Table 4: Studies characteristics and their findings.
Reference |
Number of studies/or participants |
Age |
Kind of measure |
Statistical analyses used |
Program used |
Findings |
Il-Young Jang, et al. |
187 participants |
Average age 77-years-old |
Short Physical Performance Battery (SPPB) score [27] |
R software version 3.3.3 |
Physical activity alternated with additional elements |
Beneficial effects on frailty and sarcopenia up to one year. |
Beaudart, et al. (2017) |
37/993 studies |
≥ 60-years-old |
Jadad score [28] |
Descriptive |
Physical activity alternated with additional nutrients |
The effects of physical activity and nutrition in increasing the muscular mass and strength. |
Kehler |
16/582 |
Age frail |
self-report accelerometer |
Descriptive/multiplied statistical model |
Physical activity and sedentary life |
Sedentary life has a negative effect on normal life after 60 years. |
Gine-Garriga |
51 |
80-90 years |
NA |
Linear mixed model |
Circuit-training functional program |
This program is effective in improving self-reported fear of falling and health in a group of physically frail individuals. |
Dedeyne, et al. |
12/200 studies |
≥ 65 years |
NA |
Descriptive |
Multi-domain effect compared to mono-domain intervention in vulnerability state |
Positive effects in multi-domain use of frailty individuals. |
Carmen de Labra, et al. |
9/507 studies 1067 participants |
Average age 82.5 ± 4.3 |
The Physiotherapy Evidence Database (PEDro scale) [29]* |
Descriptive |
The intervention of aerobic physical activity and muscular resistance in frail individuals |
Benefit from physical activity intervention, although the optimal intervention program remains unclear. |
Kwon, et al. |
89 women |
≥ 70 vjeç |
NA |
Descriptive |
Physical activity intervention accompanied by a nutrition program |
Improvement in the quality of life of women in the study as a result of increased physical activity and nutrition. |
*: PEDro scale.