Surgical Oncologists in Nashville
Dr. Mariana Chavez
Dr. William Polk
Dr. Patrick Wolf
St. Thomas West Clinic
What is surgical oncology?
Surgical oncology is a subspecialty of general surgery that focuses on the diagnosis, treatment and management of patients with cancer. The foundation of our practice is moving towards the surgical removal of tumors and cancers. But, it is so much more in helping patients from the beginning steps of diagnosing all the way through their treatment and into their care after surgery.
Surgical oncology team in Tennessee
The field of cancer care is always evolving as cancer research and treatment techniques progress. You deserve to feel confident that your surgical oncologist is proficient with the latest in cancer science and treatment technology.
Your surgeon (known as a surgical oncologist who specifically treats cancer) is your best partner to make sure that you are doing all that is possible to attack the disease. Our surgical oncology team of surgeons will want to treat the disease by removing as much of it as possible to allow your team to manage the disease with drug therapies and/or radiation therapy to kill remaining cells and to take steps to avoid a spread of cancer cells or the appearance of new cancer sites.
You will likely have a team that includes a medical doctor who specializes in cancer, called a medical oncologist. This doctor will look at the options for chemotherapy and other drug therapies. You will also have a nutritionist whose job it is to make sure that your body stays as strong as possible as you prepare for battle.
There may be a need for a plastic and reconstructive surgeon to provide options for mitigating invasive cancer removal surgery. For example, our plastic surgeons offer immediate breast reconstruction surgery for our breast cancer patients who receive a mastectomy in Nashville, Mt. Juliet and Lebanon, TN.
Find a Surgical Oncologist
If you’re looking for a compassionate and skilled surgical oncologist in Tennessee, schedule a consultation at The Surgical Clinic to meet with one of our board-certified surgeons who specialize in diagnosing and treating patients with cancer.
Individualized Cancer Care
When is comes to surgical oncology, cancer care, as we describe it, is really a team sport. It requires more than just one person seeing you in the office and deciding what the plan will be for you. Every patient with cancer is different. We don’t cookie cutter anything; everything that we do is individualized to the patient and their disease.
The textbooks may say treatment here is surgery, but when you look at the patient you do your best to decide whether that’s actually going to help improve that patient’s life span and quality of life – or we’ll often times opt for a different plan that is best for that patient.
Surgical Oncology in Tennessee
The entire team at The Surgical Clinic knows that a cancer diagnosis is a frightening experience. At The Surgical Clinic in Tennessee, we are committed to working with you to plan an attack on that cancer with a goal to return you to your normal life as quickly as possible. Your treatment will generally include care from an expert Surgical Oncologist as a significant part of your care team.
The best plan happens when you fully understand the options that you have and when your entire team is focused on getting the very best plan together to attack it. This opened collaboration between your care team members, with you in the driver’s seat, is vital to getting the right care, in the right sequence and integral for the recovery you will make.
Surgical Oncology Resources
Skin Care During Radiation Therapy
Radiation therapy can cause side effects to your skin. The ones you have depend on the location of the tumor. They are also affected by your general health. Keep in mind that side effects do not affect how well the radiation therapy works on your cancer.
Some skin side effects take several days or weeks to develop. In some cases, skin reactions may occur days after radiation therapy has ended.
|Important: Prevent your radiation therapy reference marks from fading. These ink marks are used to help position your body for radiation therapy. When you bathe, don’t scrub them. Let water run over them. Pat them dry gently. Do not remove marks until your healthcare provider tells you it’s OK.|
Changes to your skin
Radiation therapy kills cancer cells. But it also affects healthy cells. This can cause effects on skin that are like a mild sunburn. These include:
Most skin reactions will heal 1 to 3 weeks after therapy stops.
- Wear loose clothing. This will help prevent rubbing on sensitive skin.
- Clean your skin daily with warm water and mild soap, or as advised
- Don’t use lotion, perfume, deodorant, or powder in the treatment area.
