Hydrogen is a colorless, odorless, non-toxic, and odorless gas that ranks first on the periodic table. The unique properties of hydrogen determine that hydrogen has many advantages in biology. A more obvious feature is the strong penetration, which can easily enter any part of the cell, such as the nucleus and mitochondria. The main function of hydrogen is: antioxidant. Selectively neutralize hydroxyl radicals, nitrite anions, etc. Hydrogen ions are combined with active oxygen, reduced to water, and excreted from the body. Hydrogen-rich water is a kind of drinking water that uses advanced hydrogen production, hydrogen melting, and hydrogen locking processes to dissolve hydrogen into water, and through its antioxidant-reducing power, remove excess reactive oxygen species (oxygen free radicals) in the body. Then, the hydrogen-rich water station, as the name implies, is the same as the common community drinking water station. By connecting to municipal water, drinking and filtering, and then using hydrogen production technology, hydrogen is mixed into the water, so that users can directly swipe cards, scan codes, etc. Direct drinking water station for water and water intake. So how to choose a good hydrogen-rich water station? Method 1: Filter Mechanism The hydrogen-rich water station adopts several stages of filtration mechanisms, which are related to the degree of water purification. Because the water station uses municipal tap water, PP cotton filter elements (effectively filter out large particles of impurities in the water), RO (high-efficiency sterilization, filter In addition to bacteria, germs, heavy metals and organic compounds in water It can effectively remove impurities such as residual chlorine, organic matter and heavy metals, filter harmful substances, and fully protect the water quality. Method 2: Wading Materials We all know that many wading pipes are made of plastic and other materials, and they are used for too long, which is particularly easy to breed bacteria, especially drinking water. The 304 stainless steel pipe is used as a wading part. It is a healthy material that can be implanted into the human body. The water immersion test shows that all indicators meet the national drinking water standards. The inner wall of the stainless steel tube is smooth, and there is no dirt and bacterial contamination after long-term use. Don't worry about the impact of water quality, it can eliminate the secondary pollution of water. Method 3: About the hydrogen production system The hydrogen production system is divided into four parts: hydrogen production, hydrogen dissolution, hydrogen mixing, and hydrogen locking. Four major hydrogen production systems can ensure the hydrogen-rich concentration of water. Next, let's talk about the first part of the Xiatian Xitaiyuan hydrogen-rich water station: rapid hydrogen production, using SPE electrolysis water technology to quickly produce hydrogen, with high hydrogen purity; the second and third part...

The Biomedical Research Institute of Preventive Stomatology, Graduate School of Tokushima University, Japan published a paper in Oxid Med Cell Longev., proving that the effect of hydrogen water on wound healing is the process of restoring the structural and functional integrity of injured tissue, pro-inflammatory cytokines, growth factors and oxidation Stress plays an important role in the wound healing process. This study suggests that hydrogen water has a therapeutic effect on oral ulcers. In the study, mice were randomly divided into two groups, hydrogen-rich water and distilled water, to compare the wound healing speed of the two groups. The results showed that drinking hydrogen water can promote the healing speed of oral wounds, activate the tissue Nrf2 pathway, increase antioxidant activity, and inhibit systemic oxidative stress. Hydrogen-rich water intake can also reduce the level of pro-inflammatory cytokines and improve the healing of rat palate tissue. related gene expression. In conclusion, hydrogen-rich water can improve the speed of wound healing by enhancing the tissue's endogenous antioxidant system, reducing oxidative damage and inflammatory response.

