A literature review on electromagnetic transponders in prostate cancer

A on electromagnetic transponders in prostate cancer treatment - Literature review Example The present research particularly involved reviewing a number of recent publications including journals, books, articles, magazines and databases related to the use of electromagnetic transponders in cancer treatment. Electromagnetic Transponder is an emerging high tech system that is increasingly being used to track the movement of prostate glands particularly during external beam radiation therapy. The technique particularly involves implanting three tiny electromagnetic transponders into a patient’s prostate gland in order to enhance the delivery of post- prostatectomy radiation therapy by providing real time tracking required to ensure accurate treatment of prostate cancer through radiation therapy (Kindblom et al., 2009). According to many experts, the technique is particularly preferred for the post-surgical radiation therapy for prostate cancer because it significantly allows for enhanced localization of the specific targeted area thereby allowing for the delivery of maximum radiation dose while at the same time minimizing the exposure of the patients surrounding non-targeted normal tissues to radiation (Foster, Pistenmaa and Solberg, 2012, p.2924). The present literature paper particularly focused on a comprehensive review of relevant recent publications such as journals, books, articles, magazines, databases and other professional manuscripts related to the theory, practice and use of electromagnetic transponders in cancer treatment. Finally, the findings of the literature review were then analyzed and clustered based on the key major themes namely the oncologic and functional outcomes of electromagnetic transponders, placement of electromagnetic transponders in prostate cancer treatment as well as the challenges related to the use of electromagnetic transponders in the prostate cancer treatment. For the last 15 years, development of electromagnetic