A: Research has shown H2 has the potential to offer a multitude of benefits. Some of the basic ones are, selective antioxidant, anti-inflammatory, anti-allergic, neuro-protective, increased cellular metabolism etc.
A: Yes, all water is made up with hydrogen and oxygen. However the hydrogen that takes part in making up water is bound to the water molecule and not in a free form that is available to the body. What we mean by hydrogen water or hydrogen-rich water is water enriched/infused with hydrogen gas (H2). This means that hydrogen molecules (H2) are dissolved into the water, but do not actually bond with the water molecule. This is similar to carbonated beverages that are enriched with CO2 (carbon dioxide gas) or oxygenated water, rich in O2 (oxygen gas). Hydrogen water, which appears in numerous scientific literature as a beverage providing therapeutic benefits is referring to this type of water. Hydrogen water can be made a number of ways, bubbling H2 (hydrogen gas) into water, electrolysis, hydrogen water generators (HIM), H2 producing tablets, etc.
A: H2 is the lightest and smallest molecule, meaning it can escape out of virtually anything. Hydrogen water is similar to carbonated drinks that become flat over time, especially if it is left exposed to the air. H2 appears to have a half life around 2 hours if left in a open glass or exposed to air. For example, if you had a glass of hydrogenated water measuring at 1 ppm, if that glass was not consumed, it would approximately measure .5 ppm after 2 hours. H2 escapes faster than carbon dioxide, so it is important to drink it fresh, and keep it contained.
A: Hydrogen gas will not affect the taste of one's water. Hydrogen is a colorless, odorless, tasteless gas. In most instances, people would not know they were drinking hydrogen-rich water unless they were told ahead time. Although hydrogen gas does appear to add a smooth or silky texture to water, making hydrogen rich water enjoyable to drink.
A: H2 is very natural to the human body, as H2 is produced by gut flora located in the human gut (small and large intestine). It has also been demonstrated that H2 has a very high safety profile, based upon research studies and experiments throughout history. For example, US Navy divers have used concentrations as high as 98.87% H2 (with 1.26% O2) in their breathing tanks with little to no cytotoxic effects. Any excess H2 not used by the body with be breathed out via the lungs
A: No, you cant ingest to much H2 for a few reasons:
A: Hydrogen rich water is great for all people and age ranges, even animals. Since everyone (adults and children) are expose to oxidation which can lead to oxidative stress. Hydrogen rich water is a great choice for daily water consumption, as it has been shown to reduce oxidative stress and has zero cytotoxic effects to the body. Hydrogen rich water is a preventative drink you could give yourself and children, feeling absolutely safe in doing so, base on scientific research.
A: Open containers of filtered drinking water or any water will have small amount of atmospheric gas in them, based off of Henry's law. Since there is only 0.00005% of H2 gas in the atmosphere by volume, normal filtered drinking water will not contain adequate levels of of dissolved molecular hydrogen to produce therapeutic effects. Studies have demonstrated water containing dissolved hydrogen at a concentration of .5 ppm to 1.6 ppm (parts per million), can provide therapeutic effects to the human body, as opposed to .8 ppt (parts per trillion) or less found in normal drinking waters (Tap, bottled water, etc).
A: H2 is the smallest molecule in the universe. To put this in perspective, let's compare the size (picometer) and weight (mol. mass) of H2 to two very well known antioxidant molecules: Vitamin C and Q10. H2 is 1/88th the weight and 1/18th the size of Vitamin C. H2, compared to the Q10 molecule's size and weight, is even more shocking. H2 is 1/432 the weight and 1/128th the size of Q10. What do all these numbers mean? Well, because hydrogen is so small and it is a neutral molecule it can penetrate every part of the human body, even into the smallest compartments of the human cells. H2 is so small it can pass through all human barriers (BBB, Placenta, Testis, etc). This means H2 can provide its therapeutic benefits to virtually every organ and part of the human body.