Journal of Traditional Chinese Medicine ›› 2025, Vol. 45 ›› Issue (6): 1191-1200.DOI: 10.19852/j.cnki.jtcm.2025.06.003
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Effects of 4 kinds of Chinese traditional Qigong exercises on cervical spondylosis: a network Meta-analysis
WAN Le1, JIANG Weiyu1, ZHANG Wenchun2, Yingsin Peng3(
), LIU Jiancheng2()
- 1 School of Clinical medicine, Jiangxi University of Chinese Medicine, Nanchang 330000, China
2 School of Chinese medicine, Jiangxi University of Chinese Medicine, Nanchang 330000, China
3 Department of rehabilitation, Seventh Clinical Medical College, Guangzhou University of Chinese Medicine, Guangzhou 518100, China
-
Received:2024-11-23Accepted:2025-03-12Online:2025-12-15Published:2025-11-24 -
Contact:LIU Jiancheng, School of Chinese medicine, Jiangxi University of Chinese Medicine, Nanchang 330000, China. 20192020@jxutcm.edu.cn, Telephone: +86-18779174703;
Yingsin Peng, Department of rehabilitation, Seventh Clinical Medical College, Guangzhou University of Chinese Medicine, Guangzhou 518100, China. 3472193743@qq.com -
Supported by:a Case Study on Four Biased Constitution Types(82360893);Investigation on Terahertz Wave Characteristics of Yuan-Source Acupoints Across Different Meridian States(GJJ211203);Effect of Internal Organs Guiding Technique on College Students’ Anxiety and Its Mechanism(SZYYB20231376)
Cite this article
WAN Le, JIANG Weiyu, ZHANG Wenchun, Yingsin Peng, LIU Jiancheng. Effects of 4 kinds of Chinese traditional Qigong exercises on cervical spondylosis: a network Meta-analysis[J]. Journal of Traditional Chinese Medicine, 2025, 45(6): 1191-1200.
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Figure 1 PRISMA flow diagram of the study process PRISMA: Reporting Items for Systematic review and Meta-analysis; CNKI: China National Knowledge Infrastructure Database; VIP: China Science and Technology Journal Database.
Figure 1 PRISMA flow diagram of the study process PRISMA: Reporting Items for Systematic review and Meta-analysis; CNKI: China National Knowledge Infrastructure Database; VIP: China Science and Technology Journal Database.
Figure 2 Percentage of projects of included articles that produced risks of bias
Figure 2 Percentage of projects of included articles that produced risks of bias
Figure 3 Evidence network of outcome indicator A: NDI; B: Yasuhisa Tanaka Cervial Spine Assessment Questionnaire; C: comprehensive curative effect; D: VAS. A-D: employ Bayes statistical methods, each node represents an intervention method, the size of nodes indicates the sample size of patients who underwent the intervention. A: including 3 interventions (12 articles) compared with SOC: BDJ (7), YJJ, WQX; B: including 2 interventions (7 articles) compared with SOC: BDJ (6), TC; C: including 4 interventions (28 articles) compared with SOC: BDJ (19), YJJ, WQX, TC; D: including 4 interventions (31 articles) compared with SOC: BDJ (22), YJJ, WQX, TC. BDJ: Baduanjin; WQX: Wuqinxi; YJJ: Yijinjing; TC: Tai Chi; NDI: the neck disability index; VAS: visual analogue scale.
Figure 3 Evidence network of outcome indicator A: NDI; B: Yasuhisa Tanaka Cervial Spine Assessment Questionnaire; C: comprehensive curative effect; D: VAS. A-D: employ Bayes statistical methods, each node represents an intervention method, the size of nodes indicates the sample size of patients who underwent the intervention. A: including 3 interventions (12 articles) compared with SOC: BDJ (7), YJJ, WQX; B: including 2 interventions (7 articles) compared with SOC: BDJ (6), TC; C: including 4 interventions (28 articles) compared with SOC: BDJ (19), YJJ, WQX, TC; D: including 4 interventions (31 articles) compared with SOC: BDJ (22), YJJ, WQX, TC. BDJ: Baduanjin; WQX: Wuqinxi; YJJ: Yijinjing; TC: Tai Chi; NDI: the neck disability index; VAS: visual analogue scale.
Figure 4 Cumulative probability plot of outcome indicator A: NDI; B: Yasuhisa Tanaka Cervial Spine Assessment Questionnaire; C: comprehensive curative effect; D: VAS. A-D: different colored curves represent different intervention methods. The surface under the cumulative ranking curve shows the effectiveness of each treatment. A: YJJ has the largest surface under cumulative ranking curve (90.61983%), ranking of reducing NDI is YJJ > WQX > BDJ > SOC; B: BDJ has the largest surface under cumulative ranking curve (99.9990%), ranking is YJJ > SOC > TC; C: TC has the largest surface under cumulative ranking curve (92.37350%), ranking of improving comprehensive curative effect is TC > WQX > BDJ > YJJ > SOC. D: WQXJ has the largest surface under cumulative ranking curve (99.99988%), ranking of reducing VAS is WQX > BDJ > YJJ > TC > SOC. BDJ: baduanjin; WQX: wuqinxi; YJJ: yijinjing; TC: Tai Chi; NDI: the neck disability index; VAS: visual analogue scale.
Figure 4 Cumulative probability plot of outcome indicator A: NDI; B: Yasuhisa Tanaka Cervial Spine Assessment Questionnaire; C: comprehensive curative effect; D: VAS. A-D: different colored curves represent different intervention methods. The surface under the cumulative ranking curve shows the effectiveness of each treatment. A: YJJ has the largest surface under cumulative ranking curve (90.61983%), ranking of reducing NDI is YJJ > WQX > BDJ > SOC; B: BDJ has the largest surface under cumulative ranking curve (99.9990%), ranking is YJJ > SOC > TC; C: TC has the largest surface under cumulative ranking curve (92.37350%), ranking of improving comprehensive curative effect is TC > WQX > BDJ > YJJ > SOC. D: WQXJ has the largest surface under cumulative ranking curve (99.99988%), ranking of reducing VAS is WQX > BDJ > YJJ > TC > SOC. BDJ: baduanjin; WQX: wuqinxi; YJJ: yijinjing; TC: Tai Chi; NDI: the neck disability index; VAS: visual analogue scale.
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