Page 193 - The Miracle of the Blood and Heart
P. 193

The Heart: The Most Efficient
                                    Machine in the World


                 propulsive structures that allow them to move. Yet heart mus-
                 cle cells possess an ability not found in any other in the
                 body—the ability to shrink and expand, which is why the heart,
                 which is made up of such cells, beats.
                    What makes the muscle cells in the heart special is the way
                 they suddenly begin moving inside the still-developing
                 embryo. These cells continue  beating during transplant
                 surgery, despite all the nerves connected to them having been
                 severed and all contact with the organs around them having
                 been eliminated. Indeed, even when you separate just one of
                 these cells and place it under a microscope, it will continue to
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                 pulsate as long as you nourish it with blood. Despite appear-
                 ing to be outside the control of any mechanism, these cells
                 behave as if they had literally taken a decision to beat, pump
                 blood and keep their body alive.
                    What allows them to beat is the electrical current that pass-
                 es over them. Every cell making up the heart is literally a liv-
                 ing battery. They themselves chemically produce the energy
                 that powers the movement we refer to as the heartbeat. This
                 feature of the cells is too extraordinary to be explained with
                 any evolutionist claim. Cardiac cells provide the necessary
                 electricity for themselves with the potassium and sodium ions
                 that they can easily find in the blood. Each of the atoms com-
                 prising these two elements frequently loses a negatively
                 charged electron. Consequently the atom has an extra proton,
                 or a positive charge.
                    Cardiac cells possess a high concentration of potassium
                 ions, and sodium is present in the fluid surrounding
                 these cells. The cell membrane removes sodium from
                 the heart muscles and takes potassium inside. Since
                                                                       Adnan
                                                                       Oktar



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