This poster is published under an
open license. Please read the
disclaimer for further details.
Type:
Educational Exhibit
Keywords:
Forensic / Necropsy studies, Anatomy, Computer applications, CT, Image manipulation / Reconstruction, Computer Applications-Virtual imaging, Computer Applications-Detection, diagnosis, Education, Forensics, Foreign bodies
Authors:
A. L. Rivard; Abu Dhabi/AE
DOI:
10.1594/ecr2017/C-0625
Findings and procedure details
The statue was imaged with a virtopsy protocol using 40 mA and exposure of 500 ms and a 64 x 0.5 mm multi-slice detector scanner (Toshiba,
Tochigi-ken,
Japan) with 120 kV and a FOV of 500 mm2.
These images were sent to the PACS and loaded for post processing on an independent workstation (Vitrea fx 2.0.1,
Vital Images,
Minnetonka,
MN,
USA). The original axial slices,
3-D volume surface rendered images and multi-planar reconstructions (MPR) were reviewed by an attending and fellow radiologist.
As the CT multi-planar reformatted image demonstrates an extended hollow cavity that reaches from the Buddha’s head down to its base (Figure 1).
Within the head cavity,
a collection of paper or fabric is present (Figure 2) whereas the body cavity is empty. The cross-sectional imaging revealed that Buddha is constructed in wood with 37 annual growth rings. There are multiple sections consisting of a separately applied face,
stopper-like hair-knot,
and hands.
Metallic nails secure the elongated ears and bottom.
Volume rendered imaging was supplied to the museum for display (Figures 3).