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Click 25-year-old male patient with injury of right knee. Sagittal T1WI demonstrates low signal in the bone marrow of patella. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE = 2165/30, 3mm slice thickness, non-contrast).

Click 25-year-old male patient with injury of right knee. Sagittal T2WI demonstrates mixed signal in the bone marrow of patella. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE = 2231/100, 3mm slice thickness, non-contrast).

Click 25-year-old male patient with injury of right knee. Sagittal PDW-SPAIR demonstrates high signal in the bone marrow of patella. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE = 415/8, 3mm slice thickness, non-contrast).

Click 25-year-old male patient with injury of right knee. Transverse T1WI demonstrates low signal in the bone marrow of patella, and no abnormal signal in the cartilage of patellar is shown. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE = 2165/30, 3mm slice thickness, non-contrast).

Click 25-year-old male patient with injury of right knee. Transverse T2WI demonstrates mixed signal in the bone marrow of patella, and no abnormal signal in the cartilage of patellar is shown. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE = 2231/100, 3mm slice thickness, non-contrast).

Click 25-year-old male patient with injury of right knee. Transverse T2 map images were used for calculating the mean values of ROI of the right part and the left part of cartilage. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE=2400 /15,30,45,60,75,90, 3mm slice thickness, non-contrast).

Click 25-year-old male patient with injury of right knee. Transverse DWI demonstrates slightly high signal in the cartilage of patellar. (Protocol: 3.0 Tesla MRI (Philips Achieva), TR/TE = 2231/100, 3mm slice thickness, non-contrast).