23 Haziran 2010 Çarşamba

BELIEF IN DARWINISM REQUIRES ABANDONING LOGIC AND WISDOM

All of the cells in your body multiply by division. During this process, the DNA in the cell's nucleus needs to be copied too. The process of DNA replication takes place without fault, in a regular, most organized and disciplined way that strikes awe in attentive observers.

The DNA molecule, containing a miniaturized data bank of three billion letters, is like a ladder that has twisted around itself to form a helix. At the beginning of replication, the enzyme DNA helicase first approaches the DNA molecule and starts to unwind the helix, just as in the opening of a zipper. The twin strands of DNA in the helix, formerly wound around each other, separate as a result.  DNA helicase is always ready to perform its duty on time, without any fault, without becoming confused or making the slightest mistake, and without damaging the DNA in any way.

Then it's the turn of another enzyme, DNA polymerase. Its duty is to complete each unwound strand of the DNA with a second one. In order to do so, it must locate and bring the organizing information appropriate for each strand. But wait! An enzyme, made up only of atoms and molecules, cannot be expected to have any knowledge, consciousness, or mind of its own. Yet it can identify the type of information needed to complete the half-strand of DNA and then, locate the necessary components, wherever they may be in the cell, and bring them to where they're needed. During this entire process, it doesn't make the slightest mistake. It identifies, one by one, the three billion letters  in order to  complete the strand of DNA correctly. At the same time, another polymerase enzyme works on the DNA's other strand and completes it in the same way. And while all this is taking place, "helix stabilizing" enzymes hold apart the two strands of DNA to prevent them from winding back around each other. 

During this process of DNA replication, many enzymes work with military discipline to carry out processes that require knowledge and cognition. If you were given a script containing three billion letters and were asked to type it over, you couldn't possibly copy it without making mistakes. You would certainly make at least one mistake somewhere, by skipping a line or at least, a letter or two. Yet these enzymes complete a comparable process repeatedly, without making any such errors.

Darwinists claim that all of these enzymes, the information contained in the DNA's billions of letters, the process of DNA replication, and this entire faultless organization came about as the result of a string of coincidences. Evolutionists' belief in this unbelievable—in fact, impossible—assumption is a significant mistake that needs serious consideration. The sole reason for evolutionists' blind faith in this highly illogical theory is their commitment to materialism, together with their resolve to deny the existence of God.


DNA, the molecule found in the cell's nucleus, is the body's information bank. Therefore, before any one cell divides in order to become two, it must first make a duplicate copy of its DNA.
DNA is in the shape of a helix. In order for it to be copied, many enzymes—again produced according to the information in the DNA—carry out processes displaying the utmost intelligence and organization.

Before DNA is replicated, enzymes called helicase arrive to unwind the DNA helix, much as one would open a zipper. The orange shapes show this enzyme's actions.
In order to prevent the two unwound DNA strands from winding back around each other, helix stabilizing enzymes (shown in green in the diagram) anchor the two strands in place.

At this point, enzymes called DNA polymerase start attaching appropriate pieces of information onto each strand, to form two DNA helixes.
In these diagrams, the yellow shapes represent the DNA polymerase enzyme, which carries out the replication process.
As a result of the faultless cooperation and disciplined, intelligent processes of these unconscious molecules, DNA is copied perfectly, with no errors.

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