I’ve made mention of a peculiar use for low carb diets other than for weight loss. You might have heard that low carb is successfully used in children for epilepsy (check out The Charlie Foundation for more info on that), but you might not have known that nascent research is being done independently and somewhat outside the normal protocols to determine if a very – and I mean VERY – low carb diet *might* work as a treatment for cancer.
Now let’s stop here for an important warning: if you have cancer, this most likely *isn’t* something for you. First off, for many cancers, traditional treatments do, in fact, work if treated early. It also isn’t a treatment that you can try on your own along with a standard course of treatment. Many of them are incompatible with a low carb diet. It also has only been tested in mouse models – and for only certain types of cancers. You’d need professional guidance if you wanted to see if this was right for you.
There’s also this: the theory as to why it might work contradicts decades of research.
Hear a quacking sound? Cancer has been called the ‘Emperor of all maladies‘ and had attracted charlatans willing to turn a profit on other people’s tragedy, peddling false hope and leaving their families penniless. This one is somewhat different, however, and we’ll get to that in a moment, but first you must meet Otto Warburg, but to meet Mr. Warburg we need to go back 90 years and also revisit out high school biology class for a little refresher. I promise I won’t get too ‘sciencey’ and I apologize beforehand to those readers who know this stuff way better than I ever will. Forgive me my simplistic explanations – but please call me out if I state something patently incorrect. I don’t want to misinform.
Most of the cells that make up this container we call you and I contain mitochondria. There’s a hundred fascinating things about these parts of the cell – you can only get them from your mother, for instance, and they have their very own DNA that is completely different from yours – but lets focus on the what they do for you. Mitochondria are considered the ‘powerplants’ of your cells and create the energy the cell needs to survive. They do a bunch of other things, but one of the important parts for our discussion is the energy production.
Otto Warburg was a researcher who, in 1924, noticed that the mitochondria in cancer cells didn’t properly respire – as in ‘breathe’. Yes – cells breathe, which is why *we* breathe – to get the oxygen the cells need to properly respire.
But cancer cells didn’t respire properly – instead, it appeared that they took a different approach that only allowed them to feed only on glucose.
Now, just because a cancer cell’s eating habits are different doesn’t quite explain why they’re cancer cells (at least that I know), but it does point out a cancer cell’s Achille’s heel: they’re sugar addicts.
As sometimes happens in science, some guys in lab coats scratched their beards, mumbled something about this being ‘interesting’ – and then it was mostly forgotten except perhaps as trivia while science marched forward with cancer treatments using surgery, chemotherapy, and radiation.
Cancer treatments did get better, but now we’ve reached a point where new treatments might only add months to a patient’s life.
Then along comes Thomas Seyfried who writes a textbook named Cancer as a Metabolic Disease which challenges many of the standard notions about the treatment of cancer and recommends an extremely low carb diet instead of chemo – and gets himself into a mess of trouble – at least from a career standpoint.
Dr. Seyfried is a legitimate researcher who comes out with a book that overturns 50 years of thinking on cancer. This is going to attract two things: crackpots and the label of ‘quack’ from his peers.
I simply do not have the skill-set to judge his work as I am not an oncologist, but he had laid out a legitimate attempt to create a new way of thinking about and treating cancer and no one can deny that a low carb diet might be a heckuva lot better treatment for cancer – if it works – than chemo and radiation. Simply put: normal brain cells can live on ketones – cancer cells can’t, so a super-duper low carb ketogenic diet starves the cancer cells while normal cells survive.
Here’s Thomas Seyfried discussing his theory. Pretty sciency, though it allows you to gauge the man:
He doesn’t come off as a quack – more frustrated than anything.
His last answer in the Q&A is his most damning: if the standard of care raises blood glucose, then it leads to the ‘demise of the patient’.
“Oh.” Says the oncology community. “We’ve been doing this all wrong for 50 years? My bad – let’s fix that right away.”
You can see how his theory is a ‘turd in a punchbowl’ for anyone in the medical community invested in the current standard of care.
Here’s an example from one of his naysayers. It’s a well-reasoned criticism and well worth slogging through to help to begin to understand the point of view of the medical community.
