Beckman Coulter Genomics announces CAP accreditation Beckman Coulter Genomics.
Cells make most of their energy via oxidative phosphorylation normally, however they need oxygen to take action. If oxygen runs brief, most cells switch to aerobic glycolysis. Low sugar amounts may force cells to use oxidative phosphorylation for his or her energy also. Researchers aren't sure why, but many cells, including T cells, switch to aerobic glycolysis when they rapidly need to reproduce. T cells proliferate because they begin to react to invaders or tumors quickly, and researchers have assumed their switch to aerobic glycolysis was essential for this replicative procedure. Related StoriesFDA grants accelerated acceptance for Tagrisso to treat individuals with advanced NSCLCMeat-rich diet may increase kidney cancers riskNew antenna-like gadget makes breast cancer medical procedures easier for surgeons For the new research, Chih-Hao Chang, PhD, a postdoctoral researcher in the Pearce lab and first author of the scholarly study, set up something that allowed him to regulate the resources available to T cells in test tubes.
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