clathrin cage Type post Author David Coppedge Date July 21, 2023 CategoriesBiologyEvolutionIntelligent Design Tagged , endoplasmic reticulum, evolution, Golgi apparatus, hexagons, humans, intelligent design, Latin, proteins, Science (journal), self-driving cars, vesicles, yeast Cell Vesicles Wear Sophisticated Coats, Defying Unguided Evolutionary Explanations David Coppedge July 21, 2023 Biology, Evolution, Intelligent Design 10 These coats, and the accessory proteins that build them, attach them to vesicles, and disassemble them, exhibit irreducible complexity. Read More ›
leaking Type post Date May 27, 2021 CategoriesBiologyIntelligent DesignOrigin of Life Tagged , amino acids, cell membrane, cells, Darwin's Black Box, EMBO Journal, eukaryotic cells, foresight, intelligent design, Irreducible Complexity, macrophages, Michael Behe, primordial soup, proteins, protocells, vesicles Zip It: How Cells Repair Leaking Membranes Science & Culture May 27, 2021 Biology, Intelligent Design, Origin of Life 7 Membrane repair would have been necessary for the existence of the first cell. By what miracles did it arise? Read More ›
FedEx truck Type post Date May 15, 2020 CategoriesIntelligent Design Tagged , Amazon, cells, coronavirus, enzymes, Max Planck Institute, PNAS, ribosomes, sex, shipping, sperm, U.C. San Diego, Vanderbilt University, vesicles Just-in-Time Delivery in Living Cells Science & Culture May 15, 2020 Intelligent Design 8 Our modern world relies on shipping and receiving, but many cargoes have to arrive at the right time to be useful. Read More ›
internet of cells Type post Date November 6, 2017 CategoriesBiologyEvolutionIntelligent DesignLife Sciences Tagged , __cedited, __image, cells, Darwinian theory, embryonic development, evolution, genetic information, intelligent design, mRNA, nature, organelles, peptides, Research, RNA, University of Heidelberg, Vanderbilt University, vesicles Internet of Cells: The Next Revolution? Science & Culture November 6, 2017 Biology, Evolution, Intelligent Design, Life Sciences 7 Cells are connected in surprising ways that molecular biologists are just now beginning to understand. Read More ›
