<p><i>(</i><b><i>A</i></b><i>)</i> 24 hour binned average of ZT4 trained animals. SAT training (ZT4) is relative to the topmost LD bar (where dark bar = lights-off). The shaded column represents the task training period where daily water is available including the approximate 40 min SAT session in which animals are absent from their home cages and the 20 minute free water period that follows training. Values of zero - occurring when animals are removed from their home cages for training (ZT4-ZT5, or ZT16-ZT17 for ZT4 and ZT16 trained animals, respectively), were adjusted to reflect daily mean values. X-axis is plotted in zeitgeber time (ZT) and y-axis represents mean body temperature grouped by 10 min bins. Histograms are taken from the las...
A, C, E. Heat maps showing average global activity (all 12 electrodes) recorded from 5 cages with 5 ...
<p>(A) Mean body temperature (left y-axis and top of the panel) and normalized median high activity ...
<p>Graphs showing the relationships between wet globe bulb temperatures (<b>WBGT</b>) and the timing...
<p>Each line represents 48 hours. SAT training (ZT4) is relative to the topmost LD bar (where dark b...
<p>SAT training is relative to the topmost LD bar (where dark bar = lights-off). The shaded column r...
<p>Each line represents 48 hours of locomotor activity collected via running wheels. SAT training (Z...
A. Heat maps depicting baseline-normalized physical activity per hour (x-axis) throughout the days o...
<p>Double-plotted actograms show infrared motion detected general activity of five individuals (left...
<p>Animals tested at the same circadian time as training performed better than those tested at a pha...
<p>The actograms (A) depict representative daily activity from one animal for each condition over tw...
<p>The average daily count per subject (total no. of actions/40 subjects/4 days) and relative freque...
<p>(A) Mean daily temperature for each group of mice during the experiment. The bold line represents...
<p>(<i>A, B</i>) Schematic representation of the trace (<i>A</i>) and delay (<i>B</i>) conditioning ...
<p>Telemetry data is expressed as mean values for each hour post-exposure for one control untreated ...
Mammalian skin temperature is often used as an indicator of health status but has also been used in ...
A, C, E. Heat maps showing average global activity (all 12 electrodes) recorded from 5 cages with 5 ...
<p>(A) Mean body temperature (left y-axis and top of the panel) and normalized median high activity ...
<p>Graphs showing the relationships between wet globe bulb temperatures (<b>WBGT</b>) and the timing...
<p>Each line represents 48 hours. SAT training (ZT4) is relative to the topmost LD bar (where dark b...
<p>SAT training is relative to the topmost LD bar (where dark bar = lights-off). The shaded column r...
<p>Each line represents 48 hours of locomotor activity collected via running wheels. SAT training (Z...
A. Heat maps depicting baseline-normalized physical activity per hour (x-axis) throughout the days o...
<p>Double-plotted actograms show infrared motion detected general activity of five individuals (left...
<p>Animals tested at the same circadian time as training performed better than those tested at a pha...
<p>The actograms (A) depict representative daily activity from one animal for each condition over tw...
<p>The average daily count per subject (total no. of actions/40 subjects/4 days) and relative freque...
<p>(A) Mean daily temperature for each group of mice during the experiment. The bold line represents...
<p>(<i>A, B</i>) Schematic representation of the trace (<i>A</i>) and delay (<i>B</i>) conditioning ...
<p>Telemetry data is expressed as mean values for each hour post-exposure for one control untreated ...
Mammalian skin temperature is often used as an indicator of health status but has also been used in ...
A, C, E. Heat maps showing average global activity (all 12 electrodes) recorded from 5 cages with 5 ...
<p>(A) Mean body temperature (left y-axis and top of the panel) and normalized median high activity ...
<p>Graphs showing the relationships between wet globe bulb temperatures (<b>WBGT</b>) and the timing...