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x File Edit View History Bookmarks People WIR8UW Module 3 Interactive Homewo y D rome ? The Muscular System: The Ne x D mycampus secure Login e ?ezto.mheducation.com/hm.tpx Complete each sentence by dragging the proper word or phrase into the appropriate position. is an extremely complicated The synovial joint due to its potential for mutiaxial motion when flexed. coxal ACL Increasing the depth of the articulating surface of the knee, much like the labra of the shoulder and hip are fibrocartilaginous extensions of the synovial membrane called PCL Connecting the medial and lateral menisci across the center of the articulating surface, the tibial collateral ligament fibular collateral ligament provides a strut against separation. Protection from medial displacement from a laterally applied force, the two major extracapsular ligaments of the knee. menisci is one of the tibiofemoral joint Laterally bracing the lateral femoral condyle to the fibular head, the the knee due to medially applied loads resists lateral separation of glenoid labrum patellar ligament Running medially and anteriorly from the lateral condyle of the femur, the the tibia anteriorly to the intercondylar eminence. attaches to ibiofibular The of the tibia due to the orientation of its fibers from the resists posterior and lateral movement deltoid ligament and posterior attachment on the tibia. transverse ligament ResetExplanation / Answer
1.The tibiofemoral joint is an extremely complicated synovial joint due to its potential for multiaxial motion when flexed.
2. Increasing the depth of the articulating surface of the knee, much like the labra of the shoulder and hip are fibrocartilaginous extension of the synovial membrane called menisci.
3.Connecting the medial and lateral menisci across the center of the articulating surface, the transverse ligament provides a strut against separation.
4. Protection from medial displacement from a laterally applied force, the tibial collateral ligament is one of the two major extracapsular ligaments of the knee.
5. Laterally bracing the lateral femoral condyle to the fibular head, the fibular collateral ligament resists the lateral separation of the knee due to medially applied loads.
6. Running medially and anteriorly from the lateral condyle of the femur, the ACL attaches to the tibia anteriorly to the intercondylar eminence.
7. The PCL resists posterior and lateral movement of the tibia due to the orientation of its fibers from the superior and medial origin on the femur to its lateral and posterior attachment on the tibia.
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