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. 2021 Jul 6;23(7):e27064. doi: 10.2196/27064

Table 4.

Range of motion.

Joint Data included for analysisa Preintervention (in degrees), median (95% CI) Postintervention (in degrees), median (95% CI) P value
Shoulder abduction 12 143 (16 to 159) 151.5 (25 to 163) .08b
Shoulder flexion 6 34.5 (0 to 152) 57.5 (0 to 153) .07
Shoulder extension 3 66 (66 to 75) 60 (50 to 66) .11
Elbow flexion 14 146.5 (86 to 164) 144.5 (92 to 158) .67
Elbow extension 11 −9 (−82 to 0)c −4 (−95 to 9)c .35
Forearm pronation 9 82 (65 to 91) 95 (78 to 102) .12
Forearm supination 9 71 (44 to 86) 66 (49 to 84) .48
Wrist flexion 8 86.5 (29 to 97) 78 (11 to 94) .11
Wrist extension 8 20.5 (−20 to 50) 30 (−7 to 57) .05
Hip flexion 12 109.5 (95 to 127) 108.5 (94 to 130) .92
Hip extension 8 1.5 (−50 to 30) −1.5 (−45 to 16)c .25
Hip internal rotation 3 1 (1 to 27) 12 (10 to 27) .18
Hip external rotation 4 30 (4 to 55) 33 (11 to 48) .72
Knee flexion 12 105.5 (50 to 130) 115 (93 to 138) .61
Knee extension 14 −18 (−63 to −7)c −14.5 (−62 to −4)c .04
Ankle dorsiflexion 12 −21 (−28 to 5)c −20.5 (−29 to −2)c .72
Ankle plantarflexion 12 32 (23 to 40) 29.5 (21 to 41) .53

aNumber of data included for analysis, with a possible maximum of 14 (7 participants×2 sides).

bItalicized values indicate a significance level of P<.10.

cNegative values represent a lack of range of motion. For example, a negative knee extension signifies an inability to achieve full extension. Range of motion was measured to whole degrees; 0.5° resulted from median calculations of even numbers.