The American Heart Association has been in the fake news business for decades. This means everything your doctors learned about heart attacks, strokes, LDL and HDL cholesterol, and nutrition is wrong. In fact, the nutrition advice coming from our most trusted institutions couldn’t be better designed to make you sick.
This article is the first in a series intended to shed light on a dark chapter of American history that few people know about: the story of how we as a nation became convinced that cholesterol is unhealthy, and the consequences of that belief. I will share with you what I discovered about the real cause of heart attacks and strokes, and how I became convinced that cholesterol is not bad, and the AHA is not good. I hope these insights put unnecessary fears to rest and empower you to change your life for the better.
We’ll start by answering key questions about the molecule that the American Heart Association wants you to believe is the cause of deadly diseases.
- What is cholesterol?
- Which is the good cholesterol?
- Is LDL cholesterol good or bad?
- What is a high cholesterol number?
- How to lower cholesterol naturally?
- What is oxidized LDL?
- What causes heart attacks and strokes?
You know for a fact cholesterol is bad, don’t you?
Unless you’ve been living under a rock, you’ve heard a thousand times that cholesterol causes heart attacks and strokes, and while we need some, most of us get too much.
But what you probably don’t know is where the idea that cholesterol is bad came from, who it came from, and more importantly, what were that person’s motivations and possible biases.
At a crisis point in my career, I began to doubt the idea that cholesterol was bad, and realized I needed to know the answers to these and other basic questions before I could feel confident dishing out any more dietary advice. Before I could feel comfortable abandoning what I’d been taught, I had to answer many technical questions on my own, since the medical leaders in this area had proven themselves unreliable. Fortunately, I had training to understand the chemistry and the many thousands of articles I read that could finally provide me with all the answers I needed. This information changed everything about how I practiced medicine, and it has since changed many thousands of people’s lives for the better.
Today’s article is my attempt to summarize the most important points about cholesterol that very few doctors have taken the time to understand. The next two articles after this one will cover important moments in medical history that few doctors are aware of, and that serve to turn well-intentioned doctors into servants of the sickness industry. If this story of the AHA’s absolute power to control what doctors think—especially when it comes to cholesterol— makes sense to you, my hope is that it will arm you with the confidence you need to prevent well-meaning but poorly informed medical doctors from giving you diet or drug prescriptions that will jeopardize your health.
The Invention of High Cholesterol Panic
Once upon a time, only a few people on the planet knew what cholesterol was, and they were chemists or otherwise super-specialized scientists. Doctors had not yet begun to question the traditional foodways that they themselves benefitted from, and housewives, tradesmen, lawyers, and yes, doctors, too, all went about their days enjoying foods loaded with cholesterol and fats that raise blood cholesterol levels just as all of humanity has since the beginning.
The change came in 1948 during a meeting of the American Heart Association when the doctors assembled decided to reinvent the organization. Instead of raising money from member physicians, the leadership wanted to start forging corporate partnerships. A short while later the AHA had landed their first big fish, with nice deep pockets lined with gold from selling their cholesterol-free butter alternative made with vegetable oil.
Fast-forward 70 years.
Today, I doubt you can’t find an adult in this country who doesn’t know what it is, and most of them are afraid of it. Most people I speak with about their cholesterol blood tests are understandably worried about their results. And little wonder. The information we get from the media, food labels, and blood test reports has programmed not just doctors, but everyone to be afraid of cholesterol. This fear influences our daily food choices and our shopping and snacking habits. It’s a big part of everyone’s life.
We’re so scared of cholesterol, we don’t even ask Google the normal questions, like “what is cholesterol” or “is cholesterol bad.” We jump right to search phrases like “how to lower cholesterol” and “new cholesterol drug,” according to google trends. When you click on “how to lower your cholesterol,” the typical article will tell you to start cutting out saturated fat and replacing it with polyunsaturated fats.
That’s a strategy I myself used to believe in. But some twenty years ago I learned it was all based on a house of cards, because the very notion that we need to lower cholesterol is not grounded in solid science.
The word “myth” gets tossed around often regarding the cholesterol theory of heart disease, but myth refers best to either something completely mystical which has no known basis in accepted fact or a conclusion based on lack of experience or knowledge. What we’re all taught about cholesterol, starting in grade school and continuing all the way up through graduate medical training, is better described as a fallacy, because these teachings are based on unsound, flawed, and illogical arguments. You could also just call it a big fat lie.