- Don’t use products that contain alcohol, which may cause dryness.
- Don’t put anything hot or cold on the treated skin, such as heating pads or ice packs.
- Stay out of the sun. If you must be outdoors, wear a hat and clothing to protect the skin. After treatment, use SPF 15 or higher sunscreen.
- Talk with your radiation oncology team if you’re having skin problems that don’t get better, or get worse.
What is prostate cancer?
Cancer starts when cells in the body change and grow out of control. Cancer cells can form lumps of tissue called tumors. Cancer that starts in the cells of the prostate is called prostate cancer. It can grow and spread beyond the prostate. Cancer that spreads is harder to treat.
Understanding the prostate
The prostate is a gland in men about the size and shape of a walnut behind the base of the penis. It wraps around the upper part of the urethra. This is the tube that carries urine from the bladder through the penis and out of the body. The prostate makes some of the fluid that’s part of semen. During orgasm, semen comes out of the body through the urethra.
When prostate cancer forms
As a man ages, the cells of his prostate may change to form tumors or other growths. These growths may be:
- Non-cancerous (not cancer). As a man ages, the prostate tends to get bigger. This is called benign prostatic hyperplasia (BPH). With BPH, the extra prostate tissue often squeezes the urethra, causing symptoms such as trouble passing urine. But BPH is not cancer and it doesn’t lead to cancer.
- Atypical cells. Sometimes prostate cells don’t look like normal (typical) prostate cells. One type of abnormal growth is called prostatic intraepithelial neoplasia or PIN. PIN cells are not cancer cells. But if the pattern of cells is very abnormal (called high-grade PIN), there’s about a 1 in 5 chance that there might be cancer in another part of the prostate.
- Cancer. When abnormal prostate cells grow out of control and start to invade other tissues, they’re called cancer cells. These cells may or may not cause symptoms. Some tumors can be felt during a physical exam, but some can’t. Over time, prostate cancer may grow into nearby organs or spread to nearby lymph nodes. Lymph nodes are small organs around the body that are part of the immune system. In some cases, the cancer spreads to bones or organs in distant parts of the body. This is called metastasis.
Diagnosing prostate cancer
Prostate cancer may not cause symptoms at first. Urinary problems are often not a sign of cancer, but of another condition, such as BPH. To find out if you have prostate cancer, your healthcare provider must examine you and do some tests. The tests help find out if a problem is caused by cancer. They also help give more information about the cancer. Common tests are:
- Prostate specific antigen (PSA) testing. PSA is a chemical made by prostate cells. The amount of PSA in the blood (PSA level) can be tested to check for prostate cancer. In general, a high or rising PSA level may mean there’s cancer. But a PSA test by itself can’t show if a man has prostate cancer.
- Core needle biopsy. This test is needed to know for sure if a man has prostate cancer. A hollow needle is used to take tiny pieces of tissue from the prostate. During the test, a small probe is put into the rectum. The probe sends an image of the prostate to a video screen. With this image as a guide, the healthcare provider uses a thin, hollow needle to remove tissue samples from all over the prostate. These are sent to a lab where they are looked at and tested for cancer cells.
Colorectal cancer screening
Colorectal Cancer Screening
Colorectal cancer starts in cells that form the colon or rectum. It’s one of the leading causes of cancer deaths in the U.S. But when this cancer is found and treated early, when it’s still small and hasn’t spread, the chances of a full recovery are very good. Because colorectal cancer rarely causes symptoms in its early stages, screening for the disease is important. Screening is even more important if you have risk factors for this cancer. Learn more about colorectal cancer, its risk factors, and screening options. Then talk with your healthcare provider to decide what’s best for you.
