Synergistic neuroplasticity from synchronous Taiji Yunshou and tDCS in stroke: an fNIRS study of cortical activation and cross-subject hemodynamic brain network - Takeaways - MDSpire

Synergistic neuroplasticity from synchronous Taiji Yunshou and tDCS in stroke: an fNIRS study of cortical activation and cross-subject hemodynamic brain network

  • By

  • Zhenguo Lin

  • Junwei Wang

  • Qi Xu

  • Wenhang Que

  • Taibiao Li

  • Zhenwu Zhang

  • Tiebin Yan

  • May 28, 2026

  • 0 min

Share

  • 1

    Synchronous Taiji Yunshou (TY) and transcranial direct current stimulation (tDCS) enhance neuroplasticity in stroke patients.

  • 2

    The study utilized functional near-infrared spectroscopy (fNIRS) to assess cortical activation and hemodynamic brain networks.

  • 3

    Synchronous TY + tDCS showed superior activation in the left and right prefrontal cortex compared to tDCS alone.

  • 4

    Each intervention caused distinct network reorganizations, with TY forming motor-execution communities and tDCS creating bipartite divisions.

  • 5

    Findings support integrated rehabilitation strategies, highlighting the left sensorimotor cortex as crucial for stroke recovery.

Original Source(s)

Synergistic neuroplasticity from synchronous Taiji Yunshou and tDCS in stroke: an fNIRS study of cortical activation and cross-subject hemodynamic brain network

  • by Zhenguo Lin, Junwei Wang, Qi Xu, Wenhang Que, Taibiao Li, Zhenwu Zhang, Tiebin Yan

  • May 28, 2026

Related Content

Clinically oriented dual-tier screening for post-stroke epilepsy with interpretable machine learning in a severely imbalanced cohort

Not All Poststroke Cognitive Patterns Plateau

Researchers identify divergent recovery, persistence, and decline patterns across cognitive domains following stroke.

Analysis of risk factors for hemorrhagic transformation after mechanical thrombectomy in acute anterior circulation large vessel occlusion stroke and construction of a nomogram prediction model