<p>The graph shows variation (versus the mean value of the control group-housed mice) for body weight changes, food intake and total visceral adipose fat mass weight, under standard or high fat diet. Individual housing (Ind) determined negative or positive energy balance depending on the diet being standard or high fat diet respectively. Dominance (Dom) determined a similar negative energy balance with both standard and high fat diet. Subordination (Sub) determined similar positive energy balance with both diets. However, body weight gain and feeding were similarly affected under standard and high fat diets while visceral fat pad mass increased with high fat diet only.</p
For (metabolic) research models using mice, singly housing is widely used for practical purposes to ...
The mechanisms underlying the association between chronic psychological stress, development of metab...
There has been an increasing interest in relationship between stress and diet. To address this relat...
Social and psychological factors interact with genetic predisposition and dietary habit in determini...
Social and psychological factors interact with genetic predisposition and dietary habit in determini...
Social and psychological factors interact with genetic predisposition and dietary habit in determini...
Stress has been associated to changes in eating behaviour and food preferences. Moreover, psychosoci...
<p>A) Body weight changes in the baseline and in the stress phase. At baseline, all experimental gro...
Purpose: Chronic exposure to stress may represent a risk factor for developing metabolic and eating ...
Stress and hypercaloric food are recognized risk factors for obesity, Metabolic Syndrome (MetS) and ...
Chronic stress has been associated with obesity, glucose intolerance, and insulin resistance. We dev...
Rats and mice are widely used to study environmental effects on psychological and metabolic health. ...
It is widely accepted that chronic stress may alter the homeostatic mechanisms of body weight contro...
It is widely accepted that chronic stress may alter the homeostatic mechanisms of body weight contro...
For (metabolic) research models using mice, singly housing is widely used for practical purposes to ...
For (metabolic) research models using mice, singly housing is widely used for practical purposes to ...
The mechanisms underlying the association between chronic psychological stress, development of metab...
There has been an increasing interest in relationship between stress and diet. To address this relat...
Social and psychological factors interact with genetic predisposition and dietary habit in determini...
Social and psychological factors interact with genetic predisposition and dietary habit in determini...
Social and psychological factors interact with genetic predisposition and dietary habit in determini...
Stress has been associated to changes in eating behaviour and food preferences. Moreover, psychosoci...
<p>A) Body weight changes in the baseline and in the stress phase. At baseline, all experimental gro...
Purpose: Chronic exposure to stress may represent a risk factor for developing metabolic and eating ...
Stress and hypercaloric food are recognized risk factors for obesity, Metabolic Syndrome (MetS) and ...
Chronic stress has been associated with obesity, glucose intolerance, and insulin resistance. We dev...
Rats and mice are widely used to study environmental effects on psychological and metabolic health. ...
It is widely accepted that chronic stress may alter the homeostatic mechanisms of body weight contro...
It is widely accepted that chronic stress may alter the homeostatic mechanisms of body weight contro...
For (metabolic) research models using mice, singly housing is widely used for practical purposes to ...
For (metabolic) research models using mice, singly housing is widely used for practical purposes to ...
The mechanisms underlying the association between chronic psychological stress, development of metab...
There has been an increasing interest in relationship between stress and diet. To address this relat...