In contrast to traditional large-scale robots, which require complicated mechanical joints and
material rigidity, microrobots made of soft materials have exhibited amazing features and …

Microrobots have many potential uses in microbiology since they can be remotely actuated
and precisely manipulated in biochemical fluids. Cellular function and response depends on …

cell-membrane fusion using microrobots can be a useful technique for delivering bioactive
compounds to cellular systems. The role of membrane curvature and lipid ordering in the …

Microrobots have emerged as promising tools for biomedical and in vivo applications,
leveraging their untethered actuation capabilities and miniature size. Despite extensive …

Microrobots, untethered miniature devices capable of performing tasks at the microscale,
have gained significant attention in the fields of robotics and biomedicine. These devices …

Bubble-propelled microrobots have an advantage of relatively swift movement compared to
most other types of microrobots, which makes them well suited for applications such as …

A grand challenge in robotics, and the scientific community as a whole, is develo** tools
to determine the fate of singular micro-and nanoscale objects with a high level of precision …

Therapeutic delivery of anti-cancer drugs is a major goal of modern medicine. However,
develo** methods to target cancer cells for more effective treatment and reduced side …

In this work, we describe methods for generating chemical patterns using photopatterned
DNA-functionalized hydrogels and outline a vision for develo** spatial pattern recognition …

cell-membrane fusion using microrobots can be a useful technique for delivering bioactive
compounds to cellular systems. The role of membrane curvature and lipid ordering in the …