An ongoing study spotlights the link between calcium deposits in the breast arteries and life-threatening heart risks.

Routine mammograms are best known as a front-line tool for detecting breast cancer. But new research suggests the same X-ray ...

Please provide your email address to receive an email when new articles are posted on . Over 18 years, more women with breast arterial calcifications on mammography developed heart disease vs. those ...

Researchers think a calcium called breast arterial calcification might be a clue that a woman's blood vessels are clogged, ...

Please provide your email address to receive an email when new articles are posted on . “Mammography, in addition to screening for early breast cancer, can provide clues about cardiovascular disease ...

Routine mammograms are a critical tool for breast cancer screening. However, they may also hold crucial, potentially untapped ...

Doctors say mammograms can help spot calcification in the arteries that could be a sign of heart problems. And there’s a new ...

Wonder Land: When we began to devalue conscience, blurring a pragmatic understanding of right from wrong, we unleashed the whirlwind that engulfs us now. Images: Margaret Small/Reuter/Zuma Press ...

Heart disease risk assessment tools specific to women remain lacking, despite the fact cardiovascular disease is the leading cause of mortality in women. A new study suggests that mammograms may ...

It happens to some women. A mammogram comes back and the woman suddenly becomes overwhelmed with anxiety, as there is a report of calcifications in one or both breasts. The next thing can be worry, as ...

Many women, once they reach a certain age, begin having mammograms on a regular schedule — usually either annually or biannually starting at age 40, 45 or 50 — to look for signs of breast cancer. This ...

Columnar cell lesions are enlarged terminal duct lobular units lined by columnar type epithelial cells, often with luminal secretions and tiny microcalcifications. Columnar cell lesions differ with ...