Neural Connectivity Patterns Predict Acupuncture Response in Migraine: A Step Toward Personalized Pain Management

Neural Connectivity Patterns Predict Acupuncture Response in Migraine: A Step Toward Personalized Pain Management

This randomized clinical trial demonstrates that real acupuncture significantly reduces migraine frequency and disability compared to sham acupuncture. Crucially, baseline brain connectivity patterns within the default mode and subcortical networks can predict individual treatment responses, offering a potential biomarker for personalized neuromodulatory therapy.
Harnessing Effective Connectivity Between Cerebellum and Fronto-Temporal Regions for Objective Major Depressive Disorder Diagnosis: Insights From a Multi-Site fMRI Study

Harnessing Effective Connectivity Between Cerebellum and Fronto-Temporal Regions for Objective Major Depressive Disorder Diagnosis: Insights From a Multi-Site fMRI Study

A multi-site fMRI study demonstrates that effective connectivity patterns between the cerebellum and fronto-temporal areas accurately classify major depressive disorder with over 94% accuracy, offering a promising neuroimaging biomarker to aid clinical diagnosis.