• Naneau Oxygen Boost water.

    Oxygen is needed to build new cells and tissue, replace old tissue, dispose of waste material and reproduce more cells.

    Oxygen deficiency is a direct precursor to nearly all illnesses and disease. Without this vital element, human life ends in approximately 6 minutes.

    Live a Healthier and a More Energised Life

    Naneau is reconstructed water packed with bio-available Oxygen Nano-bubbles,which are gas bubbles in liquid that are 100x smaller than a human hair and 7x smaller than a red blood-cell. Through our revolutionary breakthrough patent pending technology, we create charged nanoscopic sized oxygen bubbles, going way beyond the simple nanobubble, they’re called nanoplasmoids. Because they are charged and so small, they could potentially penetrate deep in our cells far more easily than typical large gas bubbles. We add literally hundreds of millions of them in each millilitre.

    The research behind oxygen nano bubbles comes from leading universities globally including Oxford Institute of Biomedical Engineering, Biomedical Sciences Research Institute, National Institute of Advanced Industrial Science and Technology- Japan, Department of Molecular Pharmacology and Oncology and many more. This research is focused on how oxygen can be delivered to the body by nano bubbles. Much of the current research is focussed on increasing oxygen levels in cancer cells in order for radiotherapy to be more effective, however there has been studies on oxygen nano bubbles, when mixed with blood in vitro, fully oxygenates blood within 3.95 seconds of contact.   

    Oxygen is needed to build new cells and tissue, replace old tissue, dispose of waste material and reproduce more cells. Even Hyperbaric Oxygen Treatment (HBO) promotes rapid recovery from soft tissue injuries and is commonly used to treat non-healing wounds, radiation tissue damage, bone infections, decompression sickness, severe burns, among others. Many people don’t realise, however, that HBOT has had positive outcomes in the treatment of certain other conditions considered “off-label” (non-FDA or NHS approved). These conditions include: traumatic brain injury, stroke, multiple sclerosis, complex regional pain syndrome (CRPS), many autoimmune and neurocognitive conditions, as well as in healing and recovery for sports-related injuries (Many national football teams use it) and pre-and post-surgical procedures.

    Whilst Naneau does not claim that their oxygenated water will cure, the flowing tide of research does suggest that something very special happens when oxygen is nanotised under <100nm and whilst research and clinical trials go on around the world we know one thing about our technology; Naneau have created one of the smallest oxygen nano bubbles commercially available, which can be either ingested and absorbed directly into the bllood stream or absorbed through hydrotherapy.

  • Elite athletes frequently turn to novel therapies to gain an advantage. Kobe Bryant would fly to Germany in the final years of his career for a non-FDA approved treatment called Regenokine.

    Nanobubbles isn’t a punchline, it’s actual science: A closer look at the Harvard, Oxford, and NYU studies on the benefits of nanobubbles.

    In August 2015, Rolling Stone published an article about Russell Wilson which included this now infamous passage:

    Wilson is an investor in Reliant Recovery Water, a $3-per-bottle concoction with nanobubbles and electrolytes that purportedly helps people recover quickly from workouts and, according to Wilson, injury. He mentions a teammate whose knee healed miraculously, and then he shares his own testimonial. "I banged my head during the Packers game in the playoffs, and the next day I was fine," says Wilson. "It was the water."
  • bone loss

    Abstract

    Summary

    Oxygen ultra-fine bubbles (OUB) saline injection prevents bone loss of glucocorti\coid-induced osteoporosis in mice, and OUB inhibit osteoclastogenesis via RANK-TRAF6-c-Fos-NFATc1 signaling and RANK-p38 MAPK signaling in vitro.

    Introduction

    Ultra-fine bubbles (<200 nm in diameter) have several unique properties, and they are tested in various medical fields. The purpose of this study was to investigate the effects of oxygen ultra-fine bubbles (OUB) on glucocorticoid-induced osteoporosis (GIO) model mice.

  • hyperbaric chambers in treatment for cancer

    Oxygen is one of life's essential elements and every cell in our body requires oxygen to survive.

    More complicated is a Cancer cells' relationship with oxygen, which has led to decades of research into whether oxygen is good for cancer or bad for it. The answers are still not definitive but the acceleration of research over recent years especially in the field of oxygenated nanobubbles, are very encouraging. Whilst some institutions, doctors and surgeons don't believe oxygen can help a cancer treatments effectiveness, usually because that only a few years ago the technology became available to view oxygen nanobubbles under a microscope, researcher are proving that this is likely to be a major breakthrough in our ability to treat cancer. I don't ever think that nanobubbles will cure cancer, that thought is too far fetched, but oxygenating the body, improving the immune system and helping to repair the damage caused by radiation therapy, well let see what the next few years of research provide us with. You make that decision for yourself.

    Worth a look:

    Lets take a look at how we oxygenate our cells

    Breathing in oxygen and the affects on tumours

    When you breathe, oxygen passes into the lungs and is carried into the blood to feed cells throughout the body. Initially cancer cells need oxygen to survive, which is one reason why tumours make new vessels that tap into the body's blood supply, a process called angiogenesis. As tumours quickly develop and grow, they no longer need their oxygen supply, but surprisingly, that does not always inhibit their growth. Studies show that some cancers may thrive and resist treatment when they become starved of oxygen, a condition called hypoxia.

    Hyperbaric oxygen (HBO) treatment

    Some cancer treatments, such as radiotherapy, can cause damage to healthy tissue around the area being treated. Usually, that tissue damage heals normally over time. But sometimes nearby blood vessels lose the ability to supply enough blood to the healing area. When the blood supply is limited, cells do not get enough oxygen. This slows the healing process even more and can create complications.

    Hyperbaric oxygen (HBO) treatment uses high pressure to increase the amount of oxygen you can breathe. This puts more oxygen into the bloodstream, which can help the healing process. You stay in a hyperbaric (high-pressure) chamber during the treatment, which can last from 60 to 90 minutes. Treatments are usually repeated over a number of days or weeks for the most benefit.

    HBO does not cause many side effects, and they are usually minor.

    High-pressure oxygen breathing during radiotherapy for cancer treatment

    Adding HBO to the treatment of head and neck cancers reduced mortality at both one year and five years after therapy. Local tumour recurrence was also less likely with HBO at one year and five years in head and neck cancer.

Medical Disclaimer Results may vary. Information and statements made are for education purposes and are not intended to replace the advice of your doctor. Naneau Clinics and Resorts Ltd does not dispense medical advice, prescribe, or diagnose illness. The views and nutritional advice expressed by Naneau Clinics and Resorts Ltd are not intended to be a substitute for conventional medical service. If you have a severe medical condition or health concern, see your physician.
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