An ultra-thin and flexible probe could improve scientists’ ability to measure neurological activity in the brain.
Treating inflammatory diseases with oxygen-scavenging catalysts
Catalysts that mimic antioxidase enzymes show promise in treating inflammatory diseases, such as gum disease, lupus, or cancer.
Hatice Mutlu: Circular chemistry through degradable, metamorphosing polymers
Chemist Hatice Mutlu applies zero-waste methods to create biodegradable polymers that can be used perpetually.
Gaucher disease may have provided genetic protection against tuberculosis
The genetic variant that causes Gaucher disease may have helped breakdown tuberculosis-causing bacteria in cells through lipid buildup.
Molecular dye plays “tag” with chemotherapy drugs
A new hydrogel platform helps monitor chemotherapies in the body in real-time, allowing their side effects and potency to be better understood.
Mimicking viral factories for better drug delivery
New research inspired by “viral factories” shows the potential of encapsulating target molecules in membrane-free compartments.
A switch to turn off genes: RNA interference
Understanding the mechanisms by which genes can be “turned off” could be a powerful means of pest control.
Treating bone defects caused by osteoporosis with hydrogels
In the lab, a multi-functional hydrogel was shown to not only repair defects but also strengthen bone weakened by osteoporosis.
Photosynthesis of green methanol from methane
Getting around the high C-H bond dissociation energy in methane has been a challenge to making methanol from natural gas — until now.
How the capybara could improve biofuels
Unique enzymes found in the gut of sugarcane-eating capybaras could help convert agricultural waste into low-carbon biofuels.