Page 98 - The Miracle of the Blood and Heart
P. 98

THE MIRACLE OF THE
                                      BLOOD AND HEART


                   not broken down during the process of phagocytosis. Tissue
                   macrophages represent a flawless system that constantly pro-
                   tects against infection in the tissues. Their phagocytosis meth-
                   ods are different from those of the neutrophils. In general,
                   they possess the ability to phagocytose 100 bacteria.
                   Neutrophils are unable to phagocytose cells larger than bacte-
                   ria, while macrophages have the ability to eliminate much
                   larger structures.
                       Neutrophils generally digest the cells they phagocytose
                   inside themselves. As a result of this digestion, the bacterium
                   gives off toxic substances, and after phagocytosing 25 bacteria
                   at most, these toxins increase to such a level as to lead to the
                   neutrophils' own deaths. In one sense, the neutrophil sacri-
                   fices itself that the body as a whole might live. Subsequently,
                   the dead neutrophil is itself phagocytosed and digested by the
                   macrophages.
                       Macrophages, on the other hand, possess the ability to
                   expel waste products after digesting their enemies and there-
                   fore, face no danger of being poisoned. As a result, they are
                   still able to perform their functions for months, even for
                   years. 46
                       This whole account is a proof of God's omniscience, which
                   we watch with amazement in every system we encounter. It's
                   astonishing how minute living cells are able to identify an
                   enemy and take the relevant precautions. Moreover, these tiny
                   living entities also take measures to be ready in the event that
                   these same enemies enter the body again at some later date.
                        For that purpose, in ingesting the enemy cell, the
                           macrophage separates off a part of it known as the
                             antigen, which contains the enemy's identifying
               Harun
               Yahya



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