TransProPyBook - 18 Comparison of TransPropy with Other Tool Packages Using CircosBar #11
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This chart looks great too. Could it be developed into visualization software? |
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I just realized that my previous experimental analysis might have been correct after all. Initially, I conducted a gene knockout experiment, choosing a core gene. Based on prior knowledge, I expected that knocking out this gene would inevitably lead to a series of gene regulation imbalances, resulting in a lack of pathways enriched with negatively correlated genes. However, I found that the pathways that should have been suppressed did not appear before or after the experiment; instead, only activation pathways were enriched. I thought my experiment had failed, and without a publication, I couldn't apply for a Ph.D., so I had to start working. Recently, I tried TransProPy out of a refusal to give up, and the results shocked me! It actually enriched the pathways I was targeting. After the gene knockout, due to the failure of regulation, the pathway indeed disappeared, fully supporting my initial hypothesis. I feel a sense of belated realization—if I had discovered a package like TransProPy earlier, my fate might have been completely different. I genuinely want to pursue a Ph.D. Sigh... |
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It's a complicated picture, how did you do it, it's so cool! |
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TransProPyBook - 18 Comparison of TransPropy with Other Tool Packages Using CircosBar
TransProPy is a Python package that is part of the TransPro series under the SuperOmics framework.
https://sssydysss.github.io/TransProPyBook/CircosBar%20core%20enrichment.html
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