Following the 2011 FDA approval of ipilimumab (Yervoy ®),
an immune checkpoint inhibitor drug, the first milestone toward this goal was achieved.
Not exact matches
BMS's
drug, ipilimumab (Yervoy), was the first
checkpoint inhibitor (a kind of cancer immunotherapy
drug that essentially helps the
immune system release its brake and go after tumor cells it might normally miss) to get approved in the US in 2011 for melanoma.
One class of immunotherapeutic
drugs is known as «
checkpoint»
inhibitors, as they target
checkpoints in
immune system regulation to allow the body's natural defenses, such as white blood cells, to more effectively target the cancer.
In my experience, this marks both the first clinical trial of an approved
drug with an effect on survival in advanced melanoma in the adjuvant setting, and, in this same setting, the first to study an
immune checkpoint inhibitor in the adjuvant setting.
One recent tally found more than 1100 studies combining a popular new class called
checkpoint inhibitor drugs, which unleash suppressed
immune cells, with other treatments.
The cancer cells» defense strategy can be overcome by
immune checkpoint inhibitor agents, including anti-PD-1 / PD - L1 antibodies, several kinds of which have received fast - track approval from the U.S. Food and
Drug Administration (FDA).
Once again, researchers at Penn's Abramson Cancer Center have extended the reach of the
immune system in the fight against metastatic melanoma, this time by combining the
checkpoint inhibitor tremelimumab with an anti-CD40 monoclonal antibody
drug.
A new class of
drugs called
immune checkpoint inhibitors block molecules on T cells that shut down
immune response, freeing the
immune system to attack tumors.
Results of an initial study of tumors from patients with lung cancer or head and neck cancer suggest that the widespread acquired resistance to immunotherapy
drugs known as
checkpoint inhibitors may be due to the elimination of certain genetic mutations needed to enable the
immune system to recognize and attack malignant cells.
The novel
drug combination allows the rapidly emerging cancer therapies called
immune checkpoint inhibitors to be incorporated into a transplant patient's cancer treatment regimen.
Checkpoint inhibitors are a class of
drugs designed to free the body's
immune system to fight back against cancer.
The
drugs, ipilimumab (Yervoy ®) and nivolumab (Opdivo ®), made by Bristol - Myers Squibb (BMS), are two
immune checkpoint inhibitors that «release the brakes» on the
immune system, allowing it to mount a stronger and more effective attack against cancer.
Through strategic partnerships with industry and nonprofit organizations, we gain access to a portfolio of priority
drugs for testing within our expert focus groups, including
checkpoint inhibitors, therapeutic vaccines, innate
immune stimulants, targeted therapies, and many other promising treatments and technologies with high therapeutic potential.
In recent years, though, discoveries have led to a new class of
drugs called
checkpoint inhibitors, which have mobilized the
immune system to see and go after cancer.
The study highlights an opportunity to combine this form of therapy with cancer immunotherapy
drugs such as
checkpoint inhibitors, which unleash the
immune system's full cancer - fighting power, the researchers say.
The first three
drugs are
checkpoint inhibitors that «take the brakes off» the
immune system and enable it to fight cancer; the last is an oncolytic virus therapy that stimulates stronger anti-tumor
immune responses.
Checkpoint inhibitors are
drugs used to «release the brakes» on the
immune system, allowing the body to respond more aggressively to cancer.