Anything below 1.0 is world class metabolic health. He is at 0.47.
His doctor saw total cholesterol at 233 and reached for a statin.
The cholesterol paradigm had zero predictive power. Zero.
So he ran the tests his doctors never ordered.
Homocysteine: 14.9.
The lab range goes up to 15 so his doctor would call it "normal." He scraped in by 0.1.
Functional optimal is below 7. He was double that.
Homocysteine is not a bystander marker. It is directly toxic to the lining of arteries. It damages the artery wall silently, without raising CRP, without triggering any alarm the system monitors.
His artery wall was being chemically destroyed for years. His cholesterol sat there doing nothing.
Factor VIII activity: 143.3. Normal range tops out at 150.
But here is the tell. His hs-CRP was already back to 0.2. The inflammatory spike from the heart attack had fully resolved.
Factor VIII had not come down with it.
If it was elevated because of the MI, it should have dropped alongside CRP. It did not. That means 143 is likely his baseline. His blood has been hypercoagulable his entire life. Nobody tested it. Nobody knew.
A minor plaque crack that would self-heal in most people became a total artery occlusion in minutes. Two causes stacking. One damaged the wall. The other sealed it shut.
Hidden Killer #1: MTHFR.
Roughly 40 to 60 percent of all humans carry at least one copy of this gene variant. It reduces the body's ability to convert folate into its active form, methylfolate.
Without enough methylfolate, homocysteine cannot be cleared from the blood. It accumulates. It poisons the artery wall year after year.
No CRP signal. No cholesterol spike. No warning.
His ancestors carried this same gene for 10,000 years and never had heart attacks at 29.
The gene did not change. The environment changed.
His ancestors ate nose to tail. Liver, kidney, heart, brain. The richest sources of bioavailable folate on earth.
They ate whole fish. Head, liver, roe. They fermented their food. They lived in a clean environment with low toxin exposure.
The MTHFR enzyme running at half capacity did not matter because the folate input was massive. Enough methylfolate got through.
Modern life flipped every variable. Muscle meat only. Fish fillets only. Mercury in the water. Chemicals demanding more methylation than ever.
Same gene. Opposite environment. Different outcome.
You cannot out-eat a methylation defect with a modern diet. Even the cleanest one on earth.
Hidden Killer #2: Your "healthy" diet may be poisoning you.
He eats wild caught fish as his primary protein year round. That is supposed to be one of the healthiest diets a human can eat.
But modern fish carry mercury. Mercury is directly toxic to the endothelial lining of arteries. It depletes selenium, which the body needs both to protect itself from mercury AND to convert thyroid hormone from T4 to T3.
His T3 was below range. His body was showing signs of being quietly poisoned by the very food that was supposed to save him.
Nobody tested his mercury. Nobody tested his selenium. They tested his cholesterol.
Hidden Killer #3: Clotting disorders.
Factor V Leiden. Prothrombin mutation. Antiphospholipid syndrome. Elevated Factor VIII.
These are inherited conditions that make your blood clot too aggressively. Millions of people carry them and will never know.
A minor plaque crack that your body would normally patch and move on from becomes a total blockage. A small tear becomes a fatal event.
The standard cardiac workup does not include a clotting panel. It includes a cholesterol panel.
Hidden Killer #4: SCAD.
Spontaneous coronary artery dissection. The inner wall of the artery tears on its own. Blood forces between the layers and squeezes the channel shut from the inside.
No plaque. No buildup. No cholesterol involved.
It is the most common cause of heart attacks in young women and fit people under 50 with clean lipids. Often triggered by extreme exertion.
Cholesterol testing cannot catch it. Because cholesterol was never the problem. The wall was.
Hidden Killer #5: The gene-environment mismatch you do not know you have.
You can eat clean, train hard, sleep well, avoid alcohol, avoid processed food, and still carry a genetic vulnerability that your environment is not supporting.
MTHFR needs methylfolate your modern diet does not provide.
Clotting genes need monitoring your doctor does not order.
Mercury needs selenium your body is not getting.
Artery walls need nutrients your "healthy" diet may be missing.
Your genes evolved in one world. You live in another. The gap between them is where disease hides.
There is one more thing. He had been under significant stress for years.
