Open Access. Powered by Scholars. Published by Universities.®

Biomedical Engineering and Bioengineering Commons

Open Access. Powered by Scholars. Published by Universities.®

Articles 1 - 4 of 4

Full-Text Articles in Biomedical Engineering and Bioengineering

The Uqam Mummy – The Use Of Non-Destructive Imaging To Reconstruct An Ancient Osteobiography And To Document Modern Malfeasance, Andrew J. Nelson, Andrew D. Wade, R. Hibbert, B. Macdonald, M. Donaldson, R. Chatelain, N. Nguyen, V. Lywood, G. Gibson, M. Trumpour, S. N. Friedman, P. V. Granton, J. Morgan, David W. Holdsworth, I. A. Cunningham Oct 2009

The Uqam Mummy – The Use Of Non-Destructive Imaging To Reconstruct An Ancient Osteobiography And To Document Modern Malfeasance, Andrew J. Nelson, Andrew D. Wade, R. Hibbert, B. Macdonald, M. Donaldson, R. Chatelain, N. Nguyen, V. Lywood, G. Gibson, M. Trumpour, S. N. Friedman, P. V. Granton, J. Morgan, David W. Holdsworth, I. A. Cunningham

Anthropology Presentations

An Egyptian mummy and her coffin dating to the 26th Dynasty were donated to the École de Beaux Arts in Montreal in 1927. This mummy has been in the collection of the Université du Québec à Montréal since 1967. Inscriptions on the elaborate coffin identify the individual as Hetep-Bastet. In 1969, the mummy was attacked by a protester, who caused extensive damage. The mummy was scanned once over a decade ago. However, computed tomography (CT) technology has advanced a great deal since that time, and some conclusions reached were somewhat suspect (e.g. that she suffered from a large dental abscess …


PagetʼS Disease (Osteitis Deformans) In Archaeological Remains: A Radiographic Differential, Andrew D. Wade, Gregory J. Garvin, David W. Holdsworth May 2009

PagetʼS Disease (Osteitis Deformans) In Archaeological Remains: A Radiographic Differential, Andrew D. Wade, Gregory J. Garvin, David W. Holdsworth

Anthropology Presentations

Paget’s disease of bone is a metabolic bone disease of unknown etiology and is the most likely disease to cause secondary bone cancer; a prevalence that increases with age[1]. With the increasing age of modern populations, the importance of better understanding this disease will likewise increase. While in vivo tests for the disease cannot be performed in skeletal samples, radiographic views of archaeological remains can provide insight into the origins and natural history of the disease.


The Rom / Uwo Mummy Project: A Microcosm Of Progress In Mummy Research, Andrew J. Nelson, R. Chhem, I. A. Cunningham, S. N. Friedman, G. Garvin, G. Gibson, P. V. Granton, David W. Holdsworth, S. Holowka, F. Longstaffe, V. Lywood, N. Nguyen, R. Shaw, M. Trumpour, Andrew D. Wade, C. D. White Mar 2009

The Rom / Uwo Mummy Project: A Microcosm Of Progress In Mummy Research, Andrew J. Nelson, R. Chhem, I. A. Cunningham, S. N. Friedman, G. Garvin, G. Gibson, P. V. Granton, David W. Holdsworth, S. Holowka, F. Longstaffe, V. Lywood, N. Nguyen, R. Shaw, M. Trumpour, Andrew D. Wade, C. D. White

Anthropology Presentations

The beginnings of the Royal Ontario Museum can be traced back to the excavations and collections of Charles Trick Currelly, a staff member of the Egyptian Exploration Fund in the early 1900s. Currelly excavated with Sir Flinders Petrie at Abydos and with Edouard Naville at Deir el Bahari. With the assistance of Robert Mond and others, Currelly amassed a rich and diverse collection that became the basis for the ROM, which opened its doors in 1914. Part of that collection included several Egyptian mummies (Currelly 1971) .

The Egyptologicalholdings at the ROM include eight mummies: one dating to the Predynastic …


Assessment Of Human Trabecular Architecture In The Pubis By Three Radiographic Modalities, Andrew D. Wade, Andrew J. Nelson, Gregory J. Garvin, David W. Holdsworth Nov 2007

Assessment Of Human Trabecular Architecture In The Pubis By Three Radiographic Modalities, Andrew D. Wade, Andrew J. Nelson, Gregory J. Garvin, David W. Holdsworth

Anthropology Presentations

This poster discusses technical aspects of an investigation into the use of non-destructive radiological analyses of pubic cancellous bone structure to estimate age-at-death from human skeletal remains. This study stems from findings, in X-ray plain films, of increased rarification and orientation of trabeculae with age [1]; likely in concert with the macroscopic remodelling of the symphyseal surface currently used in estimation of age-at-death.

The study uses three non-destructive X-ray imaging modalities: plain film radiography, computed tomography (CT), and micro-CT (μCT). Plain film radiography has greater spatial resolution than CT [2] and is relatively inexpensive, widely available, and, with portable X-ray …