Serratus Anterior 1. ABDUCTION of Shoulder Girdle Joint 2. UPWARD ROTATION of Shoulder Girdle Joint Pectoralis Minor 1. ABDUCTION of Shoulder Girdle Joint Pectoralis Major 1. FLEXION of Shoulder Joint 2. HORIZONTAL FLEXION of Shoulder Joint 3. MEDIAL (INTERNAL) ROTATION of Shoulder Joint Rhomboid Minor 1. ADDUCTION of Shoulder Girdle Joint 2. DOWNWARD ROTATION of Shoulder Girdle Joint Rhomboid Major 1. ADDUCTION of Shoulder Girdle Joint 2. DOWNWARD ROTATION of Shoulder Girdle
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to the fibula but has no attachment to the lateral meniscus. Both collaterals lie slightly posterior to the lateral axis of the knee joint and are taut when the knee is full extension. This positioning of the ligaments causes a slackness when flexion occurs‚ allowing medial and lateral rotation to take
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Chapter 28 RANGE OF MOTION EXERCISES What You Will Learn • The purposes of range of motion exercises • Types of range of motion exercises • The In-Home Aide’s responsibilities when giving range of motion exercises • How to give range of motion exercises according to proper procedure Purposes of Range of Motion Exercises (ROM) The musculoskeletal system must be exercised to remain healthy. ROM exercises prevent joints from becoming stiff and contractures (deformities)
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constant tension and range of motion moving a load. b) Eccentric contraction: The muscle lengthens with constant tension throughout the range of motion moving a load. ~~~ 1·‚_ .o eo! o’""ClrL n "’- -.;.y ’c ‚ ‚ ....‚ ~‚ -r ~ 0 (0 } ‚ . _. 0 Flexion: Extension: Abduction: Adduction: Retraction: 4 .‚); 4 1’ Protraction: Elevation: Depression: 2 LAYER ONE: Trapezius (Consists of superior‚ middle and inferior fibers). 0: 1: A: EOP‚ medial 1/3 of superior nuchal line‚ ligamentum
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The movements at the shoulder joint are flexion‚ extension‚ abduction‚ adduction‚ internal and external rotation and circumduction. After the ball is thrown in the air via my left arm‚ my the right arm above my head involving extension of the shoulder joint. When the ball begins to fall‚ I further extend my arm to maximise the motion to therefore apply maximum force to the volleyball. This is then closely followed by a quick flexion of the shoulder joint once my shoulder has reached its
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the joint movement: Elbow: Bending the arm: Flexion Straightening the elbow Extension Hip Bringing the leg up to the stomach Flexion Moving from a sit to a stand Extension Doing the splits sideways Abduction Bringing the leg back to kick the ball Extension Knee: Bending Knee Flexion Moving from a sit to a stand Extension Wrist: Turning a card over Supination Snapping wrist after a basketball shot : Flexion Ankle:
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sometimes during bathing and grooming. RANGE OF MOTION: Elbow Flexion: Right: 0-110 degree‚ Left: 0-115 degree (Normal: 0-135
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___________________________________ Source: Hignett‚ S.‚ McAtamney‚ L. (2000) Applied Ergonomics‚ 31‚ 201-5. ___________________________________ ___________________________________ Slide 2 Movement Upright 0 - 20 flexion o o 0 - 20 extension 20 - 60 flexion o >20 extension > 60 flexion o o o o o REBA: Trunk Score 1 Score 1 2 +1 if twisting or side flexed Change Score ___________________________________ 2 20 o 20 o 2 0 o ___________________________________
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Fingers Injury : Sprain Normally sprain is a result of forced motion at a joint that stresses the supporting ligaments‚ causing varying degrees of damage. The forced motion usually hyperextension and lateral motion which is the lateral motion means stresses the collateral ligament and hyperextension means stresses the anterior capsule. There were several of symptoms of sprain injuries such as tenderness at the site of injury‚ increasing in pain on reproduction of the stress that caused the
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BIOS251 Week 7 Lab Exercise Joints To complete this worksheet‚ select: Module: Support and Movement Activity: Anatomy Overviews Title: Joints 1. a. From the main Joints page‚ click Fibrous Joints and identify each of the following structural joint types. Suture Syndesmoses Gomphosis Suture Syndesmoses Gomphosis b. Why are sutures
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