Motile microrobots open a new realm for disease treatment. However, the concerns of
possible immune elimination, targeted capability and limited therapeutic avenue of …

Building medical microrobots from the body's own cells may circumvent the biocompatibility
concern and hence presents more potential in clinical applications to improve the possibility …

To realize the potential to use micro/nanorobots for targeted cancer therapy, it is important to
improve their biocompatibility and targeting ability. Here, we report on drug-loaded magnetic …

Border‐nearing microrobots with self‐propelling and navigating capabilities have promising
applications in micromanipulation and bioengineering, because they can stimulate the …

Injecting micro/nanorobots into the body to kill tumors is one of the ultimate ambitions for
medical nanotechnology. However, injecting current micro/nanorobots based on 3D‐printed …

Using macrophage recruitment in tumors, we develop active, transportable, cancer
theragnostic macrophage-based microrobots as vector to deliver therapeutic agents to tumor …

Biohybrid bacteria–based microrobots are increasingly recognized as promising externally
controllable vehicles for targeted cancer therapy. Magnetic fields in particular have been …

Macrophages, which are part of the mononuclear phagocytic system, possess sensory
receptors that enable them to target cancer cells. In addition, they are able to engulf large …

Bacterial biohybrids, composed of self-propelling bacteria carrying micro/nanoscale
materials, can deliver their payload to specific regions under magnetic control, enabling …

Cancer cells disseminate through the bloodstream, leading to metastasis in distant sites
within the body. One promising strategy to prevent metastasis is to eliminate circulating …