Table 2.
Author | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | TOTAL |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Kessler and Hong, 2013[18] | - | - | 25 Hz | 5 mm | - | - | - | Parameters did not change | - | - | - | Stood on the platform (knees bent at 20°) | Maintaining posture: 4 bouts of 3-min WBV with 30-s of rest between bout; thrice per week | 5/13 |
Lee, Lee, Song 2013[19] | Galileo 2000, Novotec Medical GmBH, Germany | - | 15 to 30 Hz | 1 to 3 mm | - | - | - | Frequency and amplitude increased every two weeks | To reproduce Von Stengel et al. 2011 results | Handrail for support if required | Normal footwear | Stood on the platform (in a 110° squatting position) | Maintaining posture: 3 bouts of 3-min WBV with 1-min of rest between bouts; thrice per week | 9/13 |
Kordi Yoosefinejad et al., 2015[22] | Power-Plate, Next Generation, USA | Sync. | 30 Hz | 2 mm | 3,61 g | - | Assessed during intervention | Time increased every two weeks | - | No support was allowed | - | Stood on the platform (knees bent at 30°) | Maintaining posture: 30-s/ 45-s / 1-min of WBV; twice per week | 10/13 |
Sync: synchronous. WBV: whole-body vibration. 1, Brand name of the vibration platform; 2, Type of vibration; 3, Vibration frequency; 4, Vibration amplitude; 5, Peak acceleration; 6, Accuracy of the vibration parameter; 7, Evaluation of skidding of the feet; 8, Changes of vibration parameters; 9, Rationale for choosing vibration parameters; 10, Supported devices during vibration exposure; 11, Type of footwear; 12, Body position; 13, Description of exercise.