… demonstrated multifunctional microrobots for targeted cell … The microrobots were coated
with Ni and Ti layers as magnetic … microrobots were controlled in a magnetic field for targeted …

… Magnetic microrobots with 3D porous hexahedral and cylindrical shapes were designed …
the designed magnetic microrobots could successfully carry and deliver the targeted cells to a …

… untethered microrobots for targeted drug delivery applications. First, the in vivo microrobot
… types of actuation energy sources such as magnetic fields, motile microorganisms, acoustic …

… cell is to bind it firmly to the microrobot either chemically or physically, and trigger … microrobots
developed for targeted delivery of therapeutic drugs/cells is presented; the term “microrobot…

… the targeted transport of therapeutic agents using a thermo-electromagnetically actuated
microrobot… In this work, we proposed the targeted transport of therapeutic agents using a thermo-…

… of magnetic fields, and then introduce the shape of microrobots. On this basis, we summarize
the manufacturing materials and manufacturing methods of microrobots… of a magnetic target …

… area with the control of magnetic fields but also bring the loaded drug into the cytoplasm
through endocytosis. In this work, a folate-targeting magnetic microrobot system that consists of …

… the magnetic microrobot, we designed a 2D magnetic field … microrobot and the target
object was enough to have friction. Then, the magnetic microrobot was able to transfer the target …

… RMF-based actuation of biomedical magnetic microrobots and provides a means to increase
spatial selectivity in the effort to address longstanding challenges in targeted drug delivery. …

… designs of magnetic-driven microrobots and their main research contents have been
presented, involving diverse aspects. It can be seen that the field of magnetic microrobots is …