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Metal organic cages can be designed to encapsulate multiple guests. Understanding the design rules that enable selective multiple binding of different guests will enable new guest–guest chemistry to be explored with possible applications in catalysis and sensing. See Rizzuto et al.
Image: Felix Rizzuto, University of Cambridge. Cover design: Carl Conway.
Creating exam questions is a skill. Understanding the anatomy of a question can help teachers write good questions and help students maximize their score.
Formylglycine residues are important functional handles on native and synthetic proteins. The formation of these residues is mediated by a copper enzyme operating via a superoxo intermediate.
Selective binding of multiple guests within cages could lead to new applications in catalysis and sensing. This Review discusses the design of synthetic cages with the aim of developing and controlling guest–guest chemistry.
Ethanol has emerged as a potential alternative feedstock for the synthesis of middle-distillate transportation fuels. This Review describes the chemistry of ethanol-to-distillate processes and challenges associated with improving current technologies and implementing new ones.
Chiral molecules can filter electrons according to their spin. This chiral-induced spin selectivity (CISS) effect can have important applications, such as in spintronics and in enantioseparation. This Review describes the CISS effect, its mechanism and its fascinating applications.
Ruthenium complexes have the potential to serve as potent drugs that act through unique mechanisms. This Review describes how these drugs can be efficiently and selectively delivered using polymers.