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Novel Approach to Intradialytic Progressive Resistance Exercise Training

journal contribution
posted on 2024-02-28, 14:03 authored by DF Cardoso, DV Leal, P Martins, EA Abade, HC Rocha, M Ferreira, LA Baker, AC Smith, JL Viana

Physical activity levels are typically undesirably low in chronic kidney disease patients, especially in those undergoing haemodialysis, and particularly on dialysis days. Intradialytic exercise programmes could be a solution to this issue and have been reported to be safe and relatively easily implemented in dialysis clinics. Nevertheless, such implementation has been failing in part due to barriers such as the lack of funding, qualified personnel, equipment, and patient motivation. Intradialytic aerobic exercise has been the most used type of intervention in dialysis clinics. However, resistance exercise may be superior in eliciting potential benefits on indicators of muscle strength and mass. Yet, few intradialytic exercise programmes have focused on this type of intervention, and the ones which have report inconsistent benefits, diverging on prescribed exercise intensity, absent or subjective load progression, equipment availability, or exercise supervision. Commonly, intradialytic resistance exercise interventions use free weights, ankle cuffs, or elastic bands which hinder load progression and exercise intensity monitoring. Here, we introduce a recently developed intradialytic resistance exercise device and propose an accompanying innovative resistance exercise training protocol which aims to improve the quality of resistance exercise interventions within dialysis treatment sessions.

History

Author affiliation

College of Life Sciences/Population Health SciencesCollege of Life Sciences/LS: Respiratory Sciences, Dept of

Version

  • VoR (Version of Record)

Published in

Blood Purification

Volume

52

Issue

9-10

Pagination

768 - 774

Publisher

S. Karger AG

issn

0253-5068

eissn

1421-9735

Copyright date

2023

Spatial coverage

Switzerland

Language

eng

Deposited by

Dr Luke Baker

Deposit date

2024-02-12

Data Access Statement

All data generated or analysed during this study are included in this article. Further enquiries can be directed to the corresponding author.

Rights Retention Statement

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