Incorporate the Nitric Oxide Dump

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January 05, 2018 | 364,804 views

Story at-a-glance

  • The Nitric Oxide Dump workout stimulates your body’s release of nitric oxide (NO), improving your mitochondrial health, slowing down age-related muscle decline and boosting heart health
  • It involves just four movements — squats, alternating arm raises, non-jumping jacks and shoulder presses — which are done in repetitions of 10, with four sets each
  • The workout takes just three or four minutes and should be repeated three times a day, with a minimum of two hours between sessions

30 Tips in 30 Days Designed to Help You Take Control of Your Health

This article is part of the 30 Day Resolution Guide series. Each day in January a new tip was added to help you take control of your health. For a complete list of the tips click HERE

By Dr. Mercola

Do you have three or four minutes, one to three times a day, to devote to your health? By using that time to engage in one of the best high-intensity exercises out there — the Nitric Oxide Dump — you can improve your mitochondrial health, slowing down age-related muscle decline. The fact is, if you live in the U.S. and work full time, you sit an average of 13 hours a day, then sleep for an average of eight.1 This means you're sedentary 21 hours of the day!

Your body wasn't designed for that. It functions best when you're ctive more so than not, and by breaking up your day with bursts of activity, you can reap great rewards. Take nitric oxide (NO), a soluble gas stored in the lining of your blood vessels, called the endothelium. NO is produced inside your endothelial cells from the amino acid L-arginine, where it acts as an important signaling molecule throughout your body.

Along with promoting healthy endothelial function and heart health, NO supports healthy blood flow by helping your veins and arteries dilate. This, in turn, allows vital oxygen and nutrients to flow freely throughout your body. NO also plays a protective role in your mitochondrial health, the energy storehouse of your cells, responsible for the utilization of energy for all metabolic functions.

Even your skeletal muscle, which is made up of only about 1 percent to 2 percent mitochondria, depend on these energy powerhouses to fuel your daily movements. When you exercise and your muscles ache, it's because you've run out of oxygen, which your body compensates for by releasing NO (to dilate your blood vessels making it easier for oxygen to be delivered).

This process fuels muscle development, but here's the secret that's not widely known: When you exercise, it takes only about 90 seconds for your blood vessels to run out of stored nitric oxide and begin the process of making more. "So working each major muscle group out for 90 seconds," says Dr. Zach Bush, "gives you the most efficient workout to tone and build muscles."2 Bush developed the Nitric Oxide Dump workout, which is specially designed to stimulate the release of NO for muscle growth and much more.

Why Three to Four Minutes, Three Times a Day Is Ideal

It may sound too good to be true, but less really is more when you know how to harness your body's NO-generating powers. Short bursts of high-intensity activity are best, and in the case of NO it's important to wait at least two hours between sessions because that's how long it takes for nitric oxide to synthesize in your body for subsequent release.

"Your body has the ability to regenerate nitric oxide every couple of hours, giving you the opportunity to release it multiple times a day," Bush says. "What that means is the most effective way to increase your muscle function is to work out very briefly every few hours."3 What's more, the Nitric Oxide Dump workout incorporates the 16 largest muscle groups in your body, making it a full-body workout.

And unlike some of the other ways to stimulate the release of NO, like going out in the sun, this workout isn't dependent on the weather or time of day. You can do it virtually anywhere, and it's appropriate for all fitness levels. Remember, the Nitric Oxide Dump is a form of high-intensity interval training (HIIT), which research has shown to offer greater fitness and health gains in a fraction of the time compared to typical moderate or low-intensity gym workouts. For example:

The Nitric Oxide Dump workout is particularly beneficial because, by stimulating the release of NO, it also improves your immune function and stimulates the thinning of your blood and decreases its viscosity, which in turn decreases platelet aggregation. The latter may discourage the development of blood clots that may cause a heart attack or stroke. As you age, your NO production decreases, so doing this quick, simple workout is one way to fight back against the hands of time.

The Four-Minute Nitric Oxide Dump Workout

You can see Bush's version at the top of the article and mine lower down. While the primary movements are the same, make sure you're breathing through your nose and not your mouth, as your nose regulates more than 30 physical processes, including the release of NO.

There are only four movements to learn for this workout. Start with four sets of 10 repetitions, moving to 20 repetitions as your fitness level increases. You can also add in weights (I use 8-pound weights) as you progress, but most people will want to start without weights initially.

You can do this workout three times a day, with a minimum of two hours between each workout. However, if you are in recovery mode and have not slept well or had a hard workout it is fine to skip it. Form is everything, so be sure you carry out each movement correctly, even if you need to go at a slower pace at first.

