This 19-Year-Old May Have Discovered Cure For Colon Cancer
As the third leading cause of cancer-related deaths in the world, colorectal cancer is a concern not to be taken lightly. It is estimated that 1.4 million cases were diagnosed in 2012, and without proper dietary and lifestyle modifications, will only increase in the near future. And while a pescetarian diet (vegetarian that includes fish) is estimated to
But while a pescetarian diet (vegetarian that includes fish) is estimated to reduce one’s likelihood of developing cancer of the colon by at least 20%, a Chicago-based teen may be on the leading edge of a new breakthrough that has potential to eradicate the disease completely.
While working at a Rush University lab while still in high school, 19-year-old Kevin created tests with an experimental colon cancer vaccine that proved 100 percent effective in tests on young mice. A vaccine is now being developed that could work on seniors.
Passionate to pursue a treatment for cancer after his own family was affected, this Chicago teen is pursuing a cure for all the right reasons.
“My friends, family members have died from cancer,” Stonewall, who is a rising freshman at the University of Wisconsin said in the Intel video above. “A lot of people are impacted by cancer. So I felt it was my role to step up and do something about it.”
The results of his research were presented at the national meeting for the Society for ImmunoTherapy of Cancer in Washington, D.C., and he is listed as lead author.
As DNAInfo.org reports, Stonewall has spent the last year at the University of Wisconsin in Madison, where as a sophomore he has been further researching a colon cancer vaccine that may “possibly down the road eradicate colon cancer.”
It was after reviewing research suggesting that a chemotherapeutic agent might help kill off other kinds of cancer cells – and promote a healthy immune response – that Stonewall set out to test whether the potential colon cancer vaccine worked on both younger and older mice.
He used a high concentration of mitoxantrone — a prescription drug that treats certain types of cancers, and administered this potential vaccine to young and old mice, and then injected the vaccinated mice with aggressive colon cancer cells.
Stonewall’s task was then to measure responses, including the makeup of key immune cells called dendritic cells, as well as tumor growth and survival rates.
After three days of living with the vaccine, Stonewall noticed that all of the young mice’s tumors were eliminated. They also demonstrated immunity to colon cancer. None of the older mice were protected, however, leading to tumor growth.
Reprinted with permission from True Activist.