- DaMiRseq::SEExample gene-expression dataset for DaMiRseq package
- DaMiRseq::SEtest_normA sample dataset with a normalized count matrix for "testthat" functions.
- DaMiRseq::data_minExample gene-expression dataset for DaMiRseq package
- DaMiRseq::data_normA dataset with a normalized matrix to test several DaMiRseq functions: sample data are a subset of Genotype-Tissue Expression (GTEx) RNA-Seq database (dbGap Study Accession: phs000424.v6.p1)
- DaMiRseq::data_reducedExample gene-expression dataset for DaMiRseq package
- DaMiRseq::data_reliefExample ranking dataset for DaMiRseq package
- DaMiRseq::dfExample gene-expression dataset for DaMiRseq package
- DaMiRseq::selected_featuresExample gene-expression dataset for DaMiRseq package
- DaMiRseq::svExample Surrogate Variables dataset for DaMiRseq package
- PIUMA::df_test_projA dataset to test the 'dfToProjection' and 'dfToDistance' funtions of 'PIUMA' package.
- PIUMA::tda_test_dataA TDAobj to test the 'PIUMA' package.
- PIUMA::vascEC_metaExample datasets for PIUMA package
- PIUMA::vascEC_normWe tested PIUMA on a subset of the single-cell RNA Sequencing dataset (GSE:GSE193346 generated and published by Feng et al. (2022) on Nature Communication to demonstrate that distinct transcriptional profiles are present in specific cell types of each heart chambers, which were attributed to have roles in cardiac development. In this tutorial, our aim will be to exploit PIUMA for identifying sub-population of vascular endothelial cells, which can be associated with specific heart developmental stages. The original dataset consisted of three layers of heterogeneity: cell type, stage and zone (i.e., heart chamber). Our testing dataset was obtained by subsetting vascular endothelial cells (cell type) by Seurat object, extracting raw counts and metadata. Thus, we filtered low expressed genes and normalized data by DaMiRseq