@science-bulletin.bsky.socialA living microrobot for bladder cancer.
Bacteria + nanoparticles + drug + targeting ligand: it degrades the tumor matrix, boosts drug penetration, and ultrasound triggers ROS.
90.8% cell death in vitro. 82.4% tumor inhibition in mice.
🔗 www.eurekalert.org/news-release...
#Microrobots #Nanomedicine
@casi-borg.bsky.social🤖⚡ Tiny robots can now harvest electricity through their feet!
A paper-thin membrane turns metal floors into a power source. Still experimental, but promising.
Read more 👇
medium.com/@casi.borg/b...
@intjextremmanuf.bsky.socialCurved joint repair calls for devices that combine anatomical adaptability with regenerative control. This study uses #4Dbioprinting to assemble osteoinductive #Microrobots into deformable devices for guided mineralized matrix regeneration.
