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In recognition of Rare Disease Day 2018, Bionews Services — which publishes this website — will attend and report on three relevant conferences in the U.S. dealing with policies and programs of importance to patients and their families. The three are among 50 events in 32 states…

Loss of the fragile X mental retardation-1 (FMR1) gene is linked to an early decline in reproduction capacity due to high levels of the protein mTOR, a recent study using mice reveals. These results suggest that mTOR can become a potential therapeutic target. The study “Premature recruitment of oocyte…

Using rapamycin to rein in an overactive mTOR cell signaling pathway isn’t an effective way to treat fragile X syndrome, a study in mice indicates. It showed that rapamycin does not reverse most behavioral characteristics of the disease, including learning and memory problems, susceptibility to seizure, and hyperactivity. And it made mice’s…