Palaeopathology in Egypt and Nubia
  1. 177 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

About this book

The study of human remains from ancient Egypt and Nubia has captured the imagination of many people for generations, giving rise to the discipline of palaeopathology and fostering bioarchaeological research. This book contains 16 papers that cover material presented at a workshop entitled 'Palaeopathology in Egypt and Nubia: A Century in Review, ' held at the Natural History Museum, London (August 29–30, 2012), which formed part of a three-year research project, 'Sir Grafton Elliot Smith: Palaeopathology and the Archaeological Survey of Nubia.' The papers explore the subject of palaeopathology from its beginnings in the early 1900s through to current research themes and the impact of technological development in the field. Revealing the diverse range of methods used to study human remains in these regions, the book gives readers an insight into the fascinating work carried out over the last century, and suggests some possible future directions for the field.

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Yes, you can access Palaeopathology in Egypt and Nubia by Ryan Metcalfe, Jenefer Metcalfe, Rosalie David, Ryan Metcalfe,Jenefer Metcalfe,Rosalie David, Ryan Metcalfe, Jenefer Cockitt, Rosalie David in PDF and/or ePUB format, as well as other popular books in Social Sciences & Archaeology. We have over one million books available in our catalogue for you to explore.

Table of contents

  1. Book cover
  2. Title page
  3. Copyright page
  4. Dedication
  5. Preface
  6. Acknowledgements
  7. Contents
  8. Whose body? The human remains from the 1908-1909 season of the Archaeological Survey of Nubia
  9. Table 1: The provenanced bones from the ASN
  10. Table 2: Skulls from the Archaeological Survey of Nubia
  11. Table 3: The surviving human remains from the Nubian Pathological Collection
  12. Table 4: The provenanced bones from the ASN
  13. Figure 1: An example of a surviving ASN tomb card from cemetery 87, grave 84.
  14. Figure 2: Top – The top of two skulls from 74/514 and 76/83 ; Bottom – The faces of two skulls from 87/90 and 87/131
  15. Figure 3: Photograph B763 excavated skeleton in grave
  16. An interesting example of a condylar fracture from Ancient Nubia suggesting the possibility of early surgical intervention
  17. Figure 1: Condylar head showing extensive destruction of the normal anatomy
  18. Figure 2: View looking directly into the Glenoid fossa
  19. Figure 3 Hypertrophic bone of mandibular.
  20. Figure 4: Demonstrating a sharp incision
  21. Figure 5 A and B: Alicona surface laser scan
  22. Figure 6: 3D reformation of Micro CT
  23. Figure 7: Anterior view of skull with mandible articulated.
  24. Figure 8: Occlusal surface of molar teeth demonstrating even occlusal wear
  25. Dental infections in Ancient Nubia
  26. Figure 1: Skull NU363 displays a periapical cyst
  27. Fig. 2 Occlusal view of skull NU363
  28. Figure 3: Multiple pathological bony cavities are evident in skull NU131.
  29. Figure 4: Skull NU322 displays a cyst associated with the second maxillary premolar.
  30. Figure 5: A cyst measuring 9 x 20 mm
  31. Figure 6: Periapical lesion above the roots of the first molar in skull NU616.
  32. Figure 7: Diagram representing the maxillary air sinus.
  33. Figure 8: Skull NU737 is from one of the individuals excavated from the ā€˜Executioner’s Trench’.
  34. Figure 9: Palatal view of the cyst in skull NU737
  35. A case of severe ankylosis of temporomandibular joint from New Kingdom necropolis (Saqqara, Egypt)
  36. Figure 1: Fragments of the skull of a 16-17 years old individual
  37. Figure 2: Mandible of a 16-17 years old individual from the north chapel of tomb
  38. Figure 3: Porous and rough bottom of the left mandibular fossa
  39. Figure 4: View to the left temporomandibular joint with ankylosis.
  40. Figure 5: The affected right temporomandibular joint.
  41. Figure 6: X-ray photograph of affected temporomandibular joint
  42. Occlusal macrowear, antemortem tooth loss, and temporomandibular joint arthritis at Predynastic Naqada
  43. Table 1: The Naqada skeletal sample of adults available for examination of the teeth
  44. Table 2: Patterns of occlusal macrowear at Naqada (tooth count).
  45. Table 3: Tooth count and individual count patterns of antemortem tooth loss
  46. Table 4: The age, sex, and cemetery distributions of TMJ lesions at Naqada
  47. Figure 1: Resorption on the right articular eminence
  48. Figure 2: Extensive resorption and marginal lipping
  49. Figure 3: Pronounced remodelling of the right glenoid fossa
  50. Figure 4: Proliferation of bone within the left glenoid fossa.
  51. How to make a mummy: A late hieratic guide from Abusir
  52. Table 1: Summary of late hieratic inscriptions from the embalmer’s cache
  53. Table 2: Substances sorted by days of the mummification process.
  54. Table 3: Comparison of the evidence of texts from Shaft S1 of the tomb of Menekhibnekau
  55. Microstructural analysis of a Predynastic iron meteorite bead
  56. Figure 1: Tomb card of tomb 67 Gerzeh cemetrery
  57. Figure 2: Iron beads found in Gerzeh cemetery tomb 67,
  58. Figure 3: The Gerzeh bead analysed in this study shown as it is today,
  59. Figure 4: Secondary electron SEM image of hydrated iron oxide growth structures
  60. Figure 5: Secondary electron SEM image of one end of the bead showing exposed fibres
  61. Figure 6: Image of Gerzeh bead CT model oxide layers
  62. Figure 7: Gibeon, a coarse octahedrite iron meteorite,
  63. Figure 8: Optical image of the prehistoric Egyptian Gerzeh bead
  64. Imaging and analysis of skeletal morphology: New tools and techniques
  65. Figure 1: Standard human cranial landmarks and measurements.
  66. Figure 2: A. Digital callipers, used for measuring 3D distances between landmark points
  67. Figure 3: A. d’Arcy Thompson’s drawing of a transformation grid
  68. Figure 4: Three different types of modern 3D digitisers.
  69. Figure 5: Steps in sampling surface morphology using the eigensurface procedure
  70. Table 1: A small sample of mixed male and female crania
  71. Figure 6: Theory behind use of pixel coordinate brightness/colour values
  72. Figure 7: Principal component ordination of the specimen images shown in Table 1. Prior to analysis the images were downsampled to a 60 x 40 pixel grid, size-standardised, converted to greyscale and image-histogram normalised in order to reduce the effect
  73. Mummies on rails
  74. Figure 1: The MEPR main record list screen
  75. Mummy website and database
  76. Figure 1: The main screen used for searching the database.
  77. Figure 2: An example search result.
  78. Figure 3: An example of the range of data available for a single slide.