Aug 3, 2017 James Kohl Adaptations , Alternative Splicings , Autophagy , biophotonics , Cytosis , Diseases & Disorders , Ecology , 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 , Variations atoms to ecosystems , ATP dependent , autophagy , Bruce McEwen , Cancer Mutations , chirality , chromosomal rearrangements , cological niche construction , ctenophore , de novo Creation , Denise Chen , DNA Folding , DNA structure , Donald Pfaff , ecological adaptations , energy-dependent , evolution of intelligence , GnRH , Gut viruses , hematopoiesis , isoforms , Martha McClintock , microRNA / messenger RNA balance , Moroz , neo-Darwinian evolution , neurogenic niche construction , niche construction , non-inherited genetic change , physiology of pheromone-controlled reproduction , quantum physics , Quantum Souls , RNA SYNTHESIS , RNA-mediated , Robert L. Moss , secondary loss of neurons and synapses , social niche construction , socio-cognitive niche construction , Textbook Model , tumor viruses , uncontrolled cell growth , virus-driven degradation of messenger RNA , Wen Zhou Excerpt: The researchers believe their discovery dovetails with their research on how tumor viruses and cancer mutations change a cell’s DNA structure and organization to cause uncontrolled cell growth. Aye group discovers avenue for precision cancer treatment One challenge is that multiple variations, or isoforms, of the same protein can all catalyze the same cellular […]
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