DISCUSSION
The present study investigated the effects of different exercise
intensities on 24 hour BP responses in patients withT2D and prehypertension. The results reveal that, whencompared to the day in which no exercise was performed (CON), the MAX session elicited a reduction in SBP, DBP and MAP over a 24 h period. Furthermore, the MAX session produced a significant reduction in pressure variation during sleep compared to the CON session, and also for SBP when compared to the MOD session (Table 3). The majority of studies have investigated the effects of different exercise intensities on 24-hour BP responses in healthy and hypertensive subjects
. Little research of this type has investigated individuals with T2D and when it has, the authors only analyzed BP for 2 h post-exercise.Therefore, little is known about the effects of different exercise intensities on non-pharmacologic control of
24 h BP in T2D individuals. In the present study, both the
MAX and MOD sessions elicited significant BP reductions,
suggesting that about 20 minutes of exercise has significant
benefits. The results also suggest that the intensity of the
exercise and the physiological stress generated play important roles in lowering the blood pressure of individuals with T2D. Evidence has been presented that exercise intensity influences the BP response of diabetic and hypertensive individuals However, Pescatello et al.22)
investigated the effects of exercise intensity (40 and 70% VO2max) on the BP response of normotensive and hypertensive individuals, and found that intensity did not affect post-exercise BP reduction, which lasted for 12 hours regardless of the intensity, but only in the hypertensive group. Nevertheless, it
DISCUSSIONThe present study investigated the effects of different exerciseintensities on 24 hour BP responses in patients withT2D and prehypertension. The results reveal that, whencompared to the day in which no exercise was performed (CON), the MAX session elicited a reduction in SBP, DBP and MAP over a 24 h period. Furthermore, the MAX session produced a significant reduction in pressure variation during sleep compared to the CON session, and also for SBP when compared to the MOD session (Table 3). The majority of studies have investigated the effects of different exercise intensities on 24-hour BP responses in healthy and hypertensive subjects. Little research of this type has investigated individuals with T2D and when it has, the authors only analyzed BP for 2 h post-exercise.Therefore, little is known about the effects of different exercise intensities on non-pharmacologic control of24 h BP in T2D individuals. In the present study, both theMAX and MOD sessions elicited significant BP reductions,suggesting that about 20 minutes of exercise has significantbenefits. The results also suggest that the intensity of theexercise and the physiological stress generated play important roles in lowering the blood pressure of individuals with T2D. Evidence has been presented that exercise intensity influences the BP response of diabetic and hypertensive individuals However, Pescatello et al.22) investigated the effects of exercise intensity (40 and 70% VO2max) on the BP response of normotensive and hypertensive individuals, and found that intensity did not affect post-exercise BP reduction, which lasted for 12 hours regardless of the intensity, but only in the hypertensive group. Nevertheless, it
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