Ultrastructural Pathology of the Cell and Matrix
1. Introduction - p. xv 2. Nuclear shape - p. 1 3. Cerebriform nucleus - p. 8 4. Radially segmented nucleus - p. 10 5. Chromatin in normal, neoplastic and necrotic cells - p. 12 6. The nuclear matrix and interchromatin and perichromatin granules - p. 26 7. Giant perichromatin granules - p. 32 8. Nuclear envelope and pores - p. 34 9. Thickening, proliferation and reduplication of nuclear envelope - p. 40 10. Evaginations or blebs of nuclear envelope - p. 46 11. Nuclear fibrous lamina - p. 48 12. Nucleolus, structure and variations in size, shape and numbers - p. 54 13. Meandering nucleolus - p. 62 14. Nucleolar margination - p. 64 15. Segregation of nucleolar components - p. 68 16. Pseudoinclusions and true inclusions - p. 72 17. Intranuclear Russell bodies - p. 76 18. Intranuclear concentric laminated inclusions - p. 78 19. Intranuclear helioid inclusions - p. 84 20. Intranuclear membranous lamellae, tubules and vesicles - p. 88 21. Intranucleolar membranous lamellae, tubules and vesicles - p. 96 22. Intranuclear glycogen inclusions - p. 98 23. Intranuclear lipid inclusions - p. 102 24. Intranuclear filamentous and crystalline inclusions - p. 106 25. Intranuclear haemoglobin inclusions - p. 118 26. Intranuclear lead inclusions - p. 120 27. Intranuclear bismuth inclusions - p. 124 28. Intranuclear viral inclusions and virus-like particles - p. 128 29. Nuclear projections, pockets, loops, satellites and clefts - p. 138 30. Nuclear bodies - p. 152 31. Chapter 2: Centrioles - p. 180 32. Chapter 3: Mitochondria - p. 190 33. Publisher Summary - p. 190 34. Introduction - p. 190 35. Mitochondrial morphology and enzyme content - p. 191 36. Concentration of cristae - p. 192 37. Lamellar, tubular and vesicular cristae - p. 194 38. Concentric cristae - p. 198 39. Zig-zag cristae - p. 200 40. Fenestrated cristae - p. 202 41. Longitudinally orientated cristae - p. 204 42. Prismatic cristae - p. 208 43. Sinuous undulating and reticular cristae - p. 210 44. Mitochondriogenesis - p. 212 45. Mitochondrial involution and elimination - p. 216 46. Mitochondrial associations - p. 220 47. Intermitochondrial herniations, whorls and bridges - p. 226 48. Variations in dense granules and calcification - p. 230 49. Swollen or hydropic mitochondria - p. 238 50. Flocculent or woolly densities in mitochondria - p. 248 51. Mitochondrial hypertrophy and hyperplasia - p. 252 52. Mitochondria in oncocytes and oncocytomas - p. 258 53. Giant mitochondria - p. 264 54. Ring-shaped and cup-shaped mitochondria - p. 276 55. Chondriospheres - p. 280 56. Mitochondrial changes in neoplasia - p. 282 57. Intramitochondrial glycogen inclusions - p. 286 58. Intramitochondrial lipidic inclusions - p. 292 59. Intramitochondrial crystalline, paracrystalline and filamentous inclusions - p. 296 60. Intramitochondrial iron inclusions - p. 306 61. Chapter 4: Golgi complex and secretory granules - p. 328 62. Chapter 5: Endoplasmic reticulum - p. 411 63. Publisher Summary - p. 411 64. Introduction - p. 411 65. Rough endoplasmic reticulum - p. 414 66. Smooth endoplasmic reticulum - p. 420 67. Dilatation and vesiculation of endoplasmic reticulum due to ingress of water - p. 426 68. Dilatation and vesiculation of rough endoplasmic reticulum due to storage of secretory products - p. 432 69. Degranulation of rough endoplasmic reticulum - p. 434 70. Disaggregation of polyribosomes - p. 436 71. Helical polyribosomes and ribosome crystals - p. 440 72. Ribosome-lamella complex - p. 444 73. Endoplasmic reticulum and ribosomes in cell differentiation and neoplasia - p. 448 74. Hypertrophy of rough endoplasmic reticulum - p. 454 75. Hypertrophy of smooth endoplasmic reticulum in hepatocytes - p. 456 76. Confronting cisternae - p. 460 77. Tubular confronting cisternae - p. 464 78. Confronting cisternae complex - p. 475 79. Tubule group: rough and smooth tubular aggregates and intracisternal tubules(with a note on tubule group, microtubule group and membrane group) - p. 477 80. Microtubule group: ordered arrays of straight microtubules and randomly oriented microtubules in rough endoplasmic reticulum (with a note on classification and nomenclature of members of microtubule group) - p. 485 81. Microtubule group: parallel microtubular arrays - p. 491 82. Microtuble group: microtubuloreticular structures (lupus type and others) - p. 494 83. Membrane group: reticulated, knotted, undulating, pouched, radiate and cross-banded membranous formations or complexes - p. 509 84. Membrane group: concentric membranous bodies of the endoplasmic reticulum - p. 514 85. Glycogen in rough endoplasmic reticulum - p. 522 86. Lipid in endoplasmic reticulum (liposomes) - p. 524 87. Proteinaceous granules and crystalline inclusions in rough endoplasmic reticulum - p. 528 88. Laminated inclusions in rough endoplasmic reticulum - p. 540 89. Intracisternal sequestration - p. 542 90. Virus in endoplasmic reticulum - p. 546 91. Chapter 6: Annulate lamellae - p. 571
