The Science Inside Activated Stabilized Oxygen

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Why Use Activated Stabilized Oxygen for Sports?

As someone who is into sports, you know how lactic acid buildup and fatigue can impact your performance. We counter this by delivering a highly concentrated dose of active stabilized oxygen, which is instantly metabolized to help reduce the burn.

Increase oxygen = Reduce the burn.

Understanding the O4 Molecule

Breakthrough bio-available liquid oxygen technology creates a liquid containing stable oxygen molecules (O2) bonded together to form high concentrations of the very stable O4 molecule [1]. This molecule, called Polyatomic Tetraoxygen, is twice the size (or mass) of O2 [1].

If ozone having three oxygen molecules is unstable because it is an odd number of oxygen atoms, then a molecule made of 4 oxygen atoms would be stable, and this is the oxygen in OxygenSuperCharger [2]. O4 is stabilized within the liquid using a proprietary method to bond it to sea salt minerals, and once inside the body, when its bond does break down, it becomes two molecules of oxygen [2].

The Proprietary Manufacturing Process

The actual process is a proprietary one that cost over a million dollars to develop and involves the disassociation of oxygen molecules from water molecules in an electrolytic bath containing a mixture of purified water and sodium chloride (sea salt) [1].

A regulated current is then applied to two proprietary composite metal electrodes, which releases the hydrogen gas and the oxygen molecules are stabilized in the electrolyte solution [1]. Using an electrical method, oxygen atoms are split from pure water and then stabilized in water to minerals left from the sea salt [3].

There is nothing in OxygenSuperCharger except water, minerals, and 35% activated stabilized oxygen [3]. OxygenSuperCharger consists of a saline base with a high concentration of dissolved oxygen [4].

Exceptional Oxygen Concentration

The oxygen concentration in activated stabilized oxygen is remarkably high compared to regular water. The standard testing method for dissolved oxygen in liquids will only detect oxygen levels of under 20 parts per million (PPM), and most electronic testing devices presently available will not measure oxygen concentrations in water higher than 20 PPM [5].

OxygenSuperCharger contains 350,000 PPM of oxygen [5], which translates to the 35% oxygen content in the formula. This concentration far exceeds what is naturally found in tap or bottled water.

Safety Profile: The Crucial pH Difference

One of the most important safety distinctions of activated stabilized oxygen is its neutral pH level. OxygenSuperCharger is completely safe with an approximate 7.4 pH and is bio-available and ready to “go to work” [5]. OxygenSuperCharger is one of the few stabilized oxygen products on the market that can boost a neutral pH level, and the new technology used to create this state-of-the-art product is also responsible for its 7.4 pH level [6].

This safety profile stands in stark contrast to older products on the market. Prior to the creation of bio-available liquid oxygen, the common products used for natural health were made with the “old technology,” which creates a very stable molecule but has several drawbacks—they are chlorine dioxide-based, or the oxygen molecule is bonded to a chemical salt, and the pH of these products is very alkaline, making them potentially toxic and caustic [1].

OxygenSuperCharger has no hydrogen peroxide, is essentially neutral pH, and has no caustic chemicals [7]. OxygenSuperCharger uses NO sodium chlorite [3], distinguishing it from chlorite-based products that function as pesticides and bleaching agents.

How Activated Stabilized Oxygen Works

Bio-available liquid oxygen is designed to be taken orally and is bio-available, with the oxygen molecules absorbed into the blood plasma either through the digestive tract or sublingually (under the tongue) [1].

All of your body’s systems require oxygen to function properly, and while 10% of our body’s energy comes from food and water, a staggering 90% of our energy comes from oxygen [8]. On a cellular level, oxygen is essential for nutrient absorption, energy production, and the elimination of cellular waste products.

Stability and Shelf Life

OxygenSuperCharger bio-available liquid oxygen contains high levels of dissolved oxygen in a saline base and is highly stable with a long shelf life [1]. The recommended shelf life for OxygenSuperCharger stabilized liquid oxygen is three years, and activated stabilized oxygen stores fine at room temperature, with the cap on tight, and out of direct sunlight [5].

Applications in Athletic Performance

Supplemental oxygen can increase oxygen levels in the body and even help the body maintain and use more oxygen during exercise, which can benefit sports performance and recovery [9]. Using oxygen can improve your VO2 max, which can help optimize sports performance and reduce recovery time following athletic activity, and boosting your VO2 max improves how oxygen is delivered and used by your body [9].

As athletes engage in strenuous exercise, their muscles demand an increased supply of oxygen to meet the heightened energy requirements, and by using supplemental oxygen athletes can extend their periods of peak performance and delay fatigue [10].

Legal Status in Competitive Sports

The World Anti-Doping Agency had excluded supplemental oxygen from its doping list because research could not show a substantial enhancement with oxygen in performance, except during the competition itself [11].

The World Anti-Doping Agency (WADA) as of January 2010 removed supplemental compressed oxygen from its list of banned substances, and according to WADA guidelines: “Supplemental oxygen administered by inhalation, but not intravenously, is permitted” [12]. However, athletes should verify rules with their specific sporting authorities.

Distinguishing Old Technology from New

Ironically, stabilized oxygen created by old technology doesn’t contain any oxygen [13]. Instead, these products rely on chemical reactions within the body to generate oxygen after consumption.

Most of the oxygen water products on the market are what we call the “old technology” of oxygen bonded to a salt and often include chlorite rather than chloride, and with most of these old technology products, no actual oxygen is available until a chemical reaction occurs within the body [14].

Many other stabilized liquid oxygen products on the market are caustic to the skin, and these “old technology” liquid oxygen products have high alkaline levels that can cause severe burns—if a product calling itself “liquid stabilized oxygen” says you must dilute it before ingesting it, this is because it can cause severe burns when used at full strength [5].

Bio-available liquid oxygen uses no chlorine dioxide, and the oxygen is bio-available and not bonded to a chemical salt, contains no hydrogen peroxide, and has a pH only slightly positive (around 7.4), completely within the safe range [1].