The published clinical trials of hydrogen absorption are as follows: 1: For 17 healthy women in their 20s and 30s living in Tokyo or its suburbs (for young people) 2: For 20 healthy men and women in their 60s and 70s living in Tokyo or its suburbs (for the elderly) 3: For Kashima Antlers FC youth team (U18) players (for athletes) That is, "for young people", "for the elderly", "for athletes", the clinical trials conducted in these three categories are different. The content for young people is mainly about fatigue, brain stress, sympathetic and parasympathetic functions, etc., and observe what effect it has on the body. Content for older adults is primarily concerned with cognitive function, and is a matter of brain fatigue, activity, and physical function. See what happens in the flicker test and blood work before and after hydrogen inhalation. Athlete-oriented content is changes in physical function and motor visual acuity. The frequency of hydrogen inhalation is 5 minutes per inhalation. The amount of hydrogen ingested into the body is prescribed to be about 40cc, and the collected data was published using comprehensive physiological technology. In addition, an application was submitted and approved by a third-party institutional ethics review committee, and the subjects were informed of the content in advance and signed an informed consent form. It can be said that the experimental results are quite reliable. Lessons Learned from Young People's Hydrogen Experiments From the hydrogen inhalation experiment for young people, I learned that fatigue, stress, and boredom are reduced. The test results of Kashima Antlers youth team (U18) players after hydrogen inhalation showed that not only in physical function, but dynamic visual acuity increased by 32%. It seems that for athletes with excellent physical function and dynamic visual acuity, hydrogen absorption can make them perform better. Cognitive function and physical performance were also improved in clinical trials with older adults. Physical abilities such as visual field, hearing, skin sensation, finger movement, and knee movement improved slightly. In contrast, left and right cognitive function and short-term memory increased dramatically. The clinical results of hydrogen absorption this time demonstrate the effectiveness of hydrogen absorption. Different hydrogen inhalers have different hydrogen production and how much hydrogen can be inhaled. Also, the effect varies by concentration, how much and how much hydrogen is produced seems to depend on how much effect you expect. However, even a small amount of us has an effect on cognitive function and physical function, and from this point of view, it can be said that even just 5 minutes of hydrogen inhalation is effective. It is often heard that the hydrogen inhalation experience takes about 30 minutes. In fact, the effect of experience lies in persistence. The important thing is to breathe hard!

Reduce morning sickness and relieve stress during pregnancy       During pregnancy, pregnant women secrete a large amount of progesterone to stabilize the uterus and reduce the contraction of uterine smooth muscle, but at the same time it will affect the peristalsis of gastrointestinal smooth muscle, resulting in indigestion, nausea, vomiting and other phenomena.       In addition to changes in physiological conditions, some expectant mothers, after pregnancy, are not able to adapt to the physiological changes during pregnancy, or worry too much about the growth and development of the fetus, resulting in poor mental state and emotional instability. symptoms, causing nausea and vomiting.       When mental stress occurs, a large number of malignant free radicals will be produced in the body, which can easily affect the fetus in the abdomen, and even cause miscarriage. Drinking prime water can selectively remove malignant free radicals in the body, protect good free radicals, restore the original state of cells, and relieve stress during pregnancy. At the same time, hydrogen (hydrogen) can regulate gastrointestinal motility and reduce physiologically induced morning sickness. Relieve constipation       A large amount of progesterone secreted by pregnant women can relax the smooth muscle of the uterus but at the same time reduce the peristalsis of the large intestine. At the same time, due to the continuous increase of the uterus, the weight increases, which compresses the large intestine, resulting in poor blood circulation, thus weakening the function of defecation.       After drinking plain water, sympathetic nerves can be transformed into parasympathetic nerves, and the secretion of digestive glands in the body can be increased to achieve a relaxed state. At the same time, when hydrogen (hydrogen) enters the body, it is first absorbed by the blood and transported to various organs and tissues through the blood circulation, thereby relieving the symptoms of constipation. Relieve gestational hypertension          Diseases such as high blood pressure and proteinuria can develop later in pregnancy due to weight gain. It is important to note that high blood pressure can affect the health of the fetus. But expectant mothers can choose to drink water for relief, because hydrogen (hydrogen) can neutralize the reactive oxygen species in the blood vessels and prevent the increase of low-density lipoprotein cholesterol, and finally hydrogen (hydrogen) is absorbed by the blood and returns to the blood. Circulation, so that blood pressure and blood sugar are lowered and blood lipids are not thick. So drinking plain water can prevent gestational hypertension.

