Tal Shay

The paper compares alternative splicing event use ratios between human and mouse immune cells and fibroblasts, finding most show significant differences.

This study creates a goldfish telencephalon cell type atlas using single-cell RNA-seq and spatial transcriptomics, revealing conserved and divergent features in neural organization across vertebrates.

DoChaP visualizes exon-domain associations and their conservation across transcripts and species to study the functional effects of alternative splicing.

This study compares gene modules in human and mouse immune cells, finding conserved transcriptional organization but divergent regulatory mechanisms.

The paper identifies unique transcriptional signatures in the mouse brain that represent distinct salient experiences and their affective attributes.