Tiny Robotic Cilia Sense Heat and Pump Fluid on a Chip
CMOS-integrated microrobotic cilia that sense temperature and pump fluid in response demonstrate how microscale actuators can both perceive and actively ...
CMOS-integrated microrobotic cilia that sense temperature and pump fluid in response demonstrate how microscale actuators can both perceive and actively ...
Researchers at Hooke Bio have shown that a perfused microphysiological system called Mera can measure real-time, reversible beat-rate responses of ...
A new review proposes an engineering-to-function framework linking brain organoid construction variables, vascularization strategies, and functional validation to the translational ...
A comprehensive review shows that miniaturized biosensor platforms can detect Alzheimer's, Parkinson's, and prion disease biomarkers at extraordinary sensitivity, but ...
A microfluidic technique that arranges metabolic and therapeutic RNAs in defined layers inside lipid nanoparticles raises ATP levels, boosts translation, ...
New single-cell microscopy reveals that E. coli immediately halts growth when carbon runs out and uses the first hours of ...
A new review in Biomedical Microdevices maps how microwell platforms for single-cell analysis are set to merge with artificial intelligence ...
Combining a rat model of nephrotic syndrome with vascular-on-a-chip and glomerulus-on-a-chip platforms, researchers show that reduced flow-associated mechanical stimulation is ...
Researchers report photo-guided azopolymer hydrogel actuators that bend, twist, and crawl under patterned light, offering a wireless control strategy for ...
A new review proposes a five-stage, fit-for-purpose framework to validate lung-on-a-chip microdevices for respiratory disease modelling and drug testing.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine