Issue:
Here are the steps to generate input files for CIBERSORTx when using single-cell reference data.
-
Set RUN_CIBERSORT_GENES to = True in the second part of the tutorial. This will writes out CIBERSORTx input files (e.g., all-synovium_0_cybersort_sig.tsv)
-
Upload Single-Cell Reference File:
-
Create Signature Matrix File:
- Go to https://cibersortx.stanford.edu/runcibersortx.php.
- Select the the uploaded file in step 2.
- Choose "custom" and select "scRNA-seq."
- Use default parameters.
- The generated signature matrix file will be named like "CIBERSORTx_Job23_all-
synovium_0_cybersort_sig_inferred_phenoclasses.CIBERSORTx_Job23_all-
synovium_0_cybersort_sig_inferred_refsample.bm.K999."
-
Deconvolution and Comparison with BuDDI:
- Utilize the generated signature matrix file for deconvolution.
- The resulting file for comparison with BuDDI will resemble "CIBERSORTx_Job20_all-
liver_0_cybersort_sig_inferred_phenoclasses."
Issue:
Here are the steps to generate input files for CIBERSORTx when using single-cell reference data.
Set RUN_CIBERSORT_GENES to = True in the second part of the tutorial. This will writes out CIBERSORTx input files (e.g., all-synovium_0_cybersort_sig.tsv)
Upload Single-Cell Reference File:
Create Signature Matrix File:
synovium_0_cybersort_sig_inferred_phenoclasses.CIBERSORTx_Job23_all-
synovium_0_cybersort_sig_inferred_refsample.bm.K999."
Deconvolution and Comparison with BuDDI:
liver_0_cybersort_sig_inferred_phenoclasses."