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Gene & Protein in Disease Perineural invasion in prostate cancer

Figure 4. Methylation analysis of NR3C1 gene in lung adenocarcinoma. The highlighted parts are promoter gene region.

metastasize to distant organs, the cells lose the ability to identify a database reporting gene expression profile
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adhere to adjacent cells, enhancing their migratory and in Schwann cells in a neoplastic context. The datasets
invasive capacity. This mechanism is accompanied by obtained contain the expression results from experiments
changes in protein expression, such as loss of epithelial in which two tumor-released growth factors were added
receptor expression and increased expression of to cultured cells. Comparisons were made between
mesenchymal markers, a phenomenon also known as samples from the first and third passages. These data
epithelial–mesenchymal transition. 32 were then used to perform DEG analysis and combined
with differential expression data of genes upregulated
In the current study, we investigated the association in perineural invasion-negative and -positive prostate
between clock-related genes, Schwann cells and prostate cancers. After identifying the common genes, we ran
cancer with perineural invasion. Initially, we used the several analyses to identify molecular pathways associated
GEO dataset platform from the GEO repository to to these genes. Interestingly, we noted that the axon

Volume 3 Issue 3 (2024) 7 doi: 10.36922/gpd.3146