CoQ10 – The Hero Ingredient in Princeton Nutrients’ VitaPulse

VitaPulse from Princeton Nutrients is rich in CoQ10 (short for Coenzyme Q10), an incredibly important antioxidant that the body produces naturally. You can also find it in a wide range of foods, such as chicken, pork, seafood, greens, nuts, and more. It works by helping protect the body from the effects of oxidation, which can lead to several serious diseases. However, the body can lose CoQ10 as it ages, and trying to get it from food can be difficult for many people. That’s why many of us turn to supplements to obtain the CoQ10 we need.

Why Oxidation Can Be Bad for the Body

The process of oxidation is natural, and it occurs not only within our bodies, but all around us as well. If you’ve ever seen a rusted out bicycle or a rusted pipe, that’s oxidation at work. Even though that’s a destructive real-world example, oxidation is actually useful when it comes to our body – to a certain extent.

White blood cells use oxidation, for instance, to destroy harmful bacteria. In fact, oxidation is a part of many of the chemical processes we need to stay healthy. It helps those processes occur as they should, and as a result, it helps keep us alive.

But oxidation can do damage to the body as well, namely by producing harmful molecules known as free radicals. These molecules are missing an electron, and they roam throughout the body trying to replace it. In many instances, they’ll try to take an electron from a healthy cell and damage it in the process. They’re notorious for damaging the cells that make up heart tissue.

If you don’t have enough antioxidants like CoQ10 in your system, your body won’t have the ammunition it needs to fight the effects of oxidation and damage by free radicals. This can lead to a host of problems, including the development of heart disease. Antioxidants fight oxidation in a number of ways, protecting us from severe issues, including hardening of the arteries, high blood pressure, heart failure, and many others.1

Research shows that eating foods high in antioxidants can help reduce the chances you’ll have to deal with potentially fatal conditions, such as congestive heart failure.2 But again, it can be hard to eat the right amount of foods you’ll need in order to get the full benefits of CoQ10 and other antioxidants. That’s why supplements such as VitaPulse from Princeton Nutrients are so important. They ensure you have an ample supply of antioxidants, so that you can be as well protected as possible from many different health problems.

The Amazing Benefits of CoQ10

Doctors have used CoQ10 for decades in treating patients with heart disease, and with good reason. These are just some of the ways this amazing antioxidant can help us:

  • Protection against diseases – As we get older, our CoQ10 levels can drop and, for some of us, they drop so low that it becomes dangerous. In fact, a lack of CoQ10 has been linked to heart failure due to a substantial reduction in cardiac energy. 3
  • Fighting free radicals – Free radicals can do severe damage to our cells by trying to take their electrons. CoQ10 keeps this from happening.
  • Increasing energy – The mitochondria is known as the “powerhouse” of the cell, producing the energy the cell needs in order to do its job – kind of like how an engine powers a car. In order to keep the cells that make up your heart working at their best, you need to need to make sure you have plenty of CoQ10.

 
But even if you’ve already suffered a cardiac event, such as a heart attack, it’s not too late to benefit from CoQ10. According to one study, supplementing your supply of CoQ10 could restore your levels, helping improve your quality of life. Even if you are suffering from severe heart failure, CoQ10 could help lengthen your lifespan.4

Why You Should Consider VitaPulse

Not only does VitaPulse from Princeton Nutrients help boost your CoQ10 levels, it also contains other vital ingredients. For example, VitaPulse has N-acetyl-cysteine (NAC), which has been shown to help reduce inflammation in all of the main organs – especially the heart. One study shows that NAC can lower levels of homocysteine, an amino acid that has been associated with an increased risk of blood clots and heart disease.5

VitaPulse from Princeton Nutrients also contains pyrroloquinoline quinone, or PQQ. This substance also helps promote efficient operation of cell mitochondria, and it also helps combat free radicals.  Research indicates that PQQ can help reduce the oxidative damage that often occurs after someone suffers a heart attack.6

You should, of course, talk to your doctor before starting any type of supplement. It may contain ingredients that could counteract some of the medications you take. But as long as you get the OK, there’s no reason why you shouldn’t give VitaPulse from Princeton Nutrients a chance. Not only will you see significant benefits, there’s absolutely no risk in trying it.

While many users have reported benefits after taking VitaPulse, including increased energy, lower cholesterol and others, everyone is different, and results may vary. Princeton Nutrients recommends that you try VitaPulse for 90 days before making your final determination as to whether or not it will work for you.

Like all of the products it makes, Princeton Nutrients backs VitaPulse with a no-hassle, money back guarantee. If you aren’t completely satisfied, simply send back the bottles within 90 days, and you’ll receive a full refund with no questions asked.

Can I find more Reviews on Vitapulse

You can find many reviews out there by some of the more popular sites like Supplement Geek, the Supplement Police, Highya.com, and many other sites that do nutraceutical and supplements reviews.  Here’s great un-biased review by Brightreviews.com on Vitapulse.

References:

1https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3614697/

2https://my.clevelandclinic.org/health/articles/antioxidants-vitamine-betacarotene-cv-disease-heart-health

3https://www.ncbi.nlm.nih.gov/pubmed/2276893

4https://www.ncbi.nlm.nih.gov/pubmed/25282031

5http://ajcn.nutrition.org/content/early/2015/10/07/ajcn.114.101964.abstract

6https://www.ncbi.nlm.nih.gov/pubmed/16891289