[PDF][PDF] SERCA2b cycles its way to UCP1-independent thermogenesis in beige fat
EP Mottillo, VD Ramseyer, JG Granneman - Cell Metabolism, 2018 - cell.com
EP Mottillo, VD Ramseyer, JG Granneman
Cell Metabolism, 2018•cell.comA new study in Nature Medicine, by Ikeda et al.(2017), reports that calcium cycling in beige
adipocytes elevates energy expenditure and glucose oxidation in the absence of uncoupling
protein 1. Thermogenic calcium cycling in beige fat is mediated by SERCA2b and improves
cold tolerance and metabolic status.
adipocytes elevates energy expenditure and glucose oxidation in the absence of uncoupling
protein 1. Thermogenic calcium cycling in beige fat is mediated by SERCA2b and improves
cold tolerance and metabolic status.
A new study in Nature Medicine, by Ikeda et al. (2017), reports that calcium cycling in beige adipocytes elevates energy expenditure and glucose oxidation in the absence of uncoupling protein 1. Thermogenic calcium cycling in beige fat is mediated by SERCA2b and improves cold tolerance and metabolic status.
cell.com