The Fourth Biological Law

THE ONTOGENETIC SYSTEM OF MICROBES

The Fourth Biological Law of German New Medicine addresses the role of microbes in the context of evolution and in relation to the three germ layers (endoderm, mesoderm, ectoderm) from which our organs originate.

The diagram on the left illustrates the classification of microbes in relation to their ontogenetic age and their specific germ layer particularities.

When our organs developed over the course of evolution, very specific types of microbes developed with them. The biological purpose of the billions of micro-organisms that inhabit our body is to maintain the different tissues and keep them in a healthy state. Microbes such as fungi and bacteria are our loyal helpers, indispensable for our survival.

It is Dr. Hamer's discovery that microbes become, without exception, only active in the healing phase. In the phase of Normotonia as well as in the conflict active phase they are dormant and do not cause any infection. But at the moment of the conflict resolution (CL), they receive a signal from the brain to start the work that was assigned to them. Active microbes are totally harmless to all other organs.

Microbes are specialized with respect to the way and style in which they perform.

FUNGI and MYCO-BACTERIA (yellow group) are the oldest microbes. They work on organs and tissues that originate from the endoderm directed from the brain stem and on old brain mesodermal organs directed from the cerebellum. Fungi like Candida or myco-bacteria like tubercular bacteria decompose tumors such as colon tumors, lung tumors, kidney tumors, liver tumors, glandular breast tumors, or melanoma. During the healing phase they break down the extra cells that are no longer needed. Usually, this decomposing process is accompanied with fever and night sweats. What makes myco-bacteria such as tubercular bacteria remarkable is that they start to multiply immediately at the moment of the conflict shock. They multiply at a rate which parallels the growing tumor. The moment the conflict is resolved, the exact amount of tubercular bacteria is available that is necessary to decompose the tumor cells. If the microbes are absent because, for example, they were eradicated through vaccination, the tumor will be encapsulated in scar tissue and stays in place with no further cell augmentation. In this case the tumor will be viewed as benign.

BACTERIA (orange group) inhabited the organs and tissues that derive from the new brain mesoderm directed from the cerebral medulla. In new brain mesodermal tissue, bacteria such as staphylococcus bacteria fill the gaps in the bone that were caused by the meltdown of callus cells and reconstruct the bone with granulating callus forming tissue. Bacteria also assist the repair process by forming scar tissue. During the healing phase, bacteria also rebuild the cell loss (necrosis) of ovarian or testicular tissue.

As far as the role of ”viruses“ is concerned, Dr. Hamer prefers to speak of “hypothetical viruses” since lately the existence of viruses has been called into question. This is in line with Dr. Hamer’s earlier findings that the reconstruction process of ectodermal cerebral cortex controlled tissue e.g., of the epidermis, the cervix uteri, the lining of the intra-hepatic bile ducts, the lining of the small curvature of the stomach, the bronchial mucosa, and the nasal membrane still occurs, even without the presence of a virus; e.g. a herpes ”virus“, a Hepatitis ”virus“, a ”flu virus“ etc.

The dilemma in which medical science finds itself is that by failing to recognize the two phases of every disease (Second Biological Law), conventional medicine only sees the second phase, because it is only in the healing phase during which microbes are active. And since the activities of microbes are often accompanied with swelling, fever, inflammation, pus, discharge and pain, microbes are considered to be malevolent and viewed as the cause of infectious diseases. But it is not the microbes that cause the disease. On the contrary, our organism uses the microbes to optimize the healing process.