Hydrogen enters the body less efficiently than oxygen

When we inhale Hydrogen generator machine for home, it enters our bodies through a process similar to the way oxygen enters our bodies. However, because hydrogen does not have the assistance of a transport molecule like hemoglobin, it does not enter the body as efficiently as oxygen.

30-60 minutes to reach peak value, dynamic balance

When hydrogen from Home appliance H2 inhalation machine enters the body, it gradually increases in the blood and tissues and takes time to reach equilibrium concentration. According to diving medical theory calculations, the hydrogen concentration in human blood can reach the highest saturation concentration after about 30 minutes. It takes the brain 60 minutes to reach this concentration.

According to diving medical theory calculations, the hydrogen concentration in human blood can reach the highest saturation concentration after about 30 minutes. It takes the brain 60 minutes to reach this concentration.

However, after 30 minutes, the blood hydrogen concentration has reached its peak, and its concentration will not continue to increase even if hydrogen is continued to be inhaled. However, hydrogen in the blood will continue to diffuse to other tissues, and at the same time, hydrogen will continue to be dissolved through gas exchange through the lung tissue. This saturation is a dynamic equilibrium process.
By continuing to inhale hydrogen for a certain period of time (6 to 24 hours), all tissues in the body can reach stable saturation concentrations.
Retention time is longer than saturation time

When we stop inhaling Hydrogen inhaler for human body, the concentration of hydrogen in the body decreases exponentially and the speed decreases. The change pattern is similar to the reverse process of inhalation. Hydrogen in the blood is released to the outside of the body through the lungs. Since hydrogen dissolved in tissues and organs enters the blood according to a concentration gradient, it takes longer than the saturation process to completely disappear.

The higher the hydrogen concentration, the faster it reaches the peak

The smaller the size of small animals, the higher the respiratory and circulatory efficiency. The rate of gas absorption or release is significantly faster than that of the human body, which is very different from the human body's circulatory efficiency. Studies have shown that when rats inhale 2% hydrogen, the hydrogen concentration in arterial blood and myocardium begins to rise after 2 minutes and reaches a peak in about 5 minutes.

Professor Ono et al. studied the changes in hydrogen concentration in arterial blood and venous blood after the human body inhales hydrogen. They found that when a person inhales 3% to 4% hydrogen, the hydrogen concentration in arterial blood and venous blood increases rapidly, reaching a peak in 20 minutes. The concentration of inhaled hydrogen The higher it is, the higher the concentration of hydrogen gas in the blood.

When inhaling 4% hydrogen concentration, the hydrogen concentration in arterial blood can reach 24 micromol/L. After stopping hydrogen inhalation, the hydrogen concentration drops rapidly. After about 6 minutes and 18 minutes, the hydrogen concentration in arterial blood and venous blood can drop to respectively The 10% of the highest concentration is basically consistent with our conclusion that the blood concentration reaches saturation in 30 minutes.