Articles by Dr. Erdman are for informational purposes, and are not to be taken as specific medical advice.
Continuing our exploration of the thrombogenic hypothesis
for heart disease, we will look at what damages the endothelial lining besides
what we talked about in the last article.
We will bring this discussion to current events. Why is having an infection with the Wuhan
virus or getting one of the jabs leading to heart issues?.
Anyone following the news now knows that getting those mRNA jabs have proven to result in a problem of post-jab heart issues. Recent data shows everyone under the age of 80 is at higher risk of dying from the jab than of Covid itself. For those under 18 years old, they are 51 times more likely to die from the jab than from the actual virus if unvaccinated!
But what is the mechanism that this virus and jab that
causes heart issues?
When cells have a virus, they send out distress signals to
the body saying to “come kill me, I’m diseased.” Well, the Covid virus enters
the endothelial lining cells through the ACE2 receptor, and endothelial cells
have lots of them. Once inside, it replicates and bursts out of the cell
causing damage to arterial wall lining. There is your mechanism of action to induce
blood clots!
Now, when tons of areas are experiencing this damage all at
the same time, the body can’t keep up with repair and now you have strokes and
heart attacks.
The Covid mRNA jabs are even worse! Now these cells are
triggered to produce spike proteins, and these cells are sending out distress
signals to be killed. Dr. Kendricks says, “You have to be very careful if you
want to stick something into cells that then says to the immune system, ‘please,
come and kill me,’ because That’s what the immune system will do.”
The other greatest cause of cell damage is smoking. Smoke particles get out of your lungs, into
your blood stream and they cause damage.
Luckily, as endothelial cells die off, the bone marrow
replaces them by sending progenitor cells to cover the damaged area. Some smokers
have enough repair going on when they are younger. But as you age, the repair
mechanism slows down and it becomes more and more of a problem to repair
damaged areas.
Repairing the glycocalyx is complicated. It has nitric oxide
synthase which produces nitric oxide. Nitric oxide is a potent anti-clotting chemical.
It also has albumin, a protein complex produced by the liver. Albumin contains
the proteins necessary to repair the glycocalyx layer.
The glycocalyx layer can rapidly be destroyed, but it can
also rapidly be repaired. Experiments have shown a completely stripped
glycocalyx layer can be completely repaired in a single second! Supplements
like glucosamine, chondroitin sulfate and MSM are helpful with this.
Nitro oxide (NO) is produced after vigorous exercise, and is
found as nitrates in many foods like red beets, garlic, meat, dark chocolate,
leafy greens, nuts and seeds, citrus fruits and red wine. NO makes blood platelets
less sticky, therefore less likely to clot. Eat more of these products.
Avoid NSAIDS like ibuprofen, aspirin and naproxen. Get plenty
of sunshine which triggers NO production. Avoid seed oils and processed foods.
Lower your blood sugar and insulin levels. Address chronic stress and by all
means quit smoking.
Cholesterol is not the cause of heart disease; arterial wall
damage is!