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For Ni=26, every cold trial abruptly hops from the once-cold steady state over a 100 s period leading to a unique steady state at Th.
Cerebral oxygenation was significantly lower throughout the COLD trial as compared to the AMB trials.
During the COLD trial, there was a five-minute delay before the decrease in stroke volume.
However, skin temperature decreased during COLD trial but did not change across time during the AMB trial.
Skin temperature was significantly less at each time point for the COLD trial as compared to the AMB trial.
The generated pulse rate values and respective PVNV values during the cold trial were also highly correlated (r = 0.9957; Fig. 3).
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Finally, Fig. 1d shows the mean steady-state temperatures and corresponding s.e. of the 10 hot and cold trials for 12 different ion numbers.
During the COLD trials, there was an average decrease of 1%.
Subjects core temperatures did drop more than 1°C during the COLD trials so all subjects were initially exposed to cold for 100 minutes.
Anecdotally, there were 6 subjects who reported symptoms of syncope during the AMB trials, but there were no episodes of syncopal symptoms during the COLD trials.
Heart rate increased immediately after LBNP initiation during the AMB trials but there was a delay in the increase during the COLD trials.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com