Massey becomes first in Virginia to offer FDA-approved CAR T-cell therapy
July 09, 2018
Preparing to offer these advanced therapies required extensive clinical coordination throughout VCU Health, and now Massey is poised to soon offer additional FDA-approved CAR T-cell therapies as well as clinical trials testing promising new adoptive cellular immunotherapies. Leading this effort is Massey’s Bone Marrow Transplantation Program, which has been renamed as the Cellular Immunotherapies and Transplantation Program to reflect the team’s expanded therapeutic options that now include bone marrow and stem cell transplantation as well as the most recent cellular immunotherapies available.
“We’re excited to offer these promising new immunotherapies for patients throughout the mid-Atlantic region,” says hematologist-oncologist John M. McCarty, M.D., director of the Cellular Immunotherapies and Transplantation Program at VCU Massey Cancer Center. “We are continuously working to expand the number of cellular immunotherapies we offer for both adult and pediatric patients, and we plan to bring on additional FDA-approved therapies as well as clinical trials as early as this fall.”
CAR T-cell therapy is an exciting new type of immunotherapy called adoptive cell therapy in which a patient’s T-cells, a type of immune system cell, are genetically modified in the laboratory so they will attack cancer cells. T-cells are taken from a patient’s blood through a process called apheresis, in which blood is collected from the vein, the T-cells are separated from the blood by a machine and then the remaining blood is returned to the patient. The T-cells are then genetically modified in a laboratory before millions of copies are given back to the patient by infusion.
CAR T-cell therapy has proven very effective at treating advanced blood cancers in both children and adults. These types of cancers are usually treated successfully with chemotherapy, but in some cases conventional approaches do not work. That’s when CAR-T cell therapy can be a patient’s best option and may even allow many patients to avoid a bone marrow transplant.
A major advantage of CAR T-cell therapy is that it is a single infusion that usually requires one week of inpatient care, as opposed to the six months or more of chemotherapy, specialized post-transplant care and lifestyle restrictions typically required for patients with non-Hodgkin’s lymphoma and childhood leukemia patients no longer responding to conventional therapies.
Also, the benefits of CAR T-cell therapy may last for many years. Since the cells can persist in the body long term, the patient’s own immune system is effectively reprogrammed to recognize and attack cancer cells to prevent relapse.
McCarty adds that CAR T-cell therapies, while extremely promising, are viewed as another tool available to doctors in Massey’s Cellular Immunotherapies and Transplantation Program. Each patient is carefully evaluated before the team recommends the combination and sequence of treatments they believe will provide the best possible outcomes and quality of life. For some, CAR T-cell therapy may be the primary form of treatment while others may benefit more from stem cell transplantation or a combination of the two approaches.
“We extensively evaluate each patient and work with their referring physicians to create a personalized treatment plan that carefully weighs the risks and benefits of each approach,” says hematologist-oncologist Gary Simmons, D.O., deputy director of the program. “While CAR T-cell therapies can potentially offer lasting and durable remission from cancer, they also can carry a risk for serious side effects related to how they work.”
Effectively managing the potential side effects of CAR T-cell therapies requires collaboration among many different specialties, which is why these gene therapies are typically only found at NCI-designated cancer centers like Massey and large academic hospitals. The most notable and serious side effect is cytokine release syndrome (CRS), also known as a “cytokine storm,” which is an inflammatory response caused by the immune system. The symptoms may appear benign at first, but can rapidly worsen and lead to neurological complications. This process of cytokine hyperactivity is actually a necessary part of expanding the activity and longevity of the CAR T-cells, so having comprehensive team that can modulate the impact of this process while supporting the patient is a key component to the therapies’ success.
“Massey’s strong neuro-oncology team and long-standing clinical collaborations with our critical care team and pediatric experts at Children's Hospital of Richmond at VCU are key parts of our comprehensive program and make us an ideal site for this novel treatment,” says McCarty. “Patients receiving CAR T-cell therapy at Massey will stay at the hospital for one week after infusion, and they must remain within a 30-minute drive of Massey for an additional month in order for the care team to be able to rapidly and effectively address the unique side effects that can occur with this therapy. During that time, they are advised to visit us at the onset of even the mildest symptoms to receive immediate access to care.”
Due to the complexities of CAR T-cell therapies and stem cell transplantation, Massey’s cellular immunotherapy and transplant coordinators guide patients and their caregivers through the entire process. They help coordinate medical records, schedule tests, navigate insurance, assist with transportation, arrange treatment and follow-up appointments, manage side effects, develop survivorship plans and more. VCU Massey’s distinction as a center for complex and rare cancers allows many different therapeutic disciplines to contribute to the care of these patients and improve their experience and outcomes from this potent and novel therapy.
For more information about CAR T-cell therapies or other treatments available through Massey’s Cellular Immunotherapies and Transplantation Program, please visit www.MasseyCIT.org, call (804) 628-2079 or email judith.davis@vcuhealth.org.
