Chemical substance genetics, like traditional forward genetic methods to neurobiological questions, depends on high-throughput phenotypic screens to decipher mechanisms fundamental phenotypes. Unlike traditional genetics, chemical substance genetics uses little molecule probes to impact changes in mobile components in charge of making phenotypes.1 Such phenotype-modifying substances are discovered in high-throughput assays; they could action by disrupting2… Continue reading Chemical substance genetics, like traditional forward genetic methods to neurobiological questions,