Prostate Cancer Treatment in Charlotte and the Carolinas
Outside of skin cancer, prostate cancer is the most common cancer diagnosis among men, affecting more than 3 million US men every year. Prostate cancer affects the prostate, a small gland that produces seminal fluid in males. Most prostate cancers do not spread beyond this gland.
A prostate cancer diagnosis, as with any cancer diagnosis, can seem daunting. However, because many prostate cancers are confined to the prostate gland, they are often treated successfully. Some aggressive prostate cancers do spread quickly, so early detection offers the greatest opportunity for recovery.
If you, a family member, or a friend was recently diagnosed with prostate cancer, it may feel difficult to decide on your next steps. Understanding prostate cancer, its symptoms, and treatment options can help you move forward.
- Prostate Cancer Radiation Treatment Options
- Radiation Therapies Offered at SERO
- What are the Side Effects of Radiation Therapy for Prostate Cancer?
- Choosing SERO for Your Prostate Cancer Radiation Therapy
- What Is Prostate Cancer?
- Prostate Cancer Symptoms
- Causes of Prostate Cancer
- Prostate Cancer Screening & Diagnosis
- Prostate Cancer Stages & Risk Assessment
- Prostate Cancer FAQs
Radiation Therapies Offered at SERO
External beam radiation therapy (EBRT) is used for prostate cancer treatment with a machine called a linear accelerator. This machine is located outside the body, and it directs focused beams of radiation at the prostate. EBRT is often used to cure early stages of prostate cancer. It can also be used to alleviate symptoms in more advanced prostate cancer.
This treatment consists of an eight to eight and a half week course of therapy, with treatments delivered Monday through Friday. The experience is similar to receiving an x-ray. The radiation is simply much stronger than that delivered via a typical x-ray.
Internal radiation, also called brachytherapy, uses implantable “prostate seeds” or pellets that emit specific doses of radiation to the prostate from inside the body. Your doctor will surgically place radioactive sources inside of your prostate gland. While inside your prostate, these seeds will emit radiation, killing the prostate cancer cells.
High-dose brachytherapy is temporary, and the sources are only in the prostate for a few minutes. With low-dose brachytherapy, the radioactive seeds are planted permanently, they release radiation over the course of a few months.
This treatment is sometimes preferred because it has minimal effect on surrounding tissues. It is ideal for those with cancer that has not, and is not expected to, spread beyond the prostate.
SERO physicians in Charlotte and the surrounding area have been performing prostate seed implants for nearly 30 years. We continue to manage a robust prostate seed implant program at most of our centers and have over 10 physicians trained in this technique. Since the inception of the prostate seed implant program at SERO, thousands of patients have enjoyed the promising results of brachytherapy.
The results of radiation implants for patients with prostate cancer have been promising, with a cure rate of 90 percent. It is sometimes combined with external beam radiation for even greater rates of effectiveness.
Image-Guided Radiation Therapy (IGRT) uses imaging, like CT scanning, to visualize the tumor. This allows your doctor to more precisely deliver radiation. Your doctor will use the images to exactly align the radiation treatment every time. By comparing IGRT images, your doctor can also track the progress of the treatment and its effect on the tumor.
A special type of radiation planning and targeting called intensity modulated radiotherapy (IMRT) is utilized at all of our facilities. This treatment minimizes radiation in areas surrounding the prostate.
Because of the ability to tailor the dose closely to the prostate, patients often receive the therapy with little or no side effects. A small number of patients may experience irritation while urinating, fatigue, or loose stool by the end of their treatment course. Fortunately, these symptoms are usually easily treated with medications.
According to some studies, select prostate cancer patients may benefit from a very short course of radiotherapy, or stereotactic body radiosurgery (SBRT). SBRT uses precisely focused radiation beams to treat the tumor. This procedure consists of a total of five treatments given over two to three weeks. The extraordinary accuracy of SBRT allows for minimal effect on surrounding tissues.
SERO has several years of experience using this technology at one of our facilities with a special linear accelerator called the CyberKnife. We are excited to offer this as a cutting-edge method of treatment for prostate cancer patients.
Focal Radiation Beam Therapy
Radiation is also a viable treatment for patients with advanced prostate cancer that has spread to other sites in the body. If prostate cancer spreads or is advanced at diagnosis, the cancer tends to travel to the patient’s bones. Like other forms of radiation, focal radiation beam therapy delivers precise beams of radiation to the tumor, but in this case the doses are much higher. Focal radiation beam therapy is particularly effective at reducing or eliminating pain.
Injectable Intravenous Radium-223
Advanced patients may also benefit from a new treatment, injectable intravenous Radium-223. This has been used to treat sites where cancer has spread to the bone. Through an injection, this treatment travels by the bloodstream to the areas of disease in the bones.
Injectable intravenous Radium-223 is a very targeted therapy that has a minimal effect on blood counts. One of the radiation therapy facilities staffed by SERO is at the forefront of injectable intravenous Radium-223 use.
What are the Side Effects of Radiation Therapy for Prostate Cancer?
Choosing SERO for Your Prostate Cancer Radiation Therapy
A prostate cancer diagnosis can feel alarming, but with efficient, expert care, a full recovery is likely for most patients. SERO’s 30 experienced and board-certified physicians have treated and cured thousands of prostate cancer patients. With locations at 20 hospitals and cancer treatment centers around the Charlotte Metro area, our groundbreaking care is accessible to prostate cancer patients across the region.
