mRNA nanoparticles restore tumour-suppressor gene
A new approach to treating cancer
Read article: mRNA nanoparticles restore tumour-suppressor gene
Read article: mRNA nanoparticles restore tumour-suppressor gene
Offshore wind farms could protect coastlines
Hurricane Harvey simulations show large arrays of wind turbines could reduce inland rainfall
Read article: Offshore wind farms could protect coastlines
Thermal ablation effectively treats early-stage lung cancer
Laser, cryo- and RF ablation provide safe, effective treatment of early-stage lung cancer, with comparable survival rates to stereotactic radiotherapy
Read article: Thermal ablation effectively treats early-stage lung cancer
Wave concentrator could help capture renewable energy from the sea
New device focuses wave energy and minimizes reflections
Read article: Wave concentrator could help capture renewable energy from the sea
Light controls a ‘living biomaterial’
A bacteria-based living biomaterial can be controlled with light to interact with mammalian cells
Read article: Light controls a ‘living biomaterial’
Specific nanocatalyst placements improve visible-light water splitting
Utilizing the anisotropy of nanorods to separately anchor hydrogen reduction and water oxidation co-catalysts could provide the key to efficient water splitting
Read article: Specific nanocatalyst placements improve visible-light water splitting
How does exclusively grass-fed beef affect the environment?
Only a reduction in beef consumption can guarantee lower environmental impact
Read article: How does exclusively grass-fed beef affect the environment?
Field theory of amorphous solids describes toothpaste, concrete and more
Better understanding of solid-liquid hybrids could lead to better materials
Read article: Field theory of amorphous solids describes toothpaste, concrete and more
Functional gradient effects make spider webs special
Findings may help in the development of new types of impact-resistant structures
Read article: Functional gradient effects make spider webs special
‘Vaporized’ electrons in graphene boost signals into the terahertz range
Nonlinear effect could drive extremely fast nanoelectronics
Read article: ‘Vaporized’ electrons in graphene boost signals into the terahertz range
