ICYMI: Using genetic screening, DXA imaging, and #AI techniques, researchers including Tulane's Dr. Deng have developed a model to accurately predict proximal femoral strength, enhancing accessibility while reducing radiation exposure. #TulaneResearch htt
ICYMI: Using genetic screening, DXA imaging, and #AI techniques, researchers including Tulane's Dr. Deng have developed a model to accurately predict proximal femoral strength, enhancing accessibility while reducing radiation exposure. #TulaneResearch htt
A Novel Deep Learning Model for Hip Fracture Risk: Using genetic variants & DXA imaging, this promising model shows accurate predictions of proximal femoral strength, enhancing widespread accessibility while reducing radiation exposure. #TulaneResearch
A Novel Deep Learning Model for Hip Fracture Risk: Using genetic variants & DXA imaging, this promising model shows accurate predictions of proximal femoral strength, enhancing widespread accessibility while reducing radiation exposure. #TulaneResearch