cryptic small proteins Archives

Agilent technology and energy-dependent autophagy

Dec 21, 2017James KohlAdaptations, Alternative Splicings, Autophagy, base editing, Diseases & Disorders, Ecology, microRNA editing, RNA editing, RNA interference, VariationsAbcam, aerobic glycolysis, alternative splicings, Alzheimer's disease, Antiphage Defense Strategy, apoptosis, autophagy, Big Bang cosmology, bioenergetics, brain energy metabolism, Cancer, cancer immunotherapy, cell fate decision, Cognition, colon cancer, cryptic small proteins, death gene, embryonic stem cell differentiation, energy-dependent codon optimality l, epigenetic imprinting, Epigenetic modifications, epigenetically-effected, ER–mitochondrial coupling, glioblastoma, glycolysis during regeneration, H2S-producing enzymes, Hexokinase 2 mRNA stability, Immunity to Viral Infections, Mechanisms of Recombination, Metabolic Diseases, Microbiota, microRNAs, Mitochondrial Function, Nature Publications Group, neo-Darwinian nonsense, noncoding RNAs, OXIDATIVE PHOSPHORYLATION, oxidative stress, pheromones, physiology of reproduction, RNA cytosine methyltransferase, RNA-mediated, safe DNA repair, simultaneous measurement, stem cells, viral latency, virus infection

The first step towards understanding the link from the creation of energy to metabolism-related cellular function is called energy phenotyping. It requires the technology to measure energy-dependent changes in RNA-mediated metabolic switches via the RNA interference (RNAi) screening strategy. Endogenous RNAi must then be linked to the prevention of the virus-driven degradation of messenger RNA […]