Page 21 - The Origin of Life and the Universe - International Conference 2016
P. 21

The Origin of Life and the Universe


            certain properties that reflect the work of a mind. And it is provocative to
            think that those same features are defining biochemistry in its very
            essence. So if certain features reflect the work of a human mind, and we
            see them in biochemical systems is this not evidence that they too must be
            the work of “A Mind”?
                Because of time constraints, I’m only going to focus on one of these
            features today, namely the fact that there are information systems found
            inside the cell. At their essence, biochemical systems are information
            systems. Two major classes of biomolecules that harbor information:
                1) The nucleic acids, such as DNA and RNA; the DNA is depicted on
            the left and
                2) Proteins.
                Both types of molecules are chain-liked nature. These molecules are
            formed when the cell’s machinery links together smaller, subunit molecules
            in a head-to-tail fashion to form molecular chains. In the case of DNA
            and RNA, the subunits are nucleotides or sometimes called the genetic
            letters abbreviated: A, G, C, and T. In the case of proteins, the subunit
            molecules are amino acids. Twenty different amino acids are encoded by
            the genetic code. The cell’s machinery uses these 20 amino acids to
            construct proteins.
                Biochemists often think of the nucleotides used to build RNA and
            DNA and the amino acids used to build proteins, as molecular alphabets.
            Just as alphabet letters are used to build words in English or in the Turkish
            language, amino acid sequences are used to construct biochemical words—
            proteins—that carry out specific functions inside the cell. Nucleotide se-
            quences are used to store information in DNA. In fact, the function of
            DNA is to store information that the cells machinery uses to build proteins.
            The regions of the DNA molecule that contain the information needed to
            build a single protein is called a gene.
                The recognition that biochemical systems are information systems
            indicates that life must come from a Mind. Why? Because whenever we
            encounter information we recognize that there is a mind behind that in-
            formation. When you receive a text message; when you receive an email;
            if you receive a letter in the mail or you see a sign on the side of the road,



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