Page 181 - The Miracle of Electricity in the Body
P. 181

Adnan Oktar (Harun Yahya)                          179





                 But in almost all healthy individuals, this system works to perfec-
            tion without requiring any intervention as to which molecules are to be
            released, when and in what quantities. The nerve cells’ communication
            system once again confirms a manifest truth. These delicate balances
            and complex mechanisms in question cannot have come into being
            through consecutive chance events. It is God, the Almighty and
            Omniscient, Who creates them, gives them to our service and takes them
            back when He so chooses.





















                                           Synapse


                Nucleus
                                   (A) Serotonin is stored in small vesicles within the nerve termi-
                                   nal of neurons. (B) Electrical impulse triggers the membrane in
                                   the nerve endings, causing the neurotransmitters –serotonin– in
                                   these vesicles to be released. (C) The serotonin molecules that
              Electrical impulse
                                   are released to the gap between the cells –synapse– attach to
                                   the receptors in the surface of the second cell. (D) Once the
            Serotonin is pro-
                                   serotonin fulfills its duty, receptors release the molecules that
            duced in the raphe
                                   were split or restored for later use.
            nuclei of the special                                        RECEPTOR
            neurons located in                 A                   B
            the brain stem. They
            are then transferred
            to the nerve endings                                     C
            in the brain and the                                  SYNAPSE
            spinal cord.
                      Nerve impulse  Reuptake transporter         D
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