Anna G. Galyamina

The paper identifies differentially expressed genes in the nucleus accumbens of aggressive male mice after fighting deprivation, linking them to behavioral pathology and aggression relapse.

This study examines how chronic lithium treatment affects anxious behaviors and serotonergic gene expression in defeated male mice, finding both anxiolytic and anxiogenic effects along with gene overexpression.

The paper examines Slc gene expression changes in brain regions of male mice with positive fighting experience, finding downregulation in VTA and NAcc but not PFC.

The paper analyzes gene expression in dorsal striatum MSNs from a mouse model of chronic social conflict, identifying D1 and D2 gene pathways and their response to dopamine and stress.

The paper examines collagen gene expression changes in brain regions of male mice after 20 days of agonistic interactions, finding upregulation in some areas and downregulation in others.

This study examines how daily agonistic interactions in male mice affect social behaviors and identifies autism-related gene expression changes in specific brain regions.