Analyze not allowed
Blocked by
Not signed in.
Analyze permission was not granted by the project owner.
Sign in and ask the project owner for Analyze permission in project sharing settings. Another solution is to clone the project.
Annotate/Comment not allowed
Blocked by
Not signed in.
Sign in and use an account linked to ORCID. Another solution is to clone the project.
Clone/Download allowed
Granted by
Project is public.
Edit not allowed
Blocked by
Not signed in.
Editing is restricted to project owners.
Sign in and ask the owner to make the change. Editing is limited to project owners. Another solution is to clone the project.
Info
Releases
Release notes & changelog
Project types
Available project types and their configurations
Cell ontologies
Ontology catalogs mirrored from legacy ASAP
Ontology term types
Definitions and lineage rules used by ASAP
Cross-references
Identifier types and external database links
Tutorials
Step-by-step guides for new users
File formats
Supported upload and export formats
FAQ
Frequently asked questions about ASAP
Guest Mode
Feedback
Project overview and resources
[HCA] Liver Caudate Lobe
ymjqvi
ASAP7
April 09, 2020
583
33
Single-cell transcriptomics
This project is obsolete and replaced by ASAP10
Comment: This project is not properly cell-filtered
Single cell RNA sequencing of human liver reveals distinct intrahepatic macrophage populations
Sonya A MacParland et al.
| Identifier | Title | Other Identifiers | Contributors |
|---|---|---|---|
| GSE115469 | Dissecting the human liver cellular landscape by single cell RNA-seq reveals novel intrahepatic monocyte/ macrophage populations |
Sonya A MacParland
Jeff C Liu
Gary D Bader
Ian D McGilvray
|
Access documentation and resources to reproduce this analysis.
scFAIR validates single-cell transcriptomics datasets against the scFAIR cell metadata schema
No validation has been performed yet.