scVelo
RNA velocity generalized through dynamical modeling.
515v0.3.49 mo agoPython
Plate V
| Name | stars |
|---|---|
| Scanpy | 2609 |
| single-cell-tutorial | 1599 |
| Single-cell best practices | 1299 |
| anndata | 783 |
| scVelo | 515 |
| scib | 436 |
| scArches | 414 |
| ehrapy | 370 |
| scGen | 361 |
| single-cell-transformer-papers | 343 |
| dca | 275 |
| paga | 249 |
| moscot | 219 |
| zellkonverter | 209 |
| scCODA | 205 |
| regvelo | 200 |
| sc-pert | 186 |
| kBET | 181 |
| nicheformer | 179 |
| CellFlow | 166 |
| chemCPA | 162 |
| CPA | 157 |
| anndata2ri | 154 |
| paperbee | 137 |
| sfaira | 135 |
| ncem | 121 |
| destiny | 114 |
| scib-pipeline | 85 |
| DRVI | 83 |
| scib-reproducibility | 76 |
| scTab | 70 |
| AutoGeneS | 64 |
| trVAE | 63 |
| spatial_scog_workshop_2022 | 54 |
| neural_organoid_atlas | 53 |
| spapros | 51 |
Pl. V The tools we build and maintain as an alpine panorama: every tool a summit, its height its GitHub stars on a log scale and its elevation given after its name; the featured tools stand in the front range, the others in the ranges behind. Select a summit to open the tool; below, every tool with its releases, downloads and build status.
36 repositories, 12,377 stars in all, from GitHub, PyPI and conda · data synced 6 Nov 2026
Highlighted by the lab, then the most starred.
RNA velocity generalized through dynamical modeling.
515v0.3.49 mo agoPython
Benchmarking analysis of data integration tools.
436v1.2.16 mo agoPython
Reference mapping for single-cell genomics.
414v0.5.13 y agoJupyter Notebook
Single-cell analysis in Python. Scales to >100M cells.
2.6K1.12.58 d agoPython
Single cell current best practices tutorial case study for the paper:Luecken and Theis, "Current best practices in single-cell RNA-seq analysis: a tutorial"
1.6KJupyter Notebook
https://www.sc-best-practices.org
1.3K0.2.08 d agoJupyter Notebook
| Tool | Stars | Latest release | Downloads | CI | Language |
|---|---|---|---|---|---|
| ScanpySingle-cell analysis in Python. Scales to >100M cells. | 2.6K | 1.12.58 days ago | 747.6K PyPI/mo | Passing | Python |
| single-cell-tutorialSingle cell current best practices tutorial case study for the paper:Luecken and Theis, "Current best practices in single-cell RNA-seq analysis: a tutorial" | 1.6K | No release | – | – | Jupyter Notebook |
| Single-cell best practiceshttps://www.sc-best-practices.org | 1.3K | 0.2.08 days ago | – | Passing | Jupyter Notebook |
| anndataAnnotated data. | 783 | 0.13.449 days ago | 1.3M PyPI/mo | Failing | Python |
| scVeloRNA velocity generalized through dynamical modeling. | 515 | v0.3.48 months ago | 7.7K PyPI/mo38.4K conda | Failing | Python |
| scibBenchmarking analysis of data integration tools. | 436 | v1.2.16 months ago | 8.3K PyPI/mo9K conda | Passing | Python |
| scArchesReference mapping for single-cell genomics. | 414 | v0.5.13 years ago | 693 PyPI/mo1.4K conda | – | Jupyter Notebook |
| ehrapyElectronic Health Record Analysis with Python. | 370 | v0.16.04 days ago | 572 PyPI/mo | Passing | Python |
| scGenSingle cell perturbation prediction. | 361 | v2.1.05 years ago | 337 PyPI/mo | – | Python |
| single-cell-transformer-papers | 343 | No release | – | Passing | HTML |
| dcaDeep count autoencoder for denoising scRNA-seq data | 275 | v0.3.16 years ago | 115 PyPI/mo48.2K conda | Failing | Python |
| pagaMapping out the coarse-grained connectivity structures of complex manifolds. | 249 | No release | – | – | Jupyter Notebook |
| moscotMulti-omic single-cell optimal transport tools. | 219 | v0.5.22 months ago | 804 PyPI/mo12.8K conda | Failing | Python |
| zellkonverterConversion between scRNA-seq objects | 209 | v1.22.06 months ago | – | Failing | R |
| scCODAA Bayesian model for compositional single-cell data analysis | 205 | v0.1.94 years ago | 828 PyPI/mo1.4K conda | – | Jupyter Notebook |
| regveloinferring regulatory cellular dynamics | 200 | v0.4.210 months ago | 200 PyPI/mo | Passing | Python |
| sc-pertModels and datasets for perturbational single-cell omics | 186 | No release | – | – | Jupyter Notebook |
| kBETAn R package to test for batch effects in high-dimensional single-cell RNA sequencing data. | 181 | First_minor7 years ago | – | – | HTML |
| nicheformerRepository for Nicheformer: a foundation model for single-cell and spatial omics | 179 | No release | – | – | Jupyter Notebook |
| CellFlowModeling complex perturbations with CellFlow | 166 | v0.0.97 months ago | – | Failing | Python |
| chemCPACode for "Predicting Cellular Responses to Novel Drug Perturbations at a Single-Cell Resolution", NeurIPS 2022. | 162 | No release | – | – | Jupyter Notebook |
| CPAThe Compositional Perturbation Autoencoder (CPA) is a deep generative framework to learn effects of perturbations at the single-cell level. | 157 | v0.5.03 years ago | – | – | Python |
| anndata2riConvert between AnnData and SingleCellExperiment | 154 | v2.0.14 months ago | 1.7K PyPI/mo65.3K conda | Failing | Python |
| paperbeeLLM-powered personalized daily lists of scientific papers | 137 | v1.2.110 months ago | 16 PyPI/mo | Passing | Python |
| sfairadata and model repository for single-cell data | 135 | v0.3.133 years ago | – | – | Python |
| ncemLearning cell communication from spatial graphs of cells | 121 | 0.1.53 years ago | 42 PyPI/mo | – | Python |
| destinyR package for single cell and other data analysis using diffusion maps | 114 | No release | – | – | R |
| scib-pipelineSnakemake pipeline that works with the scIB package to benchmark data integration methods. | 85 | No release | – | – | Python |
| DRVIUnsupervised Deep Disentangled Representation of Single-Cell Omics | 83 | v0.2.823 days ago | – | Passing | Python |
| scib-reproducibilityAdditional code and analysis from the single-cell integration benchmarking project | 76 | No release | – | – | Jupyter Notebook |
| scTab | 70 | 0.12 years ago | – | – | Jupyter Notebook |
| AutoGeneS | 64 | No release | 53 PyPI/mo3.2K conda | – | Jupyter Notebook |
| trVAEConditional out-of-distribution prediction | 63 | v1.1.26 years ago | 26 PyPI/mo | – | Python |
| spatial_scog_workshop_2022Tutorials for the SCOG Virtual Workshop ‘Spatial transcriptomics data analysis in Python’ - May 23-24, 2022 | 54 | No release | – | – | Jupyter Notebook |
| neural_organoid_atlasReproducibility repository for the Human Neural Organoid Atlas publication | 53 | No release | – | – | Jupyter Notebook |
| spaprosPython package for Probe set selection for targeted spatial transcriptomics. | 51 | 0.1.612 months ago | 62 PyPI/mo738 conda | Failing | Python |