"Our work offers a targeted, safe, and cost-effective treatment for aggressive breast cancers with limited treatment options."

"...the new analogue of phaeocaulisin A we have reported shows promising efficacy against triple-negative breast cancer cells..."

Digoxin, found in foxglove, reduces the number of cells in clusters of breast cancer cells circulating in the blood, research finds.

A new magnetic-assisted approach addresses one of the biggest challenges of chemotherapy, namely its toxic effects on healthy tissues.

New research provides the first evidence of genetic predisposition to breast cancer metastasis, with far-reaching clinical implications.

A newly identified drug kills triple negative breast cancer cells and stops the formation of blood vessels that tumors need to grow.

New research identifies a potential new immune system target to head off the spread of breast cancer cells.

"With these newly developed computational models, we can now determine how cancer cells invade into breast tissue in three dimensions..."

A new artificial intelligence tool can predict with more than 80% accuracy which breast cancer patients will develop chronic pain.

"It's exciting to see that these major dietary changes were feasible, well-tolerated, and acceptable to the clinical trial participants."