Osteochondral Defect
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEijqTZ5lI2seIn9TsTbUeLsEps6uNy7dBl5dQ9EIiYdhadl7Gw1r3Y2C1Ec-MVBY6391b7BIlVctCy3tjK9som1TJLAsUFUJtXNo44LlY6DIR8HsQFktig6FwTUrqCohavha6jOmnMPEGGy/s320/cor+T1+along+with+metaphyseal+infarction+known+associatin.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjxqpTmLU_xaWNeqeWW8oFyIx2GaEYU3hz-UEem8hWqUPNSskc9Zqqe5gvTTIKoea_i4UcjYC5Eq7NqhcDtdc8S6i-vvK3kJDW20WYD7__8tmdEJXMaUwQGY6LuYCRVaaqizE1la_5K_tGn/s320/stage+1+arthroscopically+measure+1+to+3+cm.jpg)
Berndt and Harty radiographic classification of osteochondral lesions of the talus is as follows:
Stage I - Normal radiograph (subchondral compression fracture of the talus with no ligamentous sprain)
Stage II - Partially detached osteochondral fragmentStage I - Normal radiograph (subchondral compression fracture of the talus with no ligamentous sprain)
Stage III - Complete, nondisplaced fracture remaining within the bony crater
Stage IV - Detached, loose osteochondral fragment
Anderson MRI classification of osteochondral lesions of the talus is as follows:
Stage I - Bone marrow edema (subchondral trabecular compression; radiograph results are negative with positive bone-scan findings)
Stage IIa - Subchondral cyst
Stage IIb - Incomplete separation of the osteochondral fragment
Stage III - Fluid around an undetached, undisplaced osteochondral fragment
Stage IV - Displaced osteochondral fragment
Case by Dr MGK Murthy, Sr Consultant Radiologist
Post a Comment for "Osteochondral Defect"