(September 19, 2019) While harnessing the immune system has resulted in strong responses for a subset of cancer patients, the majority of patients have remained unresponsive to this approach. In order to enable ovarian cancer patients to benefit from immunotherapy, Dr. Michael Goldberg’s research sought to understand how standard-of-care chemotherapy influences immune cells around the … Continued
(September 10, 2019) Ovarian clear-cell carcinoma is an aggressive form of ovarian cancer. Endometriosis is derived from the uterine endometrium and is a known risk factor for ovarian clear-cell carcinoma. Evidence supports ovarian clear-cell origins in the uterine endometrium. It has been known for years that co-occurring cellular mutations are observed in ovarian clear-cell carcinoma, … Continued
(September 5, 2019) OCRA funded investigator Dmitriy Zamarin, MD, PhD contributed to a study that provides an intriguing hypothesis that mutation in genes like SMARCA4 may improve tumor recognition by the immune system. The body’s immune system plays a major role in controlling tumor growth. Specialized immune cells called T-cells identify cancer cells as “foreign” … Continued
(July 26, 2019) OCRA grantee Michael Yaffe, MD, PhD, led a study published earlier this month in Cell Systems which found success targeting cancer cells by combining two existing classes of drugs. Dr. Yaffe and colleagues found that this combination, which targets the cancer cells’ ability to divide, dramatically increases the drug’s capacity to kill … Continued
Four multidisciplinary teams to be funded to study survivorship (June 13, 2019) In a new collaboration, the American Cancer Society and Ovarian Cancer Research Alliance have joined forces to fund multidisciplinary research projects to explore new ways of detecting, treating, and preventing ovarian cancer relapse and for improving quality of life among those diagnosed with … Continued
(May 21, 2019) Earlier this month, Nature Genetics published a study, in part funded by OCRA, that found 34 genes were connected to women developing the earliest stages of ovarian cancer. Using data compiled by the Ovarian Cancer Association Consortium, researchers looked at the genetic profiles of around 25,000 women diagnosed with ovarian cancer and … Continued
(March 20, 2019) The Ovarian Cancer Dream Team, funded in part by OCRA, recently completed a Phase 1b Trial, which combined a PARP inhibitor with an HRR (homologous recombination repair) pathway inhibitor, such as PI3K, in order to increase the efficacy of PARP inhibitors in breast and epithelial ovarian cancers. Phase 1 trials are used … Continued
(March 15, 2019) Cell Reports recently published a study about a drug that, given in combination with chemotherapy, could greatly increase survival rates of ovarian cancer patients. Researchers, including OCRA grantees Illana Chefetz, PhD and Ronald Buckanovich, MD, PhD, identified a new drug, 673A, that finds and destroys stem-like ovarian cancer cells. Stem-like cells are … Continued
(January 10, 2019) We’re pleased to announce OCRA’s newest research grants of $5.25 million to 23 top scientists at 14 top medical centers. In 2019, with our other ongoing grants and programs, OCRA is investing nearly $9 million in our fight against ovarian cancer. “OCRA invests in medical research to cure ovarian cancer. Scientists need … Continued
(December 21, 2018) This month, researchers in Boston published their findings on how PARP inhibitors (PARPi) cause a chain reaction of responses from the tumor and its environment. Study authors, including OCRA grantee Ursula Matulonis, MD, treated BRCA-1 deficient tumors with olaparib, a PARPi, and found that it began both a natural and medically induced … Continued
(October 22, 2018) A team at the University of Illinois at Chicago, including OCRA grantee Matthew Dean, PhD, recently discovered the role that cancer cells have on their immediate environment. The research was funded in part by OCRA. More specifically, they found evidence that ovarian cancer cells formed in the fallopian tube change how the … Continued
(October 15, 2018) This month in Nature, researchers from Weill Cornell published a study that helps to explain why the body’s natural immune response struggles to fight back against ovarian cancer. Using ovarian tumors from humans and mice, they found that T cells, vital to destroying cancerous cells, are inhibited because of the tumor’s effect … Continued
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