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In the News

Science & Technology | Study Finds Dual Inhibition Therapy May Lead to Better Outcomes for Aggressive Form of Breast Cancer

A collaboration between the National Cancer Institute (NCI); the Frederick National Laboratory (FNL); and the National University of Ireland, Galway, has shown that two key biomarkers are co-expressed in an aggressive subtype of breast cancer and that inhibiting those two molecules can significantly improve patient survival outcomes.

O&M News | Operations and Maintenance March Newsletter

There are many safety rules and regulations designed to keep us safe as we carry out our individual tasks at NCI, but this issue of the O&M Newsletter is all about evacuation. Specifically, it highlights the importance of the systems and components that ensure the safe evacuation of all building occupants in emergency situations.

Features | NCI Director Norman E. Sharpless on the Future of Cancer Research

Last week, Director Norman E. “Ned” Sharpless spoke with Paul Goldberg, editor and publisher of The Cancer Letter, regarding his six-month “listening tour,” a project he embarked on after being named the new director, as well as his vision for the National Cancer Institute (NCI).

Health & Safety | OHS Wraps Up American Heart Month

With February coming to a close, Occupational Health Services (OHS) has wrapped up American Heart Month, a four-week-long series of events that raised awareness about heart disease and promoted heart-healthy habits.

Science & Technology | (Updated) Targeted T-Cell Therapy Shows Promise Against Triple-Negative Breast Cancer

(Updated May 8) A study led by the Baylor College of Medicine and supported by NCI’s Center for Cancer Research (CCR) has demonstrated that chimeric antigen receptor (CAR) T-cell therapy can be used to treat solid triple-negative breast cancer (TNBC) tumors. The investigation is the first work using CAR T-cell therapy against TEM8, a cell surface protein that is frequently overexpressed both in TNBC cells and cells lining the blood vessels that sustain TNBC tumors.