
OCCUPATION AND HEALTH ›› 2026, Vol. 42 ›› Issue (11): 1559-1563.
• Treatise • Previous Articles Next Articles
WANG Weihong1, HAN Rui2, SUN Xinyao1, WANG Dandan1, QI Jinfang1
Received:2025-08-05
Revised:2025-08-21
Online:2026-06-01
Published:2026-06-10
CLC Number:
WANG Weihong, HAN Rui, SUN Xinyao, WANG Dandan, QI Jinfang. Meta-analysis of prevalence and risk factors of adolescent scoliosis in China from 2015 to 2025. [J]OCCUPATION AND HEALTH, 2026, 42(11): 1559-1563.
| 纳入 文献 | 地区 | 研究类型 | 病例组 (例) | 对照组 (例) | 影响因素 | 质量评价 (星) |
|---|---|---|---|---|---|---|
| [ | 北京市 | 横断面研究 | 111 | 3 050 | (1)(2)(3)(5) | 6 |
| [ | 武汉市 | 横断面研究 | 177 | 12 078 | (1)(2)(5)(7) | 7 |
| [ | 北京市 | 横断面研究 | 71 | 1 468 | (1)(3)(4) | 8 |
| [ | 山东省 | 横断面研究 | 833 | 53 246 | (3)(8) | 8 |
| [ | 湖北省 | 病例-对照研究 | 113 | 1 561 | (1)(3)(5)(7) | 7 |
| [ | 北京市 | 横断面研究 | 106 | 1 236 | (6) | 8 |
| [ | 河南省 | 横断面研究 | 1 067 | 26 859 | (1)(2)(3)(4)(7) | 9 |
| [ | 济南市 | 横断面研究 | 96 | 1 621 | (3)(4)(5) | 9 |
| [ | 江苏省 | 队列研究 | 155 | 1 341 | (8) | 8 |
| [ | 内蒙古 | 队列研究 | 397 | 18 002 | (3)(8) | 7 |
| [ | 四川省 | 横断面研究 | 2 709 | 265 874 | (1)(8) | 8 |
| [ | 苏州市 | 横断面研究 | 37 | 3 029 | (4)(8) | 7 |
| [ | 武汉市 | 横断面研究 | 61 | 2 213 | (5)(6)(8) | 6 |
| [ | 武汉市 | 横断面研究 | 104 | 2 152 | (1)(2)(5)(6)(7) | 9 |
| [ | 云南省 | 病例-对照研究 | 101 | 1 550 | (1)(3)(4)(8) | 9 |
| [ | 浙江省 | 横断面研究 | 1 690 | 90 869 | (1)(3)(4)(7) | 7 |
| [ | 郑州市 | 横断面研究 | 110 | 1 464 | (1)(2)(5)(6)(7)(8) | 8 |
| [ | 中山市 | 队列研究 | 135 | 6 622 | (1)(5)(8) | 7 |
| [ | 珠海市 | 横断面研究 | 158 | 4 922 | (1)(3)(4) | 8 |
| [ | 江苏省 | 横断面研究 | 123 | 47 187 | (1)(3)(4)(8) | 9 |
| [ | 甘肃省 | 横断面研究 | 2 707 | 147 680 | (1)(2)(6)(7) | 7 |
| 纳入 文献 | 地区 | 研究类型 | 病例组 (例) | 对照组 (例) | 影响因素 | 质量评价 (星) |
|---|---|---|---|---|---|---|
| [ | 北京市 | 横断面研究 | 111 | 3 050 | (1)(2)(3)(5) | 6 |
| [ | 武汉市 | 横断面研究 | 177 | 12 078 | (1)(2)(5)(7) | 7 |
| [ | 北京市 | 横断面研究 | 71 | 1 468 | (1)(3)(4) | 8 |
| [ | 山东省 | 横断面研究 | 833 | 53 246 | (3)(8) | 8 |
| [ | 湖北省 | 病例-对照研究 | 113 | 1 561 | (1)(3)(5)(7) | 7 |
| [ | 北京市 | 横断面研究 | 106 | 1 236 | (6) | 8 |
| [ | 河南省 | 横断面研究 | 1 067 | 26 859 | (1)(2)(3)(4)(7) | 9 |
| [ | 济南市 | 横断面研究 | 96 | 1 621 | (3)(4)(5) | 9 |
| [ | 江苏省 | 队列研究 | 155 | 1 341 | (8) | 8 |
| [ | 内蒙古 | 队列研究 | 397 | 18 002 | (3)(8) | 7 |
| [ | 四川省 | 横断面研究 | 2 709 | 265 874 | (1)(8) | 8 |
| [ | 苏州市 | 横断面研究 | 37 | 3 029 | (4)(8) | 7 |
| [ | 武汉市 | 横断面研究 | 61 | 2 213 | (5)(6)(8) | 6 |
| [ | 武汉市 | 横断面研究 | 104 | 2 152 | (1)(2)(5)(6)(7) | 9 |
| [ | 云南省 | 病例-对照研究 | 101 | 1 550 | (1)(3)(4)(8) | 9 |
| [ | 浙江省 | 横断面研究 | 1 690 | 90 869 | (1)(3)(4)(7) | 7 |