Ultrastructural Pathology of the Cell and Matrix
1. Introduction - p. xv 2. Nuclear shape - p. 1 3. Cerebriform nucleus - p. 8 4. Radially segmented nucleus - p. 10 5. Chromatin in normal, neoplastic and necrotic cells - p. 12 6. The nuclear matrix and interchromatin and perichromatin granules - p. 26 7. Giant perichromatin granules - p. 32 8. Nuclear envelope and pores - p. 34 9. Thickening, proliferation and reduplication of nuclear envelope - p. 40 10. Evaginations or blebs of nuclear envelope - p. 46 11. Nuclear fibrous lamina - p. 48 12. Nucleolus, structure and variations in size, shape and numbers - p. 54 13. Meandering nucleolus - p. 62 14. Nucleolar margination - p. 64 15. Segregation of nucleolar components - p. 68 16. Pseudoinclusions and true inclusions - p. 72 17. Intranuclear Russell bodies - p. 76 18. Intranuclear concentric laminated inclusions - p. 78 19. Intranuclear helioid inclusions - p. 84 20. Intranuclear membranous lamellae, tubules and vesicles - p. 88 21. Intranucleolar membranous lamellae, tubules and vesicles - p. 96 22. Intranuclear glycogen inclusions - p. 98 23. Intranuclear lipid inclusions - p. 102 24. Intranuclear filamentous and crystalline inclusions - p. 106 25. Intranuclear haemoglobin inclusions - p. 118 26. Intranuclear lead inclusions - p. 120 27. Intranuclear bismuth inclusions - p. 124 28. Intranuclear viral inclusions and virus-like particles - p. 128 29. Nuclear projections, pockets, loops, satellites and clefts - p. 138 30. Nuclear bodies - p. 152 31. Chapter 2: Centrioles - p. 180 32. Chapter 3: Mitochondria - p. 190 33. Publisher Summary - p. 190 34. Introduction - p. 190 35. Mitochondrial morphology and enzyme content - p. 191 36. Concentration of cristae - p. 192 37. Lamellar, tubular and vesicular cristae - p. 194 38. Concentric cristae - p. 198 39. Zig-zag cristae - p. 200 40. Fenestrated cristae - p. 202 41. Longitudinally orientated cristae - p. 204 42. Prismatic cristae - p. 208 43. Sinuous undulating and reticular cristae - p. 210 44. Mitochondriogenesis - p. 212 45. Mitochondrial involution and elimination - p. 216 46. Mitochondrial associations - p. 220 47. Intermitochondrial herniations, whorls and bridges - p. 226 48. Variations in dense granules and calcification - p. 230 49. Swollen or hydropic mitochondria - p. 238 50. Flocculent or woolly densities in mitochondria - p. 248 51. Mitochondrial hypertrophy and hyperplasia - p. 252 52. Mitochondria in oncocytes and oncocytomas - p. 258 53. Giant mitochondria - p. 264 54. Ring-shaped and cup-shaped mitochondria - p. 276 55. Chondriospheres - p. 280 56. Mitochondrial changes in neoplasia - p. 282 57. Intramitochondrial glycogen inclusions - p. 286 58. Intramitochondrial lipidic inclusions - p. 292 59. Intramitochondrial crystalline, paracrystalline and filamentous inclusions - p. 296 60. Intramitochondrial iron inclusions - p. 306 61. Chapter 4: Golgi complex and secretory granules - p. 328 62. Chapter 5: Endoplasmic reticulum - p. 411 63. Publisher Summary - p. 411 64. Introduction - p. 411 65. Rough endoplasmic reticulum - p. 414 66. Smooth endoplasmic reticulum - p. 420 67. Dilatation and vesiculation of endoplasmic reticulum due to ingress of water - p. 426 68. Dilatation and vesiculation of rough endoplasmic reticulum due to storage of secretory products - p. 432 69. Degranulation of rough endoplasmic reticulum - p. 434 70. Disaggregation of polyribosomes - p. 436 71. Helical polyribosomes and ribosome crystals - p. 440 72. Ribosome-lamella complex - p. 444 73. Endoplasmic reticulum and ribosomes in cell differentiation and neoplasia - p. 448 74. Hypertrophy of rough endoplasmic reticulum - p. 454 75. Hypertrophy of smooth endoplasmic reticulum in hepatocytes - p. 456 76. Confronting cisternae - p. 460 77. Tubular confronting cisternae - p. 464 78. Confronting cisternae complex - p. 475 79. Tubule group: rough and smooth tubular aggregates and intracisternal tubules(with a note on tubule group, microtubule group and membrane group) - p. 477 80. Microtubule group: ordered arrays of straight microtubules and randomly oriented microtubules in rough endoplasmic reticulum (with a note on classification and nomenclature of members of microtubule group) - p. 485 81. Microtubule group: parallel microtubular arrays - p. 491 82. Microtuble group: microtubuloreticular structures (lupus type and others) - p. 494 83. Membrane group: reticulated, knotted, undulating, pouched, radiate and cross-banded membranous formations or complexes - p. 509 84. Membrane group: concentric membranous bodies of the endoplasmic reticulum - p. 514 85. Glycogen in rough endoplasmic reticulum - p. 522 86. Lipid in endoplasmic reticulum (liposomes) - p. 524 87. Proteinaceous granules and crystalline inclusions in rough endoplasmic reticulum - p. 528 88. Laminated inclusions in rough endoplasmic reticulum - p. 540 89. Intracisternal sequestration - p. 542 90. Virus in endoplasmic reticulum - p. 546 91. Chapter 6: Annulate lamellae - p. 571
