The $125 billion question: how will the ACA affect cancer survivors?
In 2010, the total cost of cancer care in the United States reached $125 billion. Cancer patients are also living longer today, which is further increasing the cost of their continued care. As the health insurance exchanges have opened and heated debate about the Affordable Care Act (ACA) continues, many questions remain, including the $125 billion question: “How will the ACA affect the most expensive disease: cancer?”
VCU Massey researcher works to develop new cancer-fighting drugs and target therapies
Matthew Hartman, Ph.D., has focused his research on two hot topics in the arena of cancer research: developing drugs that inhibit key cancer proteins and developing better ways to target cancer tumors. He studies how proteins interact with each other on the molecular level.
Viagra drug trio improves effectiveness of cancer treatment while protecting the heart
A new drug combination featuring the widely-known impotence drug Viagra has been found to improve the effectiveness of cancer treatment while protecting the heart from harm caused by a popular form of chemotherapy. With nearly half of all cancer survivors dying from other conditions than cancer, most notably cardiovascular disease, this new treatment is not only innovative but necessary.
Multiple sclerosis drug may one day treat colorectal cancer
After uncovering a mechanism that promotes chronic intestinal inflammation and the development of colorectal cancer, scientists from Virginia Commonwealth University Massey Cancer Center have found that fingolimod, a drug currently approved for the treatment of multiple sclerosis, could potentially eliminate or reduce the progression of colitis-associated cancer (CAC).
Scientists discover how deadly skin cancer spreads into other parts of the body
After recently announcing success in eliminating melanoma metastasis in laboratory experiments, scientists at Virginia Commonwealth University Massey Cancer Center have made another important discovery in understanding the process by which the gene mda-9/syntenin contributes to metastasis in melanoma (the spread of skin cancer) and possibly a variety of other cancers.