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The Case of Cholesterol

The Truth About Cholesterol

Ah, CHOLESTEROL. That ugly word that gets blamed for so many things. It’s one of those topics in the health world where overwhelming evidence shows that we may have gotten it wrong in the 1950’s, but public perception and the modern standard of care for the problem seems slow to catch up.

Cholesterol

Cholesterol has over the years been blamed for cardiovascular disease, heart damage and plaque build-up in arteries (atherosclerosis). Truth be told, there’s very little evidence that cholesterol, in and of itself, is something that would increase these risk factors. Yes, you may say, but then how did we get it so wrong, the scientists have studies and why are we still being told to avoid “cholesterol-causing foods”?

Well, to put it simply: Cholesterol was the last at the scene of the crime, and it got blamed for what Inflammation did. Believe it or not, cholesterol is actually a protective mechanism. Without cholesterol, we couldn’t live. The list of reasons why cholesterol is important is long, but try think about how critical each of these are to the proper functioning of our bodies:

  • Critical structural element in brain and nervous system tissues (it transports nutrients into cells and is an essential part of membranes).
  • Allows for synthesis of many hormones, like progesterone, oestrogen, testosterone, cortisol and Vitamin D (which is actually a hormone).
  • Insulates neurons.
  • Participates in the immune response.
  • Metabolises fat-soluble vitamins.
  • Produces bile.
  • LDL, the so-called bad guy, is crucial for its benefits to cognition, longevity and hormones.

How Did Cholesterol Get such a Bad Rap?

When heart disease became more prominent in the early 1900’s, research into the root cause took off and continued for decades. Following a number of rabbit studies where rabbits received cholesterol through diet, their blood cholesterol levels increased, leading to atherosclerosis. Human tests in the 1950’s then showed a relationship between “early death” by heart disease and fat deposits plus lesions being found along artery walls. Boom. Problem solved. In addition, previous research had tied hereditary high blood cholesterol (familial hypercholesterolemia) to heart disease, so it was a very neat solution to name cholesterol as the dastardly culprit.

Here is what we know now:  Consuming processed foods, vegetable oils (including those Heart Foundation approved margarines), sugar and overconsuming carbohydrates leads to inflammation. All of these foods cause your blood sugar to spike, and these constant spikes directly result in inflammation. Over time, inflammation weakens the walls of our arteries (that shuttle blood and other nutrients to where they are needed).

In an effort to “patch” the weakened arteries and prevent lesions in the artery walls, which would obviously be disastrous, our clever bodies send cholesterol as a sort of filler or band-aid to try to strengthen the arteries. However, as this process continues over time, the build-up becomes too much, arteries become blocked and NOW you have heart disease. Cholesterol was being blamed for the damage caused by inflammation, when in reality it was trying its best to bandage the damage done by other factors. But when someone succumbed to heart disease, all we saw was the cholesterol.

Finally, I think it’s important to remember that there is a difference between dietary cholesterol (which the rabbits were being fed) and blood cholesterol and that they’re not directly related. Given how important cholesterol is, our bodies (via the liver) carefully regulates the cholesterol in our bodies, and, on its own, produces 1,000-1,400mg daily (i.e. not derived from food). Cholesterol from food is only a small portion of the cholesterol in our bodies so a statement like eggs and butter will cause heart disease is truly inaccurate. The liver has a clever feedback system which monitors how much cholesterol to make relative to how much it has received from your diet. The more cholesterol-rich foods you eat, the less your liver produces. If you cut out these foods, your liver is just going to make it anyway.

So What Exactly is Cholesterol?

As with the miracle that is our bodies, it’s always a bit more complex than that. I bet that in the context of cholesterol you’ve heard of Low-Density Lipoproteins (LDL), High-Density Lipoproteins (HDL) and Triglycerides. LDL is bad and HDL is good. We have to stop calling LDL bad and wanting our HDL to be as high as possible!

Very simplistically, LDL and HDL aren’t technically speaking cholesterol. Because cholesterol is not water soluble, it can’t move through the body in the bloodstream (fatty acids and blood are like oil and water). The body therefore cleverly packages three fatty acids (cholesterol) together in a combo pack called a triglyceride. These triglycerides have to be carried around by lipoproteins (think of these as little cholesterol taxis), and this “taxi” is then what is called LDL and HDL.

LDL’s function is to transport cholesterol from the liver to the tissues (where it can build up if there is inflammation AND the LDL particle size is small (more on this in a minute). This is why it got the rep as the “bad kid” on the block. HDL got known as the “good kid” because its function is to collect the “bad” cholesterol that wasn’t used after it deposited fatty acids and antioxidants back to the liver for disposal (and therefore seen as protective).

So is LDL completely innocent? Well, no. There is a further nuance. What is important with LDL is in fact the particle size. Based on your diet, your LDL particles can be big and fluffy like tennis balls (carrying more fat-soluble nutrients), or small and hard like golf balls. If you picture your arterial walls as a tennis net, the fluffy tennis balls can’t get through – it does what it needs to do (is highly cardio-protective) and is shuttled away. The small, hard golf balls sail through the tennis net and start plaque build-up in your arterial walls (and are prone to oxidation), which leads to heart disease. So while LDL may not be the direct cause of cardiovascular disease, it is still a necessary ingredient.

Paradigm shift

It's therefore important to understand that we need to look at cholesterol and its role in contributing to heart disease in a different way: It is the particle size that’s more important than the mere presence of LDL in your bloodstream.

