Additional file 14. Functional enrichment of genes differentially expressed in the medial preoptic area (MPOA), the nucleus accumbens (NAc), or the lateral septum (LS). For each pairwise comparison, the functional enrichments in gene ontologies of the biological processes (BP), cellular components (CC), and molecular functions (MF) categories as well as in pathways from the Kyoto Encyclopedia of Genes and Genomes (KEGG) were tested for the differentially expressed genes up- or down-regulated (UP, and DOWN, respectively). The labels of pairwise comparisons were coded in two letters: the first one represents the phenotype (M: mothers, F: fathers, P: paternal males, A: attackers), whereas the second one represents the structure (L: LS). For in...
Additional file 27. Functional enrichment of pathways from the Kyoto Encyclopedia of Genes and Genom...
Additional file 26. Functional enrichment of gene ontologies of the molecular functions category in ...
Additional file 24. Functional enrichment of gene ontologies of the biological processes category in...
Additional file 18. Functional enrichment of genes differentially expressed in the lateral septum (L...
Additional file 9. Functional enrichment across structures and phenotypes. For each pairwise compari...
Additional file 17. Functional enrichment of genes differentially expressed in the nucleus accumbens...
Additional file 13. Functional enrichment of genes differentially expressed in the medial preoptic a...
Additional file 21. Number of immediate early genes (IEG) in the genes differentially expressed in t...
Additional file 16. Representation of the number of genes differentially expressed in the medial pre...
Additional file 20. Analysis of variance (ANOVA) results for the estimated proportions of the “Neuro...
Additional file 10. Differential expression analysis details. For conciseness, the labels of pairwis...
Additional file 11. Summary statistics for the differential expression analysis. DE: differentially ...
Additional file 12. Volcano plots for the differential expression analysis. These plots depict the l...
Additional file 15. Functional enrichment of overlapping and distinct sets of differentially express...
Additional file 22. Structure-specific associations of gene coexpression modules with parental behav...
Additional file 27. Functional enrichment of pathways from the Kyoto Encyclopedia of Genes and Genom...
Additional file 26. Functional enrichment of gene ontologies of the molecular functions category in ...
Additional file 24. Functional enrichment of gene ontologies of the biological processes category in...
Additional file 18. Functional enrichment of genes differentially expressed in the lateral septum (L...
Additional file 9. Functional enrichment across structures and phenotypes. For each pairwise compari...
Additional file 17. Functional enrichment of genes differentially expressed in the nucleus accumbens...
Additional file 13. Functional enrichment of genes differentially expressed in the medial preoptic a...
Additional file 21. Number of immediate early genes (IEG) in the genes differentially expressed in t...
Additional file 16. Representation of the number of genes differentially expressed in the medial pre...
Additional file 20. Analysis of variance (ANOVA) results for the estimated proportions of the “Neuro...
Additional file 10. Differential expression analysis details. For conciseness, the labels of pairwis...
Additional file 11. Summary statistics for the differential expression analysis. DE: differentially ...
Additional file 12. Volcano plots for the differential expression analysis. These plots depict the l...
Additional file 15. Functional enrichment of overlapping and distinct sets of differentially express...
Additional file 22. Structure-specific associations of gene coexpression modules with parental behav...
Additional file 27. Functional enrichment of pathways from the Kyoto Encyclopedia of Genes and Genom...
Additional file 26. Functional enrichment of gene ontologies of the molecular functions category in ...
Additional file 24. Functional enrichment of gene ontologies of the biological processes category in...