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

Table 1 Subject sociodemographic data

Author	Journal	Year	n	age (years)	Weight (kg)	Etiology of Ampuation
Chin et al.	J Rehabil Res Dev	2012	7	67.7 ± 3.91	51.1 kg ± 9.7	tumor, infection
Chin et al.	Am J Phys Med Rehabil	2002	31 [18]	26.0 ± 5.7 [25.4 + 3.7]	X	X
Chin et al.	Am J Phys Med Rehabil	2006	49	67.5 ± 5.6 yrs	X	vascular, trauma, tumor, infection
Chin et al.	Prosthet Orthot Int	2002	17	67.4	X	vascular
Erjavec et al.	Disabil Rehabil	2014	101	69.4 (53–84)	X	vascular
Erjavec et al.	Eur J Phys Med Rehabil	2008	61	72.5	X	vascular
Hamamura, et al.	J Int Med Res	2009	64	67.3	X	Vascular, Non-vascular
Vestering, et al.	Int J Rehabil Res	2005	4	38.5	79.8 kg	Trauma, cancer, diabetes, neurofibromatosis
Wezenburg et al.	Ann Phys Med Rehabil	2012	36 [31]	62.3 [60.8 ± 5.9]	82.4 [81.1 kg ± 14.3]	traumatic, vascular
Van Velzen et al.	Disabi Rehabil	2006	78	70	X	Vascular
	Total		448	65.4 [44.5]	77.5

ISSN: 1743-0003