Comparative Assessment of Proximal Humeral Bone Density Using CT Osteoabsorptiometry, Bone Microarchitecture Analysis, and a HU-Based Calibration Method: A CT and Micro-CT Study in Elderly Body Donors (65–86 Years)

Susanne Strasser et al. Comparative Assessment of Proximal Humeral Bone Density Using CT Osteoabsorptiometry, Bone Microarchitecture Analysis, and a HU-Based Calibration Method: A CT and Micro-CT Study in Elderly Body Donors (65–86 Years) Diagnostics.

Publication Date
March 2, 2026

How Analyze was Used
“All image processing and quantitative analyses were performed using Analyze (Analyze 15.0; AnalyzeDirect, Mayo Clinic, Rochester, MN, USA)… Quantitative structural analysis was performed using the Bone Microarchitecture (BMA) add-on implemented in Analyze 15.0. The BMA workflow followed the four-stage structure described in the thesis, comprising pre-processing, cortical segmentation, trabecular segmentation, and measurement.”

Keywords
Proximal humerus, Bone mineral density, CT-osteoabsorptiometry, Micro-CT, Bone microarchitecture, Osteoporosis, Diagnostic imaging

Author Affiliation(s)
Medical University Innsbruck, Innsbruck, Austria

Tags: Bone microarchitecture, Bone Mineral Density, CT-osteoabsorptiometry, Diagnostic Imaging, Micro-CT, Osteoporosis, Proximal humerus

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Comparative Assessment of Proximal Humeral Bone Density Using CT Osteoabsorptiometry, Bone Microarchitecture Analysis, and a HU-Based Calibration Method: A CT and Micro-CT Study in Elderly Body Donors (65–86 Years)