Rosemary C. Bagot

This study identifies a shared latent reward-learning strategy in mice and humans using probabilistic reversal learning tasks and latent state modeling.

This study shows that sex differences in valence learning in mice are due to baseline exploratory behavior rather than inherent learning differences, highlighting the importance of mixed-valence paradigms.

The paper identifies sex-specific neuroanatomical and connectomic signatures of stress susceptibility in male and female mice using a phenotype-matched chronic variable stress protocol.

The paper identifies a common neural motif in prefrontal-cortical and ventral-hippocampal inputs to nucleus accumbens that integrates reward history and shows how these inputs co-operatively modulate task engagement.

This study shows psilocybin induces cell-type specific transcriptional changes in mouse medial prefrontal cortex, with sustained neuroplastic effects mediated by 5-HT2C signaling in L5/6 NP neurons.

The paper identifies female-specific deficits in social modulation after chronic stress using data-driven analysis and proposes a new metric for assessing resilience in female mice.

This study shows that depletion of PFC GFAP+ astroglia induces anhedonia-like behavior, while their activation reverses stress-induced anhedonia, highlighting their role in depression.

The paper investigates sex-specific neural encoding of threat and non-threat cues in nucleus accumbens afferents of male and female mice, revealing differences in behavior suppression.

This study shows that early gestational MIA exposure in mice leads to lasting brain and behavioral changes, while late exposure has less impact, with molecular changes in the dorsal hippocampus.

The paper shows that adolescent social isolation causes sex-specific changes in the medial amygdala's transcriptome and behavior, with Crym playing a key role in these effects.

This study shows that early life stress alters transcriptomic patterns in reward circuitry of male and female mice, increasing sensitivity to adult stress.

The paper identifies Zfp189 as a key driver of a transcriptional network promoting stress resilience in prefrontal cortex neurons through CREB regulation.

The paper identifies a spatiotemporal dynamic network in the brain associated with depression vulnerability using machine learning and LFP data from stressed mice.