Mice, rats, and nearly all mammals and birds are classified as homeothermic, meaning that their core temperature is regulated at a constant level over a relatively wide range of ambient temperatures. In one sense, this homeothermic designation has been confirmed by the advent of radiotelemetry and other techniques that allow for the remote monitoring of awake, unrestrained animals in laboratory or natural settings. This technology confirmed that, when averaged over many hours, core temperature of mammals is regulated at a nearly constant level. On the other hand, telemetric sampling in relatively small mammals such as mice and rats also revealed that their core temperature often varies markedly from hour to hour. In other words, the mouse c...
In laboratories, mice are housed at 20–24uC, which is below their lower critical temperature (<30...
<p>In all panels, horizontal bars and respective p values show comparisons among groups indicated. A...
Objective: To improve understanding of mouse energy homeostasis and its applicability to humans, we ...
Mice, rats, and nearly all mammals and birds are classified as homeothermic, meaning that their core...
Objectives: The laboratory mouse is presently the most common model for examining mechanisms of huma...
<p>(<b>A</b>) Representative tracings of animal core temperature before, during and after heat expos...
It has been argued that mice should be housed at 30 °C to best mimic the thermal conditions experien...
Objectives: We quantified the effect of environmental temperature on mouse energy homeostasis and bo...
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...
Previous animal models of heat stress have been compromised by methodologies, such as restraint and ...
<p>Experimental data were collected at four different points based on mouse core temperature respons...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
We examine here the thermal physiology of the ash-grey mouse, as there is a paucity of data to expla...
The components of energy expenditure, total metabolic rate (TMR), resting metabolic rate (RMR), ther...
In laboratories, mice are housed at 20–24uC, which is below their lower critical temperature (<30...
<p>In all panels, horizontal bars and respective p values show comparisons among groups indicated. A...
Objective: To improve understanding of mouse energy homeostasis and its applicability to humans, we ...
Mice, rats, and nearly all mammals and birds are classified as homeothermic, meaning that their core...
Objectives: The laboratory mouse is presently the most common model for examining mechanisms of huma...
<p>(<b>A</b>) Representative tracings of animal core temperature before, during and after heat expos...
It has been argued that mice should be housed at 30 °C to best mimic the thermal conditions experien...
Objectives: We quantified the effect of environmental temperature on mouse energy homeostasis and bo...
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...
Previous animal models of heat stress have been compromised by methodologies, such as restraint and ...
<p>Experimental data were collected at four different points based on mouse core temperature respons...
Objectives: Ambient temperature impinges on energy metabolism in a body size dependent manner. This ...
We examine here the thermal physiology of the ash-grey mouse, as there is a paucity of data to expla...
The components of energy expenditure, total metabolic rate (TMR), resting metabolic rate (RMR), ther...
In laboratories, mice are housed at 20–24uC, which is below their lower critical temperature (<30...
<p>In all panels, horizontal bars and respective p values show comparisons among groups indicated. A...
Objective: To improve understanding of mouse energy homeostasis and its applicability to humans, we ...