Figure 9 - Inflated false discovery rate due to volcano plots: problem and solutions

Shiny App: Active Volcano Plot. A classic volcano plot is made by selecting P = 0.0008 (3.1 in log-scale) and τ = 1. The table above the plot presents the mFDP estimate along with the corresponding bounds for the selected features.

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Reference

Inflated false discovery rate due to volcano plots: problem and solutions - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Shiny-App-Active-Volcano-Plot-A-classic-volcano-plot-is-made-by-selecting-P-00008_fig8_350370561 [accessed 30 Jun, 2024]

Caption

Figure 9. Shiny App: Active Volcano Plot. A classic volcano plot is made by selecting P = 0.0008 (3.1 in log-scale) and τ = 1. The table above the plot presents the mFDP estimate along with the corresponding bounds for the selected features.

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<a href="https://www.researchgate.net/figure/Shiny-App-Active-Volcano-Plot-A-classic-volcano-plot-is-made-by-selecting-P-00008_fig8_350370561"><img src="https://www.researchgate.net/profile/Mitra-Ebrahimpoor/publication/350370561/figure/fig8/AS:1007750897221635@1617277945677/Shiny-App-Active-Volcano-Plot-A-classic-volcano-plot-is-made-by-selecting-P-00008.ppm" alt="Shiny App: Active Volcano Plot. A classic volcano plot is made by selecting P = 0.0008 (3.1 in log-scale) and τ = 1. The table above the plot presents the mFDP estimate along with the corresponding bounds for the selected features."/></a>