Third Biological Law of Nature

Discovered by Dr. Ryke Geerd Hamer, Med., Theol. (1935–2017)

First Biological Law | Second Biological Law | Third Biological Law | Fourth Biological Law | Fifth Biological Law

"We wouldn't blame firemen for starting a house fire."  

All SBPs are directly related to the embryology of the human cell layers: Endoderm, Mesoderm, and Ectoderm. These are called “Germ Layers,” not to be confused with germs as microbes. 

In other words, the psyche, brain, and organs are biologically connected, and this is once again observed in the stages of evolutionary and embryonic development of the human being. 

Okay, stay with us here. We have the older part of our brain, called the endoderm and old Mesoderm. In most texts of German New Medicine, these tissues are colored yellow and orange. The new part of the brain is the new Mesoderm and ectoderm. The new Mesoderm, in GNM diagrams, is colored dark orange, and the ectoderm is colored red.

Remember, the original definition of germ is “To grow outward, to sprout.” The endoderm is associated with the food we eat and alimentary process. It’s associated with the path our food travels through the body, everything from our lips, mouth, esophagus, stomach, small intestines, liver, gall bladder, large intestines, and out. The Brain Stem controls all those organs. 

In GNM, we further divide the Mesoderm into two parts. The Old Mesoderm and the New Mesoderm. The Old Mesoderm is associated with corium skin (under the skin, our original protective skin), sweat glands, breast glands, and more. The Old Mesoderm is controlled by the Cerebellum.

The New Mesoderm is associated with the bones, bone marrow, blood cells, tooth dentin, heart muscles and valves, blood vessels, lymph nodes, spleen, and more. The Cerebral Medulla controls all of those. Finally, we have the Ectoderm, which is associated with the Outer Skin! Are you seeing the puzzle pieces coming together!?! Isn't that amazing? We hope you are in awe of whoever you consider your creator!

In most texts of German New Medicine, these tissues are colored yellow, orange, dark orange, and red. We have the older part of our brain called the Endoderm and Old Mesoderm. The new part of the brain is the New Mesoderm and Ectoderm.

It has been observed in a woman’s womb that the human organism develops by passing through all the typical phases that it went through during its evolution as a species. As we follow the growth of the human embryo, it is as if we are observing an accelerated version of the evolution of man. We see the appearance, one after the other, of the three main germ layers. From these layers, our organs grow, corresponding to each layer.

From here, it is easy to follow the connections between brain areas and organs, as well as the purpose of each organ —and the biological purpose each organ serves at the time of its appearance and full development.

[4 diagrams]

For example, the earliest organism arose at a time when only the brainstem existed. Here, the disease responses are related to pure survival, and organ activity is related mostly to food consumption, digestion, and elimination. A conflict associated with this layer is “indigestible morsel conflict” or conflict with survival.

The more complex organ systems were created to reflect the higher complexity of function required, including a protective skin, a nerve-sense system, skeletal and muscle systems, the five sense, etc. These new organs correspond to the appearance of more differentiation in the brain as well, culminating with the development of the brain cortex. The brain cortex is where complex thinking processes happen, and our thoughts and ideas are registered. It’s where we have a sense of identity, terrirotial belonging, ownership, and more complex desires than the single-minded urge for eating and survival.

In 1991, Dr. Hamer was presented with brain scan of a patient and nothing else. Here is what is documented:

“After I presented a lecture in Vienna in May 1991, a doctor gave me a brain-computer tomogram (CT) of a patient. In the presence of 20 of his colleagues, among them radiologists and computer tomography experts, he asked me to tell him what symptoms the patient had and which type of conflicts were related to them. I was asked to conclude the condition of the other two levels from the brain level. I diagnosed from the brain CT a freshly bleeding bladder carcinoma in the healing phase, an old prostate carcinoma, a diabetic condition, an old bronchial carcinoma, and a sensory paralysis of a certain area in the body — and for each of these, the corresponding conflicts that the patient must have experienced. At this point, the doctor stood up in front of all his colleagues and said, "‘Dr. Hamer, congratulations! Five diagnoses — five successes! The patient had exactly what you said. And you were even able to differentiate what symptoms he had in the past and which symptom he has right now.’”