Experiments carried out with these bacteria in the laboratory clearly demonstrate their energy, which is quite simple at first glance. In a solution containing molecular hydrogen and oxygen, carbon dioxide and other minerals necessary for life (nitrogen, phosphorus, medium and trace elements), these bacteria grow, multiply, and give an increase in organic mass. The only chemical source of energy in such a nutrient medium is hydrogen. With the participation of biological catalysts, or enzymes, hydrogen electrons are transferred to oxygen. Others: energy enzyme systems,
Which is released at the same time, is used for the synthesis of organic compounds from carbon dioxide, nitrogen, phosphorus, sulfur and other mineral elements. The difference between the reaction of explosive gas and the energy of these bacteria is that during the explosion, energy is released in the form of light and heat, while bacteria can use it to carry out biological syntheses and other life processes.
A skeptic may notice that hydrogen bacteria in nature is more an exception than a rule: on the earth's surface, molecular hydrogen, and even together with oxygen, is rare. That is why the distribution of these bacteria in nature is also very limited. However, one of the most important patterns of biological evolution should be taken into account: the mechanisms and patterns of metabolism and energy that arose and assimilated at its first stages were inherited at later stages with only minor changes in relation to changing specific conditions.
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