A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60

ABSTRACT Body mass is known to affect muscle strength and the outcome of some functional tests, so that heavier and taller people will be stronger than lighter and smaller ones. Ratio standard (RS) has been widely used to remove the body mass effect, despite long date criticism due to its inadequacy...

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Main Authors: Wladymir Külkamp, Jairo Júnior, Guilherme Freccia, Joana Muller, Kléber Santos, Lorival Carminatti
Format: Article
Language:English
Published: Universidade Estadual de Maringá 2023-12-01
Series:Journal of Physical Education
Subjects:
Online Access:http://www.scielo.br/scielo.php?script=sci_arttext&pid=S2448-24552023000100219&tlng=en
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author Wladymir Külkamp
Jairo Júnior
Guilherme Freccia
Joana Muller
Kléber Santos
Lorival Carminatti
author_facet Wladymir Külkamp
Jairo Júnior
Guilherme Freccia
Joana Muller
Kléber Santos
Lorival Carminatti
author_sort Wladymir Külkamp
collection DOAJ
description ABSTRACT Body mass is known to affect muscle strength and the outcome of some functional tests, so that heavier and taller people will be stronger than lighter and smaller ones. Ratio standard (RS) has been widely used to remove the body mass effect, despite long date criticism due to its inadequacy. Allometry (ALLO), in turn, has been applied as an efficient method for normalizing muscular strength. As the bench press (BP) is a well-recognized strength and conditioning exercise for older adults, the aim of the present study was to verify the influence of body mass on the performance assessment of a group of older men in the BP, by comparing the absolute, RS and ALLO approaches. Sixteen healthy old men (65.5±5.13 years old; 75.42±9.78Kg; 1.73±5.98m; 25.11±2.71 kg/m2; 24.76±4.10 %fat) volunteered to participate in the study. Maximum dynamic load was verified by individual one-repetition maximum (1-RM) tests. Comparisons of means revealed that significant 1-RM difference between lighter (54.9±8.85Kg) and heavier (66.2±8.86Kg) participants was identified only in absolute approach (p<0.05; ES=0.57). RS failed in completely remove the body mass effect, allowing correlation between normalized muscular strength and BM (r=0.23), in contraire of ALLO (r=0.03 and 0.06). Kendall's concordance coefficient revealed an absolute lack of agreement between approaches when compared their respective ordinal classifications (kw=0.003; p>0.05). In line with previous research, ALLO has shown to be the only suitable method to remove adequately the body mass effect and to provide appropriated performance scores for the older men evaluated in this study.
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spelling doaj.art-618ab05aadea4829aefc5c8368853e262023-12-19T07:47:26ZengUniversidade Estadual de MaringáJournal of Physical Education2448-24552023-12-013410.4025/jphyseduc.v34i1.3424A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60Wladymir Külkamphttps://orcid.org/0000-0002-4113-5791Jairo JúniorGuilherme Frecciahttps://orcid.org/0000-0002-7393-9751Joana Mullerhttps://orcid.org/0000-0002-6535-5115Kléber Santoshttps://orcid.org/0009-0003-7143-464XLorival Carminattihttps://orcid.org/0000-0002-5893-109XABSTRACT Body mass is known to affect muscle strength and the outcome of some functional tests, so that heavier and taller people will be stronger than lighter and smaller ones. Ratio standard (RS) has been widely used to remove the body mass effect, despite long date criticism due to its inadequacy. Allometry (ALLO), in turn, has been applied as an efficient method for normalizing muscular strength. As the bench press (BP) is a well-recognized strength and conditioning exercise for older adults, the aim of the present study was to verify the influence of body mass on the performance assessment of a group of older men in the BP, by comparing the absolute, RS and ALLO approaches. Sixteen healthy old men (65.5±5.13 years old; 75.42±9.78Kg; 1.73±5.98m; 25.11±2.71 kg/m2; 24.76±4.10 %fat) volunteered to participate in the study. Maximum dynamic load was verified by individual one-repetition maximum (1-RM) tests. Comparisons of means revealed that significant 1-RM difference between lighter (54.9±8.85Kg) and heavier (66.2±8.86Kg) participants was identified only in absolute approach (p<0.05; ES=0.57). RS failed in completely remove the body mass effect, allowing correlation between normalized muscular strength and BM (r=0.23), in contraire of ALLO (r=0.03 and 0.06). Kendall's concordance coefficient revealed an absolute lack of agreement between approaches when compared their respective ordinal classifications (kw=0.003; p>0.05). In line with previous research, ALLO has shown to be the only suitable method to remove adequately the body mass effect and to provide appropriated performance scores for the older men evaluated in this study.http://www.scielo.br/scielo.php?script=sci_arttext&pid=S2448-24552023000100219&tlng=enAllometryRatio StandardScalingMuscle StrengthBench Press
spellingShingle Wladymir Külkamp
Jairo Júnior
Guilherme Freccia
Joana Muller
Kléber Santos
Lorival Carminatti
A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60
Journal of Physical Education
Allometry
Ratio Standard
Scaling
Muscle Strength
Bench Press
title A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60
title_full A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60
title_fullStr A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60
title_full_unstemmed A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60
title_short A COMPARISON OF ABSOLUTE, RATIO STANDARD AND ALLOMETRIC APPROACHES FOR BENCH PRESS PERFORMANCE ASSESSMENT IN MEN OVER 60
title_sort comparison of absolute ratio standard and allometric approaches for bench press performance assessment in men over 60
topic Allometry
Ratio Standard
Scaling
Muscle Strength
Bench Press
url http://www.scielo.br/scielo.php?script=sci_arttext&pid=S2448-24552023000100219&tlng=en
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