||Biological and physicochemical functions of ubiquitylation revealed by synthetic chemistry approaches
Morimoto, Daichi ,
Walinda, Erik ,
Sugase, KenjiShirakawa, Masahiro
International Journal of Molecular Sciences
2017-05-27 , MDPI AG
Most intracellular proteins are subjected to post-translational modification by ubiquitin. Accordingly, it is of fundamental importance to investigate the biological and physicochemical effects of ubiquitylation on substrate proteins. However, preparation of ubiquitylated proteins by an enzymatic synthesis bears limitations in terms of yield and site-specificity. Recently established chemical ubiquitylation methodologies can overcome these problems and provide a new understanding of ubiquitylation. Herein we describe the recent chemical ubiquitylation procedures with a focus on the effects of ubiquitylation on target proteins revealed by the synthetic approach.