Abstract Artificial micro‐/nanomotors (MNMs) are tiny apparatuses that can autonomously
navigate and perform specific tasks at micro‐/nanoscale. The continuous movement …

Research on nano-and micromotors has evolved into a frequently cited research area with
innovative technology envisioned for one of current humanities' most deadly problems …

The preparation of hydrogels as drug carriers via radical-mediated polymerization has
significant prospects, but the strong oxidizing ability of radicals and the high temperatures …

Microrobots can provide spatiotemporally well‐controlled cargo delivery that can improve
therapeutic efficiency compared to conventional drug delivery strategies. Robust …

“On‐the‐fly” molecule enrichment by micro/nanomotors obviously improves heterogeneous
catalysis, trace detection, and environmental monitoring, yet faces challenges of the trade …

Orally ingestible medical devices provide significant advancement for diagnosis and
treatment of gastrointestinal (GI) tract-related conditions. From micro-to macroscale devices …

With controllable size, biocompatibility, porosity, injectability, responsivity, diffusion time,
reaction, separation, permeation, and release of molecular species, hydrogel microparticles …

Ingestible microdevices represent a breakthrough in non-invasive sampling of the human
gastrointestinal (GI) tract. By capturing the native spatiotemporal microbiome and intricate …

Swimming micro/nanorobots attract considerable attention due to their considerable
promises in various fields ranging from environmental remediation to biomedicine. However …

Microrobots have shown great potential in many applications, such as non‐invasive surgery,
tissue engineering, precision medicine, and environmental remediation. Within the past …