Diagnostic devices stories

Oct 22, 2026

Johns Hopkins APL develops OsteoSEE ultrasound technology for early stress fracture detection

Johns Hopkins University Applied Physics Laboratory researchers are developing OsteoSEE, an ultrasound-based technology that uses surface acoustic waves to detect early-stage tibial stress fractures before they become apparent through conventional diagnostic tools. The technology has potential applications for military personnel and others at risk of overuse injuries.

Oct 22, 20263 sources

Top claims

▪Conventional planar X-rays often lack sensitivity for early-stage stress fractures, while MRI imaging remains costly and requires specialized facilities.
▪The OsteoSEE team is exploring compatibility with low-intensity pulsed ultrasound for bone healing, alongside potential applications in sports medicine and pediatric care.
▪Johns Hopkins Applied Physics Laboratory researchers verified OsteoSEE signals against micro-CT imaging to confirm that acoustic changes correspond to actual bone structural damage.

Subtopics

Biomedical engineering1 Bone health1 Diagnostic imaging1 Injury prevention1 Medical imaging1 Medical innovation1 Musculoskeletal health1

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