Situation: A soccer player was playing goalie and tripped while playing, and it appears that when she fell she fractured her arm halfway between the wrist, and elbow since it is in the shape of an S and t appears to be an open fracture. Now complete the mobility restoration phase. Mobility restoration phase: What 2 joints would be most affected? How can those be moved in a controlled manner? Use the 3 types of ROM (PROM, AROM, RROM) and give examples of appropriate exercise for each. Joint I: 1. PROM 1. 2. 2. AROM 1. 2. 3. RROM 1. Joint 2: 1. 1. 2. 2. AROM 1. 2. 3. RROM 1. 2. 2.

GIve specific joint as an exampleof each type of synovial joint movement: 1. Gliding 2. Angular Movement 3. Rotation

During a mountain biking accident, your 45 year old sister and her excitable 14 year old daughter each suffered a broken arm. Your sister sustained a compound (open) mid-shaft humeral fracture and was treated with open reduction & internal fixation using a plate & screws. Your niece sustained a simple ulnar fracture and was treated with closed reduction and a cast. After their 6 week follow-up visit, your niece says “Compared to mom, my arm doesn't even looked healed, it has a big bump on it in the x-ray picture!" and exclaims its unfair her arm remains in a "clumsy cast!" Based on concepts you have learned about bone fracture and healing and fracture repair, explain to your niece 1) the process of healing that has occurred in her fracture since her accident Use terminology AND your ability to explain their meanings in words a 14 year old can understand. (Use only one page to answer).

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 state where 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