| Exercise: brace |
Marlene
2021[@442955]
Sweden |
Experimental |
45 (5) |
12.6 (1.4) |
33/12 |
NR |
Experimental:
A 60-90 minute SSE session is held once a month, and a 30-minute SSE session is held at home the rest of the time.
Control：
Hyoercorrective Boston brace (night shift) |
Cobb angle
ATR (Scoliometer)
HR-QOL (SRS-22r)
Trunk appearance (pSAQ) |
6months |
| Control |
45 (5) |
12.7 (1.4) |
39//6 |
Zheng
2018[@442957]
China |
Experimental |
30 (1) |
12.4 (0.9) |
22/7 |
0~2 |
Experimatal:
Take the 1.5-hour supervised SEAS course in the clinic every 2 to 3 months + home exercise: 10-15 min/day.
Control: TLSO (23h) |
Cobb angle
ATR (Radiology)
HR-QOL (SRS-22)
Trunk appearance (shoulder balance) |
6months
12months |
| Control |
30 (6) |
12.3 (0.8) |
19/5 |
Moawd
2023[@442960]
Saudi Arabia |
Experimental |
14 (1) |
14.1 (1.2) |
0/13 |
NR |
Experimental:
Five days a week, 10 to 15 minutes a day of conventional scoliosis exercises, which include pelvic leaning back, catwalk, double leg abdominal compression, and standing on one leg.
Control: Cheneau Gensingen Brace |
Cobb angle
ATR
Lung function (FVC) |
8weeks
6mmonths |
| Control |
14 (2) |
13.8 (1.5) |
0/12 |
| Exercise+other: others |
Gao
2019[@442956]
China |
Experimental |
25 (2) |
12.22 (1.35) |
18/5 |
0~2 |
Experimental:
Subjects are taught in the scoliosis clinic every 2-3 months, followed by 40 minutes of clinical therapy per week and 10-15 minutes of home exercise per day.
Control: TLSO (23h) |
Cobb angle
Lung function (FVC) |
4weeks
6months |
| Control |
25 (3) |
12.14 (1.32) |
18/4 |
Yagci
2018[@442958]
Turkey |
Experimental |
10 (0) |
14.20 (2.04) |
10/0 |
1~3 |
Experimental:
BBAT + Traditional Exercise + brace, home exercise 1 h/session, 5sessions/week
Control: Traditional Exercise only + brace same dosage as the study group |
Cobb angle
ATR (Scoliometer)
HR-QoL (SRS-22)
Trunk appearance (POTSI) |
10weeks |
| Control |
10 (0) |
13.60 (1.65) |
10/0 |
Basbug
2023[@442961]
Turkey |
Experimental |
18 (1) |
13.9 (1.83) |
17/1 |
NR |
Experimental:
A 45-minute home exercise program for scoliosis combined with IMT, inspiratory muscle training using the Threshold IMT device ® twice a day for 15 minutes/ times
Control: Scoliosis home training program only |
Lung function (FVC) |
8weeks |
| Control |
18 (1) |
13.7 (1.8) |
17/1 |
|
Athanasopoulos
1999[@442962]
Greece |
Experimental |
20 (0) |
13.54 (0.16) |
20/0 |
0~3 |
Experimental:
Interval aerobic training four times a week. The training intensity is 80%-100% of the load so that the subject's heart rate reaches 170 beats/min. During each training session, the subjects performed 30 minutes of cycling exercise for 5 to 15 minutes at a time, combined with brace therapy.
Control: Boston brace |
Lung function (FVC) |
8weeks |
| Control |
20 (0) |
13.62 (0.18) |
20/0 |
Gözde Gür
2016[@442959]
Turkey |
Experimental |
12 (0) |
14.2 (1.8) |
11/1 |
2 (0.6) |
Experimental:
Twice a week, 1-hour core training program + traditional scoliosis home exercise 22h wearing SpoRT brace
Control:
Traditional exercise + 22h wearing SpoRT brace |
Cobb angle
Trunk appearance (TAPS)
HR-QoL (SRS-22 ) |
10weeks |
| Control |
13 (0) |
14 (1.6) |
13/0 |
Moawd
2023[@442960]
Saudi Arabia |
Experimental |
14 (1) |
13.5 (1.2) |
0/13 |
NR |
Experimental:
The intervention began with one hour of individual training per day for the first two weeks, followed by one hour of Schroth training per week, performed in three dimensions, including spinal elongation, pelvic alignment, thoracic rotation, and shoulder correction + wearing a Gensingen brace
Control: Gensingen brace |
Cobb angle
ATR (Scoliometer)
Lung function (FVC) |
8weeks
6months |
| Control |
14 (1) |
13.8 (1.5) |
0/13 |