Functional Brain Connectivity Studies

Network analysis reveals how specific emotions relate to social connection in anxiety and depression, identifying hope, joy, sadness, and love as central to these relationships.

Study reveals how bonding and bridging social networks distinctly affect cognitive and psychological health in older adults, with bridging networks showing robust cognitive benefits over time.

Gradient-based analysis of brain organization reveals that emotion regulation success involves systematic reconfigurations along a hierarchy from sensory to integrative regions.

Network analysis reveals Monitoring and Planning as critical executive functions in ADHD children, with family impairments and inhibition deficits bridging cognitive and behavioral domains for.

Individual Brain Charting releases high-resolution fMRI data from eleven participants across twelve cognitive domains, including eighteen new tasks with 180 contrasts for detailed cognitive.

Brain imaging reveals how emotional conflict monitoring predicts cognitive decline in type 2 diabetes, using machine learning to identify early warning signs through functional connectivity patterns.

Study reveals how TPH2 genetic polymorphism modulates brain connectivity and network organization in response to serotonin depletion, with implications for anxiety and emotional regulation.

Sex-dependent mechanisms linking anxiety and depression to stress-induced alcohol-seeking, including subjective responses and neural connectivity differences between men and women.

Graph neural networks with augmented brain signals improve MDD diagnosis through gender-specific and stage-wise analysis, enabling personalized therapeutic strategies.

Longitudinal study examining how neural vulnerability markers predict stress-related emotional variability in adolescents using polyconnectomic depression risk scoring.