Supplemental Tables - Modulation of Recovery from Neonatal Hyperoxic Lung Injury by Sex as a Biological Variable

Supplemental TablesSupplemental Table 1: Cluster gene markers for PND 1 lung cells.Supplemental Table 2: Cluster gene markers for PND 21 lung cells.Supplemental Table 3: Differentially expressed genes in PND 1 and PND21 aCaps by sex and gene ontology enrichment analysis.Supplemental Table 4: Differentially expressed genes in PND 1 and PND 21 gCaps by sex and gene ontology enrichment analysis.Supplemental Table 5: Differentially expressed genes in PND 1 transient macrophages by sex and gene ontology enrichment analysis.Supplemental Table 6: Differentially expressed genes in PND 1 classical monocytes 1 by sex and gene ontology enrichment analysis.Supplemental Table 7: Differentially expressed genes in PND 1 alveolar macrophages by sex and gene ontology enrichment analysis.Supplemental Table 8: Differentially expressed genes in PND 21 non classical monocytes by sex and gene ontology enrichment analysis.Supplemental Table 9: Differentially expressed genes in PND 1 neutrophils by sex and gene ontology enrichment analysis.Supplemental Table 10: Differentially expressed genes in PND 21 T cells by sex and gene ontology enrichment analysis.Supplemental Table 11: Differentially expressed genes between room air and hyperoxia-exposed mice at PND 21 in endothelial and immune cells.Supplemental Table 12: Differentially expressed genes, overlap or lack thereof between male and female lung gCap cells and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 13: Differentially expressed genes, overlap or lack thereof between male and female lung aCap cells and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 14: Differentially expressed genes, overlap or lack thereof between male and female lung arterial cells and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 15: Differential expression of genes between interstitial macrophages 1 and interstitial macrophages 2.Supplemental Table 16: Differentially expressed genes, overlap or lack thereof between male and female lung alveolar macrophages and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 17: Differentially expressed genes, overlap or lack thereof between male and female lung non classical monocytes and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 18: Differentially expressed genes, overlap or lack thereof between male and female lung neutrophils and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 19: Differentially expressed genes, overlap or lack thereof between male and female lung classical monocytes and enriched biological pathways in the male and female hyperoxia-exposed cells compared to room air controls.Supplemental Table 20: Other software used