Nov 22, 2017 James Kohl Adaptations , Alternative Splicings , Autophagy , base editing , biophotonics , Diseases & Disorders , Ecology , Human Brain , Human Pheromones , Light Energy , microRNA editing , Model Organisms , Neuronal Plasticity , Nutrigenomics , Physics , RNA Directed , RNA editing , RNA interference , RNA methylation , RNA-directed DNA methylation , RNA-mediated epigenetic regulation of gene expression , RNA-mediated gene silencing , RNA-mediated toxicity , RNA–Mediated Epigenetic Heredity , Variations A-to-I RNA editing , A2AR , achiral glycine , adenosine repletion , atoms to ecosystems , autophagy , chiral source of hydrogen atoms , curcumin , de novo changes in electrons , docosahexaenoic acid , ecological adaptations , Endogenous adenosine , energy-dependent , error-free RNA-mediated DNA repair , GnRH decapeptide , Mechanisms of Recombination , Neuroimmunology , neurological disorders , Niacinamide , Nicotinamide , nucleotides , osteoarthritis , pheromone-controlled reproduction , photoreductant source , physiology , production of nucleotides , quantized energy , recombination , ribonucleotide reductase , RNA editing , RNA-mediated , sunlight , supercoiled DNA , virus-driven degradation of messenger RNA Summary: In the diagram and diatribes that accompany claims about de novo changes in electrons and the production of nucleotides, the amount of pseudoscientific nonsense becomes perfectly clear. Pseudoscientists start with energy-dependent changes but call the changes de novo changes in electrons. That allows the pseudoscientists to dismiss any facts about how the creation of […]
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