Aziridine polymerisation comprises a versatile spectrum of synthetic methodologies that exploit the inherent ring strain of three‐membered nitrogen heterocycles. The field has evolved to include ...

A team of chemists has demonstrated a way to form sulfur-sulfur bonds at room temperature without any external catalyst, ...

The new reaction enables selective modification of anti-cancer drugs, rapid synthesis of medicinal compounds, and production of recyclable polymers, enhancing drug and materials science.

Cationic polymerization represents a pivotal technique in modern polymer chemistry, enabling the synthesis of polymers via the formation of carbocationic intermediates. This mechanism is highly ...

Across the world, a considerable amount of the plastics and synthetic fibers used daily are produced from polymerization processes. Thus, there is a significant demand for process optimization and ...

Synthetic polymers play a crucial role in cell biology, serving as delivery vehicles for DNA and drugs, acting as fluorescent probes for cellular sensing, functioning as bioinks for tissue engineering ...

The new polyethylene production technology made it possible to double the length of ethylene chains in comparison with those obtained by existing methods for polymers synthesis. To achieve that, the ...

A professor of chemical and biomolecular engineering used a lab reactor, liquefied catalyst, and machine learning for more efficient polymerization design. The synthesis of plastic precursors, such as ...

The creation of plastics from polymers is now an old industry. So, there are many methods, sub-methods, and specific synthetic variations now used by academics and industry scientists to create ...

Sigma-Aldrich entered into a worldwide licensing agreement with Australia’s Commonwealth Scientific and Industrial Research Organization (CSIRO) to manufacture and sell reversible ...

Researchers unveil a groundbreaking chemical reaction for efficient drug development and protein science by manipulating ...