Effect Of Eccentric Training On Stability And Cardiovascular Responses On Parkinson’s Patients

HISTORY: Three individuals diagnosed with Parkinson’s disease (PD) (age range within 70-80 years) first began experiencing motor and sensory changes within 10 years of their participation in this exercise treatment. All reported a reduction in gait and balance control, slight left-hand tremor with reduced and slower range of motion, loss of smell, and excess saliva accumulation. They all sought medical help as their functional abilities became more pronounced. PHYSICAL EXAMINATION: Along with self-reported symptoms, a physical examination identified left-side bradykinesia and abnormal rigidity in all 3 participants. A diagnosis of Parkinson’s disease (PD) was made and subsequently confirmed by a second source. DIFFERENTIAL DIAGNOSIS: 1. Motor/Neurological impairment2. PD TEST AND RESULTS: The study examined the effects of eccentric lower body exercise on PD symptoms. During exercise, participants stood upright on a solid platform that moved along the sagittal plane following an elliptical path. They were instructed to absorb all platform motion with their lower extremities. All three patients completed a two times per week training for eight weeks. All sessions consisted of three 45-second exercise bouts with 2-minute rest intervals between each exercise. Workload intensity utilizing the Borg Rate of Perceived Exertion (RPE) Scale (1-10) was reported at the end of each exercise bout. Biomechanical and physiological data were recorded pre- and post-exercise during each session. Over the course of the study, 30-second center of pressure balance migration measurements decreased for both eyes-open (73.4%) and eyes-closed (60.4%) conditions. Heart rate responses increased slightly from rest to exercise. However, unexpectedly, resting standing systolic blood pressure was significantly higher (126 + 7.53 mmHg) than all three-exercise bout systolic pressures: Bout 1 (110 + 3.19 mmHg), Bout 2 (117 + 4.44 mmHg), and Bout 3 (120 + 8.06 mmHg). RPE increased from Bout 1 (3.03) to Bout 2 (3.54) to Bout 3 (4.02). FINAL/WORKING DIAGNOSIS: PD with improved gross motor function TREATMENT AND OUTCOMES: 1. Continued eccentric lower body training2. Expansion and increase intensity of physical activities3. Continued monitoring of functional parameters4. Reduction in prescription use of Sinemet

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Publication Details

Journal
Medicine & Science in Sports & Exercise
Published
2024-09-16
DOI
https://doi.org/10.1249/01.mss.0001061900.72483.46
Primary Topic
Muscle activation and electromyography studies
Type
article
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article

Effect Of Eccentric Training On Stability And Cardiovascular Responses On Parkinson’s Patients

P. J. Buckenmeyer, Erik Lind, Jeffrey A. Bauer
Medicine & Science in Sports & Exercise
Muscle activation and electromyography studies
article

Effect Of Eccentric Training On Stability And Cardiovascular Responses On Parkinson’s Patients

P. J. Buckenmeyer, Erik Lind, Jeffrey A. Bauer
article en

Abstract

HISTORY: Three individuals diagnosed with Parkinson’s disease (PD) (age range within 70-80 years) first began experiencing motor and sensory changes within 10 years of their participation in this exercise treatment. All reported a reduction in gait and balance control, slight left-hand tremor with reduced and slower range of motion, loss of smell, and excess saliva accumulation. They all sought medical help as their functional abilities became more pronounced. PHYSICAL EXAMINATION: Along with self-reported symptoms, a physical examination identified left-side bradykinesia and abnormal rigidity in all 3 participants. A diagnosis of Parkinson’s disease (PD) was made and subsequently confirmed by a second source. DIFFERENTIAL DIAGNOSIS: 1. Motor/Neurological impairment2. PD TEST AND RESULTS: The study examined the effects of eccentric lower body exercise on PD symptoms. During exercise, participants stood upright on a solid platform that moved along the sagittal plane following an elliptical path. They were instructed to absorb all platform motion with their lower extremities. All three patients completed a two times per week training for eight weeks. All sessions consisted of three 45-second exercise bouts with 2-minute rest intervals between each exercise. Workload intensity utilizing the Borg Rate of Perceived Exertion (RPE) Scale (1-10) was reported at the end of each exercise bout. Biomechanical and physiological data were recorded pre- and post-exercise during each session. Over the course of the study, 30-second center of pressure balance migration measurements decreased for both eyes-open (73.4%) and eyes-closed (60.4%) conditions. Heart rate responses increased slightly from rest to exercise. However, unexpectedly, resting standing systolic blood pressure was significantly higher (126 + 7.53 mmHg) than all three-exercise bout systolic pressures: Bout 1 (110 + 3.19 mmHg), Bout 2 (117 + 4.44 mmHg), and Bout 3 (120 + 8.06 mmHg). RPE increased from Bout 1 (3.03) to Bout 2 (3.54) to Bout 3 (4.02). FINAL/WORKING DIAGNOSIS: PD with improved gross motor function TREATMENT AND OUTCOMES: 1. Continued eccentric lower body training2. Expansion and increase intensity of physical activities3. Continued monitoring of functional parameters4. Reduction in prescription use of Sinemet

Medicine & Science in Sports & ExerciseVol. 56(10S)
SUNY Cortland (US)
Openalex Percentile: Top 86%
Muscle activation and electromyography studies
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