For Prostate Cancer, Early Detection Saves Lives


Prostate cancer is periodically in the news, often when a celebrity or public figure announces they are undergoing treatment. But experts say that for older men, prostate cancer should be something they regularly discuss with their health care providers, and the key for most men is to understand the need for regular prostate cancer screenings.

Prostate cancer is the second most common cancer among men in the United States, after skin cancer, and the number of cases has been rising. It’s also the second-leading cause of cancer death (after lung cancer). About one in eight men will get prostate cancer in their lifetime.

However, in many cases, men can recognize and manage this disease through testing and early detection, according to Ash Tewari, MBBS, MCh, FRCS (Hon.), DSc (Hon.), Professor and Chair, Milton and Carroll Petrie Department of Urology at the Icahn School of Medicine at Mount Sinai.

“The one thing men should know is that they should understand the risk and get tested,” says Dr. Tewari,  a leading expert on prostate health and an advocate for expanding efforts to get men tested for prostate cancer. “That’s one thing that makes all the difference.”

Get Answers to Your Questions: A Prostate Cancer Survivorship Seminar Wednesday, September 17

The Department of Urology is holding a seminar dedicated to life after a prostate cancer diagnosis. Click here to register and for all the details.

In this Q&A, Dr. Tewari, who is also Director of the Center of Excellence for Prostate Cancer at The Tisch Cancer Institute at Mount Sinai, explains when men should be tested for prostate cancer, how to assess your risk, and how regular testing is critical to identifying cancer earlier when treatment is significantly more successful, especially for those who may be at higher risk.

What are the warning signs of prostate cancer?

Prostate cancer is a silent killer. No symptoms will show up before the cancer has grown and has become incurable. The message here is: Don’t expect cancer to declare itself. You should go out and look for it. You should understand the risk. If you find it early enough, it’s very curable. But if you wait for the signs and symptoms to come and the cancer declares itself, the battle is usually a difficult battle. It’s a silent killer, don’t wait for the symptoms.

What are the symptoms?

Symptoms can happen when the cancer is quite advanced. People may have difficulty in passing urine, they may have some pain, they may have some blood in their urine. That usually is a sign that the cancer is growing into the areas surrounding the prostate. But similar symptoms can happen even if there is no cancer. For example, an enlarged prostate—a condition called benign prostatic hyperplasia, or BPH—can produce these symptoms. It can be confusing. My message remains the same: Look for prostate cancer, and get screened, especially if you have a high risk, and that’s what saves lives.

When should men get tested for prostate cancer?

Men normally should start having a conversation with their primary care doctor or a urologist when they are about 45 to 50 years of age. When we talk about the testing, it’s not just about the test, it’s also what are the implications of the test—what we call shared decision making.

On average, any man 50 to 69 years old should be having a discussion with their doctors about prostate-specific antigen (PSA) screening, and older men should also discuss prostate cancer with their doctor. But we can have this conversation earlier. For example, if someone has a family history of prostate cancer, is BRCA positive, or is African American, we could consider that group to have a high risk of prostate cancer. That discussion can start at about age 40. It is all about the individual’s risk for prostate cancer. Prostate cancer can be checked, and that’s the beauty of it.

About 288,000 men were diagnosed with prostate cancer last year. About 34,700 men died due to prostate cancer last year, and the majority of these deaths were avoidable if we had found the cancer early. PSA screening is a simple blood test. I think of PSA as standing for “Please Stay Alert.” There are other ways of testing, including a digital rectal exam, ultrasound and MRI scans, and other tests of your blood and urine. But the discussion starts with the PSA, and people should talk about what this PSA can do for them.

Looking for even more detailed information about prostate cancer? Click here to watch a special Prostate Cancer Awareness Seminar with Ash Tewari, MBBS, MCh, FRCS (Hon.), DSc (Hon.), Professor and Chair, Milton and Carroll Petrie Department of Urology at the Icahn School of Medicine at Mount Sinai.

How can you minimize the risk of prostate cancer?

Those at high risk can do a lot to prevent this cancer and live healthier lives. It’s not rocket science. It starts with diet and nutrition—cutting down on carbs and processed food, balancing your diet, having more lean protein, avoiding red meat, cutting down on smoking and alcohol. And exercising a lot. I mean about 30 minutes a day, three to four times a week. Combining all of these is one of the biggest preventive factors in prostate cancer risk. Obviously, testing early makes all the difference.

