Mindscape Collective is now The Consciousness Library. Same library, new name. You may need to sign in again. About the change
Skip to content

Julian Lim

2 papers in the library · 34 citations · publishing 2023-2024

Papers

Mindfulness-based therapy improves brain functional network reconfiguration efficiency

Translational Psychiatry November 11, 2023 Wan Lin Yue, Kwun Kei Ng, Amelia Jialing Koh et al. 32 citations

Mindfulness-based interventions improve cognition and emotion regulation, and this study examined how they change functional brain activity. Using a breath-counting task and resting-state fMRI, the researchers measured how efficiently the brain reconfigures its activity patterns between rest and task states. Elderly participants with sleep difficulties were assigned to either mindfulness-based therapy or a sleep hygiene active control. The mindfulness group showed improved self-reported mindfulness and greater brain functional reconfiguration efficiency in the executive control, default mode, and salience networks compared to the control group. However, these brain changes were not associated with behavioral improvements, suggesting that neuroplasticity from regular mindfulness practice may bring the brain's intrinsic functional configuration closer to a state required for mindful awareness.

Assessing the effects of an 8-week mindfulness training program on neural oscillations and self-reports during meditation practice

bioRxiv (Cold Spring Harbor Laboratory) February 13, 2024 Julio Rodriguez-Larios, Kian Foong Wong, Julian Lim 2 citations preprint

Mindfulness training did not reduce lapses of attention or their associated theta brain oscillations during meditation, but it did slow alpha oscillations in frontal electrodes, a pattern previously seen in highly experienced meditators and thought to reflect decreased arousal. The study recorded EEG from 41 participants before and after 8 weeks of mindfulness training or a waitlist, interrupting them during meditation to report focus and drowsiness. Self-reported lapses of attention were linked to increased theta oscillations that were slower and more widespread than those during focused states. These findings clarify the neural correlates of mindfulness meditation and may inform neuromodulation protocols.