Can You Prevent Atherosclerosis with Vitamin K2?

Can You Prevent Atherosclerosis with Vitamin K2?

It is possible to prevent atherosclerosis. The most important nutrient that reduces the risk of hardening or atherosclerosis of the arteries is the nutrient vitamin K2.  When you are healthy, your arteries and all blood vessels are flexible, responsive and dynamic. You can still help prevent atherosclerosis at this stage with adequate nutrition and vitamin K2.

Unfortunately, many people lose the health and flexibility of their blood vessels over time.

For many years, I have worked with a very vulnerable population:  patients with end-stage kidney disease on dialysis therapy.

Health professionals coin the phrase “bones of china, hearts of stone” for this vulnerable group.  Why?  The hearts of kidney patients become calcified while, sadly, their bones weaken.

But is this inevitable?  Read on to learn how a vitamin called vitamin K2 may help protect the heart and vessels and prevent atherosclerosis.

 

How is Atherosclerosis Tied to Calcification?

When arteries become unhealthy or calcified, they literally become bone-like.  This makes the blood vessels function poorly and become rigid, making them prone to fissure.

This calcification causes atherosclerosis.  Atherosclerosis literally means hardening of the arteries.

When these arteries become hardened, they are more likely to clog ANYWHERE, including brain and heart arteries.

Healthy free flowing artery comparison to a calcified artery by The Healthy RD

Cardiovascular diseases (CVDs) are the No. 1 cause of death globally. According to the World Health Organization (WHO), more people die annually from CVD’s than from any other cause.

One of the areas gaining recognition as a cardiovascular risk marker is atherosclerosis, which is a disease in which artery plaque builds up.

Over time, plaque, primarily made up of calcium, hardens and causes artery narrowing. This limits the flow of oxygen-rich blood to your organs and other parts of the body.

Atherosclerosis can affect any artery in the body, including arteries in the heart, brain, arms, legs, and kidneys. As a result, different arterial diseases develop based on which arteries are affected:

  •  Coronary Heart Disease (CHD), also called coronary artery disease, occurs when plaque builds up in the coronary arteries.
  •  Carotid Artery Disease (CAD) occurs when plaque builds up in the arteries on each side of your neck (the carotid arteries).
  •  Peripheral Artery Disease (PAD) occurs if plaque builds up in the major arteries that supply blood to the arms, legs, and pelvis.
  •  Chronic Kidney Disease (CKD) can occur if plaque builds up in the renal arteries.
  • According to the National Heart, Lung, and Blood Institute, atherosclerosis can lead to serious problems, including heart attack, stroke, or even death.

Calcification increases risk of heart attacks, strokesdepression, and more.

 

What Are the Risks of Arterial Calcification and Atherosclerosis?

Bones should be calcified, but your arteries should not. Soft tissues should be soft. This includes arteries, veins, muscle, breast tissue, brain tissue and nerves.

We know now that breast tissue calcification increases risk of heart disease problems too [R].

Depression is even linked with arterial calcification, especially in men.

Some impressive data was just released about the relationship between the health of the blood vessels of the eye and markers of vitamin K2 status, MGP (matrix gla protein).

This marker was linked to eye arterial health, suggesting that vitamin K2 may be useful for preventing vision loss.  This was part of a long-term study called FLEMENGHO.

Further supporting the potential role of flexible arteries in health, a new study found that patients with arterial stiffness had increased risk of dementia.

This study was called the Cardiovascular Healthy Study Cognition Study. Patients were followed for 15 years to determine dementia risks.

 

How Do We Prevent Atherosclerosis and Reverse Arterial Calcification?

The most important prevention nutrient that reduces the risk of hardening or atherosclerosis of the arteries is the nutrient vitamin K2.

I have been focusing on vitamin K2 because it has vast health benefits, yet most people are vitamin K2 deficient: an estimated 97% to be more exact.

Read my previous blog about how to supplement vitamin K2 and why your food probably isn’t giving you enough of this precious nutrient.

During Heart Health Month, let’s take a few moments to dive deeper into a great way protect heart and arteries; vitamin K2.

I will specifically focus on preventing atherosclerosis with some intriguing data showing the potential to reverse atherosclerosis.

Vitamin K2 Calcification Reduction in the Arteries

Vitamin K2 helps activate a protein already present in the body that inhibits, which in turn, helps reduce calcification in soft tissue.

