Department of Biomedical Engineering, Cleveland Clinic, Cleveland, Ohio.
Department of Clinical Transformation, Cleveland Clinic, Cleveland, Ohio.
Arch Phys Med Rehabil. 2021 May;102(5):925-931. doi: 10.1016/j.apmr.2020.12.011. Epub 2021 Jan 14.
To determine the effect of aerobic exercise on maximal and submaximal cardiopulmonary responses and predictors of change in individuals with Parkinson's disease (PD).
Single-center, parallel-group, rater-blind study.
Research laboratory.
Individuals with mild to moderate PD (N=100).
Participants were enrolled in a trial evaluating the effect of cycling on PD and randomized to either voluntary exercise (VE), forced exercise (FE), or a no exercise control group. The exercise groups were time and intensity matched and exercised 3×/wk for 8 weeks on a stationary cycle.
Cardiopulmonary responses were collected via gas analysis during a maximal graded exercise test at baseline and post intervention.
Exercise attendance was 97% and 93% for the FE and VE group, respectively. Average exercise heart rate reserve was 67%±11% for FE and 70%±10% for VE. No significant difference was present for change in peak oxygen consumption (VOpeak) post intervention, even though the FE group had a 5% increase in VOpeak. Both the FE and VE groups had significantly higher percentage oxygen consumption per unit time (V˙o) at ventilator threshold (VT) than the control group compared with baseline values (P=.04). Mean V˙O at VT was 5% (95% CI, 0.1%-11%) higher in the FE group (P=.04) and 7% (2%, 12%) higher in VE group compared with controls. A stepwise linear regression model revealed that lower age, higher exercise cadence, and lower baseline VOpeak were most predictive of improved VOpeak. The overall model was found to be significant (P<.01).
Peak and submaximal cardiopulmonary function may improve after aerobic exercise in individuals with PD. Lower age, higher exercise cadence, and lower baseline VOpeak were most predictive of improved VOpeak in this exercise cohort. The improvements observed in aerobic capacity were gained after a relatively short aerobic cycling intervention.
确定有氧运动对帕金森病(PD)患者最大和次最大心肺反应以及变化预测因子的影响。
单中心、平行组、评估者盲法研究。
研究实验室。
轻度至中度 PD 患者(N=100)。
参与者参加了一项评估自行车运动对 PD 的影响的试验,并随机分为自愿运动(VE)、强制运动(FE)或不运动对照组。运动组在时间和强度上相匹配,并在 8 周内每周进行 3 次固定自行车运动。
在基线和干预后,通过气体分析收集心肺反应在最大递增运动测试期间。
FE 和 VE 组的运动出勤率分别为 97%和 93%。FE 组的平均运动心率储备为 67%±11%,VE 组为 70%±10%。尽管 FE 组的 VOpeak 增加了 5%,但干预后峰值摄氧量(VOpeak)的变化没有显著差异。与基线值相比,FE 和 VE 组在通气阈(VT)时单位时间的耗氧量百分比(V˙o)均显著升高(P=.04)。与对照组相比,FE 组的 VT 时平均 V˙O 高 5%(95%CI,0.1%-11%)(P=.04),VE 组高 7%(2%,12%)。逐步线性回归模型显示,较低的年龄、较高的运动频率和较低的基线 VOpeak 与 VOpeak 的改善最相关。总体模型被发现具有统计学意义(P<.01)。
在 PD 患者中进行有氧运动后,最大和次最大心肺功能可能会改善。在这个运动队列中,较低的年龄、较高的运动频率和较低的基线 VOpeak 与 VOpeak 的改善最相关。在进行相对较短的有氧运动自行车干预后,观察到有氧能力的提高。