Risk factors for colorectal cancer
Your risk of having colorectal cancer increases if you:
- Are 50 years of age or older, but it can start in people younger than 50
- Have a family history or personal history of colorectal cancer or polyps
- Are African American or of Eastern European Jewish descent (Ashkenazic)
- Have type 2 diabetes, Crohn’s disease, or ulcerative colitis
- Have an inherited genetic syndrome like Lynch syndrome (HNPCC) or familial adenomatous polyposis (FAP)
- Are overweight
- Are not physically active
- Drink a lot of alcohol (more than 2 drinks per day for men and 1 drink per day for women)
- Eat a lot of red or processed meat
The colon and rectum
The colon and rectum are part of your digestive system. Food goes from your stomach, through your small intestine, then into your colon. As it travels through the colon, water is removed and the waste that is left (stool) becomes more solid. The muscles of your intestines push the stool toward the sigmoid colon. This is the last part of the colon. The stool then moves into the rectum. It’s stored there until it’s ready to leave your body during a bowel movement.
How colorectal cancer starts
Polyps are growths that form on the inner lining of the colon and rectum. Most are benign, which means they aren’t cancer. But over time, some polyps can become cancer. These are called malignant. This happens when cells in these polyps start to grow out of control. In time, the cancer cells can spread to more of the colon and rectum. The cancer can also spread to nearby organs or lymph nodes, and even to other parts of the body, like the liver or lungs. Finding and removing polyps before they become cancer can help keep cancer from starting.
Colorectal cancer screening
Screening means looking for a health problem before you have symptoms. Screening for colorectal cancer starts with:
- Your health history. Your healthcare provider will ask about your health history and possible cancer risk factors. Tell your healthcare provider if you have a family member who has had colorectal cancer or polyps. Also mention any health problems you have had in the past.
- Physical exam, including a digital rectal exam (DRE). A DRE might be done as part of your physical exam. To do it, your healthcare provider puts a lubricated gloved finger into your rectum. They check for any lumps or changes that could be cancer. This doesn’t hurt and takes less than a minute. DRE alone is not enough to screen for colorectal cancer. You’ll also need one of the tests listed below.
Screening test choices
The American Cancer Society and the U.S. Preventive Services Task Force recommend colorectal cancer screening for people at average risk starting at age 45. Talk with your healthcare provider about your risk and when screening is best for you. It’s also important to check with your health insurance carrier about your coverage.
Below are the most commonly used colorectal cancer screening tests. How often you should be screened depends on your risk and the test that you and your healthcare provider choose. If you have a family history of colon cancer or are at high risk for other reasons, you may need to have screening earlier or more often.
Fecal occult blood test (FOBT) or fecal immunochemical test (FIT) (every year)
These tests check for blood in stool that you can’t see (hidden or occult blood). Hidden blood may be a sign of colon polyps or cancer. A small sample of stool is sent to a lab where it’s tested for blood. Most often, you collect this sample at home using a kit your healthcare provider gives you. Make sure you know what to do and follow the instructions carefully. For instance, you might need to not eat certain foods and not take certain medicines before collecting stool for this test.
Stool DNA test (every 1 to 3 years)
This test looks for cells in your stool that have changed DNA in them. These DNA changes might be signs of cancer or polyps. This test also looks for hidden blood in stool. For this test, you collect an entire bowel movement. This is done using a special container that’s put in the toilet. The kit has instructions on how to collect, prepare, and send your stool. It goes to a lab for testing.
Colonoscopy (every 10 years)
This test allows your healthcare provider to find and remove polyps anywhere in your colon or rectum.
A day or 2 before the test, you’ll do a bowel prep. This is a liquid diet plus a strong laxative solution or an enema. The bowel prep cleans out your colon so the lining can be seen during the test. You’ll be given instructions on how to do the prep.
Just before the test, you’re given a medicine to make you sleepy. Then the healthcare provider gently puts a long, flexible, lighted tube (called a colonoscope) into your rectum. The scope is guided through your entire colon. The provider looks at images of the inside of your colon on a video screen. Any polyps seen are removed and sent to a lab for testing. If a polyp can’t be removed, a small piece of it is taken out for testing. If the tests show it might be cancer, the polyp might be removed later during surgery.
