3. List the three types of fibrous joints that are seen in your skeleton model:4. List the two types of cartilaginous joints that are seen in your skeleton model, clearly statewhere they are found:5. List and describe the structures forming a synovial joint:6. Identify the six types (examples) of synovial joints below:7. Define and provide examples of the movements seen at a ball and socket synovial joint:Skeletal System: Articulations/Joints Laboratory 9

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Fundamentals of Sectional Anatomy: An Imaging Approach

2nd Edition

ISBN:9781133960867

Author:Denise L. Lazo

Publisher:Denise L. Lazo

Chapter10: Lower Extremity

Section: Chapter Questions

Problem 4RQ

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12. Complete the following table by identifying the type of movement (flexion, extension, abduction, adduction, etc.) that is described and the joint where the movement is occurring. Description of Movement Moving the thigh toward the torso, in the coronal plane 150 Rotating forearm and hand laterally so that palm faces anteriorly A bending action that elevates the soles, such as when you stand on your heels Bringing the thumb over to touch another digit Anterior bending of the forearm that decreases the angle between the arm and forearm EXERCISE 0 Articulations Type of Movement a. C. e. g. i. Joint Where Movement Is Occurring b. d. f. h. j. ohol.01
GIve specific joint as an exampleof each type of synovial joint movement: 1. Gliding 2. Angular Movement 3. Rotation
Give an example of each of the six classes of synovial joints and state how any axes of rotation each example has.
List the functions of the following elements of a synovial joint: fibrous layer of the capsule, synovial fluid, articular cartilage.
6. Distinguish between the three types of cartilaginous joints, cite an example of each of thethree types and indicate the location of the joint you have mentioned. 7. Clearly indicate the difference between the origin and insertion point of a muscle on a bone. 8. Define the term “articulation” and identify the factors that determine the degree ofmovement at a joint. 9. Clearly distinguish between the three following terms that are used to classify joints basedupon the degree of movement they permit: a. synarthroses, b. amphiarthroses; and c.diarthroses.
Give an example of each of the six classes of synovial joints and state how many axes of rotation each example has.
5) List and identify the movements permitted by synovial joints.
Discuss the factors that influence both the stability and themobility of a joint. What is the relationship between a joint’smobility and its stability?
List three natural factors that stabilize synovial joints.
Give an example of each of the six classes of synovial jointsand state how many axes of rotation each example has.
Name and provide examples of the six types of synovial joints based on the movement(s) allowed.
We are focusing mainly on synovial joints, because this is the main type of joint that allows you to move your body. Using the diagram below, match the synovial joint structure with its description: -Periosteum E F A G D H- F V [ Choose ] A Friction-reducing hyaline cartilage that covers bone surfaces B Cavity filled with lubricating, nourishing, and shock-absorbing fluid Bands of dense regular connective tissue that connect muscle to bone and help stabilize joints Fluid-filled pocket that reduces friction between joint structures Bands of dense regular connective tissue that connect bones Cushions of fibrous cartilage that help guide joint movement E Protective outer wrapping made of dense irregular connective tissue One of the four body membranes; produces synovial fluid F G [ Choose ] [ Choose ]

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