Page 188 - The Miracle of Protein
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186    THE MIRACLE OF PROTEIN



                        eign substance entering your body, but the molecules which
                        comprise your antibodies have assumed this duty and are
                        equipped with miraculous abilities for your protection. In this
                        defense system, atoms identify and recognize other atoms. Un-
                        conscious proteins and molecules, made entirely of atoms, can

                        recognize harmful substances, instantly produce the most effec-
                        tive weapons against the enemy, and immediately disable it. To
                        whom belongs the power and intelligence that helps them dis-
                        play such conscious behavior? All of these belong to God, the
                        sole Lord of living things' flawless creation.
                             Like all other miracles of creation, the defense system rep-

                        resents a major dilemma for Darwinists. This system, which
                        can manufacture up to 10 million of different types of antibod-
                        ies, can recognize an intruder and produce the appropriate an-
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                        tibody. Antibodies are proteins and the body produces up to
                        200,000 types of proteins. However, if the antibodies that bind

                        to foreign substances in the body had only 200,000 types of va-
                        riety, we could have fallen ill with the simplest germ and could
                        die. However, it is not the case because God created our im-
                        mune system in such a way that it is able to defend our body
                        against countless number of bacteria. But how is it possible that
                        we have tens of thousands of genes in our cells, but are still pro-

                        tected against billions and even more bacteria? This variety is
                        ensured at two levels. Gene sections V, D and J are used for the
                        synthesis of antibodies. However, they are not the only gene
                        sections in the DNA that encode antibodies. There are also dif-
                        ferent candidate genes that encode the same region. In the syn-

                        thesis of every antibody, genes from these different sections are
                        selected, creating countless different combinations, thus count-
                        less antibodies. This is the first level of diversification.
                             However, the second stage is even more impressive due to
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