Book Review: Miracle of the Cell by Michael Denton


Neuron cell

Animal cell (neuron)

 

Miracle of the Cell (Discovery Institute Press, 2020) 1 is the most recent in a series of books on evolution and intelligent design by Michael Denton.2 ,3 ,4 Denton is best known for his books Evolution: A Theory in Crisis and Nature’s Destiny. Denton holds a PhD in biochemistry and is also a medical doctor. He grew up in England but has also lived and worked in Canada, New Zealand, and Australia. He is a Senior Fellow at the Discovery Institute’s Center for Science and Culture. Many of the leading proponents of the intelligent design movement, including Michael Behe and Philip Johnson, have said Denton inspired their work.

Does the Fact That Random Genetic Mutations Can Result in Adaptation Prove Macroevolution? (Part 2)

This article is the second part of a review of Michael Behe's new book Darwin Devolves. The first part covered chapters 1-6. 1 This article will complete the review and covers chapters 7-10.

Radical Differences Between Human and Chimp Y Chromosomes Open a Bounty of Research Rabbit Holes for Scientists to Plunder


Chromosomes

With support from the United States National Institutes of Health and the Howard Hughes Medical Institute, scientists from several medical research laboratories in the United States and the Netherlands have recently completed a series of experiments designed to sequence the male-specific region of the Y chromosome (MSY) in the chimpanzee. 1 In their words, they achieved for the first time “levels of accuracy and completion previously reached for the human MSY.” They also compared the MSYs of humans and chimpanzees and found that “they differ radically

Has Science Found How Life Began and Species Evolved? An Examination of the "RNA World" Hypothesis and Rapidly Changing Lizards

The central question evolutionary science has yet to answer is by what natural processes is novel information introduced into the biological world. Until this question is answered, evolution will remain an organized system of unproven speculations and “just so” stories. There are two main events in the evolutionary tale that need this type of explanation: the origin of life and the mechanism for macroevolution.

Joyce

God’s Wisdom in the Genome

The genome of organisms contains their genetic material, which largely determines how they will develop. Scientists are learning more and more about the genome of various organisms, which is revealing more and more about the amazing wisdom of God in their design and creation. It seems that our understanding of the functioning of life is always incomplete, and the genome is always more complex than we had thought. Will we ever fully understand the functioning of life, or will it always be a mystery to us?

Puzzles of the Genome

The genome of an animal contains the DNA that specifies the characteristics of the animal. This is in the form of a sequence of four bases; the sequence of the human genome is over three billion bases long. Of course, different individuals have different sequences. A few years ago the human genome project completed a description of the sequence of the human genome, and several other animals’ genomes have been sequenced since then. Scientists sometimes claim that these genomes provide evidence for the theory of evolution. However, recent results show how little we really know about the genome, and therefore it is unreasonable to assert that the genome provides evidence for evolution, when we understand it so poorly.

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Figure 1

Does the Molecular Evidence Prove Common Ancestry is a "Fact?"

Genesis 1 describes the separate creation of various organisms “after their kind.” This means that all life on earth is primarily related through having a common creator and not through common descent. When evolutionists claim that molecules-to-man macroevolution is a “fact”, they are often referring to evidence for common ancestry irrespective of any evolutionary mechanism. This approach helps them avoid the inherent difficulties associated with explaining how point mutations, genetic recombinations, gene duplication, and natural selection could create new genetic information by chance.