Incredible World of Nanomedicine for Cancer Illuminated
Feb 03, 2014
Trinity Event Marked Nano World Cancer Day
The incredible and innovative world of nanomedicine and its exciting potential in improving the diagnoses and treatment of cancer were explored by leading experts in the field at a recent public event, organised by Trinity College Dublin to mark Nano World Cancer Day.
Attendees at the event heard that the special characteristics of nanomaterials have led to an exciting array of new possibilities for developing unique, personalised and targeted methods for diagnosing and treating cancers that complement and enhance existing methods such as surgery, chemotherapy and radiation. They also provide opportunities for entirely new ways of dealing with cancer.
Dr Adriele Prina-Mello, Senior Research Fellow, NANOMEDICINE and Molecular Imaging Group, School of Medicine, Trinity, explained that the nanometric size of materials used in nanomedicine, which are sometimes just a few atoms in thickness, matches the scale of many biological mechanisms in the human body. This allows nanoparticles and nanomaterials to potentially cross natural barriers to access new areas to deliver cancer therapies. They can also interact with DNA or small proteins at different levels, in blood or within organs, tissues or cells.
Dr Prina-Mello said: “Despite its infancy, Nanomedicine is already providing concrete and significant benefits to patients. It has already been translated into diagnostic mechanisms, innovative therapies and methods for enhanced drug delivery. The event on Nano World Cancer Day helps to shed light on how nanomedicine actually works, its current and potential applications in cancer, the research ongoing in Ireland and how it is bringing us closer to more targeted and personalised cancer therapy.”
Professor Yuri Volkov, Director of Research and Professor of Molecular & Translational Medicine, School of Medicine, Trinity, and one of the speakers at the Nano World Cancer Day event said: “Overall, Nanomedicine has the potential to enable early detection and prevention and to drastically improve diagnosis, treatment and follow-up of many diseases including cancer. One example of the technology’s application within cancer diagnostics is the use of nanoparticles delivered into a tumour which induce the tumour to increase its production of biomarkers. The increased production of these warning indicators will help much earlier detection of the potential spread of a cancer.”
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