Medical industry is increasingly adopting proton therapy in the oncology field
Proton Therapy (PT), a minimally invasive radiation therapy method for the treatment of patients diagnosed with cancer, is now one of the most common cancer treatments. It can be administered in a variety of ways to many different parts of the body depending on the location of the tumor and the extent of the disease. The main advantage of PT is that it is the only therapy that directly targets the tumor itself for the elimination of cancerous growth. In this respect, it is unlike surgery or radiotherapy, which depends on the location and thickness of the targeted tumor for the surgical or radiotherapy treatment.
Patients are normally admitted to a rehabilitation center or a Cancer Treatment Center (CTC), where they stay until the end of the procedure to allow them to recover completely. However, some patients opt to stay in a hospital or an outpatient clinic to undergo proton therapy under the care of a physician. There are certain advantages to this approach including the availability of more personalized care at a lower cost. There are two main methods of delivering the protons into the target area; sub-slab and external beam. The second method is more commonly used because it delivers the radiation waves with greater efficiency, resulting in less pain and minimization of side effects.
Sub-slab proton therapy utilizes smaller trays or containers to deliver the radiation directly into the desired area. The external beam can also be used in combination with a sub-slab to increase the effectiveness of the procedure. The external beam is delivered through a tube, while the internal radiation dose is delivered through plastic tubing. While many patients are able to adjust to the greater level of internal radiation, others may require hospitalization in order to safely adjust to the increased level of outside protons.
The entire process of therapy usually takes two to three hours, however, this does not include the time the trays are inside the patient. The entire procedure is monitored constantly by a team of specialists including oncologists as there is a high chance of patients may exhibit signs of having an increased level of discomfort such as impending pulmonary embolism.
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