Radiation Physics with Genetic Targeting for Fundamental Radiotheraphy
Sabilly Handi Pradana
Study Program of Physics, Institut Teknologi Bandung
Indonesia
Email: billy_physics05@yahoo.com
Abstract: Radiation as a cancer treatment modality is special competence in nuclear and biophysics area with high physical precision, are facing obstacle when do with biological parameter in great quantities. Radiobiological modelling and radiation microdosimetry have provided useful guidelines in choosing treatment strategies for targeted radiotheraphy.
To achieve specificity, therapeutic genes to be expressed in cells of particular types. In experimental methodology are exploring the transfection-mediated uptake of the targeting agents MIBG and sodium iodide. A new task for radiation microdosimetry is to compute the efficacies of gene transfection which will be required for tumor cure.
The analytic and modeling approach of physics can be used to illuminate and enhance development in genetics, to the benefit of science and medicine.
(PS: In fact, this research have done by [T. E. Wheldon from Department of Clinical Physics and Radiation Onclology, Glasgow University and Beatson Onclology Centre, UK] and surely not by me. I insterested for support my study about 'KK Fisika Nuklir dan Biofisika - Fisika ITB' . What I do to create title, abstract just include from journal and combine with my style about technical writing)
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