Investigations of the Effects and Associated Neural Mechanisms of Different Exercise in People With Metabolic Syndrome

Physical Activity Clinical Trial

Official title: Investigations of the Effects and Associated Neural Mechanisms of Different Long-term Exercise Interventions on Improving Brain, Cognitive, and Physical Functions in Middle-aged and Older Adults With Metabolic Syndrome

Status Recruiting

Clinical Trial Summary

Metabolic syndrome (MetS) is a risk for many chronic diseases of middle-aged and older adults. Hence, prevention and treatment of MetS is a crucial global health issue. However, it remains unclear regarding the cognitive effects and associated neural mechanisms of exercise interventions in this population. Therefore, the aims of this three-year project are to compare the effects and neural mechanism of three different types of exercise interventions, on components of MetS, as well as neuropsychological and physical functions in middle-aged and older adults with MetS.

Clinical Trial Description

This three-year study is an assessor-blind randomized controlled clinical trial. Another 67 middle-aged and older adults with MetS without regular exercise habits will be recruited and randomly assigned into the combined aerobic and resistance training (AT/RT) or Control (stretching and breathing exercise, ST/BR) group. All participants will undertake three one-hour sessions of exercises for 12 weeks, being supervised . Participants will also wear a wearable device that monitors, records, and provides feedback about their physical activity levels and heart rates during the entire 12 weeks. The outcome measures include participants's components of MetS and performance on neuropsychological and physical tests and structural and functional brain imaging parameters collected at pre-training, and post-training (week 12) tests. The investigators will compare the differences on all of these outcome measures and analyze the relationships between changes in brain structure and functional activation in relationship with other outcome measures in order to understand the neural mechanisms of the training effects and the differences in these mechanisms between the two groups.

Results of this study will provide important scientific evidence and clinical decision bases for determining effective exercise interventions in preventing the progression of MetS, improving neuropsychological and physical functions of MetS, as well as elucidating the neural mechanisms underlying these improvements. ;

Related Conditions & MeSH terms

• Metabolic Syndrome
• Physical Activity

• NCT number: NCT05672940
• Study type: Interventional
• Source: National Taiwan University Hospital
• Contact: Pei-Fang Tang, PhD
• Phone: 02-33668128
• Email: pftang@ntu.edu.tw
• Status: Recruiting
• Phase: N/A
• Start date: August 12, 2020
• Completion date: December 31, 2023