Jul 2026· European spine journal· 0 citations· 30 references
Medicine
TL;DR
In patients undergoing cervical spine surgery, C-VBQ demonstrates consistent associations with C-HU and DXA T-scores, supporting its potential for opportunistic preoperative bone quality assessment and Integrating radiological indicators such as C-VBQ and C-HU with DXA and BTMs may enable a more comprehensive, but still cautiously interpreted, perioperative bone health evaluation.
VBQ can serve as an opportunistic exploratory screening marker of low BMD and FBQcsf may complement VBQ by identifying early marrow-related changes, although further validation is required.
M. Müller, João Paulo Ferreira, Laura Mulazzani Minuzzi Macedo et al.· Skeletal Radiology· 0 citations
Three-dimensional HU represents a novel vBMD assessment methodology that achieves diagnostic parity with QCT using conventional CT scanners without extra radiation exposure or specialized equipment, and demonstrates that precise, universally accessible osteoporosis screening is now achievable.
Rongkun Chang, Jin-Xin Gu, Yu-Mei Ding et al.· Journal of Neurosurgery : Sp...· 0 citations
Different lumbar CT ROI methods demonstrated comparable performance in assessing BMD and discriminating thoracolumbar fragility fracture status, and sensitivity analysis confirmed that exclusion of substituted vertebral levels did not materially affect the results.
Lumbar paraspinal muscle adiposity, particularly in the L3 multifidus, is inversely associated with BMD in postmenopausal women, and L3 multifidus FIR is a statistically significant auxiliary imaging metric for proactive osteoporosis screening and the assessment of osteosarcopenia risk.
Renhai Feng, Binqiang Pan, Lushuang Ye et al.· BMC Medical Imaging· 0 citations
Both HU and VBQ offer useful assessments of vertebral bone quality, but HU provides higher and more stable diagnostic accuracy, demonstrating higher sensitivity, specificity, and accuracy for detecting osteopenia and osteoporosis.
Omar Lubbad, Akram Hagos, Laila Lubbad et al.· European Radiology· 1 citation
Lumbar VBQ-DXA discordance is associated with a physiological signature characterized by triglyceride-rich lipoproteins, glycation burden, and conjugated bilirubin, which may complement VBQ by identifying metabolically vulnerable, marrow-related bone quality changes that are not fully captured by DXA-derived T-scores.
Jie Hao, Fayao Yan, Yu Yao et al.· Bone· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.