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24 An investigation into the evidence of age-related osteoporosis in three Egyptian mummies

  • Mervyn Harris

Abstract

Osteopaenia is defined as a bone mineral density (BMD) lower than that considered normal for the age of a particular individual. It is the result of impaired mineralization and excess accumulation of osteoid. Calcium and vitamin D deficiency, Hyperparathyroidism, chronic malignant disease, Chron’s disease, coeliac disease and ulcerative colitis may cause a decrease in bone mineral density. It can also be the result of the natural aging process. More severe cases of decreased bone mineralization are referred to as osteoporosis but the two conditions are essentially the same. Females are more commonly affected due to the decrease in oestrogen levels accompanying the menopause (postmenopausal osteoporosis). The condition can also result from hormonal and musculoskeletal deterioration of physical systems with age (age related osteoporosis). In the case of mummified remains, accurate determination of BMD using Dual Energy X-ray Absorptiometry (DEXA) cannot be reliably used, therefore other skeletal indicators of advanced age such as evidence of generalised degenerative osteoarthritis (OA), severe alveolar bone loss due to chronic periodontal disease and ante-mortem tooth loss should be looked for. This paper re-examines radiographs of three mummies from the British Museum, Liverpool and Leiden collections taken by Peter Gray in the 1960’s. All three mummies demonstrated radiographic evidence of osteoporosis in the absence of evidence of other pathologies which could cause the condition.

Abstract

Osteopaenia is defined as a bone mineral density (BMD) lower than that considered normal for the age of a particular individual. It is the result of impaired mineralization and excess accumulation of osteoid. Calcium and vitamin D deficiency, Hyperparathyroidism, chronic malignant disease, Chron’s disease, coeliac disease and ulcerative colitis may cause a decrease in bone mineral density. It can also be the result of the natural aging process. More severe cases of decreased bone mineralization are referred to as osteoporosis but the two conditions are essentially the same. Females are more commonly affected due to the decrease in oestrogen levels accompanying the menopause (postmenopausal osteoporosis). The condition can also result from hormonal and musculoskeletal deterioration of physical systems with age (age related osteoporosis). In the case of mummified remains, accurate determination of BMD using Dual Energy X-ray Absorptiometry (DEXA) cannot be reliably used, therefore other skeletal indicators of advanced age such as evidence of generalised degenerative osteoarthritis (OA), severe alveolar bone loss due to chronic periodontal disease and ante-mortem tooth loss should be looked for. This paper re-examines radiographs of three mummies from the British Museum, Liverpool and Leiden collections taken by Peter Gray in the 1960’s. All three mummies demonstrated radiographic evidence of osteoporosis in the absence of evidence of other pathologies which could cause the condition.

Chapters in this book

  1. Front matter i
  2. Dedication v
  3. Contents vii
  4. List of figures x
  5. List of plates xviii
  6. List of tables xx
  7. Notes on contributors xxii
  8. Preface xxxi
  9. Rosalie David xxxiii
  10. My first meeting with Rosalie David xxxvi
  11. Part I Pharaonic sacred landscapes
  12. 1 Go west 3
  13. 2 The Sacred Animal Necropolis at North Saqqara 19
  14. 3 The Manchester ‘funeral’ ostracon 32
  15. 4 The tomb of the ‘Two Brothers’ revisited 48
  16. 5 A review of the monuments of Unnefer, High Priest of Osiris at Abydos in the reign of Ramesses II 56
  17. 6 Thoughts on Seth the con-man 69
  18. 7 A Psamtek ushabti and a granite block from Sais (Sa el-Hager) 75
  19. Part II Magico-medical practices in ancient Egypt
  20. 8 A most uncommon amulet 95
  21. 9 The sting of the scorpion 102
  22. 10 Magico-medical aspects of the mythology of Osiris 115
  23. 11 Trauma care, surgery and remedies in ancient Egypt 124
  24. 12 One and the same? 142
  25. 13 Bread and beer in ancient Egyptian medicine 157
  26. 14 On the function of ‘healing’ statues 169
  27. 15 Writings for good health in social context 183
  28. 16 Schistosomiasis, ancient and modern 197
  29. 17 An unusual funerary figurine of the early 18th Dynasty 210
  30. Part III Understanding Egyptian mummies
  31. 18 The biology of ancient Egyptians and Nubians 245
  32. 19 Further thoughts on Tutankhamun’s death and embalming 256
  33. 20 Proving Herodotus and Diodorus? 265
  34. 21 Science in Egyptology 279
  35. 22 Slices of mummy 292
  36. 23 Life and death in the desert 302
  37. 24 An investigation into the evidence of age-related osteoporosis in three Egyptian mummies 321
  38. 25 The International Ancient Egyptian Mummy Tissue Bank 333
  39. 26 The enigma of the Red Shroud mummies 344
  40. 27 The evolution of imaging ancient Egyptian animal mummies at the University of Manchester, 1972–2014 361
  41. 28 Eaten by maggots 371
  42. Part IV Science and experimental approaches in Egyptology
  43. 29 Scientific studies of pharaonic remains 387
  44. 30 Education, innovation and preservation 403
  45. 31 Making an ancient Egyptian contraceptive 416
  46. 32 Iron from the sky 424
  47. 33 A bag-style tunic found on the Manchester Museum mummy 1770 440
  48. 34 ‘Palmiform’ columns 451
  49. 35 Scientific evaluation of experiments in Egyptian archaeology 462
  50. 36 Snake busters 477
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