Building a fit, powerful physique requires a large amount of dedication and hard work. In addition to maintaining a strict regime of resistance exercise, it’s essential to provide your body with all of the essential micronutrients it needs to power your muscle tissue and build new lean muscle mass. Sports supplements also provide fitness enthusiasts with a powerful range of tools that can increase performance and health.
While there are thousands of different supplements that increase the amount of nutrients available to the body or boost energy levels with stimulants such as caffeine, many fitness enthusiasts are unaware of the importance of increasing the rate at which the body can provide energy to the muscles during intensive physical exercise.
During intensive exercise sessions, the body provides the muscles with oxygen and energy in the form of adenosine triphosphate, or ATP, via the bloodstream. High blood pressure can reduce the efficiency of the cardiovascular system, restricting blood flow and impending strength, endurance, and muscle gains. High blood pressure affects over 32% of the US population, but fortunately there are a number of sports supplements that are able to boost vascular function.
Nitrosigine is a new sports supplement that is formulated to increase vascular function and increase the efficiency of the “pump” that occurs during workout. The unique formula of this groundbreaking supplement is able to relax the blood vessels of the body, resulting in increased vascularity, enhanced blood flow, and better overall physical performance.
In this article, we’ll take a look at the Nitrosigine formula and examine the scientific evidence that supports the ingredients that compose it to help you decide whether it’s the right performance sports supplement for you.
What is Nitrosigine?
Nitrosigine is a revolutionary new supplement that leverages the vascularity-boosting power of a unique, patented bonded arginine supplement to increase muscle size, power, strength, endurance, and pump.
Approved by the FDA, side effect free, and completely safe, the novel composition of Nitrosigine promises to significantly boost the levels of nitric oxide, or NO2, in the body, which has a number of potent benefits for fitness enthusiasts.
Nitric oxide boosting supplements, especially arginine-based NO2 boosters, are not a new innovation in the sports and fitness world. Professional athletes have been using vasodilator supplements for decades now to boost the rate at which the body can provide energy and oxygen to muscles. The traditional method of increasing nitric oxide, however, has used an arginine compound called L-arginine.
L-arginine has a demonstrated nitric oxide boosting effect, but commonly causes a wide range of unwanted side effects in many users such as bloating, abdominal cramps, blood pressure abnormalities, and digestive issues.
Arginine is an essential amino acid, one of 27 different amino acids that are referred to as the “building blocks” of the body. Although amino acids are critical to overall health, they can’t be manufactured by the body and must be sourced from dietary intake.
Nitrosigine avoids using L-arginine to boost nitric oxide levels, and instead provides fitness enthusiasts with arginine that has been bonded with a silicate complex. The silicate compound molecular composition of Nitrosigine is far more bioavailable than traditional L-arginine compounds and is proven to dramatically increase nitric oxide with no unwanted side effects.
How does Nitrosigine boost nitric oxide levels, though, and how does it boost performance? To find out, let’s examine the biomechanical processes that occur when the body is provided with arginine:
How Nitrosigine Works
When arginine is provided to the body in the form of an arginine silica complex, the digestive system converts the arginine content of the compound into nitric oxide. Nitric oxide has a vasodilatory effect on the body that relaxes and widens the arteries, veins, capillaries and blood vessels.
This increase in blood vessel diameter allows the body to pump more blood faster to the muscles that are being used in physical exercise, providing them with greater amounts of adenosine triphosphate and oxygen.
Vasodilation not only provides more energy to muscles, but increases their overall size and power output. Increased vascular efficiency also increases the rate at which the body is able to repair damaged muscle tissue and build new muscle mass, reducing recovery time and increasing overall gains.
The unique composition of Nitrosigine also offers an advantage over traditional arginine hydrochloride supplements- the silica bond of the formula also delivers a significant amount of silica to the body, strengthening arterial walls and boosting overall cardiovascular function.
There is a significant amount of scientific evidence that backs up the claims made by Nitrosigine of their product. Nitric oxide elevation through arginine supplements has a large body of scientific evidence to support its efficacy in boosting sports performance, and has even been demonstrated to improve lipid metabolism and fat burning.
A clinical trial that tested the specific formulation of Nitrosigine was performed by Emory University in Atlanta in 2015 and found that Nitrosigine is able to significantly improve pre-workout energy levels, muscle pump, and boost recovery speed.
Nitrosigine Conclusion
It’s rare to find a sports performance supplement that has been subject to clinical investigation of the product formula- most rely upon clinical investigations that test the individual ingredients of their formula.
Nitrosigine has been conclusively proven to increase performance, strength, and recovery, and is able to dramatically boost overall power, offering fitness enthusiasts the ability to reach their health and physique goals faster.
If you’re looking for a clinically proven, effective, and side effect free nitric oxide booster, Nitrosigine is one of the best options available.
- https://www.ncbi.nlm.nih.gov/pubmed/22260513
- https://www.ncbi.nlm.nih.gov/pubmed/17884439
- https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4595023/