How treatable is prostate cancer?

If we find prostate cancer early, we can cure it 98 to 99 percent of the time. But think about it: Despite this high cure rate, we still lost 34,700 men last year. Why did that happen? Because we are finding the cancer a little late. In five percent of patients, when we find cancer, they already have a cancer that has advanced to their bones, to the lymph nodes, to other parts of the body. We call it metastatic cancer.

Finding cancer when it is confined within the prostate makes all the difference. At that time, it’s very curable, and the cure can come in many different forms. We have nerve sparing procedures in which we can remove the prostate using minimally invasive, robotic surgery, and the patient is cured of the cancer in a majority of times. We have new kinds of radiation therapies that can do the same job in a select group of patients. In many cases, prostate cancer doesn’t even need active treatment. Patients can be closely monitored in what we call “active surveillance.” We have many forms of the treatment. An expert can tell exactly what is suitable for each person, based on the type of cancer, how far it has progressed, and personal choices. Hope is there, but we need to fight it early.

What role does family history play in prostate cancer risk?

When I ask people about their cancer, they often say, “I never talked to anyone in the family about medical issues.” That’s not a good answer. Basically, if people have many members in the family who had prostate cancer, or if there is breast cancer, uterine cancer, or pancreatic cancer in the family, that tells us they are from a family with high risk of prostate cancer. For example, the BRCA2 gene that can increase the risk of breast cancer in women is known to be correlated with a higher risk of prostate cancer. Knowing there are members in your family going through the same journey should make you a little more cautious, and that can save your life.

Six Signs Your Child’s Tonsils or Adenoids May Need to Be Removed

When you are told that your child needs their tonsils or adenoids removed, it can be a scary thing to hear, and you may have many questions and concerns.

Tonsil and adenoid surgeries are actually the most common outpatient surgical procedures performed on children in the United States according to a recent study.

In this Q&A, Aldo V. Londino, MD, and Stephanie Wong, MD, ear, nose and throat (ENT) experts at Mount Sinai, explain why tonsil and adenoid surgery is important, the signs your child might need the surgery, what parents need to know about the procedures, and what to expect from the surgery.

Aldo V. Londino, MD

What is a tonsillectomy and/or adenoidectomy, and why are they important?

Tonsils and adenoids are a type of tissue that supports the immune system and helps fight bacteria and viruses in the body. The tonsils are located in the back of the throat. Sometimes in children they get enlarged due to an infection. They appear as two large balls, and block air from flowing through the throat. The adenoids are located at the top of the mouth and behind the nose, and they may enlarge due to allergies, a cold, or another cause. Sometimes the tonsils and adenoids cause obstructive symptoms or turn into sources of infection. A tonsillectomy and adenoidectomy is a surgical procedure that removes the tonsils and adenoids to improve the size of the airway and relieve obstruction in the throat and nose so children can breathe better.

What are the key signs that my child may need their tonsils or adenoids removed?

Here are six common reasons for tonsil and adenoid surgery are:

  • Recurrent throat Infections, most commonly strep throat
  • Recurring sinus or nasal infections
  • Recurrent earaches and ear infections
  • Upper airway obstruction
  • Chronic sleep-disordered breathing, including mouth breathing, snoring, and obstructive sleep apnea
  • Blocked, runny, or stuffy nose

Removing the tonsils and adenoids will result in fewer throat infections and sore throats, as well as  improved breathing and sleeping patterns. Your child may also be happier.

Stephanie Wong, MD

What is involved with surgery?

Both tonsillectomies and adenoidectomies are simple procedures that require a small amount general anesthesia.  Even when both procedures are done together, it usually takes under an hour. Afterwards, parents can stay with their child in the recovery area as they wake up.

What happens afterwards?

Some children feel better in just a few days, while some take up to two weeks to recover. It’s normal for your child to have a sore throat and ear pain after surgery. They may also experience bad breath and white patches that appear in the back of the throat. These symptoms are all normal after surgery and will slowly dissipate. It’s important to check on your child when they first come home to make sure they don’t have any bleeding or difficulty breathing, and to regularly provide pain medications, such as  acetaminophen (Tylenol®) and ibuprofen (Advil®).

If the adenoids were removed, avoid letting your child blow their nose for up to two weeks.

