Student guide and workbook to accompany Biochemistry and molecular biology

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書誌事項

Student guide and workbook to accompany Biochemistry and molecular biology

John R. Jefferson

Oxford University Press, 1998

タイトル別名

Student guide for biochemistry and molecular biology

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内容説明・目次

内容説明

This student companion complements the main text "Biochemistry and Molecular Biology" by W. H. Elliott and D. C. Elliott. It helps students to make the most effective use of their study 1-1 time as they progress through the parent text, using the following teaching and learning tools: A brief Summary of each chapter which gives an overview of the highlighted topics. A checklist of Learning objectives for the student to keep track of their progress. The walk through the chapter in a fill-in-the-blank workbook style. Figure reproductions from the text with fill-in-the-blank boxes over key terms used in each figure. Review of problems from the end of the chapter of the main text, which give a more complete answer with necessary background information. Additional problems for each chapter, with answers in a section at the end of the book. In addition Useful study tips, and a Review of some principles of organic chemistry. The book will be an invaluable help to undergraduates studying the main text as part of a course in Biology, Chemistry, Biochemistry, Medicine, and Pharmacy. John R. Jefferson is Associate Professor of Chemistry at Luther College, Decorah, Iowa.

目次

  • Useful study tips
  • Review of some principles of organic chemistry
  • 1. Chemistry, energy, and metabolism
  • 2. The structure of proteins
  • 3. The cell membrane-a structure depending only on weak forces
  • 4. Digestion and absorption of food
  • 5. Preliminary outline of fuel distribution and utilization by the different tissues of the body
  • 6. Biochemical mechanisms involved in food transport, storage, and mobilization
  • 7. Energy production from food stuffs - a preliminary overview
  • 8. Glycolysis, the citric acid cycle, and the electron transport system: reactions involved in these pathways
  • 9. Energy production from fat
  • 10. A switch from catabolic to anabolic metabolism - first the synthesis of fat and related compounds in the body
  • 11. Synthesis of glucose in the body (Gluconeogenesis)
  • 12. Strategies for metabolic control and their application to carbohydrate
  • 13. Why should there be an alternative pathway of glucose oxidation? - the pentose phosphate pathway
  • 14. Raising electrons of water back up the energy scale - photosynthesis
  • 15. Amino acid metabolism
  • 16. Garbage disposal units inside cells
  • 17. Enzymatic protective mechanisms in the body
  • 18. Nucleotide metabolism
  • 19. DNA - its structure and arrangement in cells
  • 20. DNA synthesis and repair
  • 21. Gene transcription - the first step in the mechanism by which genes direct protein synthesis
  • 22. Protein synthesis, intracellular transport, and degradation
  • 23. Viruses and viroids
  • 24. Gene cloning, recombinant DNA technology genetic engineering
  • 25. The immune system
  • 26. Chemical signaling in the body
  • 27. The red blood cell and the role of hemoglobin
  • 28. Muscle contraction
  • 29. The role of the cytoskeleton in shape of determination of cells and in mechanical work in cells
  • Answers to additional problems

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