Fundamental biological importance of solvated electrons in humans

Abstract

In recent years, "solvated electrons" were shown to be emitted by various biological systems in humans such as hormones, enzymes, amino acids, etc., even by vitamins, dyes, and other organic compounds. Based on experimental results and data from the literature, it is hypothesized that most biological systems in humans are capable of emission. Most systems in humans generate as well as consume and transfer them to other moieties, hence enabling intersystem communication via the brain. Emission of is associated with generation of free radicals, which are likewise involved in biological processes in humans. The data presented in this article underline this hypothesis, which offers a completely new concept in the course of biological mechanisms in humans.

Acute mental feelings and professional stress are controlling health. Mechanism and role of hormones and “solvated electrons” (eaq–)$(e_{aq}^-)$

“…At the same time ofaq e emission, the hormones also react withaq e (rate constants: k≅5 × 10 9 -3 × 10 10 L/mol/s), resulting an additional formation of free radicals [2,3]. Beyond that, electron transfer also takes place from hormone-electron-donor to another hormone as well as to neighboring biological molecules [9], the letter of which is the mechanism of electron transfer within the DNAsystem [10]. Simultaneously with these processes, the main transfer ofaq e proceeds via the brain.…”