Walt Whitman Type post Author David Coppedge Date March 15, 2023 CategoriesEvolutionIntelligent Design Tagged , bioelectric field, bioelectricity, blood clotting, cable bacteria, drug delivery, electricity, locomotion, Monash University, PNAS, proteins, skin cells, Steve Laufmann, swimming pool, The Scientist, titin, University of Warwick, Walt Whitman, water wires, Your Designed Body Let’s Sing the Body Electric David Coppedge March 15, 2023 Evolution, Intelligent Design 7 The emerging science of “bioelectricity” is opening new vistas into the electrical energy powering our nerves, organs, and tissues. Read More ›
Respiratory Complex I Type post Author Emily Reeves Date February 23, 2023 CategoriesBiologyEngineeringEvolutionIntelligent Design Tagged , ATP synthase, biochemists, design triangulation, electricity, electron transfer, electron transport chain, evolution, evolutionary theory, homology, Hoover Dam, hydrophobic, Institute of Science and Technology, intelligent design, Leonid Sazanov, membrane lipids, molecular machines, Nanoscale, Paul Nelson, proteins, proton pumps, Research, water, water wires An Engineering Marvel: Uncovering the Mechanism of Respiratory Complex I Emily Reeves February 23, 2023 Biology, Engineering, Evolution, Intelligent Design 19 Complex I is involved in the electron transport chain, which is part of the biochemical process by which we create ATP, the energy molecule of life. Read More ›
water wire Type post Date July 22, 2020 CategoriesChemistryIntelligent Design Tagged , amino acids, ATP, bacteria, biophysicists, cell membranes, Cornell University, electricity, evolution, Florida, function, India, intelligent design, kinetic energy, membrane channels, microtubules, molecular machines, oxygen, PNAS, polarization, Rensselaer Polytechnic Institute, spectroscopy, water, water molecules, water wires Biophysicists Find Water Wires Are Biological Information Channels Science and Culture July 22, 2020 Chemistry, Intelligent Design 10 Do the authors of the study think this is intelligently designed? They almost say so. Read More ›
