Researchers have discovered a molecule present in basal-like breast cancer, or BLBC, tumors that allows them to be detected, and when its presence was reduced in cancer cell models the tumors' growth was slowed significantly.
New findings published in BMC Medicine reveal that black men in England are more likely to be diagnosed with prostate cancer. The findings also revealed that they are more likely to die from the health issue as well.
New findings published in the journal Cancer Epidemiology, Biomarkers and Prevention reveal that breast cancer survivors may be more likely to gain weight than cancer-free counterparts.
Researchers at Lund University have linked low levels of the hormone enkephaline to an increased risk of breast cancer in women--a hormone comprised of pain and anxiety-reducing properties that reinforces the immune system by directly affecting immune cells.
Two particular nutrients may actually work against cancer therapy. Scientists have found that glucose and acetate can be used by tumors to resist targeted therapies directed at specific cellular molecules.
A new cell structure discovery could advance the understanding in cancer development. For the first time ever, scientists have identified a structure called "the mesh" that may help hold together cells.
New findings published in the journal Nature reveal that the common female hormone progesterone may boost the lifespan of breast cancer patients.
Could over-the-counter aspirin inhibit the aggressive growth of deadly asbestos-related cancer?
Scientists have taken a closer look at dietary patterns and have found that frequent consumption of citrus, such as whole grapefruit and orange juice, may be associated with an increased risk of melanoma.
New findings published in the journal PLOS ONE reveal that a new arthritis drug could also help patients with certain types of blood cancers.
Could removing a protein help slow blood vessel growth in tumors?
New findings published in the journal Nature Medicine reveal how a certain tumor suppressor molecule that works to prevent tumor growth could actually lead to a new personalized approach in the treatment of colon cancer.