1. Life -- 2. Aqueous solutions -- 3. Thermodynamic principles: a review -- 4. Amino acids -- 5. Nucleic acids, gene expression, and recombinant DNA technology -- 6. Techniques of protein and nucleic acid purification -- 7. Covalent structures of proteins and nucleic acids -- 8. Three-dimensional structures of proteins -- 9. Protein folding, dynamics, and structural evolution -- 10. Hemoglobin: protein function in microcosm -- 11. Sugars and polysaccharides -- 12. Lipids and membranes -- 13. Introduction to enzymes -- 14. Rates of enzymayic reactions -- 15. Enzymayic catalysis -- 16. Introduction to metabolism -- 17. Glycolysis -- 18. Glycogen metabolism -- 19. Signal transduction -- 20. Transport through membranes -- 21. Citric acid cycle -- 22. Electron transport and oxidative phosphorylation -- 23. Other pathways of carbohydrate metabolism -- 24. Photosynthesis -- 25. Lipid metabolism -- 26. Amino acid metabolism -- 27. Energy metabolism: integration and organ specialization -- 28. Nucleotide metabolism -- 29. Nucleic acid structures -- 30. DNA replication, repair, and recombination -- 31. Transcription -- 32. Translation -- 33. Viruses: paradigms for cellular function -- 34. Eukaryotic gene expression

1. Biochemistry -- Problems
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