RLeave: an in silico cross-validation protocol for transcript differential expression analysis
Abstract
Background and Objective: The massive parallel sequencing technology facilitates new discoveries in terms of transcript differential analysis; however, all the new findings must be validated, since the diversity of transcript expression may impair the identification of the most relevant ones. Methods: The proposed RLeave algorithm (implemented in the R environment) utilizes a combination of conventional analysis (classic edgeR) together with other mathematical methods (Leave-one-out sample technique and Decision Trees validation) to identify more relevant candidates to be in vitro or in silico validated. Results: The RLeave protocol was tested using miRNome expression analysis of two sample groups (diabetes mellitus and acute lymphoblastic leukemia), and both had their most important differentially expressed miRNA confirmed by RT-qPCR. Conclusion: This protocol is applicable in RNA-SEQ research, highlighting the most relevant transcripts for in silico and/or in vitro validation.
Cite
@article{arxiv.2012.05421,
title = {RLeave: an in silico cross-validation protocol for transcript differential expression analysis},
author = {Matheus Costa e Silva and Norma Lucena-Silva and Juliana Doblas Massaro and Eduardo Antônio Donadi},
journal= {arXiv preprint arXiv:2012.05421},
year = {2020}
}
Comments
For more details on implementation, see zenodo.org/record/3365736 9 pages, 1 figure