The Instrumental Analysis of Common Medicines - Tripconey, Jasmine; Winstone-Cooper, Nick
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This is the sixth in a series of volumes investigating, discussing and explaining the application of instrumental spectrometric and spectroscopic techniques to the determination of molecular structures. This volume concentrates on the analysis of twenty common medicines. The series is intended to bridge A-level (UK) and K12 (USA) courses and the first two years of university chemistry studies. Each chapter follows the same style with an introductory page discussing the application and history of the development of the medicine with a summary of the elemental data and the formula mass, leading…mehr

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Produktbeschreibung
This is the sixth in a series of volumes investigating, discussing and explaining the application of instrumental spectrometric and spectroscopic techniques to the determination of molecular structures. This volume concentrates on the analysis of twenty common medicines. The series is intended to bridge A-level (UK) and K12 (USA) courses and the first two years of university chemistry studies. Each chapter follows the same style with an introductory page discussing the application and history of the development of the medicine with a summary of the elemental data and the formula mass, leading to the determination of the empirical and molecular formulas of the compound. We then continue with the analysis of the infrared, mass and proton & carbon-13 NMR spectra.
Autorenporträt
Dr. Nick Winstone-Cooper studied chemistry and physics at Cardiff University before completing postgraduate research in nuclear chemistry, focusing on the creation of radioactive complexes of macrocyclic phosphines for application as heart and bone imaging agents in cancer diagnosis. He worked extensively in the United Kingdom, France, North America, Italy and the Republic of Korea before moving into education and education consultancy. Jasmine Tripconey studied Chemistry and Drug Discovery at the University of Bath. Her interests include the biochemistry of selective serotonin reuptake inhibitors and bioinorganic chemistry.