Nylon-based products such as clothing and fishing nets are notoriously slow to degrade, especially in marine environments, ...

Around the world, 20 percent of children are not fully immunized, leading to 1.5 million child deaths each year from diseases ...

This was exactly what we measured! Further, we could successfully extend this combined approach of using HPP-EIS to measure the rate of degradation of a polymer coating on a thin layer of ...

A common hospital bacterium can eat plastic in sutures and stents, making infections harder to control and medical gear ...

A study in ChemBioChem shows that ultraviolet-ozone (UVO) pretreatment significantly enhances PETase enzyme activity for breaking down PET in cotton/polyester textiles, offering a sustainable textile ...

Biodegradable polyester-amide polymer with nylon-like strength degrades 92% in marine conditions within a year.

Can algae-based polymers replace plastic? Discover how renewable, biodegradable materials from algae are reshaping sustainability in industry and manufacturing.

Polymer additives play a critical role in the processing and performance of polymer materials. These additives are substances included in the polymer matrix during manufacturing to modify the material ...

Polymer degradation occurs when polymeric materials break down over time and lose their physical attributes due to environmental influences like heat, light, chemicals, or mechanical stress.

Biodegradable Polymers Market Explore unique uses of biodegradable polymers in healthcare, electronics, and fashion, and uncover potential ...

News, analysis and features focused on issues related to environment, health and safety in the workplace, including risk ...

After a heart attack, this process of degradation has to be stopped so that tissues can heal better. The protein-like polymer, or PLP, platform is made from a polymer that mimics Nrf2. Once ...