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After I used:
res = seu |>
sccomp_estimate(formula_composition = ~ type,
.sample = sample,
.cell_group = cell_group,
bimodal_mean_variability_association = TRUE) |>
sccomp_test()
the result for res is as follows:
According to the results, c_FDR for the cancer factor is 0.603. However, the boxplot generated by res |>
sccomp_boxplot(factor = "type")
shows a significant difference with a red box.
I would like to ask:
Isn't the definition of significant difference indicated by c_FDR < 0.05? Why is my result c_FDR = 0.603, yet the boxplot is red?
Thanks!
The text was updated successfully, but these errors were encountered:
I think something to do with visualisation. Would you mind send me the count dataset (anonimised if needed) so I will be able to replicate your scenario and fix it?
I think something to do with visualisation. Would you mind send me the count dataset (anonimised if needed) so I will be able to replicate your scenario and fix it?
Thanks.
The count data is here. Thanks for your rapid response. sccomp--.csv
Hi,
After I used:
res = seu |>
sccomp_estimate(formula_composition = ~ type,
.sample = sample,
.cell_group = cell_group,
bimodal_mean_variability_association = TRUE) |>
sccomp_test()
the result for res is as follows:
According to the results, c_FDR for the cancer factor is 0.603. However, the boxplot generated by res |>
sccomp_boxplot(factor = "type")
shows a significant difference with a red box.
I would like to ask:
Isn't the definition of significant difference indicated by c_FDR < 0.05? Why is my result c_FDR = 0.603, yet the boxplot is red?
Thanks!
The text was updated successfully, but these errors were encountered: