A minimally invasive, advanced treatment alternative to traditional surgery
Extensive expertise
Our interventional radiology departments are recognized regionally and nationally for having in-depth expertise in state-of-the-art imaging and minimally invasive techniques that help our patients recover faster with less pain and fewer risks than traditional surgery.
As one of the largest interventional radiology practices in the country – and the largest in the region – our team of experts treats a high volume of patients every year, allowing us to continue delivering better outcomes for our patients. It also gives patients distinct advantages:
Treatment for complex medical conditions
Being a referral source for out-of-town patients who can travel to seek state-of-the-art interventional radiology treatments
Subspecialty care that allows us to:
Advance our treatment techniques
Stay up-to-date on the latest research
Provide individualized medical advice informed by our own experiences
In addition, patients can access care at nine acute care hospitals across the region, giving them the latest advanced interventional radiology care close to home.
Benefits and risks
Thanks to clinical and technological advances, interventional radiology provides exceptional benefits to patients. First, interventional radiology may be used to determine if a patient needs surgery while eliminating the need for exploratory surgery.
Additionally, interventional radiologists use the least invasive techniques possible, making only small incisions when necessary. This often results in safer and more effective outcomes than traditional surgery. Because it is minimally invasive, patients typically experience:
Less pain
Fewer risks
Faster recovery
While there is always a risk when you undergo any medical procedure, interventional radiology procedures are relatively safe with a low risk of complications. Interventional radiology procedures generally carry significantly lower risks than surgical procedures, while accomplishing similar goals.
It’s important to understand your options as you prepare for an upcoming interventional radiology procedure. Talk with your care team about the following questions. Each answer may vary based on your unique situation.
What is interventional radiology?
It is an advanced treatment alternative to traditional surgery. Through a tiny incision in your skin, the radiologists are able to deliver precise treatment for common and life-threatening conditions. Because this treatment is less invasive than surgery, patients often experience quicker recovery and, in many cases, more effective results.
This treatment minimizes risk and pain compared to surgery and leverages advanced imaging techniques, such as ultrasounds, X-rays, and MRI scans, to see inside your body and treat a variety of conditions, including:
How is interventional radiology different from surgery?
Unlike traditional surgery, the treatment requires only a tiny incision the size of a pinhole. That means less pain for patients — and a faster recovery. Most procedures can be completed in an outpatient setting, allowing many patients to go home the same day they receive treatment. If a hospital stay is necessary, patients are often discharged within 24 hours.
While many surgical procedures require patients to undergo general anesthesia, this procedure uses conscious sedation techniques to make patients comfortable and relaxed during the procedure without the risks of complication from general anesthesia.
These procedures have been proven to result in similar outcomes — or at times — significantly better outcomes than traditional open surgery. In fact, for certain treatments, interventional radiology has replaced traditional open surgery.
Who performs interventional radiology procedures?
At MedStar Health, all of these specialized procedures are performed by board-certified doctors who have completed subspecialty training in interventional radiology. As part of your care team, your radiologist may also work with nurse practitioners and physician assistants who also have received specialized training in interventional radiology. In addition, interventional radiologists work closely with doctors in other medical specialties to ensure personalized care based on your individual needs.
Should I eat before my interventional radiology procedure?
Your radiologist will advise you during your pre-procedure consultation of any nutritional guidelines to follow. Generally speaking, you may be required to stop eating solid foods at midnight before your procedure.
Can I continue taking my regular medications before my interventional radiology procedure?
Your radiologist will advise you during your pre-procedure consultation of what medications you should or shouldn’t continue to take. In most cases, your doctor will advise you to continue taking your regular medications. However, your radiologist will likely advise you to stop taking any blood thinning medications for a certain number of days before the procedure.
Will I be awake during my interventional radiology procedure? Will I receive general anesthesia?
Unlike traditional surgery, patients undergoing these procedures generally do not receive general anesthesia. You’ll benefit from a quicker recovery and less risk of complications.
Instead, your care team will generally numb the incision area with a local anesthetic to minimize discomfort. Then they will use an intravenous (IV) line to deliver sedation, which will make you more comfortable and relaxed during your procedure. You can rest easy knowing that you will feel minimal pain.
Depending on your procedure, age, and medical condition, your sedation level may range from:
Minimal – You will be drowsy but able to talk
Moderate – You may fall asleep and be unaware of your surroundings for some of the procedure
Deep (“Twilight”) – You will be asleep but will breathe on your own. You will have very little memory of the procedure
How soon can I leave after my interventional radiology procedure? Will I be able to drive?
Most procedures involving arteries and veins require a minimum recovery of six hours. For other interventional radiology procedures, you may need to stay one night in the hospital before being discharged. Your care team will inform you of your expected recovery time prior to your appointment.
It’s important to note that you will not be able to drive after your procedure. Please be sure to arrange for someone else to accompany you to your procedure and take you home.
When will I find out my results?
If you had a biopsy or other diagnostic procedure, your care team will call you to share any imaging results. Timing varies based on your procedure and the location where you received your procedure. Your care team will inform you of when to expect a call with the results.
For patients with certain types of cancers, brachytherapy can provide a precise, less invasive treatment to a limited area of the body, reducing radiation exposure to healthy tissue. Now, a new technique to deliver high-dose brachytherapy using new equipment known as the Flexitron Remote Afterloader, is offering patients at MedStar Georgetown Cancer Institute at MedStar Washington Hospital Center a shorter and more precise treatment option.
Also known as internal radiation therapy, brachytherapy delivers radiation near or within a tumor to limit damage to surrounding healthy tissues. Using less invasive non-surgical techniques, radiation oncologists place seeds, ribbons, or capsules of a radiation source near the tumor to treat it.
We offer different types of brachytherapy and recommend the treatment approach that is most effective for a patient’s unique condition. Because brachytherapy uses a higher radiation dose, it can be a more effective method to destroy some cancers than external radiation treatments.
Brachytherapy: Precise radiation treatments.
Brachytherapy is most often used to treat cancers of the prostate, cervix, and uterus, and sometimes for cancers found in the head and neck. This is because precise, targeted radiation can spare sensitive surrounding organs, such as the bladder, rectum and small bowel, as well as critical structures in the head and neck region. Patients may therefore have less diarrhea, nausea, fatigue, or skin irritation than with traditional radiation therapy.
Brachytherapy can be a standalone treatment or used in combination with other methods such as external beam radiation. There are three primary types of brachytherapy:
Permanent implants: These “seeds” emit radiation over time and remain in the body after they are implanted. This type of brachytherapy is most often used to treat prostate cancer.
Low dose implants: These implants emit a low dose of radiation to treat the tumor from inside the body over an extended time.
High dose implants: The implants provide a temporary, high-intensity burst of radiation.
Flexitron is the latest innovation in high dose brachytherapy.
Flexitron: Quicker treatment with fewer side effects.
Through the use of applicators that can help position the radiation source near or within the tumor, the Flexitron machine enables us to administer a controlled, high dose of radiation. After the treatment, the applicator and radioactive source are removed, and patients can resume normal activities.
The Flexitron offers patients advantages over traditional brachytherapy. These include faster treatment time—up to 30% shorter than older technologies. What’s more, patients can get Flexitron treatment here at MedStar Washington.
While no cancer treatment is without side effects, Flexitron helps minimize them. Patients often worry that they may be “radioactive” after treatment, but with these treatments, patients can continue to safely interact with their family and friends.
Side effects will vary depending upon the area being treated, the dose of radiation, and any other treatments that may also be given. Our team works closely with patients to manage any side effects based on their individual needs.
Talk with your oncologist to determine whether brachytherapy could help treat your cancer. Less invasive more personalized treatment options like the Flexitron provide patients with even more choices for advanced cancer treatment.
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Stereotactic body radiation therapy (SBRT) offers patients with specific stages of prostate cancers an effective, noninvasive option that can reduce treatment time, have similar overall survival/local control rates as other treatment options such as surgery, and help maintain quality of life.
All SBRT machines, Varian Edge, Cyberknife, ZAP-X, deliver high-dose radiation over a shorter treatment time period to a precise, targeted area to reduce damage to surrounding normal tissues. MedStar Washington Hospital Center’s Radiation Oncology team uses the Varian Edge, which offers our patients excellent results.
Multiple studies have demonstrated that SBRT/SRT is safe and effective and has now become the standard of care for the treatment of cancers involving many sites. The treatment precisely targets the treatment area, in this case the prostate gland, sparing sensitive organs near the prostate such as the bladder and rectum from detrimental doses of radiation. Higher doses of radiation delivered in a shorter time period (1-5 days) specifically to the tumor means that treatment can be completed much quicker with SBRT than traditional cancer treatment option.
A study of more than 6,000 patients with prostate cancer treated using SBRT showed that five years after treatment, more than 95% remained cancer-free. By seven years, 93% could say the same. The study also showed few long-term effects from toxicity and improved bladder and bowel function.
For many patients, SBRT offers a painless, convenient, effective treatment strategy for prostate cancer.
Precise treatment for early-stage prostate cancer.
SBRT is one type of radiation therapy modality that can be used alone or in combination with other systemic treatments for prostate cancer. SBRT delivers precise, direct radiation doses to destroy tumors. Before treatment, oncologists place tiny gold “seeds” called fiducial markers within the prostate for precise machine tracking during the treatment course.
The fusion with the planning CT of MRIs, and, PSMA PET scans, enhances tumor and normal organ contouring for treatment planning. The patient’s bowel and bladder are monitored with real-time imaging during treatment to further improve accuracy and reduce normal tissue side effects.
Ideal candidates for SBRT have early-stage cancer that is confined to the prostate. Patients with locally advanced or high-risk cancers may need traditional external beam radiation and targeted hormonal therapies. Patients with transportation difficulties, mental or physical challenges are ideal candidates for SBRT since this treatment option avoids lengthy treatment schedules.
SBRT is painless, and patients are able to return to their daily activities immediately after treatment. Some of the benefits include:
Faster treatment time:Radiation is delivered over five minutes. Each treatment session takes about 30-40 minutes in total.
Shorter treatment schedules: SBRT can be completed in one to five sessions, as opposed to 20 or more with standard radiation treatments. Treatments can be offered in daily or every other day schedules—which means less time spent traveling to appointments.
Effective outcomes: A 2023 study found SBRT was just as effective as standard treatments for patients with prostate cancer that had not spread.
SBRT can cause milder side effects than other types of radiation therapy because the treatment targets a more precise. Side effects can include:
Urinary symptoms: Frequency of urination, urinary urgency primarily limited to the treatment course, which is often managed with medication. Blood in the urine is rarely seen.
Mild bowel symptoms: Such as softer stools (poop), gas or bloating which is managed with over-the-counter medication and resolves at the completion of treatment. We minimize the impact of treatment with a rectal spacer (SpaceOAR) that increases the distance between the prostate and the rectum. Blood in the stool is rarely seen.
SBRT is an effective treatment for more than just prostate cancer. It can be used with success in many cancers of the lung, spine, cancerous/noncancerous brain tumors, certain types of epilepsy, functional disorders, liver tumors, arteriovenous malformations, trigeminal neuralgia and pancreatic tumors. Patients with these cancers experience similar benefits from high-dose, precise radiation.
SBRT offers a powerful option for patients whose prostate cancers are found early and haven’t spread. This treatment gives more patients an opportunity for effective, efficient radiation that minimizes interruption to their quality of life.
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Colorectal cancer remains among the top four most common cancer diagnoses in the United States, yet deaths caused by colon and rectal cancers have slowly declined since 1968. While this can largely be attributed to increases in colonoscopies and other screening tools, advances in colorectal cancer treatment allow us to offer more effective options than ever before–while also preserving patients’ quality of life.
Colon and rectal cancers are often referred to as “colorectal cancers,” yet treatment for the two can be very different, especially depending on the stage of the cancer. If you or a loved one have colorectal cancer, it's important to understand the differences between early- and late-stage treatment options.
What is the difference between colon and rectal cancer?
Colon cancer and rectal cancer are grouped together frequently, but they are two distinct types of cancer that differ based on the precise location where the tumor begins. Colon cancer occurs in the colon, also known as the large intestine. The rectum is the last portion of the colon, closest to the anus. Therefore, rectal cancer begins in the tissues of the rectum. Rectal cancer can spread to the rest of the colon and vice versa, as well as elsewhere in the body. As a result, prompt diagnosis and treatment is important for both colon and rectal cancer.
Understanding colorectal cancer staging.
Once you’ve been diagnosed with colon cancer via endoscopy and a biopsy, the next step is to understand the stage. A cancer’s stage describes how advanced it is. Staging impacts the goal of treatment and potential treatment options. Colon cancer stages vary based on the following questions:
How deep through the wall has the colon cancer grown?
Has the cancer traveled to nearby lymph nodes?
Has it traveled to farther away other organs (metastasized)?
Colon cancer stages range from one to four, with one being the earliest stage.
Stage I: The tumor has grown in the colon wall but not beyond the muscle layer. It has not traveled to nearby lymph nodes or organs.
Stage II: The tumor has grown deeper into the muscle layer but not beyond the colon.
Stage III: Cancer has traveled to nearby lymph nodes but not to other organs.
Stage IV: Cancer has spread to nearby lymph nodes and other organs. This is called metastatic colon cancer.
Rectal cancer can be trickier to diagnose and often involves an additional diagnostic step. In most cases, your doctor will use an MRI to determine its stage. Similar to colon cancer, the higher the cancer stage, the further the cancer has spread.
Treatment for early-stage colorectal cancer.
In most cases, early-stage colon cancer can be treated with surgery. The bowels, or colon, resemble one long pipe. The goal of colon cancer surgery is to remove the part of the pipe with the tumor and surrounding tissue to minimize the risk of any microscopic cancer being left behind. Then, the pipe is reconnected. For the vast majority of patients with stage I colon cancer, surgery can be curative and no other treatment is necessary, although follow-up will be an important part of preventing recurrence.
Stage II may also be considered early-stage and treatable with surgery. For some patients with stage II colon cancer, your doctor may also recommend chemotherapy after surgery. This will vary patient-by-patient depending on the pathology of your tumor and the likelihood of recurrence.
Many patients with early-stage rectal cancer may also be candidates for surgery, depending on the size of the tumor. In every case, our multidisciplinary team of experts will help our patients weigh the advantages and potential risks of each treatment option to help them determine the right next steps for them.
Minimally invasive surgery.
While surgical options will vary based on the thickness of the tumor and how far it has spread, in many cases, our gastroenterology surgeons use laparoscopic and robotic surgery. These minimally invasive surgical options offer numerous benefits for patients, including smaller incisions, shorter hospital stays, less pain, and faster recoveries.
Treatment for locally advanced colorectal cancer.
Stage three colon cancer treatment also likely involves surgery to remove the tumor. Patients with stage III colon cancer can expect to undergo three to six months of chemotherapy following surgery to bring survival benefit from 50 percent up to almost 75 percent. Your doctor will help you weigh the risks and side effects against your personal benefit to determine the best approach for you. Considering long-term side effects is especially important, as many diagnoses are occurring in younger patients.
Rectal cancer requires a different approach. Tumors in the rectum that have grown into the wall and/or to lymph nodes typically undergo chemotherapy, radiation, or a combination of both upfront. Then, we’ll reevaluate the tumor to see if it has shrunk enough to make you a surgical candidate or eliminated the need for surgery altogether. Called total neoadjuvant treatment, therapy before and after surgery may allow your surgeon to preserve the rectum and reduce the need for a colostomy.
Treatment for metastatic colorectal cancer.
For patients with colorectal cancer that has spread beyond the colon into other organs, treatment options will vary for each individual. In some cases, such as where cancer has only spread to the liver, surgery may be an option. In other instances where surgery is not possible, the standard of care is systemic therapy, which may involve chemotherapy drugs or targeted therapies. For patients with Lynch syndrome, immunotherapy may also be a treatment option. Thanks to advances in molecular testing, we can test a tumor’s DNA to gather information that helps us guide the best upfront treatment regimen. Certain genetic mutations may be more responsive to specific targeted therapies and molecular testing allows us to identify these cases.
In addition, our partnership with the Georgetown Lombardi Comprehensive Cancer Center, a National Cancer Institute-designated comprehensive cancer center, ensures our patients have access to clinical trials that may not be widely available.
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Whatever the colorectal cancer stage, seek treatment from an experienced, multidisciplinary team.
Even if you’ve been diagnosed with colorectal cancer elsewhere, it’s never too late to get a second opinion, especially when it comes to rectal cancer treatment options. At MedStar Health, experts in gastroenterology, medical oncology, radiation oncology, surgery, and other specialties meet weekly to review each colorectal cancer case and collectively discuss the best treatment plan for each individual. All treatment options consider the least invasive and most effective options to target the cancer and minimize the risk of recurrence.
In addition, MedStar Health is the first in Maryland to receive national accreditation for rectal cancer, ensuring the highest level of care for our patients. In fact, MedStar Franklin Square Medical Center is the only hospital in Maryland to earn the three-year rectal cancer accreditation by the National Accreditation Program for Rectal Cancer (NAPRC) of the American College of Surgeons. The unique distinction has been shown to result in fewer colostomies and a better quality of life compared to non-accredited hospitals.
While treatment is the most straightforward for early-stage colorectal cancers, we have treatment options available for every stage of disease. Contact us today to schedule a second opinion consultation and understand all of your options.
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MedStar Washington Hospital Center’s rectal cancer program has been reaccredited by the National Accreditation Program for Rectal Cancer (NAPRC) of the American College of Surgeons (ACS).
MedStar Washington Hospital Center is the only healthcare facility in Washington, DC, to earn the distinction. Regionally, the only other accredited program is at MedStar Franklin Square Medical Center, our sister hospital, which earned accreditation in October 2024.
NARPC accreditation focuses on factors that lead to better outcomes for patients. It emphasizes nearly two dozen standards focused on ensuring patients get the best team-based care for rectal cancer.
Site reviewers from the ACS conduct in-person and/or virtual visits to dive deep into the data that explores important elements of our program, including:
Program management: Verifying that the team and the program are led by qualified personnel
Clinical services: Making sure patients get the right care without delays
Quality improvement: Ensuring the program uses data to improve efficiency, standardize care, and improve patient outcomes
Reviewers analyze these standards every three years to determine whether rectal cancer programs meet these high standards. At MedStar Washington Hospital Center, we first earned this distinction in 2021 and again in 2024.
NAPRC accreditation reinforces MedStar’s commitment to patient care and sets he example for high-quality care in the community, leading the way in helping patients get advanced treatment for complex rectal cancers.
NARPC accreditation marks the program as a center of excellence, where patients’ treatment plans are mapped out by a team of experts, using the most up-to-date and evidence-based strategies to manage their care. The rectal cancer program communicates closely with referring providers, and any other specialists involved in patient care.
These individualized treatment plans enable minimally invasive surgical techniques in addition to radiation and chemotherapy. Patients treated at NAPRC centers expect improved outcomes with higher survival rates and better preservation of bodily function.
Patients at MedStar Washington Hospital Center have access to clinical trials. These research studies allow patients to have access to leading treatments. When patients participate in these trials, they advance understanding of rectal cancer while getting access to leading treatments before they’re available to the public.
A study published in the Journal of the American College of Surgeons found that NAPRC-accredited hospitals demonstrate significantly better outcomes for patients undergoing rectal cancer surgery than other hospitals.
MedStar Washington Hospital Center treats a higher volume of rectal cancer and more complex cases than any other provider in the area.
We are proud to be accredited by NAPRC, and even prouder of what our hard work means for our patients each day. When it comes to rectal cancer, high quality care translates to more years of survival and a better quality of life for our patients.
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Plasma cells are a type of white blood cell found inside bone marrow. These specialized cells produce antibodies that defend the body from infection. When plasma cells grow out of control, they cause a type of blood cancer known as myeloma, or multiple myeloma.
Multiple myeloma is uncommon, only 1.8% of all cancers. The American Cancer Society estimates about 36,000 new cases will be diagnosed in 2025. There’s no cure for multiple myeloma, but thanks to advances in treatment for many patients it can often be considered a chronic disease that can be managed with expert care.
Stem cell transplant is one of the most effective treatments for multiple myeloma, and our Stem Cell Transplant and Cellular Immunotherapy program at Medstar Georgetown University Hospital (MGUH) is one few of its kind for adults in Washington, D.C. Our teams have decades of experience with this complex procedure. That’s why we are accredited by the Foundation for the Accreditation of Cellular Therapy (FACT). Patients who have been turned away at other programs due to age, health, or other reasons often find effective options at MGUH.
Patients can get the best treatment outcomes from MGUH because even though multiple myeloma is uncommon, our specialists treat patients with this cancer every day.
Risk factors and symptoms of multiple myeloma.
It’s not clear what causes the genetic variation that leads to multiple myeloma, but researchers have identified a few factors that can influence risk. These include:
Age:The average age at diagnosis is 70.
Exposure: Exposure to certain chemicals can increase your risk. Some veterans exposed to agent orange, those who served at Camp Lejeune, NC and people who were near the terrorist attacks on September 11, 2001, are at increased risk.
