Plant cells outperform yeast or bacteria in producing spider silk proteins, enhancing production efficiency.
Bradley van Paridon
Brad completed a Ph.D. where he studied invasive parasites and parasites that manipulate their hosts. After graduating, he began freelance science writing and podcasting. His written and audio stories have appeared in Chemistry World, Hakai, Scientific American, and Undark.
Molecular tape promises seamless transfer and scale up of 2D materials
Breakthrough molecular tape streamlines transfer of fragile 2D materials, opening doors for industrial-scale production.
Breakthrough in bacterial identification allows scientists to ID 35 new strains
The new protocol identified microbes that standard techniques alone couldn’t, uncovering previously unknown bacterial strains in the process.
Scientists harness DNA nanomotors to build better viral tests
Scientists achieve threefold speed boost for DNA nanomotors and applied them to breakthrough virus detection for SARS-CoV-2 and RSV tests.
Photoacids capture and release carbon with the flick of a switch
Scientists develop a light-driven carbon capture system using photoacids, creating an energy-efficient method to remove atmospheric carbon dioxide.
19th century art breaks down barriers for visually impaired scientists
A team pioneers 3D lithophanes to make science accessible for visually impaired high school students, breaking barriers in inclusive learning.
A “methane cleaner” to slash emissions
The new device pulls methane out of the air and could help tackle emissions from low-concentration sources, like livestock farms.
Nanobelts provide clean energy and sustainable electronics for a future Martian colony
Using a mineral found naturally on Mars, energy and electronics could be easily and sustainably produced on site.
Cellulose could replace plastics in flexible electronics
Discover how cellulose may revolutionize flexible electronics, replacing plastics in eco-friendly, sustainable substrates for innovative devices.
How a textile technology is supercharging stem cell growth
Weaving piezoelectric polymers into nanofibers reveals a surprising pathway to boost stem cell growth naturally, without external power.