Chemistry of Azaindenes - El-taweel, Fathy M.;Abou Elmaaty, Tarek M.
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The considerable biological and medicinal activities of azaindenes have prompted considerable research aimed at developing synthetic routes to these ring systems. A search of the literature revealed large numbers of azaindene ring systems that lit these criteria [1-14]. This review contains a selection of the recently reported data and includes updates of the chemistry of azaindene ring systems. The reported synthetic routes to azaindenes are classified according to the size of the formed rings. Thus, five membered rings were formed via (4+1), (3+2) atom combinations and the six membered rings…mehr

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Produktbeschreibung
The considerable biological and medicinal activities of azaindenes have prompted considerable research aimed at developing synthetic routes to these ring systems. A search of the literature revealed large numbers of azaindene ring systems that lit these criteria [1-14]. This review contains a selection of the recently reported data and includes updates of the chemistry of azaindene ring systems. The reported synthetic routes to azaindenes are classified according to the size of the formed rings. Thus, five membered rings were formed via (4+1), (3+2) atom combinations and the six membered rings were obtained via (5+1), (4+2) or (3+3) atom combinations. The two rings could be formed via one - pot synthesis.
Autorenporträt
Fathy El-Taweel is professor of organic chemistry in the department of chemistry, Faculty of Science, Mansoura University Damietta Branch. He worked as a visiting researcher at the Institute for pharmaceutical chemistry, Marburg, Germany in 1991 and as a visiting professor at King Khaled University, KSA from 2005 t0 2010. He published 45 papers.