Throughout the recovery time, make sure your child drinks plenty of fluids, and it’s best to avoid carbonated, sugary, or acidic drinks. They should follow a soft diet that is provided by your medical team.

Typically, children who undergo these surgeries can return to school within a week or so, or when they feel comfortable.

If you think your child might need to have a tonsillectomy or adenoidectomy, or if you have concerns or questions, please call 833-4ENTKID (833-436-8543) to schedule an appointment.

Is Your Child Having Nosebleeds? Try These Pediatrician Tips.

Nosebleeds can seemingly come out of nowhere when your child is playing outside or waking up in the morning. While nosebleeds are very common and usually nothing to worry about, they can be frustrating to deal with. In rare cases, they may indicate a larger problem.

In this Q&A, Pediatrician Stephen Turner, MD, from Mount Sinai Doctors-Brooklyn Heights, discusses some of the common causes of nosebleeds, some tips to avoid nosebleeds, and how to treat them.

Why do some kids get nosebleeds?

The number one cause is dry air. As the seasons change and the weather gets warmer or colder, nosebleeds occur more often. Nosebleeds are also heritable—your child is likely to have them if you or their other parent did.

Stephen Turner, MD

What happens when you have a nosebleed?

A nosebleed involves the loss of blood from the tissue lining the nose. The lining is called mucosa, which has an abundant blood supply. However, the front of the nose can dry out easily because of regular airflow, causing blood vessels to crack. Bleeding typically occurs in one nostril, but it can also occur in the mouth. Our mouths are also lined with mucosa, but rarely bleed because they are moist.

How can I prevent my child from having nosebleeds?

Keep their nose moist, especially during a change in season, and minimize future nosebleeds. Ways to prevent nose bleeds include:

  • Add more moisture to the air with a humidifier.
  • Use saline salt-water sprays and lubricating gels to keep the lining of the nose moist.
  • Apply ointment like petroleum jelly in your child’s nostrils before bedtime and early in the morning.
  • Help your child avoid blowing their nose by treating their colds or allergies.
  • Teach your child not to pick or scratch their nose, which can re-open the nosebleed and create an ongoing cycle.
  • Put gloves or socks over their hands at bedtime to keep them from picking their nose when they are sleeping.
  • If your child needs to blow their nose, do not to rub or irritate the nose too much.
  • Make sure they stay hydrated and drink a lot of water.
  • Help their nose heal with antibiotic creams like mupirocin.

To make an appointment with a pediatrician at Mount Sinai Doctors-Brooklyn Heights call 929-210-6000.

 How can I treat my child’s nosebleed?

  • With your child sitting up, tilt their head forward and pinch the nostrils together for 5 to 10 minutes and apply steady pressure so the blood coagulates.
  • Do not insert tissues in the nose as this can cause further bleeding.
  • Do not tilt your child’s head back—this can cause choking or the blood to go down the throat.
  • Apply an icepack or a frozen pack of vegetables to the nose to shrink down the blood vessels.

How do I know if my child’s nosebleed needs medical treatment?

If the nosebleed keeps recurring, or lasts more than 15 minutes, or there is excessive blood (up to eight ounces), go to the emergency room or visit your pediatrician.

What Is Melanoma, and Why Is Early Diagnosis of All Skin Cancers So Important?


Skin cancer occurs when there is damage to cells that make up the outer layer of your skin, which causes these abnormal cells to grow in an uncontrolled way.

Skin cancer is the most common form of cancer—there are more cases of skin cancer than all other cancers combined. More than 5 million people in the United States are diagnosed with skin cancers each year. One in five people in the United States will develop a skin cancer by the age of 70. Most of these cancers are caught before they spread, and they are treated with surgical removal in the doctor’s office.

About 200,000 people are diagnosed each year with melanoma, a type of skin cancer that develops when melanocytes (the cells that give the skin its tan or brown color) start to grow out of control. Melanoma is a more dangerous form of skin cancer because it can spread to other parts of your body.

In this Q&A, Jesse M. Lewin, MD, FACMS, Associate Professor of Dermatology, Icahn School of Medicine at Mount Sinai, explains how skin cancer is best treated with early detection and treatment, and offers some tips for reducing your risks. Dr. Lewin is also Chief of Mohs Micrographic and Dermatologic Surgery and the Director of the Kimberly and Eric J. Waldman Melanoma and Skin Cancer Center.

