Breast Cancer: Second Chances and New Advances

breast-cancer-abc-special-2016

October is Breast Cancer Awareness Month, and this Saturday, WABC-TV will air a special feature, “Breast Cancer: Second Chances & New Advances” at 7:30PM. Hosted by Eyewitness News Anchor, Diana Williams, the breast cancer special highlights new advances that are helping those who are newly diagnosed or dealing with a recurrence.

While scientists work on the search for a cure, exciting progress has been made for those dealing with the worst form of breast cancer, triple negative breast cancer (TNBC). Dr. Linda Vahdat from the Weill Cornell Breast Center and NewYork-Presbyterian Hospital talks about the effects of copper depletion in the body. In addition to hearing about promising clinical trial results, hear from participating survivors who are living proof of the progress being made in the fight against TNBC, with hopes of FDA approval in the near future.

Additionally, doctors and researchers from other area medical centers share the latest on breast conservation for patients who have had a recurrence and new advances in immunotherapy offering targeted treatments for survivors.

This annual special is part of WABC-TV’s commitment to the American Cancer Society’s Making Strides Against Breast Cancer campaign. Learn more.

Cancer Care: The Next Generation

cancer-care-the-next-generationOn Saturday, September 17th, tune in or set your DVR for a thirty-minute special airing on ABC7 at 7:30pm.

It’s your ticket to unparalleled access to the cancer experts and research labs from a wide-range of specialties throughout the New York Presbyterian Medical Center.

Cancer research and breakthroughs seem to be everywhere in the news lately. Hear about how the fight against cancer is evolving from those on the front lines. Additionally, learn about the latest hi-tech tools and most cutting-edge approaches to fighting cancer, and how integrative mind-body therapies can help with managing the side effects of treatment.

Learn more about this special and be sure to tune in!

NewYork-Presbyterian has been voted by the U.S. News and World Report as New York’s number one hospital for 16 straight years.

Phase 1b/2 Study to Evaluate the Efficacy and Safety of Eribulin Mesylate in Combination with Pembrolizumab in Subjects With Metastatic Triple Negative Breast Cancer

Dr. Linda Vahdat is seeking volunteers for a new research study in triple negative breast cancer.

This clinical trial is for women with metastatic triple-negative breast cancer (mTNBC). This means that the three most common types of receptors (estrogen, progesterone, and human epidermal growth factor [HER2]) known to fuel most breast cancer growth are not present in their cancer.

The purpose of this study is to evaluate the effectiveness and safety of eribulin mesylate (“eribulin”) in combination with pembrolizumab in metastatic (spread of cancer from one part of body to another) triple-negative breast cancer.

For more information visit our website

You can also find us on Twitter and Facebook

Dr. Linda Vahdat on Gelmbatumumab Vedotin as a Treatment in Triple Negative Breast Cancer

“With antibody drug conjugates, generally speaking is that you can deliver a much higher dose of drug to the tumor than you normally would be able to. The hope is that if you can deliver the drug to the tumor that you can kill more cancer cells.” – Linda Vahdat, M.D. 
Linda Vahdat, MD, professor of Medicine, director of the Breast Cancer Research Program, chief of the Solid Tumor Service, Weill Cornell Medical, discusses the antibody drug conjugate glembatumumab vedotin being used in the treatment of women with triple negative breast cancer who have a high expression of gpNMB. Vahdat says the purpose of the drug conjugate is to target gpNMB, also known as osteoactivan, which is important for cell migration and invasion.

Vahdat says the hope among oncologists for glembatumumab vedotin is that the treatment can deliver a much higher dose of drug to the tumor than you normally would be able to, and directly into the tumor cell.