Skip the Chamber Drink the Future BioOxygen
Oxygen Isn’t the Problem Absorption Is.
You could spend $150 on a single hyperbaric session to increase plasma oxygen… or you could drink BioOx—your daily-use, science-backed alternative that delivers the same outcome for a fraction of the cost.
- BioOx delivers ROx—bioavailable Reserve Oxygen and Nitric Oxide—straight into plasma
- Bypasses red blood cell saturation, just like hyperbaric therapy aims to
- No pressure. No appointment. No $150+ session required
- Just real oxygenation, hydration, and recovery—in every sip
Fast-acting, drinkable bound oxygen (ROx™)
Deep hydration with real functional benefits
More affordable and sustainable than HBOT
Backed by science, powered by lifestyle
BioOx vs Hyperbaric Oxygen Chambers
A science-backed alternative for daily use
- RBCs already saturated; hyperbaric can’t add more to hemoglobin
- BioOx oxygenates plasma directly
- Delivers 2,844 mg of oxygen per gallon
- Safer, simpler, affordable, faster
How it Works
ROx Reserve Oxygen and Nitric Oxide (ROx™)
A combined term referring to the biologically active form of oxygen and nitric oxide used at the cellular level
How BioOx works
What white blood cells do
Normally, they produce ROx to support immunity, nitric oxide signaling, and energy, but their capacity is limited
Bioavailability
ROx is pre-bound and bioavailable, ready for absorption without metabolic conversion
Get Hyperbaric Level Recovery From a Bottle
The Secret to High Performance? Reserve Oxygen.
- White blood cells make ROx—but production declines with age, stress, inflammation
- BioOx replenishes your body's reserve oxygen pool quickly and effectively
- Supports nitric oxide production and mitochondrial function
What Happens When You’re Oxygenated?
Sustained, stimulant-free energy
Accelerated workout or life recovery
Mental clarity and focus
Stronger immune resilience
Hydration with performance purpose
It’s like a hyperbaric session in a bottle—only better.
— JAM, Founder of Performany
Trusted by High Performers and Recovery Experts Alike
BioOx is part of the BioVitality Protocol for daily recovery. It's like a hyperbaric session in a bottle.
JAM Founder, Performany
used to rely on HBOT... BioOx delivers the same results for longer without the time and cost.
Nicole D.
We offer a BioOx pre-Charging Station session at the Regenus Center.
Mariahna S., Recovery Director
As a longevity physician, I recommend BioOx because clients can consistently use it and afford it, over the long haul.
Dr. Mark L.
Frequently Asked Questions
What is BioOxygen (BioOx), and how does it work?
BioOx is a drinkable bound oxygen supplement that delivers Reserve Oxygen (ROx™) and Nitric Oxide directly into your system. This enables rapid cellular oxygenation and hydration, supporting energy production, immune function, and recovery at the source.
Is BioOx safe for daily use?
Yes. BioOx is non-pressurized, made with natural, organic microorganisms, and manufactured in the U.S. under quality-controlled conditions. There are no known side effects for even heavy use of BioOx, greater than two gallons a week.
Can I combine BioOx with other recovery tools like red light therapy or cryo?
Absolutely. BioOx works synergistically with recovery tools like:
- 🔴 Red light therapy (PBM)
- ❄️ Cryotherapy
- ⚡ PEMF
- 🧲 Compression
- Even occasional HBOT
- Chemotherapy
- Radiotherapy
It amplifies results by supplying the oxygen and nitric oxide your cells need to regenerate and perform.
Who is BioOx for?
BioOx is ideal for:
- Athletes and fitness enthusiasts
- Executives or entrepreneurs under high stress
- Wellness clients recovering from fatigue, inflammation, or long-haul symptoms
- Anyone pursuing bio-optimization and healthy high performance.
- Anyone suffering from a chronic illness.
How do I get started?
It’s Simple. Click [Order Now – Feel the BioOx Difference] or ask about BioOx during your next session at Regenus Center.
Why does BioOx water look cloudy? Is that normal?
Yes—that cloudy appearance is completely normal, and it’s actually a sign of what makes BioOx so effective.
