RNAging: An exercise-regulated noncoding RNA counteracts muscle aging
Mechanism identified for rare disorder of glycosylation
8 December 2021Coping with schizophrenia, when emotions can be too much
8 December 2021RNAging: An exercise-regulated noncoding RNA counteracts muscle aging
In a joint, collaborative effort between laboratories at EPFL, NTNU Norway and CBMR Denmark, researchers examined the molecular effect of exercise upon noncoding RNA genes in skeletal muscle in Science Translational Medicine. In this study, they discovered the long noncoding RNA “CYTOR” and investigated its role in skeletal muscles of rodents, worms and human cells.
