Pentagon Funds Urine Test to Predict Stress Fractures in Recruits
The Pentagon awarded a $3.4 million grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test detecting biomarkers for bone-stress injuries in military recruits. Affecting up to 8% of recruits and costing the DoD $100 million annually, the four-year project aims to enable early diagnosis, reduce severe fractures, and improve readiness. Researchers will study recruit cohorts with gender-specific analyses, building on prior studies showing recruits are more prone to leg and pelvis fractures.
Editorial responsibility
- No named human review is recorded for this page.
- Reports are grouped by semantic similarity and deterministic rules. Language models may assist titles, summaries, translation and cross-source analysis; the page itself is projected from evidence records.
- Current automated evidence projection
Cross-source coverage
Wire timeline
Urine Test Could Predict Stress Fractures in Boot Camp
The Pentagon has awarded a $3.4 million grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test that can predict stress fractures in military recruits. Bone-stress injuries affect up to 8% of recruits and cost the Department of Defense about $100 million annually in medical expenses. The four-year grant aims to create a biomarker panel that flags early signs of bone-stress injuries in the legs before they become severe fractures. Researchers will study military recruit cohorts over time, including gender-specific analyses. The project is led by Shawn Flanagan of Rosalind Franklin's Center for Lower Extremity Ambulatory Research (CLEAR). The article also references a separate Uniformed Services University study finding that new recruits are more likely to sustain multiple stress fractures than longer-serving personnel.
Urine test could predict stress fractures in boot camp
The Pentagon has awarded a $3.4 million grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test that can detect biomarkers for bone-stress injuries in military recruits. These injuries affect up to 8% of recruits and cost the DoD about $100 million annually in medical expenses. The four-year project aims to create a clinically actionable test to identify stress fractures early, improving readiness and reducing severe injuries. Researchers will study military cohorts over time, including gender-specific analyses. The effort follows a Uniformed Services University study that found recruits are more prone to leg and pelvis fractures than longer-serving personnel.
Pentagon Funds Urine Test Research to Predict Stress Fractures in Military Recruits
The Pentagon has awarded a $3.4 million grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test that can predict stress fractures in military recruits. Bone-stress injuries affect up to 8% of recruits and cost the Department of Defense approximately $100 million annually in medical expenses. The four-year grant aims to create a 'clinically actionable' test that flags biomarkers in urine to detect bone-stress injuries in the legs before they lead to fractures. Researchers will study military recruit cohorts over time, including gender-specific analyses. The project builds on recent studies, including a Uniformed Services University study published in June 2026 that found recruits are more likely than longer-serving members to sustain leg and pelvis fractures and multiple stress fractures. The test could improve early diagnosis and reduce the operational and economic burden of these injuries.
Show 3 older updatesHide older updates
Urine test could predict stress fractures in boot camp
The Pentagon has awarded a $3.4 million grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test that can detect biomarkers for bone stress injuries (BSIs) in military recruits. BSIs affect up to 8% of recruits and cost the DoD about $100 million annually in medical expenses. The four-year project aims to create a clinically actionable test to identify stress fractures early, improving readiness and reducing severe injuries. Researchers will study military cohorts over time, including gender-specific analyses. The effort builds on recent studies, including a Uniformed Services University study of 446 patients at Walter Reed, which found recruits are more prone to leg and pelvis fractures. The test is seen as a way to overcome diagnostic challenges, as X-rays often miss early BSIs.
Urine test could predict stress fractures in boot camp
The Pentagon has awarded a $3.4 million grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test that can detect biomarkers for bone-stress injuries in military recruits. These injuries affect up to 8% of recruits and cost the DoD about $100 million annually in medical expenses. The four-year project aims to create a clinically actionable test to identify stress fractures early, improving readiness and reducing severe injuries. Researchers will study military cohorts over time, including gender-specific analyses. The effort builds on recent military studies highlighting that new recruits are more prone to multiple stress fractures, particularly in the legs and pelvis, and that conventional X-rays often miss early-stage injuries.
Pentagon funds development of urine test to predict stress fractures in military recruits
The Pentagon has awarded a $3.4 million, four-year grant to Rosalind Franklin University and Old Dominion University to develop a non-invasive urine test that can detect biomarkers for bone stress injuries (BSIs) in military recruits. BSIs affect up to 8% of recruits across services, costing the Department of Defense approximately $100 million annually in medical expenses. The research aims to create a clinically actionable biomarker panel for early diagnosis and risk stratification, reducing the need for costly imaging and preventing severe fractures. The study will include gender-specific analyses and leverage large military cohorts. This follows a Uniformed Services University study published in June 2026 that found new recruits are more prone to leg and pelvis stress fractures and multiple fractures. The test is seen as a critical tool to improve military readiness and reduce long-term injury costs.