| [ | 郑州市 | 横断面研究 | 110 | 1 464 | (1)(2)(5)(6)(7)(8) | 8 |
| [ | 中山市 | 队列研究 | 135 | 6 622 | (1)(5)(8) | 7 |
| [ | 珠海市 | 横断面研究 | 158 | 4 922 | (1)(3)(4) | 8 |
| [ | 江苏省 | 横断面研究 | 123 | 47 187 | (1)(3)(4)(8) | 9 |
| [ | 甘肃省 | 横断面研究 | 2 707 | 147 680 | (1)(2)(6)(7) | 7 |
| 影响因素 | 固定效应模型 | 随机效应模型 |
|---|---|---|
| 女性 | 1.052(1.008~1.092) | 1.488(1.263~1.766) |
| 有遗传史 | 1.688(1.382~2.075) | 1.688(1.382~2.084) |
| 超重或肥胖 | 0.512(0.472~0.548) | 0.538(0.437~0.663) |
| 消瘦 | 1.313(1.192~1.452) | 1.331(1.083~1.648) |
| 活动姿势异常 | 1.489(1.272~1.758) | 1.564(1.275~1.902) |
| 沉迷电子游戏 | 1.633(1.332~2.003) | 1.687(1.287~2.214) |
| 长时间坐姿学习 | 1.266(1.172~1.379) | 1.342(1.153~1.558) |
| 适当运动 | 0.737(0.708~0.773) | 0.562(0.468~0.684) |
| 影响因素 | 固定效应模型 | 随机效应模型 |
|---|---|---|
| 女性 | 1.052(1.008~1.092) | 1.488(1.263~1.766) |
| 有遗传史 | 1.688(1.382~2.075) | 1.688(1.382~2.084) |
| 超重或肥胖 | 0.512(0.472~0.548) | 0.538(0.437~0.663) |
| 消瘦 | 1.313(1.192~1.452) | 1.331(1.083~1.648) |
| 活动姿势异常 | 1.489(1.272~1.758) | 1.564(1.275~1.902) |
| 沉迷电子游戏 | 1.633(1.332~2.003) | 1.687(1.287~2.214) |
| 长时间坐姿学习 | 1.266(1.172~1.379) | 1.342(1.153~1.558) |
| 适当运动 | 0.737(0.708~0.773) | 0.562(0.468~0.684) |
| 影响因素 | 研究篇数 | 异质性检验 | 模型 | 合并OR(95%CI) | 合并效应量检验 | ||
|---|---|---|---|---|---|---|---|
| I2(%) | Q值 | Z值 | P | ||||
| 女性 | 14[ | 90 | 126.992 | 随机 | 1.488(1.263~1.766) | 4.542 | <0.01 |
| 有遗传史 | 6[ | 0 | 4.393 | 固定 | 1.688(1.382~2.075) | 5.033 | <0.01 |
| 超重或肥胖 | 11[ | 82 | 55.388 | 随机 | 0.538(0.437~0.663) | 5.879 | <0.01 |
| 消瘦 | 8[ | 61 | 18.158 | 随机 | 1.331(1.083~1.648) | 2.654 | <0.01 |
| 活动姿势异常 | 8[ | 21 | 8.911 | 固定 | 1.489(1.272~1.758) | 4.807 | <0.01 |
| 沉迷电子游戏 | 5[ | 38 | 6.429 | 固定 | 1.633(1.332~2.003) | 4.712 | <0.01 |
| 长时间坐姿学习 | 7[ | 48 | 11.507 | 固定 | 1.266(1.172~1.379) | 5.683 | <0.01 |
| 适当运动 | 10[ | 92 | 118.213 | 随机 | 0.562(0.468~0.684) | 6.182 | <0.01 |
| 影响因素 | 研究篇数 | 异质性检验 | 模型 | 合并OR(95%CI) | 合并效应量检验 | ||
|---|---|---|---|---|---|---|---|
| I2(%) | Q值 | Z值 | P | ||||
| 女性 | 14[ | 90 | 126.992 | 随机 | 1.488(1.263~1.766) | 4.542 | <0.01 |
| 有遗传史 | 6[ | 0 | 4.393 | 固定 | 1.688(1.382~2.075) | 5.033 | <0.01 |
| 超重或肥胖 | 11[ | 82 | 55.388 | 随机 | 0.538(0.437~0.663) | 5.879 | <0.01 |
| 消瘦 | 8[ | 61 | 18.158 | 随机 | 1.331(1.083~1.648) | 2.654 | <0.01 |
| 活动姿势异常 | 8[ | 21 | 8.911 | 固定 | 1.489(1.272~1.758) | 4.807 | <0.01 |
| 沉迷电子游戏 | 5[ | 38 | 6.429 | 固定 | 1.633(1.332~2.003) | 4.712 | <0.01 |
| 长时间坐姿学习 | 7[ | 48 | 11.507 | 固定 | 1.266(1.172~1.379) | 5.683 | <0.01 |
| 适当运动 | 10[ | 92 | 118.213 | 随机 | 0.562(0.468~0.684) | 6.182 | <0.01 |
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