Embrace the Chaos: How Cells Harness Disorder for Function

Alex Holehouse, AlphaFold, antibiotics, ATP synthase, biophysicists, botanis, Brownian motion, Caltech, car jacks, cell's, conformations, cytoplasm, Duke University, electrostatic conditions, eric hedin, Gabriella Heller, Intelligent Design, intrinsically disordered proteins, kinesin, Life Sciences, Maxwell’s demon, MIT, molecular machines, noncoding RNAs, nucleus, pollen grains, proteins, Robert Brown, Robert Shedinger, Scotsmen, socket wrenches, solubility, The Scientist, Washington University
In three classes of examples, cells are shown to manipulate chaotic forces toward functional purposes. Source
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Three Types of Science: Inferential Science

abductive reasoning, biological information, biophysicists, Evolution, experimental science, fantasy science, historical sciences, ID The Future, inference to the best explanation, inferential science, Intelligent Design, Kirk Durston, observation, philosophers, Reasoning, science
Kirk Durston explains how such reasoning can be used effectively as we consider the best explanation for the origin of biological information. Source
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An Impressive Instance of Unguided Evolution? Not So Much

bacteria, biology, biophysicists, Cornelius Hunter, Darwin’s God, Dennis Venema, E. coli, Evolution, evolutionary theory, ID The Future, Intelligent Design, Michael Behe, mutations, natural selection, Podcast, protein-protein binding, Ray Bohlin, scientists, The Edge of Evolution, unguided evolution, vertebrate immune system
“There is a desire for the theory to be true in spite of the science," says Cornelius Hunter, "not because of the science.” Source
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Nearly All of Evolution Is Best Explained by Engineering

adaptive mechanisms, aluminum soils, analyzers, biology, biophysicists, cave fish, CELS 2021, Conference on Engineering in Living Systems, DNA, dog breeds, Engineering, engineering model, environmental conditions, evolutionary theory, gene regulatory network, gulls, hair, Harold Garner, Intelligent Design, James Shapiro, John Fondon, Laridae, Life Sciences, maize, Midas cichlids, natural genetic engineering, natural selection, phenotypic plasticity, Ralf Sommer, sodium, temperature, yeast
Transposable elements modify gene regulation in maize to confer drought tolerance, alter flowering time, and enable plants to grow in toxic aluminum soils. Source
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