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Table 2 Study data

From: The role of exercise testing in predicting successful ambulation with a lower extremity prosthesis: a systematic literature review and clinical practice guideline

Author

Journal

Year

Study Design

Amputation Level

Exercise Testing Modality

%VO2max

Maximum workload (W)

Attrition rate

Chin et al.

J Rehabil Res Dev

2012

Prospective Cohort

Hip Disarticulation

1-leg ergometer

57.2 ± 11.1%

 

0%

Chin et al.

Am J Phys Med Rehabil

2002

Prospective Cohort

Lower Extremity

1-leg ergometer

80.00%

67.6 + 20.2 W

0%

Chin et al.

Am J Phys Med Rehabil

2006

Prospective Cohort

Transfemoral/Hip Disarticulation

1-leg ergometer

64.4 ± 14.4%

X

0%

Chin et al.

Prosthet Orthot Int

2002

Retrospective Cohort

Transfemoral

1-leg ergometer

58.6 ± 7.6%

X

0%

Erjavec et al.

Disabil Rehabil

2014

Prospective Cohort

Unilateral Transfemoral

Upper Extremity

X

50 W

37%

Erjavec et al.

Eur J Phys Med Rehabil

2008

Prospective Cohort

Transfemoral

Upper Extremity

X

40 W

1%

Hamamura, et al.

J Int Med Res

2009

Retrospective Cohort

History of TFA or HD

1-leg ergometer

58.80%

X

X

Vestering, et al.

Int J Rehabil Res

2005

Case Series

Unilateral Lower Extremity

combined upper/lower extremity ergometer

63.69% (combined), 73.3% (UE)

95 W (combined), 106.7 W (UE)

20%

Wezenburg et al.

Ann Phys Med Rehabil

2012

Retrospective Cohort

Transtibial, transfemoral

1-leg cycle ergometer

X

132.0 W peak

3%

Van Velzen et al.

Disabi Rehabil

2006

Systematic Review

Lower Extremity

Rowing machine, UE ergometer

X

Level 2: 44 + 3 W, Level 3: 71 + 4 W

N/A