UNASSIGNED: The aim of the present study was to identify the response of the autonomic nervous system (ANS) to passive @entity10522 and to determine whether there are gender differences. The experimental sets included 5 cycles per minute (CPM5), 10 cycles per minute (CPM10) and 15 cycles per minute (CPM15) on the passive cycling machine. ANS activity was measured using heart rate variability time domain analysis (RR interval, pNN50, RMSSD and SDNN), frequency domain analysis (TF, LF, HF and LF/HF) and Poincar   plot analysis ( @entity15757 , SD2 and @entity15757 /SD2 ratio). The collected signal at rest served as the baseline (rest). Compared with the parameters at rest, the male subjects had decreased pNN50, decreased SDNN, lower TP and LF power (ms(2)), suppressed LF (n.u.), augmented HF (n.u.), suppressed LF/HF, decreased SD2 and increased @entity15757 /SD2 ratios in response to CPM5 or CPM10 (all P  <  0.05). Compared with the parameters at rest, decreased LF/HF and increased @entity15757 /SD2 in response to CPM5 or CPM10 (all P  <  0.05) were the only changes in the female subjects. LF/HF and @entity15757 /SD2 differed between both groups for the same level of passive @entity10522 (all P  <  0.05). These results suggest that passive @entity10522 leads to an ANS response and that male subjects are more sensitive to passive @entity10522 . During passive @entity717 , sympathetic nervous activity is largely suppressed, and vagal activity achieves dominance. The response of the ANS to passive @entity717 is determined by gender.

The response of the autonomic nervous system to passive XXXX and gender differences.

@entity15757 :: ('57306', 'Gene') :: ['SD1'] @entity10522 :: ('MESH:D020189', 'Disease') :: ['lower limb movement', 'lower limb movements'] @entity717 :: ('MESH:D009069', 'Disease') :: ['leg movements', 'leg movement']
@entity10522 :: (MESH:D020189,Disease) :: ['lower limb movement']
