The Cell and Molecular Biology: Fundamental and Applications

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Table of Contents 1. Cell, Cell Theory, Molecular Biology and Biochemistry: Historical Development, 2. Origin of Life, 3. Cell Types and Diversity, 4. How Cell is Studied, 5. Microscopy, 6. Chemistry of Cell, 7. Organic Components: Proteins, 8. Organic Components: Carbohydrates, 9. Organic Components: Lipids, 10. Organic Component Nucleic Acids: DNA, 11. Organic Component Nucleic Acids: RNA, 12. Enzymes, 13. Cell Membrane Structure and Functions, 14. The Cell Surface and Cellular Interactions, 15. The Cytoskeleton, 16. Mitochondria and Cell Energetics, 17. Plastids and Chloroplasts, 18. Endoplasmic Reticulum, 19. Golgi Complex, 20. Lysosomes, 21. Ribosomes, 22. Centrioles, 23. Interphase Nucleus, 24. Prokaryotic Chromosome, Plasmids, Cosmid, IS Elements, Transpones and Retroelements, 25. Eukaryotic Chromosome, 26. Cell Cycle: Molecular Basis, 27. Mitosis, 28. Meiosis, 29. Reproduction: Germ Cells, Fertilization, Parthenogenesis and Apomixis, 30. Basic Concepts of Genetics, 31. Metabolism: General, 32. Metabolism: Carbohydrates, 33. Metabolism: Protein, 34. Metabolism Lipids, 35. Metabolism: Nucleic Acid, 36. Metabolism of Inborn Errors, 37. Cytoplasmic Inheritance, 38. Linkage and Crossing Over in Diploid Organisms, 39. Sexuality and Recombination in Bacteria and Viruses, 40. Mutation: General Concepts, 41. Mutation: The Molecular Basis, 42. Mutation: Variation in Chromosome Number and Structure, 43. Mutations in Microorganisms, 44. Mutation and Inheritance, 45. The Gene, 46. Gene Expression, 47. Gene Cloning and Recombinant DNA Technology, 48. DNA Fingerprinting, 49. Expression of Induced Genes, 50. Gene Silincing and Antisense Technology, 51. Genetic Engineering Techniques, 52. Gene Therapy, 53. Immunology and Serology, 54. Hybridoma Technology and Monoclonal Antibiodies, 55. Cellular Aging and Senessence, 56. Neoplasia, 57. Plant Tissue Culture: Principles and Methodology, 58. Animal Cell and Tissue Culture