17/09/2024
Oxygen Sustains Life, Hydrogen Uplifts it!
Our existence relies on the abundance of oxygen in our atmosphere, and oxygen molecules typically maintain stability as diatomic structures. However, when subjected to various factors such as air pollution from vehicle exhaust, industrial emissions, haze, dust, computer radiation, ultraviolet (UV) radiation, late-night hours, depression, or fatigue, oxygen atoms may lose electrons. This transformation leads to the conversion of benign oxygen into reactive oxygen species (ROS), which can have detrimental effects.
Free radicals are highly reactive molecules lacking an electron, compelling them to seize electrons from other cells, causing damage in the process. The assaults and harm inflicted by free radicals on normal cells are primary factors contributing to the onset of diseases and the acceleration of aging. The accumulation of free radicals in different parts of the body hastens the aging process in those specific areas.
For instance, an excess of free radicals in skin cells can lead to dryness, reduced elasticity, wrinkles, and age spots on the face. In blood vessels, excessive free radicals may contribute to conditions such as atherosclerosis, hypertension, and cerebral haemorrhage. Organs can be affected by an excess of free radicals, potentially leading to the development of tumours and cancers. In hair follicles, heightened levels of free radicals can harm melanocytes and hair papilla cells, resulting in premature greying and hair loss. The significant impact of free radicals on human health positions them as a fundamental cause of numerous diseases.
Oxidative damage is an unavoidable outcome of living in aerobic conditions, and the distinctive antioxidation properties of molecular hydrogen serve as an effective supplement to cellular redox balance. This supplementation aids in the restoration of cellular functionality, mitigating the consequences of oxidative damage associated with both aging and diseases. The unique quality of molecular hydrogen lies in its selective antioxidation properties, enabling cells to diminish the harmful by-products of oxidation and assisting in maintaining an optimal redox balance.
What is Hydrogen?
Hydrogen stands as the most abundant chemical substance in the universe, presenting itself as a colourless, odourless, and tasteless gas with notable reduction properties. Approximately 63% of the elements comprising the human body are composed of hydrogen, highlighting its profound impact on human life. Serving as a key factor in life, death, and aging, hydrogen plays an indispensable role as without it, life would not be sustainable on Earth.
Functioning as a vital fuel and energy source within the body, hydrogen ions (protons) with a negative charge play a pivotal role in determining the overall health of every cell in the body.
Clinical medical research underscores the significance of hydrogen as a crucial physiological regulator for cells and organs, demonstrating functions such as selective antioxidation, anti-inflammation, and anti-apoptosis.
Hydrogen is widely believed to possess exceptionally potent antioxidant capabilities, efficiently neutralising reactive oxygen radicals that contribute to various skin issues and converting them into water at the cellular level. The reported antioxidant effects of hydrogen are remarkable, surpassing those of other well-known antioxidants, including being 863 times that of coenzyme Q10, 290 times that of catechin, 176 times that of Vitamin C, 431 times that of Vitamin E, and 221 times that of polyphenols. Unlike larger molecules such as Q10 and Vitamin C, the smaller molecular size of hydrogen enables it to rapidly pe*****te cells, and it is claimed to have no discernible side effects or usage restrictions, even in excessive amounts.
