Review Reveals Most Bone Surrogate Studies Lack Matched Human Cadaveric Testing
A systematic review of 88 biomechanical investigations reveals widespread methodological divergence and a lack of standardized cadaveric comparisons in artificial ...
A systematic review of 88 biomechanical investigations reveals widespread methodological divergence and a lack of standardized cadaveric comparisons in artificial ...
Researchers from Science Tokyo found that sensory nerves in bone are essential for bone mass recovery after mechanical unloading in ...
A retrospective study demonstrates that a linear support vector machine analyzing first lumbar vertebra radiomic features from routine non-contrast chest ...
A comparative microcomputed tomographic study shows domestic cats possess significantly denser and thicker carpal bones than toy dogs of similar ...
Researchers mapped bone microarchitecture layer by layer across 30 femoral heads and found that cartilage degeneration shapes the outer subchondral ...
A new study in Cell Death Discovery shows that the PRMT6–SIRT5–HADHA pathway protects bone-forming osteoblasts from R-loop-induced DNA damage during ...
An exploratory mouse study found that 28 days of semaglutide exposure significantly increased the osteoblast-covered bone surface without detectable changes ...
An integrated experimental–computational framework combines spherical nanoindentation, genetic-algorithm inverse optimization, and μQCT-based homogenization to map elasto-plastic canine femur properties by ...
A University of Michigan study in female mice shows chronic testosterone treatment prevents ovariectomy-induced hyperglycemia, glucose intolerance, and bone loss, ...
The first known partial skeleton of the extinct mustelid Leptarctus wortmani reveals a badger-like terrestrial generalist that occupied Miocene North ...
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© 2026 Scienmag - Science Magazine