The Truth in Small Doses

That’s the lead story (pulled from the Encyclopedia Britannica) in the final chapter (called “Matterhorn”) in which Clifton walks us through his thoughts on how to win the war on cancer.

First, the story. Then, the strategy.

The Matterhorn was the last peak in Europe to be summited. It was a beast. People tried to summit it from a bunch of different routes. All without success.

Then one artist on assignment from London (named Edward Whymper) with no experience summiting mountains “was struck by a hunch so irrational that he thought it had to be a revelation. In all the attempts to conquer the mountain, none had attacked from the northeast. The reason could not have been more obvious: viewed from the Swiss village of Zermatt, the Matterhorn was a towering, featureless wall of stone.” “But what, the artist wondered, if its sheer face was an illusion: a trick of light and distance and even popular imagination?”

Long story a little shorter, our unlikely hero gave it a shot. An avalanche pushed him back. He tried again a month later and VOILA! “What they found…. would amaze even the unwavering believer: it was a hidden ‘staircase’ of ridges leading them straight to the top.”

The Matterhorn was conquered. And, that’s perhaps the PERFECT metaphor for our quest to conquer cancer. NO ONE has been able to summit the beast that is Mt. Cancer via all the paths they’ve tried. Read: From the “cancer is caused by genes” approaches.

But… What if we’ve been approaching it from the wrong side of the mountain? What if cancer isn’t primarily a disease of genes gone bad but an issue of dysfunctional energy metabolism (with genetic mutations as the downstream EFFECTS of the primary cause of metabolic dysfunction)?

Alas, that’s PRECISELY what Travis Christofferson lays out in Tripping over the Truth and what we’ve been talking about in all the prior Notes on cancer.

When we look at cancer as primarily a mitochondrial metabolic disease, it’s as if a STAIRCASE appears out of nowhere that allows us to climb the unclimbable mountain. (Seriously.)

Having said that, Clifton focused his big brain on the astonishing inefficiencies in the cancer research culture and presents great ideas on how to go about Optimizing it—bringing us all the way back to Day 1 and how we *should* have started with more of a NASA-inspired, mission-driven model rather than the approach we took.

The connection to NASA and space exploration makes me think about leading metabolic researcher Thomas Seyfried’s final words in his treatise Cancer as a Metabolic Disease.

Here’s how he puts it: “It is important to recognize that my view of cancer as a metabolic disease is not part of the mainstream view of cancer, which is viewed as an incomprehensibly complex genetic disease. Support for my position comes from a perusal of the articles in the Science issue commemorating the anniversary of the US National Cancer Act. No aspect of cancer metabolism was mentioned in this issue. As mentioned in Chapter 10, the failure to discuss the role of energy metabolism in the origin of cancer would be like failing to discuss the role of the sun in the origin of the solar system. Should we be surprised that the same questions remain unresolved after 40 years? Should we be surprised that most targeted therapies developed from the cancer genome projects have been a costly waste of time? Should we be surprised that so little progress has been made in managing advanced cancers?”

So… Stating the obvious: We never would have landed a man on the moon if we still thought the (flat) earth was the center of the universe. And, guess what? I don’t think we’re ever going to conquer cancer as long as we think genes are the cause of cancer.

It’s time to step out of the nucleus where we’re obsessed about genes and step into the cytoplasm where we can see the mitochondria. Then step back even further out of the tumor so we can see the terrain. Then… VOILA. Enter: The Metabolic Protocol.

That’s our staircase that takes us all the way to the summit of Mt. Cancer.

That’s from the end of a chapter called “The Truth in Small Doses” in which we discover the origins of the title of this book.

Clifton picked up the “truth in small doses” line from a pamphlet called “When a Family Faces Cancer” that was published in 1959 by the Public Affairs Committee in cooperation with the American Cancer Society.

Where to begin with that passage? (Hah.)

First, let’s refer back to the ancient etymology of the word patient. By now (if you’ve read the Notes in order) you know what the word literally means. As we discussed in Radical Remission, the word patient comes from the Latin word pati which literally means “to suffer” or “to submit.”

In this case, of course, the “patient” submits to the authority of the doctor who gets to decide who knows what and tends to deliver the “truth in small doses.”

I strongly prefer a VERY different dynamic.

Recall that, as we discussed in Radical Remission, the opposite of “to submit” is “to CONQUER.”

Patient = one who submits. CONQUEROR = one who conquers.

Slightly different orientation, eh?

All of which makes me think of James Stockdale—the commanding officer of hundreds of prisoners of war in Vietnam. Stockdale was also a Stoic philosopher. Jim Collins told us about what he called “The Stockdale Paradox.”

Very short story: We need to simultaneously have a deep, abiding confidence that we will, ultimately conquer our challenges (even if that means gracefully navigating the premature end of our lives) AND we need to be willing to embrace the facts of reality. Period.

As Stockdale put it, the naive optimists who ignored reality were the ones who died first.

In this context, we need to know the truth. Specifically, we need to look at the efficacy of the “standard of care” approach and then map out our strategy accordingly. Not as “patients” submitting to anyone else’s authority but as the Conqueror-CEOs of our own healthcare, committed to doing everything in our power to conquer cancer.

