Julie L. Fudge

The paper uses retrograde tract-tracing in macaques to compare afferent inputs to subregions of the ACC, revealing distinct connectivity patterns between sgACC and pgACC.

This study shows that maternal separation disrupts synaptic pruning and microglia-synapse interactions in the primate paralaminar nucleus, leading to reduced mature neurons by adolescence.

The paper examines dopamine neuron transmitter properties in young macaques, finding that most dopamine neurons express multiple transmitters.

The paper examines microglia morphology in the primate amygdala during development and after early life stress, finding lasting changes in microglial structure that may affect neuronal development.

The paper quantifies CeN afferent contacts on DA and GABAergic neurons in primate midbrain regions, finding uniform synaptic connectivity regardless of neurotransmitter type or location.

The paper characterizes CRF synaptic contacts on DA and non-DA neurons in macaque PBP and A8 regions, finding inhibitory CRF synapses predominantly on TH-negative dendrites, with similar patterns in males and females.

The paper examines immature neuron development in primate amygdala, finding maturation and reduced neuron counts with age, and no effect of maternal separation on immature neuron counts but a correlation with mature neuron counts.

The paper quantifies dopaminergic and GABAergic neurons in specific midbrain subregions of macaques using unbiased stereology and reports their relative proportions and distribution.

The paper investigates how cortical granularity influences afferent connections to the amygdala and striatum in nonhuman primates, revealing consistent principles in projection organization.

The paper investigates how subgenual and pregenual anterior cingulate afferents converge on common neurons in amygdala subregions of macaques, revealing nested connectivity patterns and synaptic strength differences.

The paper identifies 528 AT-related transcripts in rhesus monkey CeL neurons, including PKCδ, and shows their projection to BSTLd, suggesting a primate circuit relevant to anxiety.