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This book provides an insight into the depth and rich possibilities of the sophisticated technology of mass spectrometry that has brought Nobel Prizes to seven successive generations of scientists. The book first introduces the principles of mass spectrometry and how it will continue to change our lives. It is, so to speak, a reportage on the front lines. Then, this cutting-edge technology is briefly explained. By this, the author introduces both science and humanities majors alike to consider "what new worlds have been opened up by the power of measuring molecules," and how science is being applied to our society.
This book covers the 100-year history of mass spectrometry and trends in a wide range of fields such as the latest medical diagnostics, environmental science, personal safety, and food safety. It also serves as an excellent introduction to the study of mass spectrometry. It provides easy access for those who intend to work or conduct research using mass spectrometry techniques, such as science and engineering technicians, graduate students, physicians, pharmacists, and clinical technologists. For those already engaged in the field, it will be helpful in learning about the latest trends and predicting future developments.
List of contents
1 Measure.- 2 Principles of Measuring Molecules.- 3 Measuring Molecules to Change Medicine.- 4 From Dating to the Origin of Life.- 5 Measurement Revolution.- 6 Future Prospects.
About the author
Toshihiro Fujii received both his B.Sc. and his Ph.D. in inorganic chemistry from Kyoto University, Japan. In 1974, he joined the National Institute for Environmental Studies (Japan). From 2005, he worked at Meisei University as Full Professor and he was in charge of Inorganic/Analytical Chemistry. Professorship (Invite); Ecole Normale Superiere (France, 1996/1997), Ecole Polytechnique (France, 2009/2010), University of Warwick (UK, 2004/2007), and Tokyo Metropolitan University (2003/2005).
His research fields are new methods for free radicals (Li+ ion attachment mass spectrometry), surface ionization organic mass spectrometry and ab initio & DFT Molecular Orbital methods (Gaussian) for Li+ ion attachment reaction and environmental toxicology studies.
