As demand for advanced polymeric materials increases, post-functionalization has emerged as an effective strategy for ...

The fertilizer additive market has long been dominated by traditional chemical enhancers that improve fertilizer efficiency ...

At its core, Butyl Stearate is valued for its molecular structure and functional properties. The ester’s long carbon chain ...

At the heart of biodegradable polymers lies their unique chemical structure. Unlike traditional plastics, whose carbon backbone is highly resistant to degradation, biodegradable polymers contain ...

Milad Golkaram’s team has created polySCOUT, a machine-learning program to develop new biodegradable polymers. ‘Our AI model predicts the chemical structure of whatever polymer we want. So, if you ...

Here, we report the development of such materials using a small-molecule, proregenerative drug and a low-molecular ... drug–polymer conjugates. Supramolecular self-assemblies of hydrophilic ...

coli bacteria to produce a new type of biodegradable polymer, poly(D phenyllactate), which includes ring-like structures enhancing its rigidity ... crisis,” says senior author Sang Yup Lee, a chemical ...

Current biodegradation timelines show that polyesters take over 200 years to break down. A crucial component of several industries, polyesters are relied upon for materials development and thus ...

“We were able to make this material biodegradable and recyclable ... benefits of recycling luminescent polymers, their complex molecular structure has hindered effective recycling methods.

While working as an industrial scientist at Procter & Gamble, Noda was tasked with finding a new type of biodegradable ... modify PHA’s molecular structure in a particular way,” explained Noda, ...