“Unlike with many other cancers, patients and doctors have an advantage over skin cancer, in that we can see it with the naked eye,” says Dr. Lewin. “We don’t need imaging tests to look for these types of cancers; we just need to partner with our patients and be on the look-out for new and changing lesions, which are the earliest sign of skin cancer. The other advantage is our ability to reduce the risk of skin cancer by protecting ourselves from the sun and avoiding tanning beds.”

Who can get melanoma?

 Melanoma affects more men than women. People of any skin type can get skin cancer, however those with lighter skin and eyes are at greater overall risk. Those at higher risk for developing melanoma include:

  • People with more than 50 moles or with atypical moles, which are often larger and have more irregular borders (dysplastic nevi)
  • People who are sensitive to the sun, which includes those who sunburn easily, or have natural blonde or red hair
  • People with a personal or family history of melanoma

Click here to meet our team of experts specializing in skin cancer and melanoma care

Is the risk different for people with darker skin tones?

While people with darker skin types have a lower chance of developing a skin cancer, these cancers do occur. In fact, melanoma in patients with darker skin tones is often diagnosed in its later stages, when it’s more difficult to treat. One reason is that people with darker skin types are more prone to developing skin cancer on nonexposed skin with less pigment. Up to 75 percent of tumors occur on the palms, soles, in the mouth, and under the nails.

What are the early signs of melanoma?

Some of the early signs include a new lesion that is irregular or an existing lesion which changes in size, shape, or color. We talk about the ABCDEs of melanoma: Asymetry; Border irregularity; Color variegation; Diameter greater than the size of a pencil eraser; and Evolving (changing). Between 20 and 30 percent of melanomas arise in association with existing moles, while 70 to 80 percent arise as new lesions.

Most melanomas are pigmented (brown or black). But some melanomas do not produce melanin and can appear pink or tan. This variety highlights the importance of seeing your dermatologist for periodic skin cancer screening exams and flagging lesions that are new or changing.

Melanoma can develop anywhere on your skin, but they are more likely to occur on the chest and back in men, and on the legs in women. The neck and face are other common sites. In about half of cases, patients discover these melanomas themselves. The best way to detect melanoma is to look for a change in the size, shape or color of an existing mole.

How can I avoid getting melanoma?

There are some risk factors that you cannot change like your skin type, age, and family history. But there are ways to lower your risk of skin cancer.

The majority of skin cancers are caused by ultraviolet (UV) radiation from the sun and tanning beds, so the most important thing you can do to reduce your risk of developing skin cancer is take steps to protect yourself from these exposures.

Studies show that having five or more sunburns doubles your risk for melanoma. This is why it is particularly important to educate and protect children and adolescents from the sun. People who first use a tanning bed before age 35 increase their risk for melanoma by 75 percent.

Here are some tips:

  • Use sunscreen with a Sun Protection Factor (SPF) of 30 or above. A nickel-sized dollop of sunscreen is enough for your face. One ounce of sunscreen can cover your whole body but needs to be reapplied every two hours. One study found that regular daily use of an SPF 15 or higher sunscreen reduces the risk of developing melanoma by 50 percent. Your face is especially vulnerable to sun damage as it is exposed to the sun year-round.
  • You are vulnerable to sunlight all year round, not just when at the beach. So, consider using a moisturizer with sunscreen every day all year.
  • When outside, wear protective clothing, a wide brimmed hat, and UV-blocking sunglasses. Seek shade. If possible, avoid the sun during peak sun hours (10 am to 4 pm).
  • Avoid tanning beds.

What Treatments are Available for Skin Cancer?

Mohs surgery is a precise surgical technique used to remove skin cancers, including those found in areas that cosmetically sensitive and functionally important: such as your eyelids, nose, lips, ears, fingers, and toes, as well as for some more aggressive skin cancers on other areas of your body. This procedure can be used to treat a wide array of skin cancers, including melanoma and nonmelanoma skin cancer.

For this procedure, we give local anesthesia to numb the skin, and then remove the skin cancer with a narrow margin of normal skin. The skin is then processed into slides so we can look under the microscope to check if the skin cancer has been fully removed. If there is still skin cancer left, we remove more skin and make more slides. Once the skin cancer is fully removed, we repair the wound by stitching it in a way to offer the patient an optimal functional and cosmetic outcome.

