Identification Of Knee Mri Examinations In Patients With Osteoarthritis Using Artificial Intelligence In A Consecutive Clinical Cohort von Lenskjold, A., Brejnebøl, M.W., Nybing, J.U., Rose, M.H., Gudbergsen, H., Troelsen, A., Moller, A., Boesen, M.

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KNEE B-SCORE SHAPE FROM COMPUTED TOMOGRAPHY IS ASSOCIATED WITH SUBCHONDRAL BONE ATTENUATION AND MARGINAL CORTICAL BONE THICKNESS von Nielsen, C.T., Boesen, M., Gudbergsen, H.R., Hansen, P., Nybing, J.U., Henriksen, M., Bliddal, H., Poole, K.E.S., Turmezei, T.D.

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CALCIUM CRYSTAL DEPOSITION AND KNEE OSTEOARTHRITIS, ASSESSMENT OF JOINT INFLAMMATION BY DCE-MRI: A CROSS-SECTIONAL STUDY von Nielsen, C.T., Henriksen, M, Daugaard, C.L., Nybing, J.U., Hansen, P., Müller, F.C., Bliddal, H., Boesen, M., Gudbergsen, H.

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IMPACT OF WEIGHT LOSS ON KNEE JOINT CARTILAGE MEASURED BY MRI T2 MAPPING IN PATIENTS WITH OSTEOARTHRITIS – AN IMAGING SUB-STUDY OF THE LOSE-IT TRIAL von Nielsen, C.T., Hansen, P., Daugaard, C.L., Henriksen, M., Gudbergsen, H.R., Boesen, M.P., Nybing, J.U.

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ESTABLISHING A CONSECUTIVE CLINICAL KNEE OSTEOARTHRITIS IMAGING COHORT USING ARTIFICIAL INTELLIGENCE TOOLS TO ANALYZE KNEE RADIOGRAPHS: A PROOF OF PRINCIPLE von Lenskjold, A., Brejnebøl, M.W., Nybing, J.U., Rose, M.H., Gudbergsen, H., Troelsen, A., Moller, A., Raaschou, H., Boesen, M.

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EXTERNAL VALIDATION OF AN ARTIFICIAL INTELLIGENCE TOOL FOR RADIOGRAPHIC KNEE OSTEOARTHRITIS CLASSIFICATION: A MULTI-CENTER, RETROSPECTIVE DIAGNOSTIC COHORT STUDY von Brejnebøl, M.W., Lenskjold, A., Ziegeler, K., Ruitenbeek, H.C., Visser, J.J., Nybing, J.U., Hermann, K.G.A., Oei, E.H.G., Boesen, M.

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