- Illustrations
- Musculoskeletal System
- Skeletal system (Bones)
- Lateral Condyle Of The Femur, Lateral View
Lateral Condyle Of The Femur, Lateral View
A side view of the lateral femoral condyle, appearing as a rounded projection on the distal end of the bone.
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Description
Lateral femoral condyle dominates the distal femur in this lateral view, its convex articular surface curving inferiorly to meet the lateral tibial plateau within the knee joint. Anteriorly, the condylar cartilage surface continues into the lateral facet of the trochlea (patellar surface), while posteriorly the rounded condyle projects behind the femoral shaft toward the intercondylar region. Just superior and slightly posterior to the articular margin, the lateral epicondyle forms a bony prominence for ligament attachment, positioned proximal to the joint line and lateral to the supracondylar area. Bone contours read cleanly. For teaching knee biomechanics, the lateral condyle is the best single landmark for explaining femoral rollback and the changing contact areas that underpin tibiofemoral load distribution, even before you bring the medial compartment into the discussion. Clinically, the lateral femoral condyle is the classic donor site for osteochondral autograft transfer, and it also hosts common chondral lesions that accompany anterior cruciate ligament rupture and pivot-shift injury patterns. The fixed lateral perspective clarifies the relationship between the articular surface, the lateral epicondylar region where the fibular (lateral) collateral ligament anchors, and the posterior condylar contour relevant when assessing femoral component rotation in total knee arthroplasty planning. Use this illustration in gross anatomy labs, orthopaedic lecture decks, and surgical technique manuals covering knee arthroscopy portals, osteochondral grafting, or lateral compartment osteoarthritis and alignment. It also suits radiology education when correlating osseous landmarks with oblique lateral knee radiographs and CT-based preoperative templating. Anatomical accuracy verified by SciePro's Medical Advisory Board.