How *I* got exposed to this was because a friend’s relative was diagnosed with a glioblastoma – a type of brain cancer that is pretty much a death sentence. I was reminded of the article I had read about a woman who was treating her brain tumor with a ketogenic diet and was even keeping a blog about it. I provided the link and my friend and their family, after a lot of research, decided on a doctor-supervised ketogenic diet.
It’s too soon to tell at this point if this was the right approach, but given what I’ve read about glioblastomas, there’s not much to lose.
Doing my own research I came across a website that offered a complete diet book for cancer patients trying a ketogenic diet, bought a copy and read it from cover to cover.
I’ve read plenty of other books on ketogenic diets, but this one comes not from the weight loss community but out of the childhood epilepsy community where the stakes are higher. We’re not talking about fitting in that cute little dress but preventing debilitating seizures in small children – or not dying from cancer.
This is the most extreme low carb diet I’ve ever seen – because most diets try to make it comfortable for the patient. While this book bends over backwards to do the same, its primary goal is to manage a threatening disease.
I thought it would be interesting to try this approach – what the heck – and did it for a few weeks over the summer.
Even though I am an old hand at ketosis, this was hard. I felt like passing out one hot summer day walking a nearby downtown, which I summed up to dehydration: you don’t store *any* water weight on this diet so it probably made dehydration a huge possibility. I felt much better after a bottle of water and a salad.
I didn’t keep up with it but I consider the book an excellent reference for anyone interested in what an ‘extreme’ low carb diet looks like. I have to admit that my own diet is in tatters as I write this but if/when I get up the gumption to start again I am going to use this book as a guide – perhaps not going as ‘full-on’ as a cancer patient might, but rather as a target I can afford to miss, given that even coming near to this protocol will still be a very adequate ketogenic diet.
9 thoughts on “Cancer, Warburg, Seyfried, and EXTREME Low Carb Diets”
I havn’t watched the video yet but will. I remember reading about this in Gary Taubes book. I don’t see why this couldn’t be treated as a supplement to chemotherapy. My understanding, if I remember my biology correctly, was mitochondria were once there own organism that was symbiotic within another organism. Much like bacteria in algae photosynthesise sunlight for the host supplying it energy, and the host provides perfect living conditions and a safe environment.
“Unlike any other organelle, except for chloroplasts, mitochondria appear to originate only from other mitochondria. They contain their own DNA, which is circular as is true with bacteria, along with their own transcriptional and translational machinery. Mitochondrial ribosomes and transfer RNA molecules are similar to those of bacteria, as are components of their membrane.These and related observations led Dr. Lynn Margulis, in the 1970s, to propose an extracellular origin for mitochondria.”
As evolution passed they just became a part of the animal – hence why they have their own DNA.
The problem with supplementation is many standard chemo and radiation treatments make your blood glucose skyrocket so this course of treatment is incompatible with standard treatment protocol.
As to mitochondria, a new theory claims that it wasn’t symbiosis that created the relationship we have with our mitochondria but that they were originally parasitic: http://www.sciencedaily.com/releases/2014/10/141016165955.htm.
Thats interesting I guess the joke was on them then.
I have just finished cooking for a lung cancer patient who was following the Cantin Ketogenic Diet. It’s a max 20 carb/day diet with no dairy, soy or red meat. The author is not a medical doctor but I’d just thought that I’d mention the diet because it was recommended by a homeopathic oncologist. I would also like to point out that there is no governing body for homeopathic oncologists in Ontario but that the regular Medical Oncologist was supportive of the diet as an adjunct therapy.
So I guess the question is: how is the patient doing? Your use of the past tense leaves me concerned…
My client has late stage Lung cancer and spends his winters in Barbados. I was hired for two months to make meals just prior to his departure. Just before they left for the sunny south I was informed that the cancer cells circulating in his bloodstream where .25% of where they were prior to the ketogenic diet. I didn’t ask for further explanations but my client claimed to feel significantly better.
Well, a departure to Barbados is way better than what I was thinking. I’ve heard that people promoting this regimen don’t expect to cure the cancer but to manage it just like other long-term diseases. I wish the best of luck to this gentleman.
do you know if your client from 2020 continued to succeed with the ketogenic diet?
sorry, i meant from 2014…