You’ll need to bring someone with you to drive you home after this test.
Colonoscopy is the only screening test that lets your healthcare provider see your entire colon and rectum. This test also lets your healthcare provider remove any pieces of tissue that need to be checked for cancer.
If something suspicious is found using any other colorectal cancer screening tests, you will likely need a colonoscopy.
Flexible sigmoidoscopy (every 5 years)
This test is a lot like a colonoscopy. But it focuses only on the sigmoid colon and rectum. (The sigmoid colon is the last 2 feet or so that connects to your rectum. The entire colon is about 5 feet long.) As with colonoscopy, bowel prep must be done before this test.
You are awake during the test. But you might be given medicine to help you relax. During the test, the healthcare provider guides a thin, flexible, lighted tube called a sigmoidoscope through your rectum and lower colon. The images are displayed on a video screen. Polyps can be removed and sent to a lab for testing.
Another option is flexible sigmoidoscopy every 10 years, with a FIT stool test every year. Talk with your healthcare provider to learn more.
Virtual colonoscopy (every 5 years)
This test is also called a CT colonography. It uses a series of X-rays to make a 3-D image of your colon and rectum.
The day before the test, you’ll need to do a bowel prep to clean out your colon. Your healthcare provider will give you instructions on how to do this.
During the test, you’ll lie on a narrow table that’s part of a special X-ray machine called a CT scanner. A soft, small tube will be placed into your rectum to fill your colon and rectum with air. Then, the table will move into the ring-shaped machine and pictures will be taken. A computer will combine these photos to create a 3-D image. Because the test uses X-rays, it exposes you to a small amount of radiation. This test can be done without sedation. If polyps or any suspicious changes are seen, you’ll need a colonoscopy so that tissue can be removed for testing.
Talking with your healthcare provider
Talk with your healthcare provider about which screening tests might be best for you. Each one has pros and cons. But no matter which test you choose, the most important thing is that you get screened. Keep in mind that if cancer is found at an early stage during screening, it’s easier to treat and treatment is more likely to work well. Cancer can even be prevented with routine screening tests.
Note: If you choose a screening test other than a colonoscopy and have an abnormal test result, you’ll need to follow-up with colonoscopy. This would not be considered a screening colonoscopy, so deductibles and co-pays may apply. Check with your health insurance provider so you know what to expect.
Know your risk: You may need to be screened using a different schedule if you have a personal or family history of colorectal cancer. A different schedule might also be needed if you have polyps or certain inherited conditions. These include familial adenomatous polyposis (FAP), Lynch syndrome (hereditary nonpolyposis colon cancer, HNPCC), or inflammatory bowel disease such as Crohn’s or ulcerative colitis. Talk with your provider about your health history to decide on the colorectal cancer screening plan that’s best for you.
Celebrating Thyroid Cancer Awareness September is Thyroid Cancer Awareness Month. Each year, September marks an opportunity to discuss the...
Pancreatic cancer is a tough and severe cancer prognosis. Of all the major cancers, pancreatic has one of the worst survival durations. The survival...
Just as February 4th each year is World Cancer Day, every March is Colorectal Cancer Awareness Month. This type of cancer is the third most...
SURGICAL ONCOLOGY NASHVILLE
Our surgical oncology team serves patients throughout Nashville and Middle Tennessee. One common procedure is lung cancer surgery, which has 2 main types: non-small and small cell lung cancer. Non-small cell lung cancer (NSCLC) is the most common and has 3 sub types: squamous cell carcinoma, adenocarcinoma, and large cell carcinoma. All of these are diagnosed & treated the same. Our surgical oncologists also specialize in common and complex cancers of the colon, rectal, stomach, gallbladder and hepato-pancreato-biliary systems.