For early melanomas, removing the skin cancer with a margin of normal skin is all that is required. Mohs surgery with immunohistochemical staining for early melanomas, particularly those located on functionally and cosmetically sensitive areas, is also offered at select academic centers including Mount Sinai. For melanomas that are deeper, lymph node testing and imaging, such as a CT (computerized tomography) or PET (positron emission tomography), may be indicated. Those cancers are treated by medical and surgical oncologists.

CT Scans and Cancer Risk: A Mount Sinai Radiologist Explains


You may have seen headlines recently about a link between CT (computed tomography) scans and cancer due to radiation exposure. CT scans project X-rays into the body to produce detailed images and are often necessary in situations where a medical diagnosis needs to be made quickly. While they are generally considered safe, multiple CT scans over time pose a small increase in cancer risk.

To keep you safe, radiologists take steps to reduce your exposure as much as possible.

Bradley Delman, MD, MS

In this Q&A, Bradley Delman, MD, MS, a neuroradiologist and Vice Chair of Quality at Mount Sinai, explains the benefits of CT scans and how radiologists work to reduce the risks.

What is a CT scan, and why is it important for diagnosing health conditions?
CT is a powerful tool that uses carefully focused beams of radiation to generate images inside the body. These scans enable doctors to see structures in three dimensions to diagnose a wide variety of conditions including strokes, bleeding, infections, tumors, and traumatic injuries. Sometimes dye is injected into the veins to improve visualization of blood vessels, tumors, and inflammation. These scans have become invaluable for emergency situations and presurgical planning.

Can CT scans increase my risk of developing cancer from radiation exposure?
CT machines do expose patients to ionizing radiation, which over time can damage DNA. Fortunately, DNA is believed to repair itself in most instances. DNA that does not get repaired can slightly increase your long-term risk for cancer. Cumulative exposure from multiple CT scans over time may cause DNA damage to accumulate, and that is also believed to increase cancer risk.

It’s important to note that we only scan when necessary and that we use the lowest radiation doses necessary for diagnosis. Scanners are getting even more efficient at this. Ultimately, we must compare the risks and the benefits, and it is more essential to diagnose and treat what is wrong with the patient now than to be concerned with the very low potential for cancer years into the future. Our scanners use low radiation doses overall, so the risk is thought to be justified by the value scans provide in patients’ care.

What are the benefits and risks of getting a CT scan?

Benefits:

  • Fast, accurate diagnosis with detailed images
  • Ideal for emergencies and presurgical planning

Risks:

  • A small risk for radiation-induced DNA damage
  • Small potential for increased risk of cancer with multiple scans over time
  • Potential allergic reaction to the contrast dye (if used)

What are the safest alternatives to CT scans for medical imaging?
Low- or no-radiation alternatives to CT scans include X-rays, ultrasounds, and magnetic resonance imaging (MRIs). These do have their role and are used when they can provide comparable or superior information, but CT is fast and reliable, and has become an essential part of diagnosis, especially in the Emergency Department.

How does the number of CT scans I get affect my long-term cancer risk?
If you have many CT scans over a short period, the long-term risk for cancer is thought to be higher than with fewer scans, or with scans spaced apart. But again, we should be concerned about diagnosis and treatment of the ill patient. Scans are offered only when they offer clinical value.

How do radiologists minimize radiation dose from CT scans while ensuring accurate results?

Our responsibility is to keep doses as low as we can. To do that, we follow the “As Low As Reasonably Achievable,” or ALARA, principle:

  • Using low-dose CT scan protocols
  • Scanning only your necessary body parts
  • Limiting the scan coverage to what is necessary
  • Basing scan settings on your age, weight, and scan type
  • Optimizing protocols from the companies that build our advanced CT scanners, which require less radiation than older models

How is my radiation exposure from multiple CT scans tracked to reduce long-term health risks?
Many hospital systems, including Mount Sinai, use digital imaging records and dose tracking systems to monitor patient exposures. We continually use radiation exposure data to refine and optimize our scanning protocols. This tracking does not mitigate radiation risks for individual patients, but it does create transparency for patients to understand their doses over time.

Why Eye Exams Are an Important Part of Care Offered at the Corinne Goldsmith Dickinson Center for Multiple Sclerosis

Eye examinations reveal a lot about a person’s general health. With multiple sclerosis, what is found deep inside an eye may yield an initial diagnosis of the chronic disease, and yearly checkups can help to measure disease progression.

