Dec 15, 2017 James Kohl Adaptations , Alternative Splicings , Autophagy , base editing , biophotonics , Diseases & Disorders , Ecology , Light Energy , microRNA editing , Model Organisms , Nutrigenomics , Physics , RNA Directed , RNA editing , RNA interference , RNA-mediated epigenetic regulation of gene expression , RNA–Mediated Epigenetic Heredity , Variations autophagy , biophysically constrained biodiversity , Calcium , Chloride , epistasis , feedback loops , fertility , Glucose , GnRH , gonadotropin-releasing hormone , healthy longevity , Hematocrit , Hemoglobin , hydrogen-atom transfer in DNA base pairs in solution , innate immune system , insects , intracellular signaling , intranuclear interactions , Lactic Acid , LH secretion , light , mammals , microbes , microRNA/messenger RNA balance , molecular epigenetics , nematodes , network of hydrogen bonds , nutritional epigenetics , pCO2 , pH , pheromone-controlled , pO2 , Potassium , potential of hydrogen , replication of viruses , selection for phenotype , single amino acid substitution , Sodium , stochastic gene expression , Virus-driven energy theft Conclusion: The anti-entropic virucidal energy of sunlight links food energy directly from the innate immune system to all morphological and behavioral diversity. It all about energy. It’s all about the creation of enzymes. It’s all about the base pairs. Until the day that I launched Autophagy.pro, I had only one or two Facebook posts that […]
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