Our Discoveries

Molecular signature can identify tumor-targeting immune cells in the blood

Blood samples could be a new source of antitumor T cells for customized cancer immunotherapies.

tumor cells, immune cells, and dead cells

Novel T cell stimulation technique drives potent anti-tumor response

Researchers combined an antibody with an immune-signaling molecule resulting in an agent called STAR0602. A version of the novel agent was designed for and tested in mice, which induced significant tumor shrinkage and increased survival across six different types of cancer while exhibiting little toxicity. The promising lab findings have prompted the launch of a clinical trial in people.

Experimental vaccine halts respiratory growths from HPV infection

An experimental vaccine that trains a patient’s immune system to recognize HPV-infected cells could potentially be used to treat people with recurrent respiratory papillomatosis, according to results from an ongoing clinical trial.

Inactivating the WRN protein could kill colorectal and other cancer cells

Rapid inactivation of the Werner Syndrome helicase (WRN), a protein upon which cancer cells that exhibit microsatellite instability often rely for survival, could be effective in killing colorectal and other cancer cells and potentially guide the development of inhibitor drugs.

FDA grants orphan drug designation to indotecan for the treatment of glioma

The U.S. Food and Drug Administration (FDA) granted orphan drug status to LMP400 (indotecan) for use in patients with malignant glioma, a cancer of the brain that begins in glial cells (cells that surround and support nerve cells).

Population-specific tumor mutation patterns may reflect breast cancer health disparities

African American, European American and Kenyan patients with breast cancer have different patterns of tumor mutations.

New insights show faulty immune cells are trained to become healthy

Researchers traditionally believed faulty T cells that have the potential to attack someone’s own tissues were eliminated before the cells leave the thymus. Now, research in mice shows that these autoreactive cells are evicted from the thymus and can mature into healthy cancer-fighting cells in the body’s peripheral tissues. This basic science discovery holds important implications for our understanding of autoimmune diseases and cancer.

New technology assists T-cell therapy in eradicating solid tumors in mice

A new technology targeted at T-cell therapy may help immunotherapy overcome the treatment-hindering environment inside solid tumors.

Gene therapy proves successful in children with Wiskott-Aldrich syndrome

Wiskott-Aldrich syndrome (WAS) is a rare genetic disorder where males lack a gene critical for healthy blood and immune cell functioning. In a recent clinical trial, gene therapy for WAS was found to improve patients’ symptoms — an effect that was sustained for many years afterward.

New CAR T-cell therapy eliminates rhabdomyosarcoma in mice

After seeing excellent results of a CAR T-cell therapy against rhabdomyosarcoma in mice, a team of CCR researchers is preparing to test the immunotherapy in humans.

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