This matters more than most people realize. Chronic stress does not just feel bad. It changes your biology.
Sustained cortisol increases clotting tendency. It raises blood pressure, which increases shear stress on artery walls. The proximal LAD takes more hemodynamic force than any other coronary artery. It is always ground zero.
Cortisol also drives homocysteine production by increasing methylation demand. The same methylation cycle that was already compromised by his MTHFR mutation was being pushed even harder by chronic stress.
Homocysteine was damaging the wall. Factor VIII was making his blood hypercoagulable. Stress was accelerating both.
The plaque did not rupture randomly. It ruptured because every system was loaded. Genetics set the trap. Stress pulled the trigger.
This is why genetics is not optional. It is foundational.
A 29 year old athlete with perfect lipids nearly died because nobody matched his genetics to his environment. Nobody screened the high risk markers that would have caught this years before the event.
This is exactly why I built Neo. To screen every one of these markers. To catch the patterns that the standard system was never designed to find.
If we had seen this young man's bloodwork two years ago, we would have flagged the homocysteine. We would have flagged the Factor VIII. We would have tested MTHFR. We would have connected his fish-heavy diet to mercury and selenium.
He would never have been in that ambulance.
That is what prevention looks like. Not a statin for a number that was never broken. A complete picture of your genetics, your environment, and the gap between them.
A 29 year old athlete is alive today because an ambulance reached him in time.
Not because the system caught his risk. Not because his doctor tested the right things. Not because his cholesterol was monitored.
He survived by luck. Then he survived by asking better questions.
The system gave him a clean bill of health and a statin prescription. The root cause investigation gave him answers.
Same patient. Same genes. Different questions. Different outcome.
If you are young, fit, and doing everything right, do not assume you are safe. Ask for the tests on this list. The ones that saved him are the ones his doctor never ordered.
Mark Kaplan
Founder, HealthTruth
Heart attack survivor. Zero drugs. Healthier at 58 than 40.
Co-founders of Neo | HealthTruth
Dr. Philip Ovadia, Cardiac Surgeon @ifixhearts
Dr. Aseem Malhotra, Cardiologist @DrAseemMalhotra
Dr. Robert Cywes, Metabolic Surgeon @carbaddictiondr
Prof. Tim Noakes, Head of Science @ProfTimNoakes
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My HbA1c has been rising for two years. From 4.8 to 5.4.
In the same two years my fasting insulin fell from over 6 to 3.7. My metabolic health has never been better by every other marker I track.
One number going up. Another going down. Same patient. Same period. Opposite directions.
My doctor sees the HbA1c and says I am heading toward prediabetic territory.
My insulin says I have never been further from diabetes in my life.
Here is what nobody explains.
HbA1c measures how much sugar has stuck to your red blood cells over their lifespan. The higher your blood sugar, the more glycation. The more glycation, the higher the HbA1c.
A normal red blood cell lives about 120 days. So HbA1c is a 3 to 4 month average of glycation damage.
That sounds straightforward. And it is, if your red blood cells live 120 days.
But what if they do not?
When your blood sugar is consistently low, your red blood cells take less glycation damage. Less damage means they live longer. Instead of 120 days, they may live 140 to 150 days.
A longer-lived cell collects more glycation simply by being alive longer. Not because blood sugar is higher. Because the cell is healthier.
That is the paradox. Your HbA1c goes up because your red blood cells are surviving longer because your blood sugar is better.
The marker that is supposed to measure disease is being inflated by health.
I was put on 80 milligrams of Lipitor after my heart attack at 52.
My cardiologist wanted my LDL at 40. My LDL had been around 110 my entire life. He wanted to cut it by two thirds with a drug.
Within weeks, something happened to my brain that I did not have the words for at the time. I do now.
It felt like cotton wool had been stuffed inside my head.
The memory went first. Then the depression. Then the muscle pain. Then the will to live.
And the argument for the drug that did this to me was a 36 percent risk reduction.
Here is what that number actually means.
36 percent risk reduction. That is relative risk. It is how they sell statins.
Here is the absolute number.
For primary prevention, the Number Needed to Treat is 200. That means 200 people take the drug every single day for years. One of them benefits. The other 199 get the side effects, the muscle pain, the memory loss, the depression. And they get zero benefit.