The therapeutic effects of hydrogen on central nervous system disease Since the discovery of biological effects of hydrogen, hydrogen has been shown to protect against central nervous system disorders, including Alzheimer's disease and cerebrovascular disease.   1. The therapeutic effect of hydrogen on cerebrovascular disease   Ohsawa et al reported in 2007 after breathing hydrogen on the left middle cerebral artery occlusion model in rats. Sun Xuejun and others soon proved that breathing hydrogen gas had an ideal therapeutic effect on hypoxic-ischemic brain damage caused by neonatal asphyxia, and found that hydrogen gas had an inhibitory effect on neuronal apoptotic enzyme activity after hypoxic-ischemic brain damage, the decrease of apoptotic enzyme activity resulted in the decrease of neuronal apoptosis and the decrease of neuronal necrosis. This reduces brain damage and protects brain function in adulthood. Hydrogen has a protective effect on brain injury caused by cardiac arrest, which further confirms the protective effect of hydrogen on hypoxic-ischemic brain injury. Edaravone is currently the only anti-oxidant approved for use in stroke treatment, and hydrogen in combination with edaravone improves these nmeasures better than Edaravone alone. The Loma Linda Institute of Neurosurgery in the United States and the neurosurgery departments of the Nanjing Medical University and the Affiliated Hospital of Zhejiang University have reported that hydrogen breath and injection of hydrogen physiological saline have ideal protective effects on early brain injury, neuronal necrosis, cerebral edema and vasospasm induced by intracerebral hemorrhage and subretinal hemorrhage.   2. Hydrogen for Neurodegeneration   Parkinson's disease is caused by the death of dopaminergic neurons in the substantia nigra of the brainstem nucleus and is often a secondary manifestation of many other diseases, such as Neurodegeneration dementia. Sun and others began giving the animals hydrogen saturated water a week before the model was created, and found that the treatment completely eliminated the symptoms of unilateral BA Jin's disease. The number of dopaminergic neurons in the non-treatment group decreased to 40.2% compared with the control group, but only to 83% in the treatment group. Even after treatment with hydrogen water 3 days after the model was established, symptoms of unilateral BA Jin's disease were suppressed, but the effect of treatment was lower than that of prior treatment, and the number of neurons was reduced to 76.3% compared with the control. After 48 hours of model preparation, the activity of dopamine neurons in the striatum representing the Tyrosine 3-monooxygenase in the model control group and the treatment group decreased significantly. Fujita et al. demonstrated a similar effect with MPTP-induced mouse model of Parkinson's disease. The results show that hydrogen has a better therapeutic effect than other drugs such a...

The paper's author Marc Lemaire is from Air Liquide international's Saclay Research Centre in Paris. Lemaire M ,  Barbier F . Hydrogen: therapeutic potential in wellness and medicine.  2017. Persistent oxidative stress plays an important role in a variety of pathological processes, and the search for effective and well-tolerated antioxidants continues.  Molecular hydrogen, as a therapeutic antioxidant, can selectively reduce cytotoxic oxygen radicals.  The nonspecific mechanism of hydrogen as a therapeutic antioxidant makes it potentially useful in a wide range of medical applications, as demonstrated by extensive preclinical data and increasing clinical evidence. This review summarized the disease treatment and health promotion potential of hydrogen, in the fight against aging and maintain healthy and disease treatment, etc., including acute ischemia/reperfusion injury, inflammation and ulcers, metabolic disorders and neurodegenerative diseases and cancer, anticancer, radiation toxicity and the side effects of cisplatin), focuses on the clinical data.  In summary, hydrogen is a potent antioxidant, anti-inflammatory, and cell protector. Hydrogen, made up of one proton and one electron, is the lightest and most abundant element in the universe.  On Earth, hydrogen does not normally exist on its own, but as a compound with other elements.  The most common sources of hydrogen are hydrocarbons, water, and carbohydrates from which molecular hydrogen can be produced.  More than 50 million tons of hydrogen are produced worldwide each year, making it one of the oldest molecules known to be widely used in many industrial fields. Most uses of hydrogen are based on its physical properties, such as its very low molecular weight (2.0159 g/mol H2) and very low density (0.084 g/ L at 20°C and 1 ATM), as well as its reductive chemical properties, hydrogen has the potential to be an important energy solution in the future because of its high calorific value and environmentally friendly properties.  When used in fuel cells to generate electricity, only water is produced. The role and application of molecular hydrogen in medicine has been discovered by accident only in the last decade or so, and many questions remain to be fully clarified. Hydrogen is believed by many to have biodamage-resistant properties and is an essential antioxidant for all cells. The production of reactive oxygen species (ROS) by-products is also associated with oxidative phosphorylation of energy metabolism in aerobic organisms such as humans. Overproduction or endogenous antioxidant capacity ROS damage can lead to accumulation of ROS, it is generally believed that sustained oxidative stress plays an important role in a variety of pathology, including lifestyle related diseases, such as atherosclerosis and diabetes, high blood pressure, chronic inflammation, neurodegenerative diseases, cancer, blood vessel function decline and the aging process. H...