Positive Health Online
Your Country
![[Image: https://www.water-for-health.co.uk/]](/img/original/BannerAvatar/4046.12831f50177f8848ee87b8e94411d6b3.jpg "https://www.water-for-health.co.uk/")
![[Image: http://www.abundanceandhealth.co.uk]](/img/original/BannerAvatar/2836.df7d2315253110ff5b3a566f94871f99.jpg "http://www.abundanceandhealth.co.uk")
![[Image: https://peacegifts.shop/]](/img/original/BannerAvatar/3906.e1d1ebc07ce7530bbb3d6cf426966b6f.jpg "https://peacegifts.shop/")
![[Image: http://www.balens.co.uk]](/img/original/BannerAvatar/2148.50367fa908013fae0a7f1a171543ef92.jpg "http://www.balens.co.uk")
![[Image: http://www.drsgoodman.com/books-goodman/52-nutrition-and-cancer]](/img/original/BannerAvatar/1859.1296090fd8385e7ceff51c8011559097.jpg "http://www.drsgoodman.com/books-goodman/52-nutrition-and-cancer")
Research: XUE and COLLEAGUES,
Listed in Issue 191
Abstract
XUE and COLLEAGUES, Institution Institute of Neuroinformatics and Laboratory for Body and Mind, Dalian University of Technology, Dalian, China determined whether 11 h of Integrative Body-Mind Training(IBMT) alters topological properties of the anterior cingulate cortex in brain functional networks.
Background
Previous studies have found that short-term integrative body-mind training (IBMT) has positive effects on the brain structure and function in the anterior cingulate cortex.
Methodology
The authors applied network analysis to resting-state functional connectivity between 90 cortical and subcortical regions before and after IBMT and relaxation training.
Results
The results demonstrated a significant increase in the network efficiency and connectivity of the anterior cingulate cortex after IBMT, but not after relaxation training.
Conclusion
These findings indicated that the change in network topology might occur by altering the brain or psychological state. IBMT might be an intervention tool for improvement of self-regulation.
References
Xue S, Tang YY and Posner MI. Short-term meditation increases network efficiency of the anterior cingulate cortex. Neuroreport. 22(12): 570-4. Aug 24 2011.
