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This study investigates the intricate mechanisms of cell growth, proliferation, and apoptosis in the context of cancer development. Key markers such as CD44, CXCR4, and HMGA2 are analyzed for their roles in cellular signaling and interaction throughout various developmental processes. By examining the expression of relevant genes and proteins, such as IGFBP7 and IL8, we aim to understand their contributions to tumorigenesis and the cardiovascular system's functional dynamics. This research provides critical insights into potential therapeutic targets for cancer treatment.
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WTX WTX WTX WTX WTX WTX WT1 WT1 WT1 WT1 WT1 WT1 33 18 17 40 48 35 15 1 10 7 7 8 7 31 29 5 11 15 Supplementary data 10 Growth of cells Proliferation of cells Death of cells CD44 CXCR4 CYCS GSDMA HMGA2 IGFBP7 IL8 LRDD NDUFS1 PDPK1 PRAME SCP2 TSPO VEGFC YWHAE CD44 CXCR4 FOLR1 HMGA2 IGFBP7 IL8 PDPK1 PRAME TFG UHMK1 CD44 CXCR4 FABP5 FOLR1 IL8 PDPK1 TSPO VEGFC Tissue Development Cell-to-cell signaling/Interaction Cell cycle ADAM9 CCNC CD44 CXCR4 IGFBP7 IL8 VEGFC ADAM9 CCNC CD44 CXCR4 IGFBP7 IL8 VEGFC CD44
WTX WTX WTX WT1 WT1 WT1 25 72 11 8 5 32 13 14 60 Cancer Developmental process of tumor cell lines ACTA2 ADAM9 AGPAT9 AMOT CD44 CHRNA5 CLEC2D CXCR4 CYCS FABP5 FABP6 FOLR1 GPRC5A HIST2H2AA3 HMGA2 IGFBP7 IL8 KRT17 MBD2 MGST1 PDPK1 PRAME PRIM2 SCP2 SLC2A3 TCEA1 TFPI TNIK TWF1 VEGFC WNK1 YWHAE CD44 CXCR4 FOLR1 HMGA2 IGFBP7 IL8 MYST3 PRAME Cardiovascular system development/Function CD44 CXCR4 IGFBP7 IL8 VEGFC
