Environmental enrichment is typically associated with enhanced well-being, improved cognitive function and stress resilience. However, in some instances grouping adult male mice in enriched conditions promoted a stressful environment, which resulted in elevated endocrine, monoamine and inflammatory outcomes in response to subsequent stressor exposure. The current investigation examined whether raising male mice in an enriched environment (EE) would modulate social and anxiety-like behaviors in early adulthood and i
Environmental enrichment (EE) exerts powerful effects on brain physiology, and is widely used as an ...
The manner in which laboratory rodents are housed is driven by economics (minimal use of space and r...
Recent studies have demonstrated that paternal stress in rodents can result in modification of offsp...
Environmental enrichment is typically associated with enhanced well-being, improved cognitive functi...
Social defeat in mice is a potent stressor that promotes the development of depressive- and anxiety-...
Both social and physical stimuli contribute to the complexity of an animal’s environment, influencin...
In rodents, the hippocampal dentate gyrus gives rise to newly generated dentate granule cells (DGCs)...
Environmental enrichment (EE) has been a widely used tool to improve animal welfare, as well as to s...
Stress is a major risk factor in the onset of several neuropsychiatric disorders including anxiety a...
Rodent models have been widely used to investigate the impact of early life stress on adult health a...
Although social housing of mice generally is preferred, mice must be individually housed in some sit...
In rodents, the hippocampal dentate gyrus gives rise to newly generated dentate granule cells (DGCs)...
AbstractEnvironmental enrichment (EE) has been largely used to investigate behavioral modifications ...
Environmental enrichment (EE) exerts powerful effects on brain physiology, and is widely used as an ...
19 p.-3 fig.-3 tab.The social environment can influence the functional capacity of nervous and immun...
Environmental enrichment (EE) exerts powerful effects on brain physiology, and is widely used as an ...
The manner in which laboratory rodents are housed is driven by economics (minimal use of space and r...
Recent studies have demonstrated that paternal stress in rodents can result in modification of offsp...
Environmental enrichment is typically associated with enhanced well-being, improved cognitive functi...
Social defeat in mice is a potent stressor that promotes the development of depressive- and anxiety-...
Both social and physical stimuli contribute to the complexity of an animal’s environment, influencin...
In rodents, the hippocampal dentate gyrus gives rise to newly generated dentate granule cells (DGCs)...
Environmental enrichment (EE) has been a widely used tool to improve animal welfare, as well as to s...
Stress is a major risk factor in the onset of several neuropsychiatric disorders including anxiety a...
Rodent models have been widely used to investigate the impact of early life stress on adult health a...
Although social housing of mice generally is preferred, mice must be individually housed in some sit...
In rodents, the hippocampal dentate gyrus gives rise to newly generated dentate granule cells (DGCs)...
AbstractEnvironmental enrichment (EE) has been largely used to investigate behavioral modifications ...
Environmental enrichment (EE) exerts powerful effects on brain physiology, and is widely used as an ...
19 p.-3 fig.-3 tab.The social environment can influence the functional capacity of nervous and immun...
Environmental enrichment (EE) exerts powerful effects on brain physiology, and is widely used as an ...
The manner in which laboratory rodents are housed is driven by economics (minimal use of space and r...
Recent studies have demonstrated that paternal stress in rodents can result in modification of offsp...