A Better Way to Think About Oxygen Water

The wellness world is full of waters: alkaline water, mineral water, hydrogen water, sparkling water, and oxygenated water. Patriox should not be lumped in with ordinary oxygenated water.

Ordinary oxygenated water is usually made by adding oxygen gas to water. Patriox is designed as stabilized drinkable oxygen in water form.

That difference changes the conversation.

Instead of asking, “How many bubbles are in the bottle?” the better question is, “Is the oxygen stable and available to the body?”

Patriox was created for people who care about cellular wellness. Oxygen supports mitochondrial energy production, immune function, recovery, mental clarity, and physical performance. Patriox gives people a simple daily way to support the body’s natural oxygen needs through clean, drinkable water.

It is important to be honest: Patriox is not a drug, and it should not be presented as a cure for disease. But as a wellness tool, it offers something ordinary oxygenated water does not: a focus on stabilized oxygen delivery, not temporary oxygen bubbles.

Patriox is not oxygenated water.

It is stabilized oxygen support you can drink.

Important Message About Microplastics

A study from 2023 in the Royal Society of Chemistry “Characterization of microplastics in water bottled in different packaging by Raman spectroscopy” Bambino, et al.

This study used a sample of 130 different water bottles made of different material (70for PTET, 70 for rPET and 60 for glass). The study found “Overall, our results highlighted a low concentration of MPs (micro plastics) in all samples, with a mean of 5.08 ± 3.28 p L−1 for PET bottles, 3.21 ± 1.34 p L−1 for rPET and 8.65 ± 5.39 p L−1 for glass bottles. (p L-1 means one picogram (trillions of a gram) in one liter.)

In general, investigations which used different techniques, such as Fourier-transform infra-red spectroscopy (FTIR) and scanning electron microscopy/energy dispersive X-ray spectrometry (SEM/EDS), found a lower concentration of MPs in bottled water than Raman spectroscopy, mainly for smaller particles. In addition, our study showed that glass bottles contained more MPs than Pet and rPET bottles. This finding is in line with those of Oßmann et al.28 and Schymanski et al.29, who, using Raman spectroscopy, also found more MPs in glass bottles than in plastic ones. Another recent survey,35 performed by laser direct infrared spectroscopy (LDIR), confirmed this result, showing a greater content of MPs in glass-bottled water.

In our study, the spectral analysis highlighted the meaningful role of bottle caps in MP contamination of glass bottles. With respect to MP size, we found that the most representative particles in the analyzed water ranged from 20 to 100 μm, while smaller particles were more abundant in glass bottles than in the other packaging. (μm, stands for micrometer i.e. on millionth of a meter). Note: smaller particles are considered more harmful to humans.

In regards to human micro plastic exposure it should be noted that tires and synthetic textiles (clothing) are the largest sources of primary microplastics, contributing significantly to human exposure via air, water, and food. Vehicle tire wear accounts for up to 45% of microplastics in aquatic/terrestrial systems, while synthetic clothing releases millions of microfibers during laundering and wear. Tire Wear: As vehicles drive, the friction between tires and roads creates tiny particles, making tires a major, often underestimated source. These particles, which are about 1/4 plastic, are washed into waterways or become airborne. Synthetic Textiles/Clothing: Materials like polyester, nylon, and acrylic shed microfibers during washing, drying, and normal wear. A single 13lb load of laundry can release up to 18 million microfibers.

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A Better Way to Think About Oxygen Water

Important Message About Microplastics

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