WHAT HAPPENS IN RMS
To understand how KESIMPTA works, it's important to know how B-cells and relapsing MS are connected.
For illustrative purposes only.
B-cells
B-cells are a part of the immune system that help fight infections. They are found throughout the body.
RMS-related B-cells
In RMS, immune cells, such as B-cells, located in the lymph nodes, are mistakenly sent to attack the body's myelin—the protective covering around the nerves in the brain and spinal cord.
For illustrative purposes only.
WHAT HAPPENS IN RMS
To understand how KESIMPTA works, it's important to know how B-cells and relapsing MS are connected.
For illustrative purposes only.
B-cells
B-cells are a part of the immune system that help fight infections. They are found throughout the body.
RMS-related B-cells
In RMS, immune cells, such as B-cells, located in the lymph nodes, are mistakenly sent to attack the body's myelin—the protective covering around the nerves in the brain and spinal cord.
For illustrative purposes only.
KESIMPTA IS PRECISELY DELIVERED
While it's not fully understood how KESIMPTA works, it's designed to target the B-cells† in the lymph nodes believed to play a role in RMS.
For illustrative purposes only.
B-cells
RMS-related B-cells
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Think of your body as a maze with many possible paths
-
As a subcutaneous injection just under the skin,
KESIMPTA is thought to target a precise path to
RMS-related B-cells†
†Based on preclinical studies.