Table 1.
Overview of available PAS tools included in this benchmarking.
| Name | Date | Platform | Description / Exclusion reason | Inclusion | Reference |
|---|---|---|---|---|---|
| PLAGE | 2005 | R* | Singular value decomposition | True | [31] |
| z-score | 2008 | R* | Combined z-score | True | [30] |
| ssGSEA | 2009 | R* | Kolmogorov-Smirnov-like rank statistic based on gene expression of single sample | True | [16] |
| GSVA | 2013 | R | Kolmogorov-Smirnov-like rank statistic based on kernel estimation of the cumulative density | True | [15] |
| Pagoda2 | 2017 | R | First principal component of gene sets | True | [19] |
| AUCell | 2017 | R | Area under the ranked gene expression curve | True | [26] |
| Vision | 2019 | R | Summarizing the normalized expression of genes in the gene sets | True | [21] |
| ROMA | 2016 | R/Python/Matlab | Running time is too slow (costs 2.8 h on Test Data* with 4 cores) | False | [55] |
| f-scLVM | 2017 | R | Running time is too slow (costs 4.3 h on Test Data*) | False | [56] |
| PROGENY | 2018 | R | Non-extensible (This method only inferred pathway activity scores for predefined 14 signaling pathways) | False | [28] |
| Single Cell Signature Explore | 2019 | GO | not implemented in R/Python | False | [57] |
Note: R*: original article did not have implemented it, cooperated in R package GSVA; Test Data*: 33,694 genes × 10000 cells, combining with KEGG database.