I didn’t set out to become a rebellious doctor, but once I learned the truth about cholesterol, I had to decide if I was willing to risk my career to do the right thing for my patients. I quickly discovered that the cholesterol lie was about much more than cholesterol, as you’ll see. I ultimately decided that, in spite of the risks, to continue to practice according to conventional wisdom was no longer defensible. I’ve since extracted myself from the hospital and insurance systems that do everything possible to encourage doctors to practice in a manner that can only set people’s health trajectory on a downward spiral. And I’ve made it my mission to free as many people as I can from this medical lie to give you back what you’ve been missing. So I hope this article will help you.
To begin with, let’s discuss cholesterol itself.
Question 1) What is cholesterol?
Cholesterol is a chemical we can’t live without. It’s a big flat molecule shaped like a segment of honeycomb that solves a lot of problems for your body’s cells. Cholesterol is so basic to life on Earth that it’s been with us for 2 billion years, when Nature upgraded cells from single chamber to multi-chamber, inventing what we call “true cells” (eukaryotes) and is now one of the basic ingredients making all life, plant (yes plants, they’re called sterols and stanols) and animal, possible. It strengthens your cell walls (called membranes), helps the doors of your cells open and close, can be turned into hormones (including vitamin D, cortisol, estrogen, and testosterone), can talk to your DNA, and is required to help break down your food. Lacking cholesterol impairs growth, digestion, reproduction, injury repair, adaptation to stress, and fighting off infections. Plus it waterproofs your skin keeping your bodily fluids inside, where they belong, and keeps you from dehydrating you into a human prune. Keeping your brain healthy also requires massive amounts of cholesterol, and limiting your brain’s ability to make cholesterol will visibly shrink it. (Most doctors will attribute reduction in someone’s brain size to age-related dementia.)
For the purposes of this discussion, the most important thing to know about cholesterol is that it helps stabilize the vehicles that carry fat through the bloodstream, ensuring these nutrients arrive to their desination. The vehicles that carry cholesterol and fat through the bloodstream are called lipoproteins. They come in many shapes and sizes depending on whether they were made in your intestines, your liver, or elsewhere.
Lipoproteins are Delivery Vehicles for Cholesterol and Fats
Lipoproteins are made of lipid and protein. The lipid fat is stabilized by cholesterol. The proteins are on the surface and help to make sure the lipid fats and cholesterol get to the parts of your body that are in need of fats and/or cholesterol. (See image below, of LDL particle on a bike sporting an Uber Eats hat)
Lipoproteins distribute the fat and cholesterol you eat throughout your body. They also distribute fat and cholesterol your body makes in the liver or other organs. They’re essential to the process of nourishment.
Without the biggest lipoproteins, called chylomicrons that carry the fat coming from your last meal, the fat that you eat would build up around your intestines and kill you. Without the medium size lipoproteins, called VLDL (very low-density lipoprotein), that carry fat out of the liver, the fat your body releases during exercise would build up in your liver and kill you. Without one of the smaller lipoproteins, called LDL (low-density lipoprotein) that transfers cholesterol (and a little bit of fat) out of your capillaries, the many tissues of your body that need cholesterol would never get enough, which would restrict growth by restricting cell division and repair, and ultimately kill you.
You’re getting the picture, yes? No cholesterol, no you.
But wait, you might be thinking, sure cholesterol can be good, still, can’t there be too much of a good thing?
That’s exactly the argument the American Heart Association wants you to buy into. What the AHA doesn’t want you to consider is that Nature isn’t stupid. Your body regulates the production of pretty much every important molecule, ramping up production when you need more, and putting on the brakes when you need less. And that means if you’ve been following the kind of diet I recommend for a while (how long it takes depends on your body burden of PUFA, discussed in the FATBURN Fix) and if you’re not a smoker, then your bloodstream will never contain more cholesterol than it can safely handle. Period. Even if your cholesterol numbers register in the danger zone according to standard labs—more on that below.
The next two questions are best answered as a pair:
Questions 2&3: What kind of cholesterol is good, what kind is bad
Most doctors are taught LDL is “bad” and HDL is “good.” This sounded reasonable enough to me, back when I first heard about it. To be honest, I never thought much about it. I simply repeated it, over and over. Some doctors who think about it a little more try to invent their own reasons for calling LDL bad cholesterol, like the one in the illustration below. Most such made-up ideas are silly and, by the time you finish this article, you’ll know more about cholesterol and the real cause of heart attacks than most doctors.
The real answer is that neither LDL nor HDL cholesterol is always good or bad. It depends on the particle’s composition, which depends on what you’ve been eating. If your diet has been good, both these particles are good. If your diet has been not-so-good, then both LDL and HDL are not-so-good, and both can end up damaging your arteries, with deadly consequences.
