Intestinal Hydrogen Gas as Co-Creator of both Human Immunity and Aura

Abstract

The human body is often perceived separately from its gaseous environment. Due to this perception, hydrogen gas produced by intestinal microflora is almost always overlooked. Given the extremely high penetrating and reactive properties of gaseous hydrogen, such ignoring is incorrect. Moreover, it is the unique properties of gaseous hydrogen that allow expecting the involvement of intestinal hydrogen gas in chemical reactions occurring in the human body. So, it is shown here that this very gaseous hydrogen can enter human cells and attach to pyruvates, thereby preventing the formation of acetylated forms of CoA, in the absence of which the Krebs cycle becomes impossible. Accordingly, this suggests that hydrogen gas produced by human intestinal microflora is able to reduce the intensity of the Krebs cycle and, in this way, the intensity of ATP synthesis by the mitochondria of human cells. This, in particular, allows predicting the ability of this very intestinal hydrogen gas to suppress the reproduction of viruses, which becomes impossible due to the lack of ATP produced by human mitochondria. In fact, it is shown here in what way the human intestinal microflora can be involved in the creation of human immunity. In view of this, here it is proposed to perceive the saturation of the human body with gaseous hydrogen as an indicator of human resistance to numerous diseases. To determine the specified saturation, it is proposed to use the ability of atomic hydrogen to fluoresce in an aqueous environment. Eventually, it is shown here that the processes that usually occur in the human body should not be perceived as occurring in the absence of gaseous hydrogen produced by the microflora of the human intestine.