University, Tel Aviv | Israel
We provided seminal contributions to current understanding of the function of alternative splicing in generating higher level of human complexity. We demonstrated connections between chromatin organization and epigenetic markers to alternative splicing. We study the connection between alternative splicing and cancer. We discovered a new therapy for Familial Dysautonomia, a neurodegenerative disease caused by a splicing defect.
Keywords: Alternative splicing / chromatin organization / DNA methylation / epigenetics / neurodegenerative diseases
Subject area(s): Genomic & Computational Biology | RNA