Influence of a 6-week arm exercise program on walking ability and health status after hip arthroplasty: A 1-year follow-up pilot study

Maire, Jérôme; Dugué, Benoît; Faillenet-Maire, Anne-Françoise; Smolander, Juhani; Tordi, Nicolás; Parratte, B.; Grange, Céline; Rouillon, Jean-Denis

doi:10.1682/jrrd.2005.03.0058

Cited by 21 publications

(37 citation statements)

References 17 publications

(22 reference statements)

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“…By 12 weeks, the mean walking distance of participants was 400.4 (SD = 116.6) meters, which is equivalent to the distance a healthy older adult walks in 6 minutes (Gremeaux et al, 2008). These results are comparable with the findings of Maire et al (2006), who identified a 6-minute walking distance of 405 (range = 270Y508) meters in the upper-limb-interval training group compared with 259 (range = 218Y302) meters in the control group after 2 months of study. After 12 weeks of training, the WOMAC score of participants decreased by 78.94%, with a mean change of 39.10 (p G .001).…”

Section: Discussionsupporting

confidence: 78%

Effects of a Home-Based Resistance Training Program on Recovery From Total Hip Replacement Surgery: Feasibility and Pilot Testing

Chang

Lin²,

Chen³

et al. 2017

Journal of Nursing Research

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The results of this study support the hypothesis that a home-based resistance training program is safe, feasible, and effective for improving the mobility, functional exercise capacity, and health-related quality of life of THR patients. Considering the low cost and convenience of a home-based resistance training program, health professionals should consider this and similar exercise programs when providing guidance to THR patients.

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Section: Discussionsupporting

confidence: 78%

Effects of a Home-Based Resistance Training Program on Recovery From Total Hip Replacement Surgery: Feasibility and Pilot Testing

Chang

Lin²,

Chen³

et al. 2017

Journal of Nursing Research

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“…In addition, it has been shown that arm crank exercise improves health status and physiological well-being in several populations (Hicks et al, 2003;Grange et al, 2004;Maire et al, 2004;Zwierska et al, 2005;Maire et al, 2006;Verney et al, 2006;Mendelsohn et al, 2008). The arm crank _ VO 2peak was about 58% of treadmill _ VO 2peak .…”

Section: Discussionmentioning

confidence: 99%

“…The present study showed that ACE is a valid means for predicting _ VO 2max and may be a useful alternative for the Bruce treadmill test in people unable to perform lower body ergometry. In addition, it has been shown that arm crank exercise improves health status and physiological well-being in several populations (Hicks et al, 2003;Grange et al, 2004;Maire et al, 2004;Zwierska et al, 2005;Maire et al, 2006;Verney et al, 2006;Mendelsohn et al, 2008). Although the effect of ACE has not yet been determined in a number of populations where it may ultimately prove useful in reducing mortality and morbidity, therefore, further research is necessary surrounding this topic.…”

Section: Discussionmentioning

confidence: 99%

Comparison study of treadmill versus arm ergometry

Schrieks

Barnes

Hodges

2011

Clinical Physiology and Functional Imaging

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The Bruce treadmill test is used worldwide to assess cardiovascular disease. However, because of the high increments of intensity between the stages of this test, it is not best suited to a number of populations. Therefore, the aim of the study was to determine the difference between physiological outcomes of the arm crank test and Bruce treadmill test and to provide a regression equation to account for this. Thirty subjects (16 men and 14 women) performed both an arm crank test and the Bruce treadmill test, on two separate days, in a random order. Peak values of oxygen uptake (VO(2) ), respiratory exchange ratio (RER), ventilation rate (V(E) ), heart rate (HR) and ratings of perceived exertion (RPE) were recorded. Arm crank VO(2peak) and peak V(E) were significantly lower compared with treadmill VO(2peak) and peak VE, in both men and women (P<0·001). Arm crank HR(peak) was significantly lower than treadmill HR(peak) in men (P<0·001). The following is the regression equation to estimate treadmill: VO(2peak) = 0·8*arm crank VO(2peak) + 0·019*body weight + 2·025*gender-0·038*gender*body weight + 0·852, with gender being '0' for males and '1' for females. This model has a r(2) of 0·832 (SEE = 0·471). This strong correlation indicates that an accurate prediction of treadmill VO(2peak) can be made by arm crank VO(2peak) , which is a good estimate of a person's maximal oxygen uptake (VO(2max) ). Therefore, the arm crank test can be of great importance for evaluation of cardiovascular disease in many people.

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“…These discrepancies in HR MAX for the arms provide significant relevance for older and clinical populations. For example, in some clinical settings where upper body exercise training is popular, such as those undergoing hip replacement rehabilitation (Maire et al 2006), exercise is terminated when individuals achieve a percentage of HR MAX (e.g. 85% HR MAX ), which would result in a more severe exercise intensity when performed with the arms.…”

Section: Discussionmentioning

confidence: 99%

Predicted maximal heart rate for upper body exercise testing

Hill

Talbot

2014

Clin Physio Funct Imaging

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Age-predicted maximal heart rate (HRMAX ) equations are commonly used for the purpose of prescribing exercise regimens, as criteria for achieving maximal exertion and for diagnostic exercise testing. Despite the growing popularity of upper body exercise in both healthy and clinical settings, no recommendations are available for exercise modes using the smaller upper body muscle mass. The purpose of this study was to determine how well commonly used age-adjusted prediction equations for HRMAX estimate actual HRMAX for upper body exercise in healthy young and older adults. A total of 30 young (age: 20 ± 2 years, height: 171·9 ± 32·8 cm, mass: 77·7 ± 12·6 kg) and 20 elderly adults (age: 66 ± 6 years, height: 162 ± 8·1 cm, mass: 65·3 ± 12·3 kg) undertook maximal incremental exercise tests on a conventional arm crank ergometer. Age-adjusted maximal heart rate was calculated using prediction equations based on leg exercise and compared with measured HRMAX data for the arms. Maximal HR for arm exercise was significantly overpredicted compared with age-adjusted prediction equations in both young and older adults. Subtracting 10-20 beats min(-1) from conventional prediction equations provides a reasonable estimate of HRMAX for upper body exercise in healthy older and younger adults.

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Influence of a 6-week arm exercise program on walking ability and health status after hip arthroplasty: A 1-year follow-up pilot study

Cited by 21 publications

References 17 publications

Effects of a Home-Based Resistance Training Program on Recovery From Total Hip Replacement Surgery: Feasibility and Pilot Testing

Effects of a Home-Based Resistance Training Program on Recovery From Total Hip Replacement Surgery: Feasibility and Pilot Testing

Comparison study of treadmill versus arm ergometry

Predicted maximal heart rate for upper body exercise testing

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