Darwin’s Black Box, 30 Years On: A Seminal Contribution to Biology

A Mousetrap for Darwin, Baylor University, biochemistry, biology, Brown University, bubonic plague, Charles Thaxton, Congress, Darwin's Black Box, Douglas Axe, Evolution: A Theory in Crisis, faculty, injectisome, Intelligent Design, Irreducible Complexity, James Shapiro, Jonathan Wells, Journal of Molecular Biology, Kenneth Miller, Lehigh University, Michael Behe, Michael Denton, motorcycles, mousetrap, naturalists, non-theistic evolution, Pajaro Dunes, Paul Nelson, protein evolution, Roger Olsen, San Francisco, Seattle Pacific University, Southern Methodist University, Stephen Meyer, T3SS, The Mystery of Life’s Origin, theistic evolution, Type 3 Secretory System, University of Chicago, Walter Bradley, Yersinia pestis, __featured1
It makes sense to think that the T3SS didn’t evolve into the bacterial flagellum, but that the bacterial flagellum shed some protein parts to become a T3SS.  Source
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Listen: Sneak Preview of New Douglas Axe Intelligent Design Course

cleverness, Darwinian mechanism, Evolution, gene recruitment, genetic code, Intelligent Design, Journal of Molecular Biology, molecular biology, mutations, natural selection, paper airplanes, Podcast, population genetics, proteins, Twitter, video course
In the full course, Dr. Axe investigates proteins and how they work, the genetic code, gene recruitment, population genetics, natural selection, and much more. Source
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Mistakes Our Critics Make: Protein Rarity

amino acid sequences, antibodies, chemical activities, Dan Tawfik, DNA, Douglas Axe, English, HisA enzyme, Intelligent Design, Journal of Molecular Biology, Niagara Falls, proteins, RNA, sentences, wheelbarrow, β-lactamase enzyme
In previous articles, I demonstrated how substantial quantities of biological information cannot emerge through any natural process (see here and here), and I described how such information points to intelligent design. Now, I am addressing the mistakes typically made by critics who challenge these claims (see here, here, here, and here). See my post yesterday, here, on misapplying information theory.  A second category of errors relates to arguments against the conclusion that the information content of many proteins is vastly greater than what any undirected process could generate. Most of the critiques are aimed at the research of Douglas Axe that estimated the rarity of amino acid sequences corresponding to a section of a functional β-lactamase enzyme. Many of the attacks result from the skeptics’ failure to properly understand Axe’s…
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