Living microrobots made from algae were weaponized to help fight tumors by improving the effectiveness of cancer therapies.
Bone healing with self-aware implants
While radiographic imaging can evaluate bone healing post surgery, a smart, self-aware implant could eliminate unnecessary exposure to radiation.
Are biohybrid electronics the future?
A new device setup enables an interface between biomolecules and electronic materials for biohybrid electronics.
Artificial heart valves that evolve into a patient’s own tissue
To avoid the need for repeated surgery, scientists are developing durable artificial heart valves from regenerated tissue.
Smart threads make for dexterous catheters
A flexible magnetic catheter made from “smart threads” will help make surgeries less invasive, safer, and easier to perform.
Science in pictures
From boosterless vaccine platforms to goopy 2D inks and color-changing crystals, here are some of the most striking images collected from our journals.
Self-repairing electronics on the horizon
Through a happy accident, researchers have identified a new self-repairing electronic material that could make sci-fi dreams a reality.
Making wound dressings from spider silk
Artificial spider silk could be a smart and responsive alternative to traditional wound dressings, helping patients and medical staff to monitor recovery in real time.
Scientists create the world’s thinnest X-ray detector
Tin mono-sulfide nanosheets prove to be effective and sensitive soft X-ray detectors with potential to monitor biological systems in real time.
Doping solar cells to improve performance
Researchers are investigating ways to increase the efficiency and stability of solar cells, which could improve their commercial use as an alternative energy source.