Research Paper Volume 15, Issue 21 pp 12021—12067

Utility of G protein-coupled oestrogen receptor 1 as a biomarker for pan-cancer diagnosis, prognosis and immune infiltration: a comprehensive bioinformatics analysis

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Figure 1. RNA and protein expression profile for GPER1 in different human organs and tissues present by HPA. (A) GPER1 RNA and protein expression summary in different human organs and tissues; Summary of RNA and protein expression information produced within the Human Protein Atlas initiative. Examined tissues are categorized into groups with color-coded distinctions based on shared functional attributes. (B) GPER1 RNA expression summary in different human organs and tissues based on consensus dataset; The unified dataset comprises normalized expression (nTPM) levels for 55 distinct tissue types, achieved through the integration of HPA and GTEx transcriptomics datasets via an internal normalization process. The utilization of color codes corresponds to tissue groupings, with each group comprising tissues sharing common functional attributes. (C) GPER1 protein expression summary in different human organs and tissues. For every one of the 44 tissues, protein expression information is displayed. Color classification is rooted in tissue groups, where each group is composed of tissues that share common functional characteristics.