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 9 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 , __k-review, 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 ›
