Effects of Pilates Standing Exercises on Walking Mobility and Postural Balance

Aging Clinical Trial

Official title: The Effects of Pilates Standing Exercises on Walking Mobility and Postural Balance in Sedentary Older Adults: a Randomized Clinical Trial

Status Completed

Clinical Trial Summary

Importance: Aging is characterized by numerous molecular, physiological, functional, motor and psychological changes, such as loss of postural balance and reduced muscle mass/strength. Such modifications often lead to reduced physical-functional capacity in the elderly and increased risk of falls. Currently, physical exercise is widely used to improve physical performance and reduce, at least in part, postural instabilities and the risk of falls. In this context, the Pilates method may be a good strategy to improve body balance, muscle strength and, potentially, the perception of quality of life in this population, depending how the exercises are performed. This study seeks to assess whether practicing Pilates exercises in orthostatic position results in differential effects on walking mobility and postural balance in healthy elderly women when compared to the standard sequence in the Pilates method, which involves less time performing exercise in the orthostatic position. The study hypothesis is that a higher relative volume of Pilates exercises performed in the orthostatic position can promote greater benefits in terms of walking mobility and postural balance compared to the standard Pilates protocol in the elderly.

Clinical Trial Description

Importance: Aging is characterized by numerous molecular, physiological, functional, motor and psychological changes, such as loss of postural balance and reduced muscle mass/strength. Such modifications often lead to reduced physical-functional capacity in the elderly and increased risk of falls. Currently, physical exercise is widely used to improve physical performance and reduce, at least in part, postural instabilities and the risk of falls. In this context, the Pilates method may be a good strategy to improve body balance, muscle strength and, potentially, the perception of quality of life in this population, depending how the exercises are performed. Objective: To evaluate whether practicing Pilates exercises in orthostatic position results in differential effects on walking mobility and postural balance in healthy elderly women when compared to the standard sequence in the Pilates method, which involves less time performing exercise in the orthostatic position. Design, Methods and Participants: Clinical, single blind controlled and randomized trial. 36 previously sedentary elderly women will be included in the study and sign a Free and Informed Consent Term (TCLE). The Pilates protocols will be administered over 12 weeks on a bi-weekly scheme, and each session will last approximately 50 minutes. The subjects who agree to participate will be evaluated at baseline and immediately post-intervention. Intervention: Subjects will be randomized to participate in the experimental group (Pilates exercises with emphasis on orthostatic posture) or control group (Pilates exercises practiced following traditional sequence of postures). Main Outcomes and Measurements: The main outcome of the study will be walking mobility and postural balance, assessed using the Timed Up and Go test (single "motor" and dual task "cognitive-motor" tests), BERG Balance Scale, Functional Reach Test, and ABC Balance Confidence Scale). Expected results: The experimental group is expected to perform better in terms of walking mobility and body balance, since hypothetically, a higher relative volume of orthostatic exercises would be more adequate for training anticipatory postural adjustments when compared to the traditional Pilates postural sequence. ;

Related Conditions & MeSH terms

• Aging
• Mobility Limitation
• Postural Balance

• NCT number: NCT03526757
• Study type: Interventional
• Source: Pontificia Universidade Católica do Rio Grande do Sul
• Status: Completed
• Phase: N/A
• Start date: March 1, 2018
• Completion date: July 30, 2019