Description Usage Arguments Details Value See Also Examples
For the most overrepresented genes of the specified group in the test dataset, get their rankings in all the groups of the reference dataset.
1 2 | get_the_up_genes_for_group(the_group, de_table.test, de_table.ref,
rankmetric = "TOP100_LOWER_CI_GTE1", n = 100)
|
the_group |
The group (from the test/query experiment) to examine. |
de_table.test |
A differential expression table of the query
experiment, as generated from
|
de_table.ref |
A differential expression table of the reference
dataset, as generated from
|
rankmetric |
Specifiy ranking method used to pick the 'top' genes. The default 'TOP100_LOWER_CI_GTE1' picks genes from the top 100 overrepresented genes (ranked by inner 95 work best for distinct cell types (e.g. tissue sample.). 'TOP100_SIG' again picks from the top 100 ranked genes, but requires only statistical significance, 95 clusters (e.g. PBMCs). |
n |
For tweaking maximum returned genes from different ranking methods. Will change the p-values! Suggest leaving as default unless you're keen. |
This is effectively a subset of the reference data, 'marked' with the 'top' genes that represent the group of interest in the query data. The distribution of the rescaled ranks of these marked genes in each reference data group indicate how similar they are to the query group.
de_table.marked This will be a subset of de_table.ref, with an added column test_group set to the_group. If nothing passes the rankmetric criteria, NA.
contrast_each_group_to_the_rest
For prepraring the
de_table.* tables.
get_the_up_genes_for_all_possible_groups
For running
all query groups at once.
1 2 3 4 | de_table.marked.Group3vsRef <- get_the_up_genes_for_group(
the_group="Group3",
de_table.test=de_table.demo_query,
de_table.ref=de_table.demo_ref)
|
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