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Fig. 1 | Journal of Experimental & Clinical Cancer Research

Fig. 1

From: Human bone marrow mesenchymal stem cells-derived microRNA-205-containing exosomes impede the progression of prostate cancer through suppression of RHPN2

Fig. 1

Microarray analysis identifies that exosomal miR-205 may affect the progression of prostate cancer via regulating RHPN2. a, b heatmaps of prostate cancer-related DEGs in GSE26910 and GSE30994 datasets; the abscissa referred to sample number, and the ordinate referred to gene name; the left dendrogram represents the clustering of gene level; each rectangle corresponds to a sample expression value; the histogram at the upper right referred to color gradation; c the intersection of DEGs in prostate cancer-related microarray data GSE26910 and GSE30994; the left circle represented the DEGs in GSE26910, the left circle represented the DEGs in GSE30994, and the middle part represented the intersection of DEGs between them; d gene interaction association map of the obtained 35 DEGs and the known genes using MalaCards database; each globule represented one gene, and the connection between the globules represented the interaction between the two genes; e RHPN2 expression in TCGA database; the abscissa referred to sample number, and the ordinate referred to gene name; the left box diagram represented RHPN2 expression in normal samples, and the right box diagram represented RHPN2 expression in prostate cancer samples; f prediction of miRNAs that may regulate RHPN2; five irregular graphs represented predictions of miRNAs that may regulate RHPN2 in five databases; the middle part represented the intersection of the predicted results among five databases

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