Jazmin Camchong

TL;DR: This work quantitatively characterize the univariate wavelet entropy of regional activity, the bivariate pairwise functional connectivity between regions, and the multivariate network organization of connectivity patterns, and develops a general statistical framework for the testing of group differences in network properties, broadly applicable to studies where changes in network organization are crucial to the understanding of brain function.

TL;DR: Convergent fMRI and DTI findings that are consistent with the disconnection hypothesis in schizophrenia, particularly in medial frontal regions, while adding some insight of the relationship between brain disconnectivity and behavior are shown.

TL;DR: Functional connectivity data suggest that MDD in adolescence is associated with abnormal connectivity within neural circuits that mediate emotion processing, and hypothesis-driven, seed-based analyses of resting state fMRI data hold promise for advancing current understanding of abnormal development of neural circuitry in adolescents with MDD.

TL;DR: Preliminary data support the hypothesis that altered WM microstructure in frontolimbic neural pathways may contribute to the pathophysiology of MDD in adolescents.

TL;DR: The present study shows that participants with chronic cocaine-dependency have hyperconnectivity within an ACC network known to be involved in social processing and "mentalizing" in addition to difficulties with delay rewards and slower adaptive learning.