Cargando…
The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial
BACKGROUND: Balance and functional strength training can improve muscle strength and physical functioning outcomes and decrease the risk of falls in older adults. To maximize the benefits of strength training, adequate protein intake is also important. However, the number of older individuals that c...
Autores principales: | , , , , , , , , , , , , , , , , |
---|---|
Formato: | Online Artículo Texto |
Lenguaje: | English |
Publicado: |
Public Library of Science
2021
|
Materias: | |
Acceso en línea: | https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8462677/ https://www.ncbi.nlm.nih.gov/pubmed/34559837 http://dx.doi.org/10.1371/journal.pone.0257742 |
_version_ | 1784572245282127872 |
---|---|
author | Rodrigues, Isabel B. Wang, Ellen Keller, Heather Thabane, Lehana Ashe, Maureen C. Brien, Sheila Cheung, Angela M. Funnell, Larry Jain, Ravi Loong, Desmond Isaranuwatchai, Wanrudee Milligan, Jamie Mourtzakis, Marina Papaioannou, Alexandra Straus, Sharon Weston, Zachary J. Giangregorio, Lora M. |
author_facet | Rodrigues, Isabel B. Wang, Ellen Keller, Heather Thabane, Lehana Ashe, Maureen C. Brien, Sheila Cheung, Angela M. Funnell, Larry Jain, Ravi Loong, Desmond Isaranuwatchai, Wanrudee Milligan, Jamie Mourtzakis, Marina Papaioannou, Alexandra Straus, Sharon Weston, Zachary J. Giangregorio, Lora M. |
author_sort | Rodrigues, Isabel B. |
collection | PubMed |
description | BACKGROUND: Balance and functional strength training can improve muscle strength and physical functioning outcomes and decrease the risk of falls in older adults. To maximize the benefits of strength training, adequate protein intake is also important. However, the number of older individuals that consume enough protein or routinely engage in strength training remains low at less than 5% and even lower for activities that challenge balance. Our primary aim was to assess the feasibility of implementing a model (MoveStrong) of service delivery to teach older adults about balance and functional strength training and methods to increase protein intake. METHODS: This study was a closed cohort stepped wedge randomized controlled trial. We recruited individuals ≥60 years considered pre-frail or frail with at least one chronic condition who were not currently engaging in regular strength training from Northern (rural) and Southern (urban) Ontario sites in Canada. The primary outcome was feasibility of implementation, defined by recruitment, retention, and adherence, and safety (defined by monitoring adverse events). We also reported participants’ and providers’ experience with MoveStrong, adaptations to the model based on participant’s and provider’s experience, and program fidelity. RESULTS: We recruited 44 participants to the study and the average adherence rate was 72% with a retention of 71%. The program had a high-fidelity score. One person experienced a fall-related injury during exercise, while two other participants reported pain during certain activities. Five individuals experienced injuries or health problems that were not related to the program. Suggestions for future trials include modifying some exercises, exploring volunteer assistance, increasing the diversity of participants enrolled, and considering a different study design. CONCLUSIONS: Our pilot trial demonstrates the feasibility of recruitment and adherence for a larger multisite RCT of balance and functional strength training with attention to protein intake in pre-frail and frail older adults. |
format | Online Article Text |
id | pubmed-8462677 |
institution | National Center for Biotechnology Information |
language | English |
publishDate | 2021 |
publisher | Public Library of Science |
record_format | MEDLINE/PubMed |
spelling | pubmed-84626772021-09-25 The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial Rodrigues, Isabel B. Wang, Ellen Keller, Heather Thabane, Lehana Ashe, Maureen C. Brien, Sheila Cheung, Angela M. Funnell, Larry Jain, Ravi Loong, Desmond Isaranuwatchai, Wanrudee Milligan, Jamie Mourtzakis, Marina Papaioannou, Alexandra Straus, Sharon Weston, Zachary J. Giangregorio, Lora M. PLoS One Research Article BACKGROUND: Balance and functional strength training can improve muscle strength and physical functioning outcomes and decrease the risk of falls in older adults. To maximize the benefits of strength training, adequate protein intake is also important. However, the number of older individuals that consume enough protein or routinely engage in strength training remains low at less than 5% and even lower for activities that challenge balance. Our primary aim was to assess the feasibility of implementing a model (MoveStrong) of service delivery to teach older adults about balance and functional strength training and methods to increase protein intake. METHODS: This study was a closed cohort stepped wedge randomized controlled trial. We recruited individuals ≥60 years considered pre-frail or frail with at least one chronic condition who were not currently engaging in regular strength training from Northern (rural) and Southern (urban) Ontario sites in Canada. The primary outcome was feasibility of implementation, defined by