Squats (10)

Alternating Arm Raises (10)

This will work a number of muscles in your deltoids, which are the rounded, triangular-shaped muscles on the uppermost part of your arm and the top of your shoulder.

Non-Jumping Jacks (10)

If you have shoulder problems with your rotator cuffs, try this variation instead:

Shoulder Presses (10)

When you're done, you should feel your fingertips tingling, and this is a great sign because it means nitric oxide is freely flowing through your body. For quick reference, the below infographic gives you all the details on how to perform the Nitric Oxide Dump workout.

>>>>> Click Here <<<<<

Are There Other Ways to Increase Nitric Oxide?

You lose 10 percent of your body's ability to make nitric oxide for every decade of life, which is why it's important to take steps to increase your nitric oxide production, especially as you age. One way to do this is by eating beets, as the naturally occurring nitrates in beets are converted into NO in your body. Raw beets may boost stamina during exercise by as much as 16 percent,8 while concentrated beet juice led to improvements in people suffering from heart failure,9 both courtesy of increased NO.

The caveat with beets is they're high in sugar, which is why I recommend them only in limited amounts or in fermented form. Fermenting your beets rather than eating them raw gives you all the health-boosting benefits of raw beets without the concerns of high sugar content, as the beneficial bacteria created during fermentation consume most of the naturally occurring sugars.

Dark leafy greens are another good source of naturally occurring nitrates that are converted into NO in your body. Leafy greens actually contain even more nitrates per serving than beets, with arugula taking the No. 1 spot among vegetables, followed by rhubarb. Eating garlic may also help, as although it's low in nitrates, it helps boost NO production by increasing nitric oxide synthase (NOS), which converts L-arginine to NO in the presence of cofactors such as vitamins B2 and B3.10

As mentioned, beyond your diet you can also increase NO by getting out in the sun, as when UVA from sunlight touches your skin, nitric oxide is released into your bloodstream.11,12 Certain supplements, like olive extract and bitter melon, as well as acupuncture,13 may also enhance your body's generation of NO, as may using a sauna14 or even taking a hot bath.15 However, these aren't a replacement for the Nitric Oxide Dump workout.

HIIT Is Important for Mitochondrial Health

Yet another reason why the Nitric Oxide Dump workout, and HIIT in general, is so important is because it makes your mitochondria work harder. As such, they create more free radicals, which signal your body to create more mitochondria (mitochondrial biogenesis) to keep up with the heightened energy requirement. One study found that exercise training reversed or lessened age-associated declines in mitochondrial mass, "improving mitochondrial protein quality control and biogenesis."16

Exercise also stimulates autophagy, helping to remove damaged mitochondria. This is important, since mitochondrial damage can trigger genetic mutations that can contribute to cancer, so optimizing the health of your mitochondria is a key component of cancer prevention. In fact, mitochondrial dysfunction is at the core of virtually all diseases. Exercise stimulates adenosine monophosphate-activated protein kinase (AMPK), your metabolic master switch, and SIRT1, which prevents disease by recharging your mitochondria.

This secondarily inhibits mTOR that is involved in aging and cancer and in turn stimulates mitochondrial biogenesis and mitophagy, both of which are deadly to cancer. It's quite incredible how many beneficial processes are set into motion by a workout that takes just four minutes, and it should serve as powerful motivation to give it a try today and continue with this health-giving activity year-round.

[+]Sources and References [-]Sources and References

  • 1 PR Newswire July 17, 2013
  • 2, 3 Zachbushmd.com The Four Minute Workout
  • 4 J Diabetes Complications. 2017 Nov 29.
  • 5 Acta Physiol (Oxf). 2017 Dec 2.
  • 6 Sports Med. 2017 Nov 10.
  • 7 Obes Rev. 2017 Jun;18(6):635-646.
  • 8 J Appl Physiol (1985). 2009 Oct;107(4):1144-55
  • 9 Circulation: Heart Failure 2015; 115.002141
  • 10 The Drs Wolfson, 10 Foods to Boost Nitric Oxide
  • 11 J Invest Dermatol. 2014 Jul;134(7):1839-1846.
  • 12 Circ Res. 2009 Nov 6;105(10):1031-40.
  • 13 Anesth Analg. 2007 Feb;104(2):301-7.
  • 14 Journal of Cardiac Failure October 2004, Volume 10, Issue 5, Supplement Page S188
  • 15 Med Hypotheses. 2009 Jul;73(1):103-5.
  • 16 Am J Physiol Regul Integr Comp Physiol. 2012 Jul 15;303(2):R127-34.