We are international

July 2011 Archives : Doctor Durie

BrianGMDurieblog.pngReading about the newly re-discovered Rainbow Toad in Borneo reminded me of my January 27, 2011 post referencing Mae-Wan Ho's The Rainbow and The Worm: The Physics of Organisms, where she states that "Life is all the colors of a rainbow in a worm." 

As I mentioned in that blog post, researchers in Singapore recently concluded that quantum entanglement plays a crucial role in explaining the stability and data storage of the DNA double helix.
DNA Double Helix

Image via Wikipedia

I wrote:

 Professor [Luc] Montagnier is convinced that crucial differences can be detected at the electromagnetic level in addition to methods using conventional sequencing and "chemical" testing which are central to the overall project. 


"...it seems that understanding life at the sub-molecular and electromagnetic level is now possible."

What if the spectrum of colors in the rainbow reflect the range of energies which control life processes? Imagine, for example, if all the energies that regulate the body functions could be thought of similarly to different wavelengths of light. If so, we would be able to modulate the body at the level of physics and cure cancer.

As it turns out, electromagnetic research is ongoing. Results so far have shown that researchers are getting data on electric pulses from myeloma DNA versus normal DNA, and there is an article in the current issue of Science Journal on the electric pulses from E. Coli bacteria. While it is still too early in the process to have any clear evidence, it will be interesting to see where the study leads.
Enhanced by Zemanta

At this month's Patient & Family Seminar in Dallas, TX, I posed this question to the panel of myeloma experts: "What myeloma research would you conduct if you were given $100 million?" Faculty member Dr. Rafat Abonour, from Indiana University, responded to the hypothetical question with an absolute departure from what I expected to hear. 

He said, "If I had $100 million, I'd give it to Brian Durie. I know he'd find a cure."

Since that moment, I have been contemplating what I would do with that kind of funding. While the International Myeloma Foundation's research program is focused on collaboration and results through translational research, our annual budget limits our ability to research every possibility that presents itself.

Recently, I was pondering the "Black Swan" approach to research, a term coined by philosopher and essayist Nassim Taleb. This theory dictates that one must be open to the "highly improbable" in order to make significant advances. Taleb explains that at one point, it was mistakenly believed that all swans were white. This idea did not change until somebody traveled to Australia and discovered black swans by accident.
Black swans

Image via Wikipedia

But what if someone had predicted the possibility of black swans prior to coming face to face with one? What if the hypothesis that black swans could exist had not been summarily dismissed based on lack of evidence or relevant data? The result would have been the same - they exist; but, instead of happening upon the truth by accident, it might have been sought out and discovered earlier.

I believe that this approach applies to cancer research as well. Each week I read about new ideas in medical journals, on the web, or in newspapers that make me take pause and wonder "what if?"

What if these "out of the box" projects had enough funding to see them through? What if an idea without any scientific evidence or data to back it up, could actually lead to a cure? Would it be worth pursuing?

With that in mind, I have decided to begin sharing my thoughts on some of the projects I read about during the course of my week. Using my newly established twitter account (@BrianDurieMD) I will post links to interesting abstracts, articles, stories, and blogs about projects that I might fund with my hypothetical $100 million.

I invite you to follow me on twitter and revisit this blog as I continue searching for a cure. After all, who really knows what color the next swan will be?


You can follow along as Dr. Durie spends his hypothetical $100 million in search of a cure at @BrianDurieMD on twitter.  Find the IMF online at @IMFMyeloma and on facebook at facebook.com/myeloma.  And, if you are so inclined to make a contribution to the IMF's actual research program, we'll be more than happy to accept it at donate.myeloma.org.

Enhanced by Zemanta