A typical section of the femoral neck (left) and its corresponding phantom (right) (the trabeculae and cortical bone are shown in black, the AM is shown in white).

A typical section of the femoral neck (left) and its corresponding phantom (right) (the trabeculae and cortical bone are shown in black, the AM is shown in white).

<p>A typical section of the femoral neck (left) and its corresponding phantom (right) (the trabeculae and cortical bone are shown in black, the AM is shown in white).</p>

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Bibliographic Details
Main Author:	Pavel A. Sharagin (11565170) (author)
Other Authors:	Elena A. Shishkina (11565167) (author), Evgenia I. Tolstykh (2625118) (author), Michael A. Smith (280181) (author), Bruce A. Napier (2625124) (author)
Published:	2025
Subjects:	Medicine Physiology Biotechnology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified xlink "> currently simple geometric shapes segments &# 8211 current study presents 289 unique segments simulate skeletal tissues required voxel resolution homogeneous skeletal microarchitecture contradict published data available reference phantoms extensively reviewed results specific skeletal phantoms uniform microarchitecture parameters skeletal phantom parameters spsd skeletal phantoms icrp reference phantoms spsd approach allows skeletal phantom spsd phantoms voxel representation published measurements smaller phantoms computational phantoms microstructure results measurement results bone microarchitecture uncertainty due simplified modelling significant disadvantages segmentation makes seeking radionuclides real bones one disadvantage mentioned age limited availability good agreement following age female ). female ), cortical layer average values autopsy material another disadvantage
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