oggmap

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Tutorials

  • Tutorials
  • Getting started
  • Pre-calculated orthomaps
  • oggmap - Steps
  • oggmap - Downstream analysis
  • Case studies
  • Command line functions
  • myTAI - Function correspondance
  • Prerequisites
  • Code and data availability
    • Step 4 - TEI calculation
    • Command line functions
    • Step 4 - other evolutionary indices
    • frog embryogenesis - case study
      • Xenopus tropicalis embryogenesis single-cell data analysis example
        • Case study: re-analysis of frog (Xenopus tropicalis) embryogenesis single-cell data
    • Step 3 - map gene/transcript IDs
    • Step 2 - gene age class assignment
    • hydra - case study
    • mouse - case study
    • Correspondance of myTAI and oggmap functions
    • nematode embryogenesis - case study
    • Step 0 - run OrthoFinder
    • hematopoiesis - case study
    • plotting results
    • partial TEI values
    • Step 1 - get taxonomic information
    • relative expression
    • zebrafish embryogenesis - case study

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oggmap
  • Tutorials
  • frog embryogenesis - case study
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frog embryogenesis - case study

Xenopus tropicalis embryogenesis single-cell data analysis example

Please download the notebooks from here . Or please click below to view the content.

  • Case study: re-analysis of frog (Xenopus tropicalis) embryogenesis single-cell data
    • Notebook file
    • Steps
    • Import libraries
    • Import oggmap python package submodules
    • Step 0 - run OrthoFinder to obtain orthogroups
    • Step 1 - get query species taxonomic lineage information
    • Step 2 - gene age class assignment (query species orthomap)
      • Gene age assignments per query species lineage node
      • Visualize number of species along query lineage and counts per gene age class
    • Step 3 - map OrthoFinder gene names and scRNA gene/transcript names
      • Import now, the scRNA dataset of the query species
      • Get an overview of observations
      • Helper functions to match gene names
    • Step 4 - Get TEI values and add them to scRNA dataset
      • add TEI to adata object
    • Step 5 - downstream analysis
      • Boxplot gene age class per sample timepoint
      • Boxplot gene age class per embryo stage and per cell type
      • Plot relative expression per gene age class per sample stage
      • Get partial TEI values to visualize gene age class contributions
      • Color UMAP/TSNE by TEI
        • Filtering
        • Normalization, Log transformation and Scaling
        • PCA and Neighbor calculations
        • Embedding the neighborhood graph
        • UMAP
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