A cell is the elementary basic unit of all living beings. An adult human consists of fifty trillion cells. The healthy cell forms the basis for a healthy organism! The health of body cells can be influenced by various factors. Some factors come from within the body, such as disruptions to intracellular communication, while other disruptive factors come from the environment, such as electro smog, UV radiation, or pesticides.
Our cells are composed of atoms and atomic particles that are in constant motion or vibration. In our bodies, countless highly complex metabolic processes occur continuously in fractions of seconds, serving the maintenance of homeostasis, the self-regulation, in our organism. Well-functioning cells maintain the concentration of ions, proteins, and other substances throughout the body within the normal range. The function of a cell depends on feedback from its environment and ensures, through concentration equilibrium, that all organs and the entire body can function efficiently.
Imbalances in the human system first manifest at the cellular level. Cells can suffer from nutrient deficiency, be exposed to degenerative processes, or experience oxidative stress. Deeper irregularities in the human organism, perceived only superficially by the patient, can subsequently lead to energetic imbalance and cellular stress.
Our body undergoes constant information exchange between cells. Cells communicate with each other through light impulses, known as ‘biophotons’. In this way, they exchange information through specific frequencies. Signal exchange between cells occurs during embryonic development, as well as in the mature organism at synapses in the nervous system or between cells of the immune system.
In a healthy body, this information exchange occurs unhindered, allowing each cell to fulfill its tasks. When disruptive substances such as toxins, environmental pollutants, viruses, bacteria, allergens, or burdensome radiation from mobile phones, transmission towers, or electrosmog impact the body, this can complicate the vital communication between cells. If disrupted, the work of the cells is hindered, subsequently manifesting in various disease symptoms in the human body.
