The Dark Genome: How Noncoding RNAs Cause Cancer
Dr. Amil Shah argues in a perspective paper that disruptions to the noncoding RNA regulatory network, rather than protein-coding mutations alone, push cells into stable cancer states.
Features based on peer-reviewed papers published in Genes.
Dr. Amil Shah argues in a perspective paper that disruptions to the noncoding RNA regulatory network, rather than protein-coding mutations alone, push cells into stable cancer states.
Professor Yazmín Hernández-Díaz's review of candidate gene studies links alexithymia, difficulty identifying and describing emotions, mainly to variants in serotonin-pathway and other brain-chemical genes.