Study types
- other 22
Condition tags
- endometriosis 22
Frequent coauthors
- Dong, Xinqian 22
- Han, Xiaoxue 22
- Shi, Wei 22
- Wang, Zilu 22
- Xu, Li 22
- Zhen, Jia 22
- Zhao, Ziyuan 22
Supplementary Material 10: Figure S10. Network of hub genes and their predicted potential drugs. The network illustrates interactions between the key genes (green nodes) and potential therapeutic compounds (pink nodes) identified through th…
Supplementary Material 10: Figure S10. Network of hub genes and their predicted potential drugs. The network illustrates interactions between the key genes (green nodes) and potential therapeutic compounds (pink nodes) identified through th…
Supplementary Material 1: Figure S1. Dataset Integration, Batch Effect Correction, and Principal Component Analysis (PCA). (A-B). Boxplots of integrated Gene Expression Omnibus (GEO) datasets before (A) and after (B) normalization. (C-D). P…
Supplementary Material 1: Figure S1. Dataset Integration, Batch Effect Correction, and Principal Component Analysis (PCA). (A-B). Boxplots of integrated Gene Expression Omnibus (GEO) datasets before (A) and after (B) normalization. (C-D). P…
Supplementary Material 2: Figure S2. (A). Network interconnection plot of selected genes. The figure illustrated the interaction network among selected genes. Each node represented a gene, and edges denoted connections or correlations betwe…
Supplementary Material 2: Figure S2. (A). Network interconnection plot of selected genes. The figure illustrated the interaction network among selected genes. Each node represented a gene, and edges denoted connections or correlations betwe…
Supplementary Material 3: Figure S3 (A). Reactome pathway enrichment analysis of candidate genes. (B-D). Gene Ontology enrichment analysis of candidate genes. (B) Biological Process (C) Cellular Component (D) Molecular Function.
Supplementary Material 3: Figure S3 (A). Reactome pathway enrichment analysis of candidate genes. (B-D). Gene Ontology enrichment analysis of candidate genes. (B) Biological Process (C) Cellular Component (D) Molecular Function.
Supplementary Material 4: Figure S4. A-B. Bar plot (A) and interaction network (B) of enriched pathways.
Supplementary Material 4: Figure S4. A-B. Bar plot (A) and interaction network (B) of enriched pathways.
Supplementary Material 5: Figure S5 Interaction network of hub genes generated by GeneMANIA. The network illustrates functional associations among hub genes and predicted related genes based on multiple interaction types. Line colors repres…
Supplementary Material 5: Figure S5 Interaction network of hub genes generated by GeneMANIA. The network illustrates functional associations among hub genes and predicted related genes based on multiple interaction types. Line colors repres…
Supplementary Material 6: Figure S6. Validation and Functional Exploration of Key Genes. A. Expression validation of key genes in the training set (GSE25628) via Wilcoxon test (P >0.05). B. Receiver operating characteristic curves and the a…
Supplementary Material 6: Figure S6. Validation and Functional Exploration of Key Genes. A. Expression validation of key genes in the training set (GSE25628) via Wilcoxon test (P >0.05). B. Receiver operating characteristic curves and the a…
Supplementary File 7: Figure S7. Immune Infiltration Analysis. (A). Stacked bar plot of immune cell proportions in endometriosis vs. normal samples. (B-H). Correlation heatmaps between key genes and differentially infiltrated immune cells. …
Supplementary File 7: Figure S7. Immune Infiltration Analysis. (A). Stacked bar plot of immune cell proportions in endometriosis vs. normal samples. (B-H). Correlation heatmaps between key genes and differentially infiltrated immune cells. …
Supplementary Material 8: Figure S8. Immune infiltration analysis based on ssGSEA. (A) Box plots showing the enrichment scores of 28 immune cell types between the disease and healthy groups in the training set. Statistical significance is d…
Supplementary Material 8: Figure S8. Immune infiltration analysis based on ssGSEA. (A) Box plots showing the enrichment scores of 28 immune cell types between the disease and healthy groups in the training set. Statistical significance is d…
Supplementary Material 9: Figure S9. Expression patterns of CCT2, HSP90B1, and SYNCRIP in normal human tissues. (A) Bar graphs showing protein expression levels of CCT2, HSP90B1, and SYNCRIP across various human organs, based on immunohisto…
Supplementary Material 9: Figure S9. Expression patterns of CCT2, HSP90B1, and SYNCRIP in normal human tissues. (A) Bar graphs showing protein expression levels of CCT2, HSP90B1, and SYNCRIP across various human organs, based on immunohisto…
Abstract Background Endometriosis (EMs), a common gynecological disorder, involves complex molecular mechanisms. Metabolic reprogramming (MR) has been recognized as a hallmark of EMs, contributing to lesion survival and immune microenvironm…
Abstract Background Endometriosis (EMs), a common gynecological disorder, involves complex molecular mechanisms. Metabolic reprogramming (MR) has been recognized as a hallmark of EMs, contributing to lesion survival and immune microenvironm…