Later on, it was recognized to be widespread in eukaryotes, bacteria, and archaea, and to be involved in a range of cellular processes, from thioester hydrolysis, to phenylacetic acid degradation and transcriptional rules of fatty acid biosynthesis (Dillon and Bateman, 2004) - MEK Inhibitors in highly invasive breast cancer cells

Later on, it was recognized to be widespread in eukaryotes, bacteria, and archaea, and to be involved in a range of cellular processes, from thioester hydrolysis, to phenylacetic acid degradation and transcriptional rules of fatty acid biosynthesis (Dillon and Bateman, 2004). While FAS-I is definitely a single, large polypeptide chain folded into multiple domains that … Continue reading Later on, it was recognized to be widespread in eukaryotes, bacteria, and archaea, and to be involved in a range of cellular processes, from thioester hydrolysis, to phenylacetic acid degradation and transcriptional rules of fatty acid biosynthesis (Dillon and Bateman, 2004)