Here is what I believe what we should be focusing on:

  • LDL particle size (there are tests for this, like the LipidPro test)
  • Triglyceride to HDL ratio (the atherogenic index): this is an enormously valuable indicator of potential heart disease which is often ignored and so simple to calculate! You might hear that a ratio of up to 4 is acceptable, but really you want your Triglyceride to HDL ratio to be less than 1
  • hs-CRP (tests for inflammation): given what we’ve come to understand about inflammation, this is a wildly important blood test to get to ensure that your inflammation is under control (along with blood glucose and insulin testing)
  • HDL that is too high could be an indication of chronic inflammation (HDL is anti-inflammatory), so don’t look at your HDL number in isolation

What Role Does Genetics Play?

One of the main criticisms against a keto diet is that it raises cholesterol. And this is true. But guess what: saturated fat (butter, animal fat) intake has been shown to increase the big fluffy LDL particles and decrease the small, hard LDL particles. In addition, research has shown that certain types of saturated fats can increase HDL (which improves the Triglyceride to HDL ratio).

The Case of Cholesterol - DNA Genetics

Important caveat: There are a number of people who will not do well on a ketogenic diet or on large amounts of saturated fat. If you have certain APOE genes, your body would do better with monounsaturated fats like olive oil and avocado oil. If it’s at all possible, it’s such a wonderful intervention to get genetic testing done. But in the absence of this, always be cautious to overdo the saturated fats and structure your diet around Mediterranean-type fats like olive oil.

Certain other genetic factors also play a role in how cholesterol is shuttled through your body and how long it stays there, so it’s always good to be aware that we are all unique and a one-size-fits-all diet approach is not appropriate.

Statins: Friend or Foe?

I was recently chatting to a mate of mine. He is fit, healthy, cycles regularly but not too much, lifts weights and eats a diet with moderate carbohydrate restriction. At his annual check-up, his doctor looked at his total cholesterol (TC) and LDL scores and said that they are “mildly elevated”. This caused my buddy some distress as he wants his health to be perfect. He asked the doc what could be done, and the doctor prescribed the current standard of care: statins. For a healthy guy in his 20’s.

Statins are actually a heart medication that have lowering of LDL as a side effect. This means that statins address the symptoms, but not the problem. They work. They lower cholesterol. But there is some serious collateral damage, including muscle problems, cognitive issues, pain, numbness in extremities and elevations in blood glucose, which in turn drive inflammation. Yup.

However, it appears that at the heart of the problematic side-effects of statins is their impact on your mitochondria (the power houses of your cells). You may have heard of Coenzyme Q10 (CoQ10), which allows your mitochondria to produce energy and fight free radicals (which basically causes ageing). CoQ10 travels along the same pathways as cholesterol, so when statins stop cholesterol, they stop CoQ10 from getting to your mitochondria and you are left defenceless against free radicals, which in turn causes more inflammation, which is at the heart of heart disease. The very problem it’s meant to solve, is actually exacerbated (not caused) by statins.

The Case of Cholesterol

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The medical community who are aware of these problems are increasingly concerned with studies coming out funded by the creators of statins advocating for statin usage, even when cholesterol levels are considered normal. As my functional medicine doctor recently told me, it takes the accepted standard of care around 20 years to catch up to new information. I’m certainly not advocating that you stop taking statins cold turkey if you’re already on them, but perhaps you should work with a doctor to decide if CoQ10 supplementation could be suitable for you.

What I am, however, advocating for is that we ask ourselves why we would blindly take potentially dangerous, expensive statins when this could possibly be addressed far more effectively through lowering inflammation by cutting out these highly-inflammatory foods, taking Omega-3 rich oils and implementing some dietary adjustments that could leave your cholesterol taxis swimming around happily where they would not need to be the last culprit spotted at the scene of the crime?

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Closing thoughts

A study that has been running since 1948 (Framingham Heart Study) showed that over 40% (and even up to 75%) of heart attacks occur in people with “normal” cholesterol levels, and some people who did have “high” cholesterol never suffered heart disease. It also showed that having cholesterol that is too low (<180) can triple your chances of having a stroke and is highly correlated to poor cognitive function in old age. A host of studies show that cholesterol can have a highly cardioprotective effect, increase intelligence and increase your endocrine function.

The Case of Cholesterol - Heart Health

The moral of the story: looking at your total cholesterol is simply just not a good indication of heart health. Don’t worry too much about LDL but take into account particle size and genetic differences. Humans are complete organisms and your health will depend on a host of inter-related factors, like sleep, diet, exercise, smoking, being overweight etc. All of these factor into a healthy, happy heart and this is what we should be concentrating on.

Trust your gut, eat what your body tells you feels good and question the health choices that you make. Your heart and health will thank you for it!

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Disclaimer

Please note that this is not medical advice and you should always consult a doctor when making a decision on changing, starting or ceasing any medication. This article is intended for information purposes only and should not be construed as medical advice.


Thea Hiemstra Author
  • Thea is the founder of Neolaia – Biohacking SA and passionate about all things biohacking, functional medicine, holistic and ancestral wellness. She enjoys the occasional triathlon, is fanatic about yoga and the gym and loves n=1 biohacking experiments more than anything else! Learning about the latest in scientific research for health and wellness and applying this knowledge is what makes her happiest!
  • Instagram: biohack_sa


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