In 2009, researchers at the University of Windsor in Ontario, Canada, started looking at an abundant weed as a cure for cancer, and they were not disappointed.
What is it? The common dandelion! And it all began when an oncologist noticed something interesting with some cancer patients.
Pamela Ovadje, a post-doctoral fellow at the University of Windsor, has done extensive work in investigating the anti-cancer properties of dandelions and other natural extracts.
She stated the following:
"We had information from an oncologist, a collaborator here in Windsor, who had patients that showed improvement after taking dandelion-root tea. And so, with a phone call, we decided to start studying what was in this tea that made patients respond to it, so we started digging up dandelions."
She was skeptical at first, but not because it was a natural source.
"I figured dandelions are everywhere, and if there was something to it, people would have found this out already."
Well, we should all be very glad that researchers started looking into dandelion root extract and its effects on cancer because the results seem almost too good to be true.
“Since the commencement of this project, we have been able to successfully assess the effect of a simple water extract of dandelion root in various human cancer cell types in the lab, and we have observed its effectiveness against human T-cell leukemia, chronic myelomonocytic leukemia, and pancreatic and colon cancers, with no toxicity to non-cancer cells. Furthermore, these efficacy studies have been confirmed in animal models (mice) that have been transplanted with human colon cancer cells.” (Source)
In February 2015, the extract was approved for human trials. Currently, dandelion root extract is in Phase 1 trials for end-stage blood-related cancers including lymphoma and leukemia. (Source)
Dr. Siyaram Pandey, professor of chemistry and biochemistry at the University of Windsor and principal research investigator for the project, believes dandelion root extract has “good potential” to kill cancer cells in the human body. (Source)