Inorganic Biochemistry: An Introduction
The text will provide a set of problems covering mechanistic, structural and spectroscopic issues in inorganic chemistry. Specific areas to be covered include coordination chemistry, physiochemical aspects of solution chemistry, inorganic chemistry of biological systems (both natural biomolecules and bioinorganic models). Illustrative worked examples will be included. The problems will be categorized by topic chapters for ease of reference and use in courses. They will provide a valuable resource for instructors, providing a means of testing and developing the many principles covered in texts and advanced courses. Often students find it difficult to find practical problems to test the principles they have learned in class. This text will provide a series of questions to test understanding and worked examples as a pedagogical aid.
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Fundamentals of Inorganic Biochemistry
Part B Fundamentals of Reaction Kinetics
Fundamentals of Biochemistry
Transport and Storage
Alkali and Alkaline Earth Metals
Metals in the Regulation of Biochemical
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absorption acid active American Chemical Society base binding Biochem Biochemistry biological bond bound Ca2+ calcium catalyzes cell Chapter charge Chem chemical chemistry common complex concentration constant contains coordination copper coupling cytochrome defined depends derived determined difference discussed effect electron elements energy enzyme equation example exchange experiments Fe3+ field Figure formation function geometry gradient heme illustrated important interactions intermediate iron kinetic levels ligand magnetic mechanism membrane metal ions methods Mg2+ molecular molecules natural Note observed oxidation oxygen pathways positive potential probe protein reaction redox reduced referred regulation relative release residues resonance respectively result role sequence shown shows solution species spectroscopy spectrum stability structural studies substrate summarized Table termed transfer transition transport typically values variety