The cloudiness comes from the high concentration of ROx™ (Reserve Oxygen and Nitric Oxide) and a living consortium of beneficial microorganisms suspended in the liquid. These aren’t dissolved like salt in water—they’re bound into the structure of the water itself, which is why BioOx isn’t clear like plain bottled water.
This is not “just water.” Every sip contains bioactive oxygen, nitric oxide, and detoxifying microorganisms—it’s in there, working for your cells and your system.
How is BioOx different from breathing oxygen or using a hyperbaric chamber?
Breathing air gives you about 21% oxygen, and even pure oxygen or hyperbaric chambers can’t increase what your red blood cells carry, because they’re already saturated (100% pulse-ox).
Hyperbaric chambers force oxygen into the plasma under pressure, but BioOx bypasses pressure entirely, delivering bioavailable oxygen in a liquid form your body can absorb directly.
Note: Oxygen under pressure pushes O2 into the cells and keeps the CO2 from coming out, increasing acidity.
What benefits can I expect from BioOx?
Users report:
- ⚡ Increased daily energy without stimulants
- 💪 Faster recovery from workouts, stress, or burnout
- 🧠 Clearer thinking and better cognitive performance
- 🛡️ Stronger immune resilience
- 💧 Deeper hydration with cellular-level function
How long does a bottle last?
Each bottle provides a 2-week supply when used daily. Exact duration may vary based on your dosage and goals. BioOx is shelf-stable, travel-friendly, does not need to be refrigerated, and is designed for daily or post-session use.
Where is BioOx made?
BioOx is proudly manufactured and shipped in New Jersey, just minutes from our first performance lifestyle facility, the Regenus Center.
That means fast delivery, low emissions, and direct trust from our recovery community.
What is the best use case for Hyperbaric Oxygen Therapy (HBOT)?
HBOT is powerful—but it’s most appropriate for specific, acute medical conditions, such as:
- Decompression sickness (the bends)
- Traumatic brain injury (TBI)
- Thermal burns or radiation injury
It’s expensive ($200–$500 per session), time-consuming, and hard to sustain long-term.
If you’re recovering from life-threatening conditions or love the chamber experience and have the budget, go for it.
Otherwise, BioOx offers a more accessible, practical solution for everyday energy, recovery, and performance.
Drink Your Oxygen. Feel the Difference.
Basis:
1. 5 liters of blood @ 40% hematocrit = 3 liters of plasma ~ 3 liters water
2. RBC are already saturated (pulse-ox = 100%) so they won’t hold any more O2, no matter how much O2 you push by concentrated O2 or hyperbaric: the hemoglobin won’t hold any more O2.
3. So we are only talking about blood plasma oxygenating. For hyperbaric, blood has to saturate first, before any O2 goes into the body. BioOxygen, on the contrary, goes into the body from the mouth, immediately, which is a huge advantage.
Calculations:
i. at 37 C, 1 atm, solubility is 6.783 mg/liter plasma, x 1/0.21 = 32.3 mg/liter @ 100% O2, normal oxygen level in air is 21% x 3 liters plasma = 96.9 mg O2 in plasma @ 100% O2 in air.
ii. because the subject is slightly warmer than the 37 C air, we subtract 6.73 instead of 6.783 as the ‘normal’ O2—this is subjective and changes with the intensity of the workout and body temperature of the subject. But both numbers are very close so we are in the right ballpark.
iii. Remember that we are working with absolute pressure, so when we say 4 atm, we are only meaning 3 atmospheres as measured by a pressure gauge in the hyperbaric chamber—these calculations go to 3 atm gauge. I decided not to use the 4 atm JAM mentioned because it is ridiculously high. We can add a new row if JAM thinks we should.
iv. The total mg O2 added by hyperbaric & concentrated O2 is less 6.73 mg at 21% O2 and 1 atm: 96.9 – 6.73 = 90.2 mg O2 added. @ 2 atm, 187 mg added; @3 atm, 284 mg added; @ 4 atm, 381 mg added.
v. each gallon BioOxygen has 2,844 mg O2 or about 752 mg/liter O2. The retail price per mg for Extra Strength BioOxygen is $80/2844 = $0.028, or about $0.03. 3 cents per mg absorbable O2. A great deal!
