Chemistry beyond the classroom - Almeida Villegas, Jorge Angel
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The application of inorganic chemistry allows us to generate drugs such as the coordination compounds that constitute cisplatin, an important antineoplastic, or casionepines, but where these same coordination compounds serve as important catalysts for the degradation of plastics and tires, or the generation of molecules that allow us to save or generate hydrogen, a clean source of energy, as well as the synthesis of ionic liquids, which are intended to be the solvents of the future and both are supported by the principles of green chemistry.Or the laureate molecular machines that recently…mehr

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Produktbeschreibung
The application of inorganic chemistry allows us to generate drugs such as the coordination compounds that constitute cisplatin, an important antineoplastic, or casionepines, but where these same coordination compounds serve as important catalysts for the degradation of plastics and tires, or the generation of molecules that allow us to save or generate hydrogen, a clean source of energy, as well as the synthesis of ionic liquids, which are intended to be the solvents of the future and both are supported by the principles of green chemistry.Or the laureate molecular machines that recently received the Nobel Prize in Chemistry thanks to their vital importance.The following work represents a joint effort between the authors of each of the chapters and the editor in charge.
Autorenporträt
Jorge Almeida ist Dozent an der Universität Ixtlahuaca CUI, der Universität IUEM und der Universität Milenium sowie Leiter der Pasteur-Labors. Nationaler Preis "Santiago Maza" in Pharmazeutischen Wissenschaften, Staatlicher Jugendpreis und Presea de Honor Tenango del Valle. Autor von 11 wissenschaftlichen Artikeln, 3 Buchkapiteln und 3 Büchern.