Amateur cancer researcher (and patient) partners with academia and VC to prototype a cure

Jane McGonigal's picture
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As recently covered in the mainstream press and blogosphere:

John Kanzius has no background in cancer research but might have invented a real cure. He was diagnosed with leukemia, and struck by the idea that radio waves could kill cancer cells. So he built a prototype machine using pie pans and conducted tests on hot dogs injected with copper sulfate—the radio waves only heat up metal spots, for tactical nuking without nasty side effects. It's now being tested at the University of Pittsburgh and M.D. Anderson Cancer Center, where the lead doc says that it "may allow us to treat just about any kind of cancer you can imagine."

So how to get metal bits to cancer cells? This is where the big corporate research comes in: nanotechnology. Thousands of nano-particles composed of metal bits can fit in a cancer cell. So far, they've conducted successful cancer extermination trials using the Kanzius machine and metal nano-particles at both M.D. Anderson and Pittsburgh. The catch is that it's only been tested on solid tumors—hitting cancer that's spread around the body is what they're working toward, and if they can't hunt down the individual cancer cells with the nano-particles, this will only have limited applications.

This story creates a mainstream awareness of amateur science and patient activism, and its potential to partner with academia and R & D firms, around one of the most quintessential scientific questions: Can we cure cancer?

Abstract: 

John Kanzius has no background in cancer research but might have invented a real cure. He was diagnosed with leukemia, and struck by the idea that radio waves could kill cancer cells. So he built a prototype machine using pie pans and conducted tests on hot dogs injected with copper sulfate—the radio waves only heat up metal spots, for tactical nuking without nasty side effects. It's now being tested at the University of Pittsburgh and M.D. Anderson Cancer Center, where the lead doc says that it "may allow us to treat just about any kind of cancer you can imagine."

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Forecasts that reference this signal:

TitleAuthorExcerpt
Growing infrastructures for "citizen science" will help shape 21st century scienceHyungsub Choi

We have thought a bit about the trend leading from the 20th century "science cities" to the 21st century "city science." This is the turn from the "Big" science and technology toward more distributed research activities. What would be the necessary infrastructure for this transition?

Jeff Johannes, medicinal chemist at a large pharmaceutical company, wrote an interesting posting on the blog Sceptical Chymist (http://blogs.nature.com/thescepticalchymist/features/10_miles_from_academia/):