Add to ORKGLaboratory mice housed in modern vivariums are chronically cold-stressed. Cold-stressed mice exhibit compensatory non-shivering thermogenesis that drives a significant increase in total energy expenditure. In this manuscript, we will describe the visualization andquantification of non-shivering thermogenesis with thermography as a metric of murine cold-stress (Chapter 2). Utilizing thermography to measure cold-stress within the vivarium, we will show mice housed in individually ventilated caging, a popular and important housing system,exhibit significantly greater non-shivering thermogenesis than mice housed in static cages. Xenograft tumors implanted in mice housed in individually ventilated cages have blunted growth and metabolism compar...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
Housing conditions are known to influence laboratory animal behavior. However, it is not known wheth...
Individual ventilated cages (IVC) are increasing in popularity. Although mice avoid IVC in preferenc...
Mice under standard laboratory conditions are generally housed between 20 and 24°C, which are below ...
Access restricted to the OSU CommunityMice under standard laboratory conditions are generally housed...
Objectives: The laboratory mouse is presently the most common model for examining mechanisms of huma...
In laboratories, mice are housed at 20–24uC, which is below their lower critical temperature (<30...
<div><p>In laboratories, mice are housed at 20–24°C, which is below their lower critical temperature...
Objective: To improve understanding of mouse energy homeostasis and its applicability to humans, we ...
It has been argued that mice should be housed at 30 °C to best mimic the thermal conditions experien...
It has been argued that mice should be housed at 30 °C to best mimic the thermal conditions experien...
In laboratories, mice are housed at 20–24°C, which is below their lower critical temperature (≈30°C)...
Individually ventilated caging (IVC) systems for rodents are increasingly common in laboratory anima...
Individually ventilated caging (IVC) systems for rodents are increasingly common in laboratory anima...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
Housing conditions are known to influence laboratory animal behavior. However, it is not known wheth...
Individual ventilated cages (IVC) are increasing in popularity. Although mice avoid IVC in preferenc...
Mice under standard laboratory conditions are generally housed between 20 and 24°C, which are below ...
Access restricted to the OSU CommunityMice under standard laboratory conditions are generally housed...
Objectives: The laboratory mouse is presently the most common model for examining mechanisms of huma...
In laboratories, mice are housed at 20–24uC, which is below their lower critical temperature (<30...
<div><p>In laboratories, mice are housed at 20–24°C, which is below their lower critical temperature...
Objective: To improve understanding of mouse energy homeostasis and its applicability to humans, we ...
It has been argued that mice should be housed at 30 °C to best mimic the thermal conditions experien...
It has been argued that mice should be housed at 30 °C to best mimic the thermal conditions experien...
In laboratories, mice are housed at 20–24°C, which is below their lower critical temperature (≈30°C)...
Individually ventilated caging (IVC) systems for rodents are increasingly common in laboratory anima...
Individually ventilated caging (IVC) systems for rodents are increasingly common in laboratory anima...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
Housing conditions are known to influence laboratory animal behavior. However, it is not known wheth...