Léa Meunier

This paper identifies CMS4-specific antigen targets in colorectal cancer using a large harmonized multi-omic knowledge base and prioritization pipeline, revealing 236 candidates with therapeutic potential.

InMoose provides a Python implementation of differential expression tools with results similar to R-based tools, ensuring reproducibility across languages.

The paper introduces InMoose, an open-source Python environment for bulk transcriptomic analysis, offering tools for data simulation, batch correction, and differential analysis.

MS.liverK is an R package that implements tools for computing molecular subtypes and functional signatures in liver cancer using transcriptome data.