When you choose SERO, you’re choosing best-in-class prostate cancer treatment. But you’re also choosing a cancer care team that will stand by your side every step of the way.
What Is Prostate Cancer?
Prostate cancer affects the prostate gland. The prostate gland is a small, walnut-sized gland below the bladder, in front of the rectum, and above the penis. This gland produces seminal fluid, which nourishes, protects, and transports sperm.
Prostate cancer occurs when cells in the prostate begin to grow out of control. Only men have a prostate gland, and therefore prostate cancer only occurs in men.
Most prostate cancers are adenocarcinomas, meaning they grow from the gland cells that produce seminal fluid. There are other rare types of prostate cancer, including:
- Small cell carcinomas
- Transitional cell carcinomas
- Neuroendocrine tumors
Most prostate cancers grow slowly and do not spread outside the prostate gland. Some men even have undiagnosed prostate cancer without any symptoms or side effects.
However, there are exceptions, and some prostate cancers do grow quickly. If you experience any prostate cancer symptoms, you should schedule an appointment to see your doctor.
Fortunately, a large percentage of prostate cancer is found in the early stages, when it is very curable with local treatments like surgery or radiation therapy. Patients are generally seen by a surgeon and radiation oncologist to help determine the best treatment for their cancer.
Prostate Cancer Symptoms
Causes of Prostate Cancer
Despite its commonality, the causes of prostate cancer are still unknown. Doctors only know that prostate cancer occurs when prostate cells’ DNA changes, leading to uncontrolled growth.
There are, however, risk factors that increase the likelihood of a prostate cancer diagnosis. These risk factors include:
- Age: Prostate cancer is more likely in males over 50.
- African-American descent: Prostate cancer is most common in males of African American descent. These men are also more likely to experience aggressive types of prostate cancer.
- Family history: If a blood relative experienced prostate cancer, you are more likely to develop it as well. There is also a connection between a family history of breast cancer and prostate cancer.
- Obesity: Some studies show that those who are obese are more likely to develop prostate cancer.
- Poor diet: Some studies have shown connections between a poor diet and a higher likelihood of developing prostate cancer.
- Smoking: Many studies have shown that smoking increases your risk of developing prostate cancer.
How Does Someone Get Prostate Cancer?
Prostate Cancer Screening & Diagnosis
Since prostate cancer may not show symptoms in its early stages, prostate cancer screening is recommended. Using screening tests, your doctor will look for signs of prostate cancer. If your doctor identifies any signs of prostate cancer, he or she may order further tests.
Prostate cancer screenings and tests may include:
- Prostate-specific antigen (PSA) blood test: This blood test measures the level of a protein produced in the prostate gland. Higher levels may be indicative of prostate cancer.
- Digital rectal exam (DRE): During this exam, your doctor inserts a gloved finger into the rectum to check for bumps or hard areas on the prostate, which might indicate prostate cancer.
- Imaging test: If symptoms or other tests indicate a possibility of prostate cancer, your doctor may order an imaging test, like an MRI or transrectal ultrasound (TRUS).
Prostate Cancer Diagnosis
The only way to confirm and diagnose prostate cancer is with a biopsy. During this procedure, a doctor gathers a small sample of the prostate. This is then studied under a microscope.
A biopsy will not only confirm the presence of cancer, it will diagnose the stage of the cancer and whether it will spread.
Prostate Cancer Stages & Risk Assessment
Prostate Cancer Treatment FAQs
What are the Side Effects of Radiation Therapy for Prostate Cancer?
The side effects of radiation for prostate cancer include:
- Urinary leakage or incontinence
- Frequent, difficult, and/or painful urination
- Bloody urine
- Stomach cramps
- Bleeding or leaking from the rectum
- Painful bowel movements
- Skin reactions that may look like a sunburn
- Lymphedema, or swollen lymph nodes, especially in the groin area
- Sexual dysfunction, such as decreased semen volume or erectile dysfunction
Most side effects are mild, however. Using more advanced radiation technologies that can deliver a high targeted dose of radiation to prostate cancer cells, while sparing surrounding healthy tissues, may help reduce the severity and duration of radiation side effects.
How Long Do Side Effects of Prostate Radiation Therapy Last?
Side effects of radiation for prostate cancer can last from days to weeks, and occasionally longer. Issues, such as bowel and urinary incontinence, typically persist for up to six weeks following the last radiation treatment. In rare cases, side effects may arise months after treatment.
What is the Success Rate of Radiation Treatment for Prostate Cancer?
Both of the main types of radiation treatment for prostate cancer, including brachytherapy and external beam radiation, have a five-year survival rate of about 90 percent. Success rates are even higher in patients who have only localized prostate cancer, in which the cancer hasn't spread to other areas of the body. Radiation is considered a highly effective prostate cancer treatment.
How Long is Radiation Treatment for Prostate Cancer?
Radiation treatment for prostate cancer generally lasts for one to two months, at a frequency of about five days per week. External beam radiation usually takes less than one hour per session. The total number of treatments needed depends on individual factors, including how large the prostate cancer is, whether the cancer has spread to other parts of the body, and the patient’s overall health.