Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®

Research output: Contribution to conference › Poster › Research

Standard

Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®. / Hansen, Nikolaj Friis; Jensen, Niels Dyrgaard.

2012. Poster session presented at EAFS 2012, Haag, Netherlands.

Research output: Contribution to conference › Poster › Research

Harvard

Hansen, NF & Jensen, ND 2012, 'Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®', EAFS 2012, Haag, Netherlands, 20/08/2012 - 24/08/2012.

APA

Hansen, N. F., & Jensen, N. D. (2012). Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®. Poster session presented at EAFS 2012, Haag, Netherlands.

Vancouver

Hansen NF, Jensen ND. Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®. 2012. Poster session presented at EAFS 2012, Haag, Netherlands.

Author

Hansen, Nikolaj Friis ; Jensen, Niels Dyrgaard. / Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®. Poster session presented at EAFS 2012, Haag, Netherlands.1 p.

Bibtex

@conference{99a37811b6654443a01fc1b22ac657b2,
title = "Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX{\textregistered}",
abstract = "Abstract: Purpose: To demonstrate the workflow used in the evaluation of Post Mortem MSCT as part of dental identification in single and possibly multiple fatalities. Material and method: The workflow in a couple of cases from the Section of Forensic Pathology in Copenhagen, Denmark is used to illustrate how the use of OsiriX{\textregistered} DICOM Viewer and its tools can be applied to overcome some of the problems contained in MSCT images compared to the usual ortopantomograms used in forensic odontology for identification. Results, discussion and conclusion: The combined use of tomograms (slices), 2D Mean Intensity Projection and 3D MIP/VR (3D Maximum Intensity Projection/Volume Rendering) was found to give a very useful first view for the forensic odontological evaluation, and the combined use overcomes many of the problems which are contained in the Post Mortem MSCT procedure compared to regular X-ray examination technique. It is also possible to conveniently integrate the images as documentation in the forensic reports as a supplement for the forensic odontologist in the identification process.",
keywords = "Faculty of Health and Medical Sciences, Retsmedicin, Retsodontologi, Post Mortem MSCT, Identifikation, CT",
author = "Hansen, {Nikolaj Friis} and Jensen, {Niels Dyrgaard}",
year = "2012",
month = aug,
day = "20",
language = "English",
note = "null ; Conference date: 20-08-2012 Through 24-08-2012",

}

RIS

TY - CONF

T1 - Dental Identification With Post Mortem MSCT Scan - A Novel Approach Using OsiriX®

AU - Hansen, Nikolaj Friis

AU - Jensen, Niels Dyrgaard

N1 - Conference code: 6th European Academy of Forensic Science Conference

PY - 2012/8/20

Y1 - 2012/8/20

N2 - Abstract: Purpose: To demonstrate the workflow used in the evaluation of Post Mortem MSCT as part of dental identification in single and possibly multiple fatalities. Material and method: The workflow in a couple of cases from the Section of Forensic Pathology in Copenhagen, Denmark is used to illustrate how the use of OsiriX® DICOM Viewer and its tools can be applied to overcome some of the problems contained in MSCT images compared to the usual ortopantomograms used in forensic odontology for identification. Results, discussion and conclusion: The combined use of tomograms (slices), 2D Mean Intensity Projection and 3D MIP/VR (3D Maximum Intensity Projection/Volume Rendering) was found to give a very useful first view for the forensic odontological evaluation, and the combined use overcomes many of the problems which are contained in the Post Mortem MSCT procedure compared to regular X-ray examination technique. It is also possible to conveniently integrate the images as documentation in the forensic reports as a supplement for the forensic odontologist in the identification process.

AB - Abstract: Purpose: To demonstrate the workflow used in the evaluation of Post Mortem MSCT as part of dental identification in single and possibly multiple fatalities. Material and method: The workflow in a couple of cases from the Section of Forensic Pathology in Copenhagen, Denmark is used to illustrate how the use of OsiriX® DICOM Viewer and its tools can be applied to overcome some of the problems contained in MSCT images compared to the usual ortopantomograms used in forensic odontology for identification. Results, discussion and conclusion: The combined use of tomograms (slices), 2D Mean Intensity Projection and 3D MIP/VR (3D Maximum Intensity Projection/Volume Rendering) was found to give a very useful first view for the forensic odontological evaluation, and the combined use overcomes many of the problems which are contained in the Post Mortem MSCT procedure compared to regular X-ray examination technique. It is also possible to conveniently integrate the images as documentation in the forensic reports as a supplement for the forensic odontologist in the identification process.

KW - Faculty of Health and Medical Sciences

KW - Retsmedicin

KW - Retsodontologi

KW - Post Mortem MSCT

KW - Identifikation

KW - CT

UR - http://forensic.to/abstract_book_eafs2012.pdf

M3 - Poster

Y2 - 20 August 2012 through 24 August 2012

ER -

ID: 40114077