… degradable metallic microrobots. We also examine the multiple applications of these microrobots
… current challenges and future research directions for metallic degradable microrobots. …

… shape, surface charge and deformability/degradability, have been explored to maximise the
… types including phagocytes, neutrophils, monocytes/macrophages, T cells, and stem cells, …

… stem cell-based treatment. This research provides a kind of novel, active and targeted stem
cells delivery system for regenerative medicine and cell-… ) Biodegradable helical microrobots …

… stem cells (hMSCs). Adapted with permission from Ref. [38]. … In this work, self-propelled
microrobots were demonstrated to … hydrogel-based, biodegradable microrobotic swimmer, which …

… stem cells. Under the action of an external magnetic field, the mesenchymal stem cells
differentiate into bone cells [… D) Schematic diagram of preparing biodegradable microrobots using …

… microrobots have been developed for treating liver cancer and tested in rats (7), and
microrobots capable of stem cell … that is appealing for biodegradable microrobots but that poses …

… microrobotic scalpels not only enter the cytoplasm of cancer … composed of the biocompatible
and biodegradable poly(lactic-… The targeted delivery efficiency of Mesenchymal stem cells (…

… of stem cell transportation inside the nude mouse, position and orientation control of microrobots
in … demonstrated the feasibility of application of the microrobots in targeted therapeutics. …

… , and hematopoietic stem cells, migrate by amoeboid movement, which is driven by forces …
Various materials have been used to fabricate biodegradable carriers in biohybrid microrobots…

… of MNPs in previous electromagnetic actuated microrobots, a microrobot with a size of several
… degradability was verified by observing the change in the shape of the microrobot with an …