Cancer is an illness that affects many of the population—the treatment options available for cancer are typically invasive that lead that requires exposure to harsh radiation. Statistics show approximately 23,000 adults and 4,830 children are diagnosed with cancerous tumors ranging from their brain to spinal cord each year, which makes brain tumors a major leading illness. Unfortunately, certain cancers require treatments that can potentially cause debilitating health defects—the strives being made in cancer research allow advanced cancer treatment options to be available to nearly every form of cancer, which impacts the lives of many.

What Is Proton Treatment?

The use of proton therapy for cancer is considered by professionals to be one of the most technologically advanced cancer treatment options in cancer research— surpassing the traditional way of radiation treatment for cancer. The noteworthy benefits of proton treatments are what makes it regarded as the leading treatment of prostate cancer in therapy because multiple studies have shown prostate cancer patients significantly benefited from this method, with 94% of men reporting their same level of sexual activeness after treatment. The functionality of proton radiation therapy allows us to understand how protons interact inside the human body by delivering portioned radiation to the patient while lessening the number of doses to healthy tissues and organs throughout the body.

How Proton Therapy Works

The methods of proton treatments result in fewer complications and harsh side effects when in comparison to standard practices of radiation methods. Proton beam therapy is a common alternative to traditional cancer treatment center settings and medications. Proton therapy is popular because it yields significant results without having to undergo harmful, and sometimes even painful conventional radiation treatment. The differences between proton radiation therapy and conventional methods are based on the lack of x-rays. Unlike traditional way, proton therapy uses beams to stop releasing energy to their intended target, because their radiation doses are much more controlled through using a particle accelerator. Proton therapy is relied on often because the effectiveness it yields to multiple forms of cancer, allowing it to be the top alternative method for breast cancer treatment and prostate cancer options.

Why Proton Therapy?

The use of proton treatment is being used in many cancer centers, because of it’s low-risk and high effective rates. Proton therapy is regarded as one of the top advanced cancer treatment options because it offers patients with severe forms of cancers a chance at effective treatment options when conventional methods are far too harsh and life-threatening towards the patient. The number of cancer patients who have benefited from the development of proton therapy gives us an inspirational message for hope for the continual developments in cancer research.

The Benefits Of Proton Therapy
The extensive research that allows us to benefit from advanced cancer treatment options is what creates the foundation of proton therapy. The non-evasive process of non-conventional treatment methods allowed cancer patients a new sense of comfort and assured safety that offers the most comprehensive range of treatment for all forms of cancer. The popularity of proton therapy is an inspiring feat in the medical community, because of the sheer number of cancer patients that have the potential to be saved through proton treatment without harsh side effects that most patients suffer through during conventional treatments. The implementation of proton therapy centers allows for patients to feel in safe hands with many care professionals to provide support along the way.

Facts About Proton Therapy

1. Treatment sessions only take 1-2 minutes with proton therapy instead of a typical treatment session that takes anywhere between 15 to 45 minutes.

2. Delivers the exact amount of required radiation to the patient with precision.

3. Proton therapy significantly decreases the high level of radiation in gastrointestinal structures by an upwards of 59% in comparison to x-rays.

4. Proton therapy reduces the risk and severity of both long- and short-term side effects radiation has on surrounding healthy tissues, with its preventative non-evasive method using a particle accelerator.

5. Proton treatment is a leading cancer method for patients with reoccurring tumors because it improves the overall quality of life after treatment.

6. Mortality rates are far lower when using proton therapy than evasive methods.