Diogo F. T. Veiga

This study uses single-nucleus multiomics to map cell types and molecular changes in MOGHE lesions, identifying disease-specific oligodendrocytes and heterotopic neurons with altered gene expression.

The paper examines TE-driven alternative splicing in breast cancer using long-read RNA sequencing, identifying tumor-specific splicing events and TE-derived isoforms with potential therapeutic implications.

This study uses multi-omics single-cell profiling to identify chromatin and transcriptomic changes in FCD type II, revealing altered cell states and neuronal vulnerability.

This study uses cell-type deconvolution and single-cell signatures to analyze bulk RNA-seq data from FCD patients, revealing subtype-specific cellular changes, including astrogliosis in FCD IIb.

The paper uses long-read RNA sequencing to identify novel isoforms in breast cancer, finding splicing events associated with patient survival.

The paper identifies sex-biased differential alternative splicing across multiple human tissues and links it to gene function and estrogen response.

This paper introduces HBA-DEALS, a method that simultaneously identifies differential expression and splicing, showing genes can have differential expression, splicing, both, or neither.