During the past decade we have witnessed the rapid development and understanding of
living radical polymerization (LRP)(or reversible deactivation radical polymerizations …

Nature on planet earth is dominated by poly (phosphoester) s (PPEs). They structure and
determine life in the form of deoxy-and ribonucleic acid (DNA & RNA), and, as …

The applications of nanotechnology in medical sciences, especially in drug and gene
delivery, has experienced unprecedented growth in recent years. The integration of …

Polyphosphoesters (PPEs) represent an innovative class of biodegradable polymers, with
the phosphate ester serving as the core repeating unit of their polymeric backbone …

This feature article briefly highlights some of the recent advances in polymers in which
phosphorus is an integral part of the backbone, with a focus on the preparation of functional …

An important objective in polymer science is to manipulate the material properties of
polymers by altering their molecular architecture. To this end, understanding of the …

Lung cancer is one of the most frequently occurring cancers worldwide and its pathological
complexity necessitates combination therapies of various therapeutic elements such as anti …

Degradable polymers are vital, as they reduce environmental impact, conserve resources,
and offer biocompatibility for medical applications. Polyphosphoesters (PPE) contain ester …

Using a combined synthesis approach comprising reversible addition–fragmentation
transfer polymerization and ring opening reaction, a series of poly glycidyl methacrylate …

Chemotherapy is the most reliable treatment for osteoporosis and osseous metastases. To
facilitate better drug delivery for bone treatments, a novel preparation of polymeric …