significant improvements in our ability to treat and manage illnesses and trauma. The development of conducting biopolymer composites with the ability for multi-drug delivery has the potential to alleviate short comings in systemic drug delivery approaches. A number of novel drug-loaded polymeric structures capable of a diverse array of release profiles will be produced. The introduction of a conducting polymer component to enable electrically stimulated release, generated physiologically (by onset of an epileptic seizure) or by a bio-corrosion process (stents) provides innovative drug release systems powered autonomously.
significant improvements in our ability to treat and manage illnesses and trauma. The development of conducting biopolymer composites with the ability for multi-drug delivery has the potential to alleviate short comings in systemic drug delivery approaches. A number of novel drug-loaded polymeric structures capable of a diverse array of release profiles will be produced. The introduction of a conducting polymer component to enable electrically stimulated release, generated physiologically (by onset of an epileptic seizure) or by a bio-corrosion process (stents) provides innovative drug release systems powered autonomously.