alfred-nobel-prize-two-medals-standing-on-red-fabric-stockpa-268539503-stockpack-adobestock Type post Author David Coppedge Date December 24, 2025 CategoriesIntelligent DesignMedicine Tagged , autoimmune diseases, blood-clotting cascade, Daniel Davis, Daniel Lawler, Foxp3, Fred Ramsdell, Helen Thomson, Immune System, immunologists, Imperial College London, Institute for Systems Biology, Irreducible Complexity, Japan, Julien Dury, Mary Brunkow, Michael Behe, Nature (journal), New Scientist, Nobel Committee, Nobel Prize, regulatory T cells, San Francisco, Seattle, Shimon Sakaguchi, Sonoma Biotherapeutics, Tregs, University of Osaka, Your Amazing Body No. 9 Story for 2025: Biological Foresight Wins Nobel Prize David Coppedge December 24, 2025 Intelligent Design, Medicine 8 The Nobel Prize for Physiology or Medicine for 2025 was awarded to three immunologists who discovered regulatory T cells. Read More ›
alfred-nobel-prize-two-medals-standing-on-red-fabric-stockpa-268539503-stockpack-adobestock Type post Author David Coppedge Date October 9, 2025 CategoriesIntelligent DesignMedicine Tagged , autoimmune diseases, blood-clotting cascade, Daniel Davis, Daniel Lawler, Foxp3, Fred Ramsdell, Helen Thomson, Immune System, immunologists, Imperial College London, Institute for Systems Biology, Irreducible Complexity, Japan, Julien Dury, Mary Brunkow, Michael Behe, Nature (journal), New Scientist, Nobel Committee, Nobel Prize, regulatory T cells, San Francisco, Seattle, Shimon Sakaguchi, Sonoma Biotherapeutics, Tregs, University of Osaka, Your Amazing Body Biological Foresight Wins Nobel Prize David Coppedge October 9, 2025 Intelligent Design, Medicine 7 Who is more worthy of honor: the designer of a highly sophisticated functional system, or investigators who figured out how it works? Read More ›
2024_Nobel_Prize_Posters_06 Type post Author Andrew McDiarmid Date July 19, 2025 CategoriesBiologyEvolutionIntelligent Design Tagged , biologists, Casey Luskin, DNA, evolutionary junk, function, gene regulation, genome, ID the Future, intelligent design, Jonathan Wells, junk DNA, microRNA, Nobel Committee, Nobel Prize, non-coding DNA, non-coding regions, podcast, Richard Sternberg, The Myth of Junk DNA, William Dembski Another Case Where “Junk” Myth Impeded Science Andrew McDiarmid July 19, 2025 Biology, Evolution, Intelligent Design 2 For decades, evolutionary biologists considered non-coding regions of DNA as evolutionary junk. Read More ›
Seattle_New_Years_Eve_Fireworks_2011_(5) Type post Author Casey Luskin Date January 1, 2025 CategoriesEvolutionIntelligent Design Tagged , Autonomous University of Madrid, C. elegans, Current Science, David Coppedge, evolution, Gary Ruvkun, gene regulation, intelligent design, Jonathan Wells, junk DNA, Karolinska Institutet, microRNA, miRNA, National Cancer Institute, Nicholas Robine, Nobel Committee, Nobel Prize, Richard Sternberg, Robert Sarnovsky, roundworm, Subhash Lakhotia, The Conversation, The Myth of Junk DNA, Victor Ambros, William A. Dembski Happy New Year! No. 1 Story of 2024: Nobel Prize for Function of “Junk DNA” Casey Luskin January 1, 2025 Evolution, Intelligent Design 11 That so-called genetic junk would turn out to be functional was a prediction of intelligent design going back to the 1990s. Read More ›
2024_Nobel_Prize_Posters_06 Type post Author Casey Luskin Date December 17, 2024 CategoriesEvolutionIntelligent Design Tagged , Autonomous University of Madrid, C. elegans, Current Science, David Coppedge, evolution, Gary Ruvkun, gene regulation, intelligent design, Jonathan Wells, junk DNA, Karolinska Institutet, microRNA, miRNA, National Cancer Institute, Nicholas Robine, Nobel Committee, Nobel Prize, Richard Sternberg, Robert Sarnovsky, roundworm, Subhash Lakhotia, The Conversation, The Myth of Junk DNA, Victor Ambros, William A. Dembski 2024 Nobel Prize Awarded for the Discovery of Function for a Type of “Junk DNA” Casey Luskin December 17, 2024 Evolution, Intelligent Design 11 That so-called genetic junk would turn out to be functional was a prediction of intelligent design going back to the 1990s. Read More ›