Who Can Benefit from Acute Lymphoblastic Leukemia CAR T-Cell Therapy in Israel?

Groundbreaking CAR T-cell therapy is offered at only a few places worldwide, one of which is Sheba Medical Center in Israel. Specially trained, world-renowned cancer experts at Sheba’s Hemato-Oncology Division collaborate to evaluate each case of ALL and design the most effective treatment program. In fact, when it comes to treating ALL patients with CAR T-cell therapy, Sheba is the most experienced center not only in Israel but also in Europe.

Standard therapies, such as chemo and radiation, often fail to eradicate all types of ALL. However, acute lymphoblastic leukemia CAR T-cell therapy has been successful at putting some people’s cancers into remission even after initial treatment has proved unsuccessful. Pioneering CAR T-cell therapy is changing the future of leukemia, giving new hope to patients everywhere.

Advanced technology is used to separate white blood cells from the rest of the blood cells. These T-cells are then engineered in a specialized laboratory to produce specific chimeric antigen receptors (CARs) on their surface. Before returning the modified T-cells to the patient, they are multiplied in a lab until they number in the millions.

Once the new CAR T-cells are injected into the patient’s bloodstream, they identify tumor cells and latch on to the coordinating antigens, killing the cancerous cells. In effect, they are programmed to hunt and kill the malignant cells.

Only one infusion of CAR T-cells can last for years, because the cells remain in the patient’s body – growing, dividing, and continuing to attack the tumor.

In acute lymphoblastic leukemia, abnormal cells block the production of other healthy blood cells, such as red blood cells and platelets. What’s different about ALL is that unlike other cancers, it does not usually form tumors. Instead, it affects the bone marrow of the entire body.

By the time ALL is diagnosed, it has often spread to multiple body organs. Therefore, it’s impossible to stage ALL in the same way as other cancers. Instead, it is categorized by the types of lymphocytes involved. The type of ALL that a person has will help doctors design the best treatment plan and predict its effectiveness.

According to the World Health Organization (WHO), acute lymphoblastic leukemia is divided into three subtypes:

• Precursor B lymphoblastic leukemia, more common and usually found in adults
• Precursor T cell ALL, less common and more likely to affect young adults and men
• Mature B cell ALL, identified by certain genetic changes

At Sheba, CAR T-cell therapy can be administered for several types of leukemia and lymphoma, including precursor B lymphoblastic leukemia.

Efficient, Fast & Convenient – The Benefits of CAR T-Cell Therapy for Acute Lymphoblastic Leukemia in Israel:

At Sheba, full CAR T-cell facilities are offered under one-roof. For the patient, that means all stages of the process – blood harvesting, genetic engineering of the cells, T-cell injections and patient observation – are performed conveniently and efficiently on-site. As a result, it takes only a total of about 10 days to process the CARs.

In contrast, other medical centers use commercial CARs, which prolongs the process considerably – taking weeks or even months. Using commercial CARs means that the lymphocytes must be shipped overseas to be engineered. Unfortunately, the patient’s condition is also left to deteriorate while waiting, which reduces the chances of adequate response to the CARs.