I'd like to add something. We must question everything including standard definitions for whatever disease. For example, cancer is now being questioned as a genetic disorder and instead argued as a metabolic disorder. In this case it's likely that it is a metabolic disorder instead of a genetic disorder, but the point is to question the official definition, not to jump blindly on any alternative as if that was the true definition now. Another example is the various gut disorders, i.e. IBS, Crohn's, etc. Yet another is the various brain disorders, i.e. Alzheimer's, Parkinson's, etc.
The question is, how can we be sure that the official definition was developed from genuine fact, solid experiment, irrefutable evidence? Who developed this definition and how did he do it? When was it developed, was it a hundred years ago using antiquated tools and methods, but most importantly completely absurd premises about health, nutrition and pathogenesis, i.e. blood letting to get rid of bad humors? We're still mired in blatantly wrong premises about a ton of disorders, i.e. saturated fat - cholesterol - heart disease, or calories - obesity.
Here's a hypothetical situation to illustrate the need to question everything.
I get sick, don't know what, get diagnosed with an incurable disease, nothing I can do, that's it for that. I can get some palliative treatments, but that's about it. Could be cancer, Alzheimer's, whatever, the point is the standard definition for that stuff is "incurable". Why?
It's easy. First, the cause is something like genetic, nothing we can do about that, so we ignore the cause and look no further into it. It's quite convenient because we go straight to life-long palliative treatment for mucho dinero. I'm being cynical here, but the patient also agrees to all that, but most importantly he agrees to remain sick for the rest of his miserable life. That would make sense if the patient lost a limb or something, but that's not the case here, it's a disease. And even if it was loss of limb, the patient wouldn't just take it without doing something about it, he'd likely look at prosthetics. In the case of incurable diseases, there's no such thing as a prosthetic brain for example.
Next, it's the pathology itself, how the disease acts. In the case of cancer, we believe cancer acts completely utterly and absolutely independently of the body it inhabits. Based on this belief, we now have only a few choices to treat it, i.e. surgery, chemo. The point here is that we ignore how the disease acts because we can't do anything about it, except cut it out, and then it's palliative treatment to make life less painful.
Finally, treatments are extremely invasive to the point of high risk of death, i.e. cutting an entire organ out is likely to lead to death, ya? So, we ignore treatments because we can't do anything about that either.
In effect, we ignore everything and anything because of the fatality of it all.
Now let's consider an alternative with the metabolic theory of cancer.
First, it's not genetic, so we can do something about it. Next, the method of action of the disease here is metabolic, so we look at metabolism to find the precise causes and mechanisms. Finally, there's many more treatments available here, especially non-invasive (i.e. diet, supplements, direct ketone injection, etc), that will first treat the disease, then return the patient to good health, and ultimately cure the so-called chronic degenerative incurable disease. All this as a result of questioning the standard definition of the disease.
But in the case of the metabolic theory of cancer, it's still missing a few elements in my opinion. Consider obesity. We know full well that the primary cause is dietary carbohydrates. Note the word "primary". In the metabolic theory of cancer, there's an "only" cause without consideration for secondary causes such as pathogens for example. Well, we also know full well how pathogens cause all kinds of disorders of their own, especially virus that can take over DNA and use it for its own purpose. Well, for our purpose, cancer used to be deemed genetic in nature, now it's metabolic in nature, but that only means it's epigenetic in nature where an external factor acts on DNA to do its thing. Dietary carbs are just one of many external factors that can do this.
There's a similar questioning of Alzehimer's, where instead of some unknown cause, it's primarily a function of hyperinsulinemia and competition between insulin and amyloid for the enzyme insulin-degrading enzyme (IDE).
The whole point here is to question not just standard definitions, but also alternative definitions that can just as easily lead us down the wrong path for a few decades, again, and again.
ps I won't read the book, I'm confident I don't need to.
|
Linear Mode
