Novel Drug Delivery Systems

Collaborating Organisation

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• St Vincent's Hospital Melbourne  Research Organization
• The University Of Melbourne  Research Organization

Scheme

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• Discovery Projects

Abstract

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• 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.

Date/time Interval

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• 2009

Research Areas

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• 030306 - SYNTHESIS OF MATERIALS
• 090301 - BIOMATERIALS
• 091209 - POLYMERS AND PLASTICS

Awarded By

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• Australian Research Council (ARC) 

Contributor

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• Moulton, Simon - Queen Elizabeth II Fellow
• Wallace, Gordon G. - Chief Investigator

Geographic Focus

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• Australia 

Geographic Focus

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• Australia  Country

Sponsor Award Id

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• DP0987344

Local Award Id

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• 10359