PD-1 checkpoint inhibitor · Immuno-oncology

Nivolumab

Opdivo
Biologicfits PD-1
The antigen-binding arm of nivolumab gripping human PD-1, with its contact residues marked in coral.
RCSB 5WT9 · nivolumab's antigen-binding arm on human PD-1 · X‑ray, 2.4 Å (opens in a new tab)

17 antibody residues touch PD-1, each within 4 Å

Shown: the antibody's Fab, its antigen-binding arm, not the whole antibody.

A lab-made that attaches to the PD-1 brake on immune T-cells, releasing that brake so the immune system can recognize and attack cancer cells.

How it works

Cancer cells often hijack a normal off switch on immune cells called PD-1, using it to hide from the immune system. Nivolumab is an antibody that binds to PD-1 first, so cancer cells can't use it to shut the immune response down. With that brake released, the body's own T-cells can recognize and attack tumor cells more effectively.

What it’s used for

Approved to treat many different types of cancer, either on its own or paired with other cancer drugs, including skin cancer, lung cancer, kidney cancer, certain lymphomas, bladder cancer, and several other advanced cancers.

Mechanism
PD-1 ()
Drug class
Monoclonal antibody
Therapeutic area
Immuno-oncology
Structure shown
X-ray, 2017

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