Investigating the Evidence for Intelligent Design — in Biochemistry and Other Fields

amino acid sequences, biochemistry, biology, codes, DNA, Douglas Axe, Evolution, Experience, genetics, information, intelligent agents, Intelligent Design, irreducibly complex systems, language, molecular machines, mutational sensitivity, observation, paleontology, physics, protein sequences, specified complexity, Stephen Meyer, systematics, The Positive Case for Intelligent Design (series), William Dembski
Irreducible complexity and high CSI systems are found, indicating these systems were designed. Source
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Human Genetic Variation — A Tale that Keeps on Telling

1000 Genomes Project, Adam and Eve, alleles, BioLogos, bottleneck, Broad Institute, chims, chromosomes, DNA, Evolution, genetics, genomes, heterozygosity, Human Origins, humans, Moon, mutations, nucleotide differences, population size, primordial diversity, Steve Schaffner, target practice
If the pockmarks on the moon showed this kind of specific array surrounding each crater, we would think someone was using the moon for target practice. Source
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Studies on Stickleback Fish Further Validate Engineering Models for Adaptation

biology, cichlid fish, constrained variation, Evolution, evolutionary icons, fatty acids, Freshwater, genetics, Intelligent Design, natural genetic engineering, phenotypic plasticity, prickly sculpin, saltwater, scientific materialism, stickleback fish
Cichlid and stickleback fish are two of the most iconic examples of adaption that biologists present as evidence for the plausibility of evolutionary processes. Source
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Wolf-Ekkehard Lönnig: An Intelligent Design Pioneer

angiosperms, Cambrian Explosion, carnivorous plants, Charles Darwin, convergence, creator, Darwinists, Diether Sperlich, Free University, genetics, Gestalt, Intelligent Design, Irreducible Complexity, Karl von Goebel, Köln, Life Sciences, logos, Marcel-Paul Schützenberger, Marcos Eberlin, Max Planck Institute for Plant Breeding Research, Mexico, Michael Behe, mousetrap, Neo-Darwinism, paleontology, Second Law of Thermodynamics, Theo Eckhardt, United States, University of Bonn, Utricularia, Wilhelm Troll, Wistar Symposium, Wolf-Ekkehard Lönnig, zoology
Darwinism sounds superficially plausible until one looks at real plants and animals with their irreducibly complex details. Source
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The “Why” of the Fly “Y”: Reflections on “Junk” DNA

Alison Nguyen, axioms, Carmen Sapienza, chromosomes, DNA, Doris Bachtrog, Drosophila melanogaster, Emily Brown, euchromatin, Evolution, Francis Crick, fruit fly, genetics, heterochromatic proteins, heterochromatin, Junk DNA, Leslie Orgel, nucleus, organism, phenotype, repetitive sequences, Richard Dawkins, RNA, The Selfish Gene, transposable elements, W. Ford Doolittle, Y chromosome
In April 1980, almost exactly forty years ago, the journal Nature published a pair of highly influential articles on the topic of what has become known as “junk” or “selfish” DNA. Both reflected the key concept of The Selfish Gene, the highly influential 1976 book by Richard Dawkins, namely, that organisms are merely DNA’s way of making more DNA. The first was authored by W. Ford Doolittle and Carmen Sapienza and titled “Selfish genes, the phenotype paradigm and genome evolution.”1 The second was authored by Leslie Orgel and Francis Crick and titled “Selfish DNA: the ultimate parasite.”2 Together they posited an easy-to-grasp way to conceive of “excess” nucleotides along chromosomes — repetitive sequences in general and transposable elements in particular. In short, it was proposed that most such DNA elements…
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