Hydrogels represent a class of three‐dimensional, water‐swollen polymeric networks that offer exceptional potential for controlled drug delivery. Their biocompatibility, tunable swelling behaviour and ...

Controlled drug delivery systems represent a dynamic field that integrates materials science, engineering and pharmacology to achieve precise therapeutic outcomes. These systems are designed to ...

A recent study published in Nature Communications showcased a breakthrough in transdermal drug delivery. Scientists have developed an electrically activated patch with biocompatible metallic membranes ...

Nanogels are increasingly used in drug delivery systems for their ability to encapsulate a wide range of therapeutic agents and release them in a controlled, targeted manner. Recent developments have ...

Artificial lipid bilayer vesicle liposomes, also called proteoliposomes, are specialized systems capable of incorporating various molecules, such as chemicals and drugs. Their unique properties make ...

A breakthrough system delivers small trigger molecules that activate drugs at specific sites in the body. This precise ...

Robotic dog on show at the Barbican. — © Image by Tim Sandle. Robotic dog on show at the Barbican. — © Image by Tim Sandle. Grain-sized soft robots that can be ...

A controlled narcotics delivery to a Manvel business led to the seizure of thousands of dollars’ worth of drugs and the ...

Biodegradable polymers are a type of polymer that exists both naturally and can be synthesized in laboratories. This special class of polymer is broken down naturally by microbial processes to produce ...

Controlled release systems deliver medication and other bioactive compounds to the ideal spot inside a body and over a specific time. New research from the University of Arkansas and the University of ...

Encapsulating drugs within biocompatible polymers allows for controlled release and extended circulation time, optimizing treatment efficacy. These systems also offer tailored formulations, ...

Researchers have developed a potential new peptide-based drug delivery system by repurposing fibrils that contribute to Alzheimer’s disease pathogenesis. Researchers at the University of North ...