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Table 1 Characteristics of included studies

From: The efficacy of core stabilization exercise in mild and moderate adolescent idiopathic scoliosis: a systematic review and meta-analysis

Study

Region

No.

Age

(Mean, SD)

Gender

(♀, ♂)

Cobb angle

(Mean, SD)

Comparisons

Outcomes

NIH-QAT

Chen

2022[47]

China

100

10.29,1.95

18,8

19.2,2.51

CS vs. CG

Cobb angle; AVR

Fair

Ji

2020[48]

China

26

13.51,0.83

29,0

15.28,2.66

CS vs. CG

Cobb angle; SRS-22(QoL); AVR

Fair

He

2024[49]

China

100

15.54,1.54

60,40

32.79,5.71

CS + ST vs. ST

Cobb angle; ATR; SRS-22(QoL)

Fair

Khaledi

2024[46]

Iran

30

16.3,1.18

0,30

15.77,4.81

CS + ST vs. ST

Cobb angle; ATR; SRS-22(QoL)

Good

Kocaman

2021[24]

Turkey

28

14.14, 2.24

21, 7

Cobb-T: 17.67,3.67

Cobb-L: 15.49,3.68

CS vs. ST

Cobb angle; ATR; WRVAS; SRS-22(QoL)

Good

Yagci

2019[23]

Turkey

30

14.1,1.38

30,0

Cobb-T: 28.8,8.61

Cobb-L: 25.4,8.38

CS + Brace vs. SEAS + Brace

Cobb angle; ATR; POTSI; WRVAS; SRS-22(QoL)

Good

Gür

2016[17]

Turkey

25

14.1, 1.67

24,1

Cobb-T: 33.14,9.57

Cobb-L: 31.77,9.04

CS + Brace + TR vs. Brace + TR

Cobb angle; POTSI; SRS-22(QoL)

Good

Yildirim

2022[32]

Turkey

30

14.84,3.29

26,4

Cobb-T: 19.73,7.21

Cobb-L: 20.40,7.14

CS + TR vs. TR

WRVAS; FVC; FEV1; FEV1/FVC

Good

Moubarak 2022[25]

Egypt

30

11.76,1.76

19,11

18.91,3.08

CS vs. ASC

Cobb angle; SRS-22(QoL)

Fair

Kisa

2023[33]

Germany

50

11.58,2.49

34,16

16.59,4.57

CS vs. 3D

Cobb angle; ATR; WRVAS; FVC; FEV1; FEV1/FVC

Good

  1. CS: core stabilization; ASC: active self-correction; SEAS: scientific exercises approach to scoliosis; TR: traditional rehabilitation training; ST: Schroth training; 3D: three - dimensional exercise; CG: control group; ATR: angle of trunk rotation; POTSI: Posterior Trunk Symmetry Index; WRVAS: Walter Reed Visual Assessment Scale; MIP: maximal inspiratory pressure; MEP: maximum expiratory pressure; AVR: apical vertebral rotation