Journal article

Vascular targeted nanoparticles for imaging and treatment of brain tumors

GR Reddy, MS Bhojani, P McConville, J Moody, BA Moffat, DE Hall, G Kim, YEL Koo, MJ Woolliscroft, JV Sugai, TD Johnson, MA Philbert, R Kopelman, A Rehemtulla, BD Ross

Clinical Cancer Research | Published : 2006

Abstract

Purpose: Development of new therapeutic drug delivery systems is an area of significant research interest. The ability to directly target a therapeutic agent to a tumor site would minimize systemic drug exposure, thus providing the potential for increasing the therapeutic index. Experimental Design: Photodynamic therapy (PDT) involves the uptake of a sensitizer by the cancer cells followed by photoirradiation to activate the sensitizer. PDT using Photofrin has certain disadvantages that include prolonged cutaneous photosensitization. Delivery of nanoparticles encapsulated with photodynamic agent specifically to a tumor site could potentially overcome the drawbacks of systemic therapy. In thi..

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University of Melbourne Researchers