Tag: metal-organic frameworks

A new review details how metal-organic framework composites can immobilize xylanase to boost its stability, reusability, and performance across juice ...

Chinese researchers have engineered a ZIF-8/cellulose acetate composite porous carbon with a tailored hierarchical pore structure that captures 235.0 mg/g ...

Kyushu University researchers have proposed a framework for intelligent food packaging that senses spoilage in real time, heals its own ...

A new review shows that biochar-based hybrid nanocomposites can transform agricultural waste into highly sensitive, low-cost electrochemical sensors for detecting ...

A new review details how tunable crystalline MOFs are advancing both water purification and precision medicine.

A systematic review and meta-analysis finds metal-organic framework nanofertilizers significantly boost crop yield and nutrient uptake, but warns that environmental ...

A new review shows that green metal–organic frameworks can capture pesticides and toxic metals in soil while gradually releasing plant ...

Metal–organic frameworks, the endlessly tunable class of crystalline porous materials built from metal ions linked by organic struts, are stepping ...

Industrial wastewater could soon be treated with a material that is not only highly effective at capturing toxic lead, but ...

Dynamic nanopores in metal-organic frameworks (MOFs) are emerging as powerful tools for separating molecules that look almost identical—down to tiny ...