breast cancer Archive — Page 8 of 9

Black side-profile silhouette of a woman with windblown hair against a vivid blue background, with five glowing white gears overlaid inside her head.
December 16, 2013

Cancer drug enhances cognition

The breast cancer drug tamoxifen improves cognitive performance in post-menopausal women.

Two men stand in a laboratory, with shelves of scientific equipment and supplies behind them.
November 7, 2013

VU study sheds new light on DNA replication

David Cortez, Ph.D., and his Vanderbilt colleagues report new findings that shed light on fundamental processes involved in DNA replication and have implications for cancer therapies that target these processes.

red laser beam
October 17, 2013

New technique tracks breast cancer subtypes, treatment effectiveness

A group of Vanderbilt researchers has used laser technology and a custom-built multiphoton microscope to distinguish breast cancer subtypes and determine if specific therapies are working against the cancer cells in as little as two days.

Close-up of a person wearing a pink polo shirt with a pink awareness ribbon pinned to the chest.
August 15, 2013

Komen grants bolster breast cancer research

Vanderbilt-Ingram Cancer Center investigators are receiving $1 million in breast cancer research grant funds from Susan G. Komen, the largest nonprofit foundation supporting breast cancer research.

False-color medical scan showing a side-view, oval-shaped cross-section with a dense multicolored region against a black background.
June 24, 2013

Predicting cancer’s response to therapy

Researchers are developing imaging methods to predict patient outcome early in the course of chemotherapy for breast cancer – to allow clinicians to adjust therapy for patients who are not responding.

Aerial night view of a crowded, congested intersection in China, with cars, vans, buses, and taxis packed in multiple directions under streetlights.
June 20, 2013

Disease linked to cell traffic jams

Diseases associated with mutations and changes in expression of the protein caveolin may result from faulty trafficking of the protein to the cell surface.