Adriana Galván

This study examines caudate nucleus aging across species and diseases, identifying shared and disorder-specific age-related changes in cell types and regulatory features.

The paper builds a multimodal atlas of medium spiny neurons in the primate striatum, identifying new subtypes and linking them to disease associations.

The paper uses microendoscopic calcium imaging to study activity patterns of projection neurons in SMA and M1 of rhesus macaques during rest and arm movement.

This study examines the occurrence of repeating spike sequences in basal ganglia neurons of healthy and parkinsonian primates, finding that parkinsonism alters the proportion of sequence spikes in different brain regions.

This study shows that activating the amygdala in young nonhuman primates using DREADDs increases anxiety-like behaviors, suggesting a model for studying human anxiety disorders.

The paper characterizes two ultrapotent chemogenetic ligands in rhesus macaques, showing good brain penetrance and safety for potential neuroscience research applications.

This study uses chemogenetic tools to transiently inhibit amygdala activity in infant monkeys, showing altered socioemotional behaviors compared to permanent lesions.

The paper describes neuroimaging processing methods for the ABCD Study to extract brain phenotypes from multimodal imaging data.

The paper examines neural correlates of response inhibition in ADHD youths using fMRI and finds that symptom severity is linked to treatment-induced changes in prefrontal BOLD signal.

The paper uses fMRI and dynamic network neuroscience to study how striatal-cortical circuits change during reinforcement learning and finds that dynamic network coupling correlates with learning parameters.