/0.3 - Joints: Please label the parts of the knee below.(0.1 pt) The functional class of the knee is __________.(0.1 pt) The structural class of the knee is __________.(0.1 pt) /0.4 pts - Muscles: Identify the following muscle ___________ The origin(s) of this muscle is/are: __________(0.1 pts) The insertion(s) of this muscle is/are: __________(0.1 pts) The primary action of this muscle is: __________(0.1 pts)
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The knee joint is a hinge joint that connects the femur (thigh bone) to the tibia (shin bone). The main parts of the knee include: Show more…
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Exercise 10.6: The Knee Joint 11. Match the description listed in column A with its corresponding structure listed in column B. Column A 1. ligament connecting femur to tibia 2. ligaments that cross in the middle of the knee joint 3. sesamoid bone located in the knee joint 4. ligament connecting femur to fibula 5. structure connecting patella to tibial tuberosity 6. structure connecting quadriceps muscles to patella 7. fibrocartilaginous structure within knee joint 8. synovial sacs located above, below, and anterior to the patella Column B a. ACL and PCL b. bursae c. fibular (lateral) collateral ligament d. meniscus e. patella f. patellar ligament g. patellar tendon h. tibial (medial) collateral ligament Can You Apply What You've Learned? 12. From where do the articular cartilages arise developmentally? 13. Define bursitis. Can You Synthesize What You've Learned? 14. Fully classify the glenohumeral joint both structurally and functionally (degree of movement).
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Appendicular Skeleton & Knee LAB ACTIVITY 11: Synovial Joints. Match each example with the correct type of synovial joint: Synovial Joint Type Example 1. Ball & Socket A. Knee, elbow, interphalangeal joints 2. Condylar/Ellipsoid B. Intercarpal & intertarsal Joints 3. Hinge C. Proximal radioulnar joint 4. Pivot D. Joints between metacarpals #1 - #4 and proximal phalanges of fingers 5. Plane E. Joint between 1st metacarpal and trapezium 6. Saddle F. Shoulder & hip Based on the degree of movement allowed, synovial joints are classified as A. Amphiarthroses B. Diarthroses C. Synarthroses Which type of synovial joint allows the greatest degree of movement? Which is more likely to dislocate - the hip or the shoulder? Explain why? (Be sure to mention some important structural differences.)
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