With the acquisition of an Optical Coherence Tomography (OCT) machine, vital for neuro-ophthalmologists, the Corinne Goldsmith Dickinson Center for Multiple Sclerosis has expanded its capacity to provide comprehensive care. A generous gift from the Muzio Family Foundation enabled the Center to purchase the OCT machine.

Sylvia Klineova, MD, MS

In this Q&A, Sylvia Klineova, MD, MS, who specializes in multiple sclerosis (MS) eye health, explains why routine exams are essential for MS patients, how an OCT works, and the benefits of offering it at the Center. She is also an Associate Professor of Neurology at the Icahn School of Medicine at Mount Sinai.

“OCT tests are a new part of how we’re assessing our patients and should be incorporated in MS comprehensive care,” she says.

Why are regular eye exams important for multiple sclerosis care?

You can think of eyes as sort of a surrogate for changes in the brain of someone with multiple sclerosis. The “retinal nerve fiber layer” (RNFL) are the nerves in the back of the eye that are the beginning of the pathway for vision into the brain. Loss of thickness in the RNFL has been correlated to the degree of brain atrophy in MS patients, particularly in those with prior optic neuritis, a condition in which the optic nerve, which connects the eye to the brain, becomes swollen or inflamed. An MRI, however, cannot precisely measure the thickness of retinal nerve fiber layer, or accurately determine the effects of lesions in optic nerves. Optic neuritis is one of the most common initial attacks of MS, so a precise diagnosis is important. Even in patients without optic neuritis, we can see the impact of MS on retinal nerve fiber layer thickness.

Why do multiple sclerosis neurologists use an OCT?

The OCT, first introduced in 1991, was predominantly used by ophthalmologists for care in glaucoma, a very common reason for people developing optic neuropathy, or damage to optic nerves. Since the optic nerves are often affected in people who have MS, researchers who focused on eyes concluded that an OCT is more sensitive than an MRI in uncovering optic nerve lesions. The technology can help attain an earlier diagnosis of MS or confirm diagnoses in patients where the use of MRI doesn’t reveal an optic nerve lesion.

An OCT also is used to help to distinguish optic neuritis in MS versus other demyelinating diseases like neuromyelitis optica (NMO). After an MS optic neuritis attack, doctors use OCT to monitor how much optic nerves are damaged. Looking at changes in thickness of the neural layer can help to predict the degree of vision recovery in six months or a year after the attack. In imaging of a patient’s eyes over time, doctors look for any sign of changes of a neural layer in optic nerves and macula, the area with the highest number of cells that form optic nerves.

How does OCT work?

An OCT machine looks a little bit like a big computer. You put your chin on a chin rest and look straight ahead without shifting your eyes. A scanning light, moving across your line of vision, reaches deep inside tissues of the retina, and comes back with pictures of different cell layers. The test lasts about 15 minutes, is painless and non-invasive, and the results are quickly available to the physician.

The OCT will be part of the newest multiple sclerosis diagnostic criteria (the McDonald Criteria), which have been widely discussed at international conferences and will be published in 2025. The older criteria did not specifically single out optic nerves as one of the locations where doctors would look for lesions.

Why did Mount Sinai’s Center get an OCT?

The OCT program began in December 2023 when the Center added an OCT to its onsite equipment. Our Center staff take the images. The only thing needed from a patient is to sit and not move their eyes. With the OCT installed at the Center, patients do not need to go to another facility for a test that is recommended as a part of their comprehensive care. The exams usually are scheduled by providers as part of patients’ regular clinical visits.

Are OCT tests necessary?

Annual OCT exams are recommended for many MS patients. How the nerve layer around the optic nerve and retina looks can tell neurologists something about how MS is affecting the whole nervous system.

OCTs are particularly useful for tracking progression in patients who had optic neuritis. Whether and how much these patients lose vision depends on the extent of damage to the optic nerve as well as the macula, the place of sharpest vision. Evaluating the loss of thickness in optic nerves and macula can help to predict the degree of vision recovery.

For patients without prior optic neuritis, doctors can see how MS affects thickness of the neural layer. They are looking for stability of the thickness over time. And since neuroprotective or remyelinating drugs have not yet been developed, if a significant drop in retinal thickness occurs, then advancing to a more effective MS therapy can be discussed.

By Kenneth Bandler, a multiple sclerosis patient, advocate, and member of The Corinne Goldsmith Dickinson Center for Multiple Sclerosis Advisory Board