The AHA does not want you thinking about it this way. They don’t want you thinking holistically. Actually, as far as I can tell they don’t want you thinking at all. They’d rather you take their advice without question, just like I did in the early years of my medical career. They’ve got most people so scared of cholesterol they are too panicked to think and if the google search frequency is any indication then the AHA has made people more afraid of cholesterol than of the heart attacks it supposedly causes.
Whether your diet is good or not-so-good depends not on how much fat or cholesterol you eat, but on what kinds of fats you eat. Certain fats are prone to reacting with oxygen and when these reactions take place inside your lipoproteins, they make your lipoproteins toxic. The more of these reaction-prone fats you eat, the more toxic lipoproteins you have circulating in your arteries, and the more problems your arteries will have. (More on this process, called oxidation, below)
If your diet is loaded with the wrong kinds of fats, then no matter your HDL or LDL numbers, your arteries are in trouble. On the other hand, if you eat the kind of diet I recommend, including good fats (from this list) and avoid the bad fats (from the same list), and eat foods rich in the other nutrients required to be healthy, then you don’t have to worry about these little fires starting in your arteries, no matter how much cholesterol there is.
In other words, the HDL and LDL numbers don’t tell you what you need to know. What you’ve been eating makes all the difference. (There are other numbers you can track to understand your current metabolic health in more depth, and we’ll touch on those later on.)
Another important factor is how fast your body can put out the oxygen reactions once they start. If you’re a smoker, your body is always fighting these little fires, and it’s hard for the firefighters (your antioxidant enzyme systems) to keep up. If your diet is low in vitamins, minerals, and certain kinds of protein, your body can’t manufacture enough of the fire-fighting enzyme systems. This is a big reason why smoking and malnutrition are both important factors leading to heart attacks and strokes.
The next two questions are also best answered as a pair.
Questions 4 & 5: What is a high cholesterol number and how can you lower it naturally?
The politically correct answer to this question has crept lower and lower over time. When I first entered medical school, any cholesterol number under 300 wouldn’t have raised the doctor’s eyebrows. Over the past few decades, the goalposts have shifted. Today, if your total is over 200 or your “bad” cholesterol is over 100 the lab will give it a red flag and your doctor will probably start warning you off steak and lobster. But none of those red-flag numbers were grounded in solid science.
Still, there is a lot to be learned from each of the numbers reported on a cholesterol test, as long as you know how to interpret them. These numbers can all tell you something important about the state of your metabolism. I teach folks how to interpret their numbers when I work privately with patients, and will be offering a group class starting in January 2021 (please subscribe to learn more if you are interested).
My most recent total cholesterol was 263, LDL cholesterol was 177, HDL was 83 and triglycerides were 65. Even though my own personal physician wasn’t happy, these numbers indicate overall good metabolic health.
I’ve met folks whose low numbers gave them a false sense of security that their diet was healthy, and unfortunately suffered a heart attack or a stroke. This happens quite a lot. To keep doctors from thinking about all these people with perfect numbers who nevertheless tragically suffer and sometimes die, the AHA explains that this happens due to something they call “residual risk.” It’s a term I think they came up to try to convince us that the AHA has a handle on the situation and that we should probably all stay tuned to their channels because pretty soon now they’ll be coming up with a solution. In other words, it’s another way of preventing doctors from thinking for themselves.
Residual Risk Means No Matter How Low Your LDL, It’s Never Low Enough
Having heart attacks in spite of very low LDL is a common occurrence. Around 2010, a majority—roughly two-thirds—of people who’d had a heart attack had achieved low cholesterol numbers that were considered ideal at the time. So rather than questioning the idea that LDL cholesterol is the cause of heart attacks, the AHA and other medical leadership upped the ante, moving from specific numerical goals to simply focusing on maximizing the dosage of cholesterol-lowering drugs.
Given how often low cholesterol failed to prevent heart attacks from happening, you’d think more doctors would have started questioning the benefits of lowering cholesterol. But the AHA nipped that in the bud, inventing a pseudo-sciencey explanation they call “residual risk.” “Residual risk” means that there are factors other than the absolute LDL number that need to be taken into account, like smoking, HDL level, triglyceride level, and inflammation. Taking these other factors into account is a good idea. But what’s even better is gaining a better understanding of a chemical process called oxidation.
Athletic trainers often warn their clients “You can’t out-train a bad diet.” This line of thinking offers a much better explanation for the cause of residual risk: You can’t out medicate a bad diet.
