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How many 40 year old athletes do you know of that are still able to compete ? Did you hear the part about how his career would have ended 6-7 years ago due to unrecoverable injury that he feels would have not healed absent LiveO2 ?

😂😂, yeah 3 world records and a dozen international medals with this body at 40 happened because I ate cheese burgers and cheesecake for breakfast.

hyperbaric treatment is better but not available for everyone. Give it a go then…. Hope it helps ;)

Good luck. Hope it helps.

@@squibm Thank you, AH is a good one. I’ve known her several years.

@@squibm It did help. Noticed this morning that there was a decrease in the majority of chronic pain. The obstacles I deal with are SLE (Lupus), fibromyalgia, Lyme, (and residual heavy metals) and osteopenia. I’m a 63 yo smoker who is working on smoking cessation. Also noticed this morning I had a higher level of brain alertness. A half cup of coffee had the same effect as the two I usually have; I feel more awake from sleep than I can remember feeling. Thank you.

Thank you for your question. Can the body get "addicted" to LiveO2? Not really, the body does not get addicted to the LiveO2 system. The benefits you experience, such as improved energy, recovery, and mental performance, can make you want to continue using it regularly, much like the positive effects you feel from maintaining a regular exercise routine. However, this is not an addiction but rather a natural desire to sustain the improvements in your well-being. What happens if someone stops using the device for 1-2 months? If you stop using LiveO2, you will gradually lose the physical conditioning benefits you have gained. Red blood cells have a lifespan of around 120 days, so you would return to your baseline level of performance within that timeframe. The process is gradual, and the benefits you experienced will taper off over time. However, some anti-inflammatory benefits may last longer depending on individual situations and conditions. What are the long-term benefits of LiveO2? Using LiveO2 can lead to a higher overall level of health. When every cell in your body consumes and utilizes an optimal amount of oxygen, your body's functions improve significantly. Optimal oxygen and blood flow, especially as you age, helps your entire body operate better, reduce the risk of diseases, and allow you to live an overall higher quality of life.

The intended audience for is medical professionals seeking to understand the importance of staff training. That's why we called it "An in-depth conversation". Our goal here was to help clinics planning integrate LiveO2 into their operations understand the ongoing need to investing in staff training. Sorry if the title was misleading.

@@squibm O im sorry, I didnt realise that. But thanks for confirming, because I just thought I was being dumb! Keep up the great work tho!

In short, to save money and efficiency: When you exercise, you can breathe over 100 liters per minute (LPM). To ensure nearly all the air you inhale is near pure oxygen, you would need 10 oxygen concentrators running at 10 LPM each, all daisy-chained together. That's a lot of machines! Instead, we use a reservoir system. This setup lets you fill up a reservoir with oxygen from just one concentrator. The reservoir stores the oxygen so you can get the high flow rate needed during intense exercise. This way, you get a steady supply of pure oxygen without needing multiple machines. Hope this helps explain why we use a reservoir for LiveO2 training!

Try it convince yourself the effect of oxygen in the brain is no joke

HUH

Contact on LiveO2.com or 970-658-2789

There are two problems with this. First HBOT chambers are very small. There is no room to exercise. And even if you could find a HBOT chamber large enough to use for exercise... It still. wouldn't work. Remember that oxygen is a vasoconstrictor. LiveO2 uses Reduced oxygen to open the vascular system. This maximizes blood flow at the capillary end. The switch from low to high oxygen air first opens the vascular system with low oxygen air, and then the switch to high blasts oxygen rich plasma creating simultaneous maximum of blood flow an oxygen. This effect isn't possible with breath hold, HBOT or any other technique.

@@squibm Ty so much for taking the time to respond. One last final question. I mean no disrespect just that I’m a skeptic by nature but where can a person find any proof or studies about how ewot or contrast ewot dissolves more than the standard 3% of oxygen in plasma. The hyperbaric community of course says ewot and also contrast ewot only helps saturate the hemaglobin and that only pressure will dissolve more o2 in plasma. Where can I find difinitive proof either way. Also does just regular ewot diffuse more oxygen in plasma also or is it just contrast ewot that adds more oxygen to plasma. Thank you again for your time

LiveO2 has been used with drug rehab programs before but its best to talk directly the team here liveo2.com/contact/ best to make an appointment.

Happy to hear that! Keep up to date with the latest protocols by checking in with your trainer from time to time.

We are a bit flooded right now so please make an appointment to talk with one of our sales team and we can see if we have anyone in your area who we trust to give you session to our training standards. liveo2.com/contact/ You can also use the chat function on the home page its manned during normal business hours.

We have a .pdf version we can email you for free contact your sales rep.

I'm glad to hear you are finding success with oxygen training! If you were able to try our Adaptive Contrast system, you'd experience a significant difference immediately. With Adaptive Contrast, you can maintain a hypoxic, low oxygen state for minutes, rather than just seconds with breath-holding. This extended duration allows for lower desaturation levels, more protocol options, and releases more oxygen into your blood plasma per interval, approximately 6 times more. Over time, it can even help increase your red blood cell count due to the hypoxic exposure increasing overall energy levels. It's important to note that there's a spectrum of approaches to oxygen training. While breath-holding can help a bit beyond regular EWOT, it also carries some obvious risks. On the other hand, Adaptive Contrast has been proven to be highly effective in increasing blood plasma oxygen levels, comparable to hardshell HBOT, providing a safer and more efficient training experience. If you have any questions or would like to learn more, please feel free to ask!

We do not.

For a healthy brain, the cognitive boost you get from extra oxygen won't last long, usually fading after a few hours. But, if you're facing a brain condition that's even slightly limiting blood flow-think concussions or any health problem-the additional oxygen can be a game-changer in your healing process. This could lead to noticeable, long-term enhancements in your brain's performance after just a few sessions.

Think of the Brinks truck driving by your house full of cash. If it doesn't stop and deliver the cash to you - the full truck is irrelevant. The 100% reflects oxygen on hemoglobin. This 100% says nothing about whether the oxygen on the hemoglobin gets delivered to your cells - like the cash in the Brinks truck. Oygen in the blood plasma is like rain that soaks everything.

In you're case the Brink's truck does stop at you're house. And you are so excited, your heart pumps massive oxygen to you're brain. While uour on the gravy train. Woo hoo respect

For an abled bodies person who can exercise we would say LiveO2 Adaptive Contrast with working up to the BrainO2 protocol.

liveo2.com/map/

PEMF was not used in this experiment. The surface charge on Red Blood Cells increased from only LiveO2 training. This is likely a result improved energy production body wide. Training cleans the blood by pumping it through the liver and kidneys, the body's filters, while the they have a rich oxygen supply. This enables them to clean the blood better.