On that note, wisdom from Outside the Box Cancer Therapies comes to mind. They make the VERY important point that, basically, the more aggressive (and late-stage) the cancer, the less effective traditional care tends to be and the more aggressive WE need to be in mapping out our own integrated battle plan.

Here’s how they put it: “We will often highly recommend standard cancer therapies in a ‘high survival’ cancer (with a well-rounded integrative oncology program), even though it may be similar for a low stage cancer. On the other hand, a high-stage cancer where survival is much lower and effects of standard treatment would more likely cause harm than remission, we will often tip the balance in the other direction and focus on an aggressive integrative approach.”

P.S. Do you know the ancient etymology of the word doctor? It’s from the Latin word docere—which means “to teach.” So… What a doctor should *really* be doing is TEACHING US how to conquer cancer. Alas, we can’t teach what we don’t know. Therefore, let’s get back to assuming the role of CEO/Conqueror and putting together a team of “teachers” worthy of advising us.

That’s from Chapter 1: “Counting” in which we discover that, when you actually do the math, you CLEARLY see that we are NOT winning the war on cancer. More on that in a moment.

For now, let’s talk about the story that preceded this passage. Get this: At one point we were certain that human cells had twenty-four pairs chromosomes. Textbooks were printed elucidating this scientific FACT.

Then… Someone pointed out the FACT that we had twenty-three pairs of chromosomes.

Oops. “The sun didn’t revolve around the earth. The earth wasn’t flat. And human cells carried twenty-three—not twenty-four—pairs of chromosomes.”

And, most importantly for our purposes regarding applying this wisdom to cancer: “Just like that, scientific truth had changed.”

But here’s the thing: Scientists had their doubts about it for a long time. But no one said anything. They just went with the accepted “dogma” rather than practice true SCIENCE.

And, get this: One of the leading textbooks of the day actually had a picture of “the human karyotype (the complement of chromosomes divided in matched pairs)” that “clearly showed forty-six chromosomes. The photo caption, however, read forty-eight.” —> “The question is, why? Why had so many scientists abandoned science when confronted with dogma?”

That makes me think of Seyfried again. He tells us: “In summary, the origin of carcinogenesis resides with the mitochondria in the cytoplasm, not with the genome in the nucleus. How is it possible that so many in the cancer field seem unaware of the evidence supporting this concept? How it is possible that so many in the cancer field have ignored these findings while embracing the flawed gene theory? Perhaps Payton Rous was correct when he mentioned ‘the somatic mutation theory acts like a tranquilizer on those who believe in it.’ I attribute the absence of any real progress in the war on cancer over the last 40 years to the flawed concepts of the somatic mutation theory, and to the failure in recognizing mitochondrial dysfunction as a credible scientific explanation for the origin of the disease. The failure is an inexcusable tragedy ultimately responsible for the deaths of millions of cancer patients.”

Mike Sporn is a legendary cancer researcher. He’s one of the most cited researchers and was an early proponent of “Preemption” (which is the name of the chapter in which we meet him). The basic idea of the “preventionists” makes ABSOLUTE sense.

It’s a LOT easier to *prevent* cancer than it is to treat it. And… This is another place where it’s kinda hard to read the book. Why? Because, when viewed from a METABOLIC perspective (rather than, echo, a genetic perspective), the conventional approach to finding the “biomarkers” we can detect that will allow us to use medical “chemoprevention” to preempt the disease appears to me to be a bit misguided and unnecessarily complex.

To quote Seyfried again: “It is my opinion that many cancer researchers, through their propensity to focus on gene mutations and mechanisms of action, have made the quest for cancer management far more complicated than it actually is.”

In short: Why look for a super-complex genetic marker for a cancer when you can look for a constellation of super-simple metabolic markers?

Part of a longer chat, but if we view cancer as a metabolic disease, you pay a LOT of attention to simple metabolic panel markers. Things like fasting glucose and hemoglobin A1c (a 90-day trailing look at blood glucose) then throw in a systemic inflammation marker (like hs-CRP) and Vitamin D for good measure. All EASILY modified by nutrition and, from a mitochondrial metabolic perspective, super important biomarkers. (Again, my brother went from diabetic to healthy glucose in 5 weeks. And his PET scan left his oncologist saying he couldn’t see his (pancreatic Stage IIB) cancer and that he’d do what we’re doing if he was in our position.)

I tend to deliberately wrap up these Notes with a super-positive Idea. I kinda inverted the order with this one. Having said that, there is a TON of vigorous hope in the truth in LARGE doses.

The big dose of truth isn’t palliative—but it is catalytic as it forces us to reconsider our approach.

I say we lace up our conqueror-style mountain climbing shoes and go up the METABOLIC side of the mountain. <— What we’ll find may “amaze even the unwavering believer.” If you look closely, you might just see “a hidden ‘staircase’ of ridges leading them straight to the top.”

Sending love to you and your loved ones along with a fierce, urgent resolve to conquer cancer,