This important protein is called matrix gla protein (MGP).  The actions of vitamin K2 are to carboxylate, or activate, this protein, which reduces the bone-like development in arteries.

This quick video demonstrates how vitamin K2 protects arteries.

When MGP is inactive, extensive calcification occurs by stimulating muscle cells of the arteries (vascular smooth muscle cells) to make calcium-promoting signals.

To date, no other compound – drug or nutrient – has been shown to address or impact calcification of the arteries and soft tissues the way that Vitamin K2 has.

This is one of the reasons that the medical community is starting to explore K2 as a possible therapy for patient populations with high amounts calcification and atherosclerosis.

Vitamin K2 may reduce the risk of artery narrowing in your limbs  (peripheral artery disease) in patients with high blood pressure.

Vitamin K2 from dietary intake was shown to reduce coronary calcification risk in postmenopausal women.

Vitamin K2 prevents atherosclerosis in rabbits [R].

MenaQ7 May Reduce Heart Damage Due to Calcification

Many clinical trials are showing that we may prevent atherosclerosis in people by supplementing with vitamin K2 when using a patented form called MenaQ7.

I will review five of these clinical trials for you.

 1. MenaQ7 Clinical Trial in Healthy Postmenopausal Women

A long-term study of proved vitamin K2  arterial health benefits.  A total of 244 postmenopausal women were randomized to receive a patented form of vitamin K2 supplement called MenaQ7 at 180 micrograms per day or placebo over a 3-year period [R].

The women who received the vitamin K2 supplements had reduced arterial stiffness compared to placebo.  The effects of improved artery flexibility was even stronger in women who had the worst arterial function at the beginning of the study. This suggests that vitamin K2 may prevent atherosclerosis and even potentially reverse atherosclerosis.

Arterial stiffness is a marker of calcification.

Calcification measurements by other methods including Computed Tomography are often very invasive and have risks. The best way to tell if arteries are calcified is through pulse wave velocity.

2. MenaQ7 Clinical Trial in Kidney Patients on Hemodialysis

A study of 53 patients with kidney failure on hemodialysis were given supplemental MenaQ7 at 135- micrograms or 360-micrograms per day over 6 weeks.

Of note, patients had almost universal vitamin K2 deficiency.

Vitamin K2 supplements improved vitamin K2 blood markers.

This included active MGP, active osteocalcin, and active PIVKA-II protein (for blood clotting).    These markers improved by 77% in the 135-microgram group and by 93% in the 360 microgram group.

3.  MenaQ7 Clinical Trial in Patients After Kidney Transplant

One study of 60 patients measured the arterial stiffness in people after kidney transplant both before and after receiving MenaQ7, a patented, pure form of vitamin K2.

Improved vitamin K levels and reduced arterial stiffness resulted from Vitamin K2 supplements.

4. MenaQ7 Clinical Trial in Hemodialysis Patients

Fifty patients receiving hemodialysis had very significant blood vitamin K2 improvements when given 360 micrograms of MenaQ7 daily for 4 weeks.

Vitamin K2 blood markers (dephosphorolated uncarboxylated matrix gla protein) were significantly related to calcification.

5. MenaQ7 Clinical Trial in Stage 3-5 Kidney Disease

MenaQ7 reduced atherosclerosis progression in patients with stage 3-5 kidney disease.  The patients received 90 micrograms daily of MenaQ7 and a small dose of vitamin D3 or vitamin D3 alone for 270 days.

Atherosclerosis reduction was the result of MenaQ7 plus D3.   However, they did not see a significant improvement in calcification [R].

MenaQ7 supplementation in this study also reduced arterial stiffness.  The effect was strongest in patients who had vitamin K2 deficiency markers.

It is important to know that kidney patients have high calcification risk.

The dose used in this trial is higher than for the general healthy population. The patients were observed under careful monitoring. Ideal vitamin K2 dosage for healthy people is at 180 micrograms per day.

Vitamin K2 For Everyone?

In summary, 5 clinical studies indicate that vitamin K2 may prevent atherosclerosis and even reverse atherosclerosis, especially in high-risk patients.

Vitamin K2 deficiency is very prevalent in the general population and in kidney disease patients.

In my previous blog about vitamin K2, I reviewed in-depth how vitamin K2 supplements as MenaQ7 protects the heart long-term.

I reviewed the difficulty of getting enough in foods, medications that deplete or interact with vitamin K2, supplements and food sources as well.

Read about the proven vitamin K2 supplement benefits for children’s bone health as well.

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