Fourth Biological Law - Microbes

The Ontogenetically Determined System of Microbes

The significance of the Fourth Biological Law is revolutionary, even if not entirely unprecedented, for the biology and medicine we know today, which are founded on principles that became dominant about a century and a half ago due to a historical juncture, following the presentation of Pasteur's germ theory.

With the fourth law, it is discovered that microbes in our organism do not act autonomously but are symbionts sensibly controlled by the brain, with precise purposes and functions in relation to the different types of tissue on which they operate. 

The body is an immense organization of specialized cells, aided by a population of microbes 10 times more numerous than that of the cells themselves. If extracted from the body, they can have their own autonomy, but within it, they are perfectly coordinated symbionts.

There are 3 categories of microbes in our body:

Fungi and Mycobacteria 

The oldest in evolution, they are controlled by the paleencephalon, or the brainstem and cerebellum, and have the function of restoring tissues of endodermal and ancient mesodermal embryonic origin. 

They begin to proliferate as soon as the tissue increases activity and size (Active Phase of the second law) but remain inactive. They are thus ready to spring into action in the repair phase (PCL of the second law), that is, when the excess grown tissue is dismantled and expelled. Fungi and mycobacteria operate through the process of caseification and are thus used by the organism to necrotize no longer useful cells (nature does everything with the minimum expenditure of energy for maximum yield).

Bacteria

They are directed by the white matter and intervene in the repair of necrosis of tissues of mesodermal origin innervated by the neencephalon. 

These too can proliferate in a first phase, remaining inactive. The target of antibiotics and all kinds of therapeutic attacks, recently some studies have come across evidence that is difficult to classify with the principles of modern microbiology: this is the case of Helicobacter pylori, in the past and still today accused of being the cause of gastric ulcers: [20 September 2009] "... Helicobacter pylori produces a protein capable of repairing lesions, both on the walls of the stomach and on the cornea and skin. The discovery of the University of Naples Federico II is published in the international journal Journal of Immunology..." 

This is just one of the numerous studies that, in the last 30 years, have been carried out on the "protective" function of Helicobacter. "It is accepted that this organism has colonized humans for probably many thousands of years, and the favorable persistence of H. pylori in the human stomach for such a long period could be a case to conclude that this organism is advantageous to its host." Source: PubMed. 

More than half of the world's population hosts this bacterium, yet less than 1% develops stomach cancer. Could it ever be "the cause"? And all its symbiotic protective functions? Does it do good or harm? Source: PubMed

Viruses 

Viruses are the most recent microbes (note: they are not living beings but protein aggregates with genetic information), which Dr. Hamer assumed to be coordinated by the cerebral cortex of the neencephalon. They would come into play in the repair phases of ulcers and necrosis of tissues of ectodermal embryonic origin. 

The most recent research is investigating viruses in ever greater depth, reaching the substantial conclusion that these vesicles (exosomes) would be packets of information used by cells to communicate with each other. This is a field in constant revolution, so I recommend following the updates that we report here on 5LB Magazine, starting with this article: The research is getting closer and closer to the fourth biological law.

In essence, the presence of microbes in conjunction with pathologies gives the illusion that they themselves are the "pathogens," that is, the cause of the symptom, while on the contrary, they are important actors in the biological process of tissue repair. 

The so-called "immune system" is the tool that the organism adopts to limit or facilitate the proliferation and work of microbes."