The Origin of the Little Brain on the Heart and Its Role in the Absence of Brain During Head Transplantation in Adults and Before Formation of Head in Embryos: Testing the Model in Birds and Chick Embryos
13 Pages Posted: 5 Mar 2019
Date Written: February 14, 2019
Recently, some authors have claimed that head transplantation is possible in human. The question arises that what is the fate of mind and voluntary decision during head transplantation? To response this question, we should accept the claim of other investigators for the existence of little brain on the heart. In this research, we propose some reasons for the emergence of this little brain before formation of head in chick embryos. We take it's radiate wave and show that it controls the process of formation of neural circuits and brain. In fact, the origin of the little brain is the DNA in initial stem cell. This DNA is constructed from various types of genes. For analyzing signals of each gene, one circuit should be emerged that receive signals, analyze and send responses. These circuits are formed from neurons. On the other hand, each of these genes emits several types of waves. To transmit these waves between cells, there should be several terminals or receiver in dendrite and axons of a neuron. Thus, total circuits and neurons of brain are formed by radiated waves from DNAs in initial stem cells. Also, some circuits of neurons are emerged around stem cells that form the little brain. In the absence of neurons in the early stages of chick embryos, most of the initial signals of initial DNA are transformed by blood molecules from heart to other cells and thus, the little brain is formed interior of the heart. We take radiated signals of the little brain on the hearts of birds during head transplantation. We show that after cutting heads of birds, this little brain enters directly in process of decision and manages voluntary behaviour. For this reason, birds without head, could open their wings, fly and jump the barriers. By connecting head to body, the little brain emits more signals to communicate with the brain interior of head.
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