A growing body of scientific evidence indicates that exercise has a positive impact on human
health, including neurological health. Aerobic exercise, which is supposed to enhance …

It is well established that physical exercise can enhance hippocampal-dependent forms of
learning and memory in laboratory animals, commensurate with increases in hippocampal …

Exercise can enhance learning and memory and produce resistance against stress-related
psychiatric disorders such as depression and anxiety. In rats, these beneficial effects of …

Physical exercise has an important influence on brain plasticity, which affects the neuron–
glia interaction. Astrocytes are susceptible to plasticity, and induce and stabilize synapses …

Clinical studies show that physical exercise has anxiolytic and pro-cognitive properties for
both healthy individuals and psychiatric patients. Most of these data refer to the effects of …

Physical exercise and fitness have been proposed as potential factors that promote healthy
cognitive aging. Some of the support for this hypothesis has come from animal research …

Although exercise training improves hippocampus-related cognition, the optimum exercise
intensity is still disputed. Based on the lactate threshold (LT, approximately 20 m/min on …

It has been demonstrated that resistance exercise improves cognitive functions in humans.
Thus, an animal model that mimics this phenomenon can be an important tool for studying …

Here we study the effect of acute and chronic physical exercise in a treadmill and of daily
stress (because forced exercise involves a degree of stress) during 2 or 8 weeks on different …

Type 1 diabetes mellitus (T1DM) is associated with neurocognitive dysfunction and
astrogliosis. Physical exercise prevents cognitive impairments and induces important brain …