Family history: People whose relatives have had multiple myeloma or related cancers of the immune system are more likely to develop this cancer.
Obesity: Studies have shown that excess weight can increase risk.
Race: Multiple myeloma is about twice as common in Black Americans than their white counterparts.
Sex: Women are slightly less likely than men to develop multiple myeloma.
Multiple myeloma only has 3 stages, which are determined based upon blood and bone marrow tests. As it progresses, multiple myeloma can cause one of more of the following symptoms:
Elevated blood calcium: Abnormal plasma cells stimulate cells in your bone marrow that remodel bone (osteoclasts) which may result in elevated calcium levels and weaking of the bones. Elevated calcium can cause confusion, nausea, constipation and kidney damage.
Renal dysfunction:Multiple myeloma cells can produce proteins that can deposit in the kidneys, leading to kidney damage and kidney failure.
Anemia:When red blood cells are crowded out, anemia can cause symptoms such as fatigue, weakness, and shortness of breath.
Bones: Bone structure may be destroyed by myeloma leading to broken bones and bone pain.
If you or your doctor suspect you have multiple myeloma, it’s important to talk with a doctor who specializes in the condition because diagnosis, staging, and treatment can be complex. An average oncology practice only sees 6-10 multiple myeloma referrals a year.
A multiple myeloma specialist will begin with a complete physical examination and an understanding of your personal and family history. Laboratory tests of a blood sample can find signs of the disease, and multiple myeloma-related proteins may appear in urine, too. A bone marrow biopsy is required. This procedure removes a small amount of tissue from inside the bone, called marrow, for study under a microscope and for genetic analysis of the multiple myeloma cells.
We sometimes use methods such as MRI, PET CT, or conventional CT scans to evaluate the integrity of the bones for signs of damage.
About 15% of newly diagnosed patients do not have any multiple myeloma-related symptoms, called smoldering myeloma. For most of these patients, treatment is not necessary. Careful monitoring with regular blood tests allows us to take steps to intervene when and if the disease progresses.
For patients with multiple myeloma at more advanced stages, effective treatments help people lead prolonged and good quality lives after diagnosis.
Innovative treatments can help manage myeloma.
One of the most effective treatments for multiple myeloma is a stem cell transplant, previously known as a bone marrow transplant. We collect the patient’s own bone marrow-like cells from the blood stream to use for the ‘transplant’.
During this process, the patients’ stem cells are collected and stored in a deep freeze. The patient will then receive a high dose of chemotherapy (called melphalan) which destroys the myeloma, but, unfortunately, the good bone marrow cells as well.
The next day, the stem cells are thawed and reinfused into the blood stream through a large venous catheter to allow the bone marrow to recover from the chemotherapy. Our experienced teams of dedicated transplant specialists have years of experience with patients and provide robust support services for our patients’ physical, emotional, and social needs.
Patients with multiple myeloma who are not eligible for a stem cell transplant may get chemotherapy, immunotherapy, or innovative medications known as targeted therapies. These can include monoclonal antibodies, bispecific antibodies, proteasome inhibitors, and immuno-modulating drugs.
Even without a transplant, with innovative treatments, we help many patients live long, high-quality lives after diagnosis.
At the forefront of advances in myeloma treatment.
Our clinician researchers and patients are involved in several clinical trials that will advance our understanding of multiple myeloma and lead to even more effective treatments, including:
CAR-T cell therapy:Our program is involved in ongoing clinical trials of this exciting immunotherapy, which involves collecting the individuals own immune cells, genetically modifying them in the lab, and returning them to the body to attack their cancer.
Next generation genetic sequencing: Researchers can now sequence the entire myeloma genetic material. This work will help unlock the potential to understand which gene variations are behind an individual’s disease and tailor their treatment with precision medicine.
New medications:A new type of drugs known as bispecific antibodies has been approved by the Food and Drug Administration. These next generation antibodies are lab-created proteins that create a bridge between the cancer cells and the patient’s immune cells to enhance the body’s ability to work against cancer.
Multiple myeloma is an uncommon and challenging condition, but effective treatments are available. Talk with a doctor who has experience treating patients with multiple myeloma—a specialist is best equipped to help personalize treatment to deliver the best results.
Our specialists have deep experience with complex cancers.
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