Feb 16, 2017 James Kohl Adaptations , Alternative Splicings , Autophagy , biophotonics , Diseases & Disorders , Ecology , Human Brain , Human Pheromones , Light Energy , Model Organisms , Neuronal Plasticity , Nutrigenomics , Physics , RNA Directed , 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 alternative splicings , anti-entropic force , Astrocytic Insulin Signaling , autophagy , biological functions , Brain Glucose Uptake , brain sugar switch , chemotaxis , circulating miRNAs , climate change , CRISPR , endogenous RNA interference , energy as information , energy-dependent , evolutionary strategies , feedback loops , gene expression , genetic networks , isomerization , Light-triggered re-arrangement , messenger RNA , metabolic networks , microbiome , microRNA biogenesis , microRNA flanking sequences , microRNA/messenger RNA balance , Molecular Photoswitches , Nutrient Availability , nutrient energy-dependent , nutritional epigenetics , opposing twisting helices , pH-Taxis , phototaxis , physical forces , physiology of reproduction , Phytoremediation , pre-messenger RNA , protein replacement therapy , RNA-mediated , scientific uncertainty , sunlight , thermotaxis , tobacco mosaic virus , Virus-driven energy theft , virus-driven pathology I added a video track to the audio track that already accompanies this presentation. See also: High-Power Actuation from Molecular Photoswitches in Enantiomerically Paired Soft Springs Reported as: Molecular switch drives powerful movement by opposing twisting helices Inspired by the evolutionary strategies that support the movement of plants, the team headed by Stephen P. Fletcher […]
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