Water is fundamental. But how much do you really know about the water you drink?
Water plays an essential role in almost every process in our bodies, from transporting nutrients and regulating body temperature to digestion, metabolism and normal cellular function.
A large proportion of the human body is made up of water. Every cell depends on a properly regulated fluid balance. Water provides the medium for countless biochemical reactions and helps transport nutrients and remove metabolic by-products.
Electrolytes such as sodium, potassium and magnesium also play an important role. They are involved in fluid distribution, nerve signalling and normal muscle function.
Maintaining a healthy fluid balance is important for everyone, but it deserves particular attention if you exercise, perform physically demanding work or place high demands on yourself. Under certain circumstances, even relatively mild dehydration can affect concentration, endurance and physical performance.
At Levensenergie, I therefore pay particular attention to water quality, hydration and electrolyzed reduced water (ERW).
ERW is produced using a specialised water system that filters drinking water and then processes it through electrolysis.
During this process, electrochemical reactions change certain properties of the water. Depending on the system and its settings, these include pH, the concentration of dissolved molecular hydrogen (H₂) and oxidation-reduction potential (ORP).
Molecular hydrogen, in particular, has attracted interest in scientific research.
H₂ is an exceptionally small molecule that can cross biological membranes. Researchers are investigating its possible influence on processes involved in oxidative stress, inflammatory regulation and physical recovery.
Oxidative stress occurs when the balance between the formation of reactive oxygen species and the body’s protective mechanisms is disrupted. These processes are part of normal physiology but can, under certain circumstances, play a role in tissue stress and recovery.
Sports scientists are also investigating whether hydrogen-rich water may affect certain physiological responses to exercise.
Early research findings offer interesting avenues for further investigation. However, the available studies are still relatively small and their findings are not always consistent. There is therefore insufficient evidence to make general claims that ERW improves athletic performance, accelerates recovery or treats health conditions.
As a physiotherapist, I am particularly interested in the relationship between hydration, cellular processes, physical load, recovery and sustainable performance.
My perspective goes beyond how much water someone drinks. Water quality, individual fluid requirements and the physiological processes involved in hydration also deserve attention.
My approach: understand first, then experience, and finally decide for yourself whether it is right for you.
Would you like to explore an application, learn about a technology or discuss what might suit your needs? You are welcome to ask questions, with no obligations and no one-size-fits-all advice.
