgery and drug delivery. These biocompatible micromotors allow magnetically controlled drilling into a target cell (red) along with the sustained release of a loaded drug (e.g., pH‐triggered anticancer drugs). This study highlights “selective targeting and destruction”...
An innovative concept for the fabrication of dual‐action microrobots capable of performing single‐cell microsurgery along with a site‐directed drug‐delivery feature is presented. These multi‐action plant‐derived biocompatible “medibots” can play a pivotal role in understanding micromotor interactions at the cellular level, aiming toward the destruction of harmful cells (like cancer) among others in...
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