Self process

Pan WH, Xin P, Morrey JD, Clawson GA (2004) A self-processing ribozyme cassette utility against human papillomavirus 11 E6/E7 mRNA and hepatitis B virus. Mol Ther 9 596-606... 

Comparable extension has been given to the research on molecular recognition, catalysis and transport processes (Chapters 2-6) on molecular and supramolecular devices (Chapter 8) and self-processes (Chapter 9). This was done to emphasize the more recently developed topics, despite the much larger volume of work on the former areas that have been described in many instances in the literature. The outline of Chapters 1-7 follows that of earlier reviews. Chapters 8 and 9 bring together approaches from various directions. Chapter 10 places the basic concepts into a broader perspective and is intended to make the score decidedly open ended. 

These descriptions, while helpful, are by their nature noncomprehensive and there are many exceptions if such definitions are taken too literally. The problem may be linked to the definition of organometallic chemistry as the chemistry of compounds with metal-to-carbon bonds . This immediately rules out Wilkinson s compound, RhCl(PPh3)3, for example, which is one of the most important industrial catalysts for organometallic transformations known in the field. Indeed, it is often the objectives and thought processes of the chemist undertaking the work, as much as the work itself, which determine its field. Work in modern supramolecular chemistry encompasses not just host-guest systems but also molecular devices and machines, molecular recognition, so called self-processes ... 

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