Reduce Fatigue Hard Shell Hyperbaric Chamber WEIZI For 96% High Purity Oxygen
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Hyperbaric Hard Chamber Reduce Fatigue Rigid Hyperbaric Oxygen Chamber Mini Single Room WEIZI Overview
What is Micro Hyperbaric Oxygen Therapy? Micro Hyperbaric Oxygen Therapy (MHBOT) represents an innovative medical intervention that involves administering a highly concentrated mixture of oxygen, typically reaching a purity of 96%, under conditions of elevated pressure exceeding standard atmospheric pressure (1 ATA). This specialized therapy enables patients to inhale pure or nearly pure oxygen within a pressurized chamber, where the increased pressure significantly enhances the oxygen's solubility within the bloodstream and bodily tissues. This enhanced solubility allows for greater penetration of oxygen into the deepest layers of the body, including areas where blood flow may be compromised due to injury, disease, or other conditions. As of 2021, China stands as a global leader in the adoption of MHBOT, with 2,107 hospitals across the mainland, Hong Kong, Macau, and Taiwan equipped with medical-grade hyperbaric oxygen chambers. Nationwide, there are over 5,600 of these chambers, underscoring the widespread use and acceptance of this therapy as a valuable clinical tool. The sheer number of chambers and patients treated annually places China at the forefront of hyperbaric oxygen therapy worldwide.
2019 Nobel Prize in Physiology or Medicine Results Explained Oxygen utilisation and regulation are essential for the survival of higher life, and three scientists, William G. Kaelin Jr, Sir Peter J. Ratcliffe and Gregg L. Semenza, have been awarded the 2019 Nobel Prize in Physiology or Medicine for their discovery of a mechanism related to cellular sensing and adaptation to oxygen availability. They discovered that hypoxia-inducible factor 1 (HIF-1) is widely present in acute and chronic hypoxic cells and is an important transcription factor for cellular adaptation to hypoxia.HIF-1 levels are regulated by oxygen content. Under hyperoxia, HIF-1 is modified and then degraded; under hypoxia, HIF-1 is not degraded and causes the expression of hypoxia-related genes, such as erythropoietin, through transcriptional regulation. This article introduces the discovery and basic molecular mechanism of HIF-1, and discusses its value in clinical application. The major discovery of William G. Kaelin Jr, Sir Peter J. Ratcliffe and Gregg L. Semenza in the pathway of hypoxia-inducible factor has laid the foundation for the study of the mechanism of cellular adaptation to hypoxia and opened a whole new horizon for researchers, which will pave the way for research and treatment of a variety of diseases such as anaemia, tumours and ischemic-hypoxic diseases. mechanism of anaemia, tumour and ischemic-hypoxic diseases, paving the way for research and treatment. Subsequent studies have broadened the regulatory network of the HIF pathway, and through a large number of scientific experiments and clinical studies, a variety of therapeutic drugs have been developed, bringing a new turn to the prevention and treatment of diseases. With scientists' further understanding of the mechanism of hypoxia adaptation, the research results in this field will also be applied to the treatment of more diseases.
As an advanced medical equipment, the benefits of hyperbaric oxygen
chamber are mainly reflected in the following aspects: 1.Elevating Body Oxygen Levels
Principle: A hyperbaric oxygen chamber operates by pressurizing oxygen, enabling individuals to breathe in oxygen concentrations within the chamber that far exceed normal environmental levels, often achieving concentrations four times higher than usual. This high-pressure, high-oxygen atmosphere substantially boosts the body's oxygen content.
Function: Elevating blood oxygen levels holds significant therapeutic value in treating conditions like carbon monoxide poisoning and brain edema. Additionally, it stimulates cellular aerobic metabolism and exhibits inhibitory effects on the growth and reproduction of anaerobic bacteria, thus serving an anti-infectious purpose.
2. Improve drug efficacy 3. Promote nerve regeneration 4. Regulate immune function 5. Treatment of specific diseases 6. Other benefits Safety: The air pressurized cabin can accommodate multiple people and is
divided into single cabin and multi-person cabin. The pressurized
medium is air, so it is safer. Although the pure oxygen pressurized
cabin can only accommodate one person for treatment, it is not
necessary to wear a mask during treatment, and it is convenient to
inhale oxygen. However, the pure oxygen environment is prone to
deflagration, so anti-static measures must be taken when entering
the cabin. Personalized treatment: When using hyperbaric oxygen chamber therapy, it is necessary to decide the treatment plan according to the patient's specific situation, and closely monitor the patient's physical condition to prevent the occurrence of adverse reactions.
There are some other noteworthy benefits of hyperbaric chambers: 1. Relieve pain and swelling 2. Promote wound healing 3. Improve intelligence and work efficiency
There are some other noteworthy benefits of hyperbaric chambers: 2. Improve blood circulation 3. Eliminate fatigue and improve body resistance 4. Promote post-exercise recovery
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