The USPSTF published a systematic review that made it even clearer. Out of 100 people who take statins for five years, 97.8 get nothing. No benefit. No event prevented. Nothing.
If I brought a product to my board that performed like this, one in 200 people benefit and the other 199 get nothing or get worse, that product would be dead on arrival.
But Lipitor generated over 125 billion dollars in lifetime revenue.
(Diamond DM, Ravnskov U. Expert Review of Clinical Pharmacology. 2015. USPSTF Systematic Review.)
The first drug was Lipitor. 80 milligrams. The highest dose they make.
Within weeks I could feel myself disappearing. The memory loss and the depression and the fog that turned every day into the same gray blur.
I went back to my cardiologist and told him I could not tolerate it.
He switched me to Crestor. 40 milligrams. Same thing. Different brand. Same darkness.
Then Repatha. An injectable. A newer drug, more expensive, same goal. Push the number down. Push it lower than it has ever been in the history of your body and do not ask questions about what happens next.
My cardiologist wanted my LDL at 40. I need you to sit with that number. Forty. My body had chosen 110. He wanted to cut it by two thirds. And when I told him I was falling apart, his answer was try a different drug.
I had never heard the words "insulin resistance" until a heart attack forced me to learn them at 52.
Two words. I had no idea what they meant. My doctor never explained them. Medical school does not teach patients what they mean. Google buries the answer under drug ads.
But these two words connect heart disease, Type 2 diabetes, cancer, Alzheimer's, fatty liver, PCOS, depression, low testosterone, autoimmune disease, thyroid dysfunction, kidney disease, and erectile dysfunction.
One cause. And nobody explains it in plain language.
Until now.
Here is what insulin resistance means. No jargon. No textbook.
Every time you eat, your blood sugar rises. Your pancreas releases a hormone called insulin. Insulin knocks on the door of your cells and says "open up, let the sugar in for energy."
That is the normal process. It works perfectly.
Insulin resistance is when your cells stop answering the door.
The sugar cannot get in. It stays in your blood. Your pancreas panics and makes more insulin. Then more. Then more. Your body is now flooding itself with insulin just to do what a small amount used to do.
That flood of insulin is the damage. It does not just affect your blood sugar. It damages your arteries. It inflames your organs. It feeds cancer cells. It starves your brain. It wrecks your hormones.
And the worst part? You feel fine. For years. Sometimes decades.
A pathologist named Joseph Kraft spent decades running insulin tests on over 14,000 patients.
What he found should have changed medicine.
75% of people with completely normal blood sugar already had dangerously abnormal insulin. Their glucose looked fine. Their insulin was screaming for help.
Insulin rises 10 to 20 years before glucose becomes abnormal. Your doctor tests glucose. The damage started two decades ago.
This is the hidden window. The years where insulin resistance is silently destroying your body and no test your doctor orders will catch it.
Two Nobel Prize winners proved that normal LDL does not cause heart disease.
Every medical student is taught this.
Then the guidelines buried it.
In 1985, Brown and Goldstein won the Nobel Prize in Physiology or Medicine.
They proved that macrophages, the immune cells that build arterial plaque, cannot recognize normal LDL. Only oxidized, damaged LDL triggers the disease.
This should have changed everything.
Instead, the pharmaceutical industry built a $26 billion drug around lowering the molecule that the Nobel Prize proved was not the problem.
This is the 170-year timeline they do not want you to see.
It starts in 1856.
Rudolf Virchow, the father of modern pathology, examined diseased arteries and described atherosclerosis as an inflammatory process.
Not a cholesterol storage problem. An injury response.
The arterial wall was damaged. The body was trying to repair it.
That was 170 years ago.
(Virchow R. Cellular Pathology, 1858)
In 1973, Russell Ross and John Glomset published a paper in Science that would become one of the most cited in cardiovascular medicine.
They called it the Response to Injury Hypothesis.
The thesis was simple. Damage to the endothelial lining comes first. Everything else, the cholesterol, the plaque, the heart attack, follows the injury.
I am going to make a claim that will get me attacked by cardiologists, pharmaceutical companies, and most of the medical establishment.
Heart disease can be cured without drugs.
Not managed. Not reduced. Cured.
