Introduction
The main medical radiological imaging techniques used for forensic examination of skeletal material may be summarized as follows:
Radiography: The term radiography is generally used to describe a static or “still” two-dimensional image produced by means of a single exposure to X-rays (an energy form of ionizing radiation). Such images are now usually recorded and stored digitally but were previously recorded photographically on X-ray film.
Fluoroscopy: The term fluoroscopy is used to describe a two-dimensional image directly visualized in real-time motion produced by a continuous exposure to X-rays.
Tomography: Tomography employs a moving X-ray tube and image receptor to create an image of a plane or “slice” within an object. Originally developed in the 1930s to overcome the limitations of radiography as a two-dimensional imaging method, the application of digital detectors and computer science led to the development of:
Computed Axial Tomography: CAT or CT scanning...
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References
Alexander, C.J., and G.A. Foote. 1998. Radiology in forensic identification: The Mt Erebus disaster. Australasian Radiology 42 (4): 321–326.
Brogdon, B.G. 2011a. Radiological identification: Anthropological parameters. In Brogdon’s forensic radiology, ed. M.J. Thali, M.D. Viner, and B.G. Brogdon, 2nd ed., 85–106. Boca Raton: CRC Press.
Brogdon, B.G. 2011b. Radiological identification of individual remains. In Brogdon’s forensic radiology, ed. M.J. Thali, M.D. Viner, and B.G. Brogdon, 2nd ed., 153–176. Boca Raton: CRC Press.
Brogdon, B.G., H. Vogel, and J.D. McDowell. 2003. A radiologic atlas of abuse, torture, terrorism, and inflicted trauma. Boca Raton: CRC Press.
Buck, U., S. Nather, and M.J. Thali. 2011. Using real 3D data for reconstruction. In Brogdon’s forensic radiology, ed. M.J. Thali, M.D. Viner, and B.G. Brogdon, 2nd ed., 461–472. Boca Raton: CRC Press.
Catapano, A., J. Curry, R. Gonzalez, G. Conlogue, M. Viner, D. Piombino-Mascali, and R. Beckett. 2016. A differential diagnosis of spinal pathology among the Gangi mummies. 42nd Annual Meeting of the Paleopathology Association. Atlanta, Georga.
Chilvarquer, I., J.O. Katz, D.M. Glassman, T.J. Prihoda, and J.A. Cottone. 1987. Comparative radiographic study of human and animal long bone patterns. Journal of Forensic Science 32 (6): 1645–1654.
Conlogue, G., and R. Beckett. 2010. Conventional radiography. In Paleoimaging: Field applications for cultural remains and artifacts, ed. R.G. Beckett and G. Conlogue. Boca Raton: CRC Press.
Conlogue, G., and F. Marcinowski. 1986. Microradiography: A theoretical basis and practical applications. Radiologic Technology 58: 301–309.
Conlogue, G., T. Blyth, J. Li, R. Beckett, A. Dhody, R. Gonzalez, F. Cerrone, and M. Schlenk. 2010. Revealing rer secrets one modality at a time. Paper presented at the 37th Annual North American Paleopathology Association meeting, Albuquerque.
DiCesare, A., D. Piombino-Mascali, R. Beckett, M. Viner, G. Conlogue, A. Catapano, J. Curry, and K. Harper-Beckett. 2016. Implementation of dual imaging stations to achieve increased productivity for a large scale radiographic examination of mummified remains. 42nd Annual Meeting of the Paleopathology Association. Atlanta, Georga.
Fehren-Schmits, L., J. Kapp, K.L. Ziegler, K.M. Harkin, G.P. Aronson, and G. Conlogue. 2016. An investigation into the effects of X-ray on the recovery of ancient DNA from skeletal remains. Journal of Archaeological Science 76: 1–8.
Harcke, H.T., J.A. Bifano, and K.K. Koeller. 2002. Forensic radiology: Response to the Pentagon Attack on September 11, 2001. Radiology 223 (1): 7–8.
Kahana, T., and J. Hiss. 1997. Identification of human remains: Forensic radiology. Journal of Clinical Forensic Medicine 4 (1): 7–15.
Nather, S., U. Buck, and M.J. Thali. 2011. Photogrametry based optical scanning. In Brogdon’s forensic radiology, ed. M.J. Thali, M.D. Viner, and B.G. Brogdon, 2nd ed., 365–388. Boca Raton: CRC Press.
Tonello, B. 1998. Mass grave investigations. Paper presented at the Imaging Science & Oncology, British Institute of Radiology, Birmingham, UK.
Viner, M.D. 2008. The use of radiology in mass fatality incidents. In Recovery, analysis and identification of co-mingled human remains, ed. B. Adams and J. Byrd, 145–179. Totowa: Humana Press.
Viner, M.D., and J.E. Lichtenstein. 2011. Radiology in mass casualty situations. In Brogdon’s forensic radiology, ed. M.J. Thali, M.D. Viner, and B.G. Brogdon, 2nd ed., 177–198. Boca Raton: CRC Press.
Wessling, R., and L. Loe. 2011. The Fromelles Project: Organizational and operational structures of a large scale mass grave excavation and on-site anthropological analysis. Paper presented at the American Academy of Forensic Sciences 63rd scientific meeting, Chicago.
Ziegler K.L., G. Conlogue, R. Beckett, T. Blyth, G.P. Aronson, and L. Fehren-Schmitz. 2013. An investigation into effects of x-ray on the recovery of DNA from skeletal remains. Am J Phys Anthropol 150 (S56): 299.
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Conlogue, G., Viner, M. (2018). Imaging Techniques in Bone Analysis. In: Encyclopedia of Global Archaeology. Springer, Cham. https://doi.org/10.1007/978-3-319-51726-1_157-2
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