Irina L. Kovalenko

Correlation analysis of changes in the expression of C1qtnf superfamily genes in the hypothalamus, thymus, and lungs against the background of chronic social stress during the development of Lewis lung adenocarcinoma in mice

This study examines how chronic social stress and Lewis lung adenocarcinoma affect C1qtnf gene expression in the hypothalamus, thymus, and lungs of mice, finding significant correlations and tissue-specific changes.

Neurotransmitter Genes in the Nucleus Accumbens that Are Involved in the Development of Behavioral Pathology After Positive Fighting Experiences and Their Deprivation. A Conceptual Paradigm for Neurogenomic Data Analysis

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.

Effects of chronic lithium treatment on anxious behaviors and serotonergic genes expression in the midbrain raphe nuclei in defeated male mice

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.

Reduced Expression of Slc Genes in the VTA and NAcc of Male Mice with Positive Fighting Experience

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.

Aberrant expression of collagen family genes in the brain regions developing under agonistic interactions in male mice

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.

Abnormal Social Behaviors And Dysfunction Of Autism-Related Genes Associated With Daily Agonistic Interactions In Mice

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