Authors
Kerry A Danelson, Kathryn L Loftis, M Yu Mao, F Scott Gayzik, Carol P Geer, Joel D Stitzel, Dennis E Slice
Publication date
2008/6/17
Journal
SAE international journal of passenger cars-electronic and electrical systems
Volume
1
Issue
2008-01-1912
Pages
605-611
Description
More brain structure specific scaling factors are needed to create more accurate models of the pediatric population for injury prevention research. This study examines the internal structure of the brain using the common imaging modality of magnetic resonance imaging to collect data on subjects ranging in age from newborn to 21 years old. This data set was then analyzed using geometric morphometrics to quantify the shape change of the measured structures. From this analysis geometric scaling factors for each structure were determined. The accuracy of parametric models of the head will be improved by using these structure specific scaling factors.
Total citations
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Scholar articles
KA Danelson, KL Loftis, MY Mao, FS Gayzik, CP Geer… - SAE international journal of passenger cars-electronic …, 2008