Workflow Type: Galaxy
Frozen
Applies baredSC algorithm to fit and combine one-dimensional Gaussian mixture models (from 1 to N components) on log-normalized single-cell gene expression data. Enables identification of subpopulations based on expression of genes of interest and provides statistical assessment of the optimal number of components in heterogeneous cell populations.
Inputs
ID | Name | Description | Type |
---|---|---|---|
Gene name | Gene name | Must be included in the first row of the tabular |
|
Maximum number of Gaussians to study | Maximum number of Gaussians to study | Usually 4 is enough |
|
Maximum value in logNorm | Maximum value in logNorm | Maximum value to explore in logNorm |
|
Tabular with raw expression values | Tabular with raw expression values | The dataset must have a first row with row names. Among them should be 'nCount_RNA' and the gene you want to get PDF of. |
|
Steps
ID | Name | Description |
---|---|---|
4 | generate_param_list_one_to_number | n/a |
5 | baredSC | toolshed.g2.bx.psu.edu/repos/iuc/baredsc_1d/baredsc_1d/1.1.3+galaxy0 |
6 | combine baredSC 1d | toolshed.g2.bx.psu.edu/repos/iuc/baredsc_combine_1d/baredsc_combine_1d/1.1.3+galaxy0 |
Outputs
ID | Name | Description | Type |
---|---|---|---|
baredsc_qc_plots | baredsc_qc_plots | n/a |
|
baredsc_neff | baredsc_neff | n/a |
|
baredsc_numpy | baredsc_numpy | n/a |
|
combined_pdf | combined_pdf | n/a |
|
combined_plot | combined_plot | n/a |
|
combined_other_outputs | combined_other_outputs | n/a |
|
Version History
v0.1 (earliest) Created 21st Oct 2023 at 03:01 by WorkflowHub Bot
Updated to v0.1
Frozen
v0.1
51a4752

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Created: 21st Oct 2023 at 03:01

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