Cage-like structures could enable selective separations in continuous-flow systems

Cement, ethanol, and ammonia makers are among those looking to convert waste carbon to cash

Chemical educator and <i>Compound Interest</i> blogger Andy Brunning explains the CBD craze, how the compound works, and how it's regulated.

Hydrogel device allows localized treatment and analysis of 10,000 individual cells at a time

Bullvalene's constant metamorphosis could be exploited in sensing applications

Textured metal surface could help control foams in industrial processes, like in bioreactors

Bullvalene's constant metamorphosis could be exploited in sensing applications

Her company, MicroByre, is proving that wild microbes can be engineered to produce useful chemicals

Scientists use an alkali hydroxide–based system to turn carbon dioxide into a carbon-neutral fuel

Titanium-dioxide stars lance the skin with microscopic holes to allow medicine through

The technique, called MicroMapping, identifies potential protein interactions on and between cells

Graduate student Safia Jilani shares what she learned from this year's conference

Mechanically chiral rotaxane creates a catalytic pocket a little like an enzyme

Peru seeks to keep rudimentary gold refining from exposing communities to neurotoxic metal

NO₂ levels have fallen sharply in northern Italy and China

They persist in the pharma business, even as chemical companies in the West have mostly exited

The first female CEO of a European chemical major begins a financial, social, and environmental overhaul of one of the oldest chemical firms

Chemical educator and <i>Compound Interest</i> blogger Andy Brunning digs into how plant fertilizers make use of the periodic table.

Strategy reduces volumes and times needed to evaluate CO₂-switchable systems

Many are FDA-approved drugs that could be repurposed

E-cigarettes deliver lead, arsenic, nickel, and other metals at harmful levels

Bacteria with antimicrobial-resistance genes pass from livestock to farm interns

System combines compounds in unfamiliar ways

Using lasers to directly create graphene on Kevlar makes it easy to integrate electronics on textiles

Up to 90% of the popular plastic can be broken into monomers in a matter of hours

<i>Stereo Chemistry</i> reveals the surprising origin story of the engine that brought the Apollo 13 astronauts home and the man who designed it

Two 2-D materials team up to create a composite with record toughness

Lab tests form part of the evidence for investigation and identification team's report

Chemical educator and Compound Interest blogger Andy Brunning explains how our bodies fight foreign invaders like coronaviruses

Lab tests form part of the evidence for investigation and identification team's report