Nanofluidic implantables represent a recent advance in a broad effort for developing personalized, point-of-care medical technologies.

Nanofluidic implantables represent a recent advance in a broad effort for developing personalized, point-of-care medical technologies.
Specially designed carbon nanotube nanomotors undergo rotary motion in water, driving external mechanical loads on the nanoscale.
A study that looks at how silver nanomaterials could affect the female reproductive system.
Antitumour platform comes of age: this system gets the responsible drug to keep itself in check for transport and delivery.
This old dog has a new trick: an adapted lithography technique allows precise variation of the composition of 1D materials during fabrication.
The NITEC reaction is explored with tetrazole-functionalised microparticles, and demonstrates micrometer-scale resolution as a surface-patterning technique.
Supercritical carbon dioxide induced reverse micelles were used to create metallic 1T-phase molybdenum disulfide and tungsten disulfide nanosheets for hydrogen generation.
The application and the clinical development of nanomedicines strongly requires a deep study on the complex dynamics that happen after in vivo administration. Particularly, plasma proteins tend to associate to nanoparticles, forming a new surface named the “protein corona” that can have a strong impact on biodistribution, targeting efficacy, and toxicity.
It reads like the plot of an action movie: against all odds, an unassuming catalyst avoids deactivation and captures its target with record effectiveness.
John Rogers and co-workers report a soft, skin-mounted microfluidic system for sweat collection and analysis directly from and on the surface of the skin.