recruitment, retention, and adherence, and safety (defined by monitoring adverse events). We also reported participants’ and providers’ experience with MoveStrong, adaptations to the model based on participant’s and provider’s experience, and program fidelity. RESULTS: We recruited 44 participants to the study and the average adherence rate was 72% with a retention of 71%. The program had a high-fidelity score. One person experienced a fall-related injury during exercise, while two other participants reported pain during certain activities. Five individuals experienced injuries or health problems that were not related to the program. Suggestions for future trials include modifying some exercises, exploring volunteer assistance, increasing the diversity of participants enrolled, and considering a different study design. CONCLUSIONS: Our pilot trial demonstrates the feasibility of recruitment and adherence for a larger multisite RCT of balance and functional strength training with attention to protein intake in pre-frail and frail older adults. Public Library of Science 2021-09-24 /pmc/articles/PMC8462677/ /pubmed/34559837 http://dx.doi.org/10.1371/journal.pone.0257742 Text en © 2021 Rodrigues et al https://creativecommons.org/licenses/by/4.0/This is an open access article distributed under the terms of the Creative Commons Attribution License (https://creativecommons.org/licenses/by/4.0/) , which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. |
spellingShingle | Research Article Rodrigues, Isabel B. Wang, Ellen Keller, Heather Thabane, Lehana Ashe, Maureen C. Brien, Sheila Cheung, Angela M. Funnell, Larry Jain, Ravi Loong, Desmond Isaranuwatchai, Wanrudee Milligan, Jamie Mourtzakis, Marina Papaioannou, Alexandra Straus, Sharon Weston, Zachary J. Giangregorio, Lora M. The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial |
title | The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial |
title_full | The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial |
title_fullStr | The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial |
title_full_unstemmed | The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial |
title_short | The MoveStrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: A pilot randomized controlled trial |
title_sort | movestrong program for promoting balance and functional strength training and adequate protein intake in pre-frail older adults: a pilot randomized controlled trial |
topic | Research Article |
url | https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8462677/ https://www.ncbi.nlm.nih.gov/pubmed/34559837 http://dx.doi.org/10.1371/journal.pone.0257742 |
work_keys_str_mv | AT rodriguesisabelb themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT wangellen themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT kellerheather themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT thabanelehana themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT ashemaureenc themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT briensheila themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT cheungangelam themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT funnelllarry themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT jainravi themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT loongdesmond themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT isaranuwatchaiwanrudee themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT milliganjamie themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT mourtzakismarina themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT papaioannoualexandra themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT straussharon themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT westonzacharyj themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT giangregorioloram themovestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT rodriguesisabelb movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT wangellen movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT kellerheather movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT thabanelehana movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT ashemaureenc movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT briensheila movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT cheungangelam movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT funnelllarry movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT jainravi movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT loongdesmond movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT isaranuwatchaiwanrudee movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT milliganjamie movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT mourtzakismarina movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT papaioannoualexandra movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT straussharon movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT westonzacharyj movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial AT giangregorioloram movestrongprogramforpromotingbalanceandfunctionalstrengthtrainingandadequateproteinintakeinprefrailolderadultsapilotrandomizedcontrolledtrial |