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Olusola Ajilore

2 papers in the library · 1 citation · publishing 2020-2026

Papers

Everyone Can Meditate: Characterizing a Personalized Connectomic State Space among Meditation Groups and Non-meditators

bioRxiv (Cold Spring Harbor Laboratory) June 20, 2020 Jacob van Doorn, Mengqi Xing, B. Rael Cahn et al. 1 citation preprint

Brain connectivity patterns differ between meditation states and instructed mind-wandering, regardless of meditation experience or tradition. Experienced meditators from Isha Yoga, Himalayan Yoga, and Vipassana traditions, along with meditation-naïve individuals, performed breath awareness, autobiographical thinking, and their own meditation practice while 64-electrode EEG recorded brain activity. A new method called Thought Chart mapped each person's dynamic functional connectivity. Both breath awareness and meditation tasks showed consistently different connectivity patterns compared to mind-wandering, measured by Hausdorff distance. The meditation state most closely resembled breath awareness across all groups. These differences were not driven by specific frequency bands, and no significant group differences emerged.

Δ9-Tetrahydrocannabinol Alters Limbic and Frontal Functional Brain Connectomes Among Young Adult Cannabis Users.

Biological psychiatry. Cognitive neuroscience and neuroimaging May 1, 2026 Zachary Anderson, Matthew Gunn, Emily Jones et al.

A moderate oral dose of THC (7.5 mg) reduced resting-state functional connectivity within several brain networks, including corticostriatal circuits and networks involved in sensory processing, interoception, and spatial reasoning, in 33 healthy occasional young adult cannabis users. THC also decreased connectivity between two specific networks: one involving the anterior cingulate cortex and dorsal insula, and another involving the ventral insula and lingual gyrus. These connectivity changes were not related to subjective drug effects or recent cannabis use. The findings indicate that even a single moderate THC dose broadly disrupts intrinsic brain network connectivity.