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- A Medial View of the Superior Medial Genicular Artery of a Human Male
A Medial View of the Superior Medial Genicular Artery of a Human Male
A medial view of the superior medial genicular artery, highlighting its arcuate path above the bony medial prominence of the femur.
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Description
Arising from the popliteal artery near the adductor hiatus, the superior medial genicular artery courses medially and anteriorly to wrap around the distal femur, tracing an arcuate path just superior to the medial epicondyle and adductor tubercle. From this medial perspective, the vessel is seen deep to the pes anserinus region and in close relationship to the tendon of adductor magnus at its insertion, before contributing to the periarticular genicular anastomosis around the knee. Accompanying veins, rendered in blue, parallel the arterial branches and converge toward the popliteal vein posterior to the joint line. Small-caliber arterioles and venules pepper the capsular margin. Dense vascular territory. This view matters because the superior medial genicular artery is frequently encountered during medial approaches to the knee, including arthrotomy and exposure for distal femoral procedures, and its injury can complicate hemostasis in a confined field. Orthopedic surgeons also consider its contribution to patellar and capsular perfusion when planning incisions or soft tissue releases, since disruption of the genicular network can contribute to delayed wound healing. For interventionalists, the branch pattern and anastomoses help explain collateral flow in femoropopliteal occlusive disease and guide selective catheterization when treating periarticular bleeding. Use this asset in gross anatomy teaching on the popliteal fossa and genicular anastomosis, in orthopedic or sports medicine texts describing medial knee approaches, and in clinical education materials on perioperative vascular risk in total knee arthroplasty and distal femur fixation. It also supports radiology or endovascular training modules that correlate surgical anatomy with angiographic branching variants. Anatomical accuracy verified by SciePro's Medical Advisory Board.