Lecture 17 Outline of Last Lecture I. Types of Injuries! II. Spine Injuries III. Shoulder Girdle Injuries IV. Glenohumeral Joint Injuries V. I n j u r i e s t o E l b o w J o i n t a n d U p p e r A r m VI. Wrist and Hand Injuries Outline of Current Lecture I. Hip Joint II. Proximal Bone Structure III. Distal Bone Structure IV. Body Landmarks V. Stability VI. Support and Locomotion VII. Gait Changes with Age VIII. Joint Structure IX. Ligaments X. Hip Motions Current Lecture A. Hip Joint1. Ball and socket joint2. One of the strongest joints in body HPER 205 1st Edition These notes represent a detailed interpretation of the professor’s lecture. GradeBuddy is best !used as a supplement to your own notes, not as a substitute. !3. Designed for support and locomotionB. Proximal Bone Structure1. Acetabuluma. Pelvic girdle- ilium- pubis- ischiumC. Distal Bone Structure1. Femura. Longest and strongest bone in bodyb. Weak part: neckD. Body Landmarks1. Head femur2. Neck of femur3. Greater trochanter4. Lesser trochanter5. Linear aspera6. Adductor tubercle7. Gluteal tuberosity8. Medial and lateral condyles9. Lateral epicondyle10. Medial epicondyleE. Stability1. Bony architecturea. deep joint cavity and labrum2. Strong ligaments and joint capsule3. Large supportive musclesF. Support and Locomotion1. Functions in weight bearing and locomotiona. trunk is ~ 60% of body weight2. Ability to run, crossover cut, side-step cut, jump, etcG. Gait Changes with Age1. With age:a. decrease in hip flex/extb. decrease in stride lengthc. decrease in plantar flexion of ankled. decrease in elevation of forward limb2. Change in gait —> increased risk for falls —> hip fracturesH. Joint Structure1. Deep socket2. Acetabular labruma. increase stabilityI. Ligaments1. Strong ligament supporta. Iliofemoral- prevents hyperextemsionb. Pubofemoral- limits excessive extension and abductionc. Ischiofemoral- limits internal rotationd. Ligament of headJ. Hip Motions1. Flexion-extension2. Abduction-adduciton3. Internal-external rotation4.
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