Differential Gene Expression Analysis
Your Possible Next Steps
Pathway analysis
- IPA software, IPA training
- Quickly visualize and understand RNA-seq data and perform insightful data analysis and interpretation by placing your experimental results within the context of biological systems.
- IPA also allows for transcription factor analysis
- You can book IPA through the CMCB booking system once you have gone through a registration process. Please check out this README for detailed instructions about the registration process.
Over-representation analysis
- Determine whether groups of functionally related genes are significantly over-represented in your list of differentially expressed genes.
- EnrichR
- g:Profiler
- Webgestalt
Gene set enrichment analysis
- GSEA software
- Determine whether groups of functionally related genes tend to occur at the top or bottom of your ranked gene list.
- A lot of our clients like this option, so you might want to try it.
- Use the normalized counts as input. In addition, load all phenotype label files that may be of interest for comparisons.
- You can either choose one of the pre-defined gene sets from MsigDB or set up your own gene set.
- For human and mouse data, genes are identified by their Ensembl IDs; select “Human_Ensembl_Gene_ID_*” and “Mouse_Ensembl_Gene_ID_*” as chip platform, respectively.
- For other species, Ensembl IDs cannot be used and genes need to be identified by their symbols; use “Human_Gene_Symbol_with_Remapping_*” if the gene symbols are all in upper case and “Mouse_Gene_Symbol_with_Remapping_*” if only the first letter is in upper case.
Heatmaps
- Morpheus software
- This is a very simple tool that you can use to explore and visualize smaller parts of your data in a heatmap.
- You can use our provided z-scores and select your genes of interest. You can upload your selected table to the Morpheus website.
- In addition, you can add sample annotations to view your conditions.