Health & Wellness
The measles could be a "single-shot cure for cancer," Mayo Clinic doctor says.
Clinical trials underway at the Mayo Clinic are revealing an unlikely friend in the fight against cancer... the measles virus.
Scientists have long known that getting sick with the measles can sometimes trigger spontaneous reduction in the size of tumors, but recent clinical trials at the Mayo Clinic have demonstrated just what a powerful weapon the little virus can be.
In a 2014 trial, a concentrated dose of the measles put a late-stage cancer patient into long-term remission.
The terminally ill woman had suffered through every type of chemotherapy available and two stem cell transplants, only to relapse again and again.
She had an advanced case of multiple myeloma, a deadly cancer of the blood spread throughout her body and bone marrow, when researchers offered her a last-ditch resort - a massive dose of the measles.
Within 5 minutes, she got a splitting headache and a fever of 105, followed by vomiting and shaking.
Within 36 hours, a tumor the size of a golf ball on her forehead had disappeared, and within two weeks there was no cancer detectable in her body.
"It's been the easiest treatment I've done by far," she tells CNN.
The virus strain was engineered and weakened in a lab, and then given in a dose strong enough to vaccinate 10 million people.
Treating cancer with viruses is not new. Mayo Clinic scientists say "virotherapy" has been used successfully on thousands of cancer patients, but this is the first case of a patient with cancer spread throughout her body going into remission.
"I think we succeeded because we pushed the dose higher than others have pushed it," said lead study author Dr. Stephen Russell. "And I think that is critical. The amount of virus that's in the bloodstream really is the driver of how much gets into the tumors."
The measles virus makes cancer cells join together and explode, Mayo Clinic researcher Dr. Angela Dispenzieri explains. There's also evidence that the virus stimulates the immune system, helping it recognize any recurring cancer cells and "mop them up."
Subsequent clinical trials have shown similar results with ovarian cancer, breast cancer and non-Hodgkins lymphoma, according to a 2016 research paper titled "Measles to the Rescue." And current trials are looking at the effect of the measles on glioblastoma multiforme, mesothelioma and squamous cell carcinoma.
"We recently have begun to think about the idea of a single shot cure for cancer - and that's our goal with this therapy," Russell said.
Reader Comments
Consider: now we depend on wars which we supplement with for-profit weapons to act as population reduction. In the natural world, diseases have the same effect and leave the population healthier. Our Pharma actually leaves the population worse off. One wonders if we did not have this insight when the dime dropped and we thought, "We can use this for profit."
The virus strain was engineered and weakened in a lab , and then given in a dose strong enough to vaccinate 10 million people .Jeez Louise! Wouldn't it have been much simpler to just inject her with a moderate amount of the unmodified virus? Unless they weakened it by 1/10,000,000th of it's original strength, the amount of virus she was given was staggeringly powerful. This probably had a large impact on the short amount of time it took for the cancer to be destroyed.
To add to the editor's comment, perhaps contracting these diseases- as we did naturally in the past- would not only kill the cancer, but perhaps leave behind something that protects against it in the future. Nature is such a wondrous thing...it's a pity Big Pharma would rather it did not exist and the world was purely a lab creation for profit.
Comment: Fascinating. In the SOTT Radio Network's interview with Dr. Stephanie Seneff, the idea that what we think of as pathogenic bacteria and viruses may actually serve a helpful function to the organism was discussed. We clearly have a rather simplistic understanding of what the effect viruses and bacteria actually have on the organism; so much so that a discovery such as this seems completely baffling.
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