This begs the question, though, doesn’t it: What makes a bad diet ‘bad’? It all boils down to oxidation.
Question 6: What is oxidized LDL?
Oxidized sounds like oxygen, doesn’t it? That’s not for “nuthin,” as they say in Jersey. Oxygen in the air reacts with wood and burns or oxidizes it. Getting to know oxygen a little better is going to get us to the true cause of heart attacks and stroke.
Oxygen is like a bully molecule. It has a tendency to attack weaker molecules. Oxygen is at once crucially important to most living creatures, yet also so dangerous that it almost destroyed all living things on planet Earth about 2 billion years ago. The only thing that enabled our distant ancestors to get past this dangerous episode was the invention of antioxidants. More on antioxidants in a moment.
If you’ve ever been mesmerized by a dancing campfire flame, what you were witnessing was a rhythmic and relentless stream of oxidation attacks on the glucose molecules in the wooden log, converting it into charcoal and ash. We have oxygen in our blood, too. Oxygen in our blood can attack things flowing in our blood, including the fatty acids in LDL. After oxygen has attacked the fatty acids in LDL, the LDL particle is said to be oxidized, or basically burnt. Having burnt LDL in your bloodstream is not good.
And this brings us now to the most important question of all:
Question 7) What causes heart attacks and strokes?
Burnt LDL in your bloodstream is the cause of heart attacks and strokes. Remember how earlier I said a particle of LDL is like Uber Eats for your cells? When LDL particles are oxidized, your Uber Eats fat and cholesterol delivery stop working and start having accidents that put their caustic contents in contact with the cells lining your arteries.
The oxidized fat and cholesterol have toxic effects on those cells. They can cause a kind of wound in your artery that the body attempts to heal. But if your LDL continues to oxidize and your arteries are continually exposed to more and more toxic, oxidized fats and cholesterol, the wound, called a “fatty streak,” never heals and the lesion continues to grow. Eventually, the fatty streak becomes a large plaque, one that can ultimately break up and cause a clot that manifests as a heart attack or a stroke.
The AHA would have you believe that the cause of arterial damage is the cholesterol found in these lesions. In reality, it is the process of oxidation destabilizing the lipoprotein particles that leads to this kind of arterial damage.
Let’s break that down.
LDL GETS OXIDIZED AND THAT’s WHAT DAMAGES ARTERIES
When a particle of LDL is just a little bit oxidized, it’s like the meal you ordered was burnt to a crisp. Instead of a nice tasty pizza, your cells get a box of garbage they have to dispose of. This is not healthy for any of your body’s cells. (It can damage certain large arteries from the outside in, through little capillaries that feed the larger, more muscular arteries like the abdominal aorta.)
When LDL is significantly more oxidized, not only is the food burnt and useless, the delivery vehicle itself is damaged and so unsafe it really shouldn’t be on the road. That damaged vehicle will never make a delivery and eventually will careen out of control, crash and burn on the side of the highway, damaging the cells that line your artery. Over time, the damaged crashed vehicles weaken and scar the artery and ultimately cause thick accumulations of the sticky and greasy contents of the oxidized LDL. If enough of these accidents occur in an artery going to your heart or your brain you can suffer a heart attack or a stroke.
The key to losing fear and learning to love your LDL lies in remembering that only oxidized LDL causes heart attacks and strokes. Regular, healthy LDL does not damage your arteries or build up as fatty plaques. That means no matter how high your LDL, if none of your LDL is oxidized, you won’t get heart attacks or strokes.
And the key to understanding why cholesterol pills are modern snake oil comes from remembering that no matter how low your LDL, if most of it is heavily oxidized, you’re still building up plaques in your arteries and still risking a heart attack or a stroke.
Coming up in this series, you’ll learn how easy it is to become heart attack proof. In the next section, we’ll turn our attention to how your doctor, as wonderful as he or she may be, has been misled by fake science coming from the American Heart Association. Their faith in the AHA is so complete, that it occurs to only a handful of doctors to question the dietary advice they are parroting to their patients.
But what if the AHA were bought and sold decades ago? What if they abandoned science in the name of profit knowing that millions of Americans would die as a result? Could something so sinister be true? Stay tuned for next week’s article to learn the deadly truth that even your doctor doesn’t know.
Oxidation of LDL particles occurs in a stepwise fashion https://www.researchgate.net/figure/Difference-between-OxLDL-and-MM-LDL-LDL-is-thought-to-be-modified-in-a-stepwise-manner_fig3_51207730
More sources available: https://drcate.com/pufa-project/#atherosclerosis