When learning a new motor skill, brain connections are reshaped to refine the timing of movements. However, scientists at MPFI have shown that rather than a brain-wide overhaul, synaptic changes in just a single class of neuron are needed to precisely adjust the timing of motor behavior. This finding suggests that with further research, scientists may be able to pinpoint specific learning deficits to precise neuronal cell types.

New research from the Texas A&M College of Veterinary Medicine and Biomedical Sciences (VMBS) has identified a promising new therapeutic target and developed an experimental compound that reduces fat buildup, inflammation, liver injury and scarring in preclinical models, laying the groundwork for a potential new treatment.