I do not mean in theory. I mean there are populations on earth right now with virtually zero heart disease. No statins. No PCSK9 inhibitors. No cardiologists. Clean arteries into their 80s.
And the reason they have no heart disease is not genetics. It is not luck. It is not low cholesterol.
It is because they never triggered the mechanism that causes the disease in the first place.
That mechanism is taught in every medical school. It has been understood for over 25 years. And it proves that heart disease is a chain of events that can be broken at multiple points without a single drug.
Let me show you.
Before I walk you through the mechanism, I want to tell you what my LDL cholesterol was when I had a heart attack at 52.
It was 110.
Right in the middle of the range my doctor called perfect. The number he tested every year for 30 years. The number that was supposed to tell me whether I was safe.
It told me nothing.
136,905 heart attack patients were studied in the largest analysis of its kind. 75% had normal LDL cholesterol at the time of their heart attack.
The marker failed to predict the event in three out of four people. Not because the patients failed. Because the marker is measuring the wrong thing.
LDL in your blood is not the disease. It is a raw material. What happens to it, and where it happens, is everything.
Here is how heart disease actually develops. Step by step. Published in the New England Journal of Medicine by Russell Ross in 1999. Taught in every medical school. Confirmed by decades of research.
Step 1. The arterial wall must be damaged first. The endothelium, the single-cell-thick lining of your arteries, must become dysfunctional or physically injured. Without this step, the entire chain cannot proceed.
Step 2. LDL enters the wall through the damaged endothelium. A healthy endothelium is a barrier. LDL cannot efficiently cross it. A damaged endothelium becomes permeable. The more damage, the more LDL crosses.
Step 3. Inside the damaged wall, LDL becomes oxidized. Free radicals and oxidative stress modify the LDL particle. It becomes oxidized LDL.
Step 4. Macrophages recognize the oxidized LDL through scavenger receptors. They engulf it. They become foam cells. This is the critical point: macrophages do NOT take up native, unoxidized LDL in large quantities. Only oxidized LDL creates foam cells.
Step 5. Foam cells accumulate. Fatty streaks form. Fibrous cap develops. Advanced plaque builds over decades.
Look at the chart. Five steps. A chain. Break any link and the disease cannot proceed.
I need to tell you something that makes me angrier than anything else in medicine.
60 randomized controlled trials. 323,950 patients. Every cholesterol-lowering drug ever made. Statins. PCSK9 inhibitors. Ezetimibe.
One question. Did lowering LDL cholesterol make people live longer?
Look at the chart. Every dot is a trial. The red line is zero benefit. If these drugs saved lives, the dots would be above the line.
They are not. They reduced LDL by up to 80%. Nobody was saved.
But that is not what makes me angry.
What makes me angry is that millions of people believe they are safe because their LDL is low. Their doctor says "your numbers look great." They go home and never think about it again.
Meanwhile the 12 things that actually cause heart disease are silently building inside them. Nobody is checking. Nobody is testing. Because a cholesterol number gave everyone a false sense of security.
That is not a failure of medicine. That is a fraud.
Ennezat et al. Journal of Cardiovascular Pharmacology. 2023.
So how did they sell it?
The statin industry uses a statistical illusion called relative risk reduction.
Out of 100 people who take a placebo for five years, about 3 have a heart event. Out of 100 people who take a statin, about 2 have a heart event.
The difference is 1 person out of 100. A 1% absolute risk reduction.
But compare 2 to 3 and the "reduction" is 33%. That is the number on the commercial. That is the number your doctor was taught. That is the number in the guidelines.
1 person helped out of 100. Repackaged as a 33% miracle.
Meanwhile, roughly 1 in 100 develops diabetes from the drug itself. The same odds as the benefit.
But here is the part that should terrify you.
The person who is told "your LDL is 80, you are doing great" stops asking questions. They stop looking. They stop testing. They believe they are protected.
They are not.
Their fasting insulin could be 18. Their hs-CRP could be 4.5. Their HOMA-IR could be 3.0. Their homocysteine could be elevated. Their thyroid could be failing. Their gut could be in crisis.
None of those are being tested. Because the LDL number is "great."
A low LDL on a statin is not a clean bill of health. It is a single number on a single test that tells you almost nothing about whether you are going to have a heart attack.