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Chapter 18: The Foot

Chapter 18: The Foot. Figure 18-1. Arches of the Foot. Figure 18-2. Achilles Tendon & Plantar Fascia. Figure 18-3. Joints and Ligaments of the Foot. Figure 18-5. Muscle of the Foot and Lower Leg. Figure 18-6. Figure 18-7. Nerve Supply and Blood Supply. Figure 18-8 and 18-9.

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Chapter 18: The Foot

Chapter 18: The Foot. Arches of the Foot. Plantar Fascia. Joints and ligaments of the Foot. Muscle of the Foot and Lower Leg. Nerve Supply and Blood Supply. Functional Anatomy of the Foot and Biomechanics.

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Leg Problems : Outline

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2.2 Anatomy and Biomechanics

2.2 Anatomy and Biomechanics. Relate anatomy and biomechanics to a physical activity (Badminton). Anatomy. Skeletal system Bones Muscles Movement Joints Agonist/antagonist. Bones. What bones make up the following joints: Shoulder (3) Elbow (3) Wrist (3) Hip (2) Knee (3) Ankle (3).

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Ch 8

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Joints Bone Connections

Joints Bone Connections. Chapter 9. Overview. Classifications of Joints Fibrous Joints Cartilaginous Joints Synovial Joints Movements at Synovial Joints Specific Body Joints Joint Disorders. Classifications of Joints. Articulations (joints) are the unions between bones

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THE ANKLE AND FOOT

THE ANKLE AND FOOT. BONES. A. Tibia 1. condyle (lateral and medial) 2. tibial tuberosity 3. medial malleolus B. Fibula 1. head 2. lateral malleolus. Medial Malleolus. Tibia . Tibia. Fibula. Lateral malleolus. BONES OF THE FOOT. Tarsal bones 1. Calcaneous 2. Talus 3. Navicular

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THE ANKLE AND FOOT

THE ANKLE AND FOOT. BONES. A. Tibia 1. condyle (lateral and medial) 2. tibial tuberosity 3. medial malleolus B. Fibula 1. head 2. lateral malleolus. Medial Malleolus. Tibia . Tibia. Fibula. Lateral malleolus. BONES OF THE FOOT. Tarsal bones 1. Calcaneous 2. Talus 3. Navicular

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Foot and Ankle II

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Chapter 7: The Biomechanics of the Human Upper Extremity

Chapter 7: The Biomechanics of the Human Upper Extremity. Basic Biomechanics, 4 th edition Susan J. Hall Presentation Created by TK Koesterer, Ph.D., ATC Humboldt State University. Objectives. Explain how anatomical structure affects movement capabilities on upper extremity articulations.

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The Ankle and Foot Joints

The Ankle and Foot Joints. Function of the foot. Provide a stable platform Generate propulsion Absorb shock. Bones. Ankle + foot = 28 bones foot = 26 bones Leg: tibia, fibula Foot: Tarsals (7): talus, calcaneus, navicular, cuboid, and cuneiforms (3) Metatarsals (5) Phalanges (14).

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Muscles Origins and Insertions

Muscles Origins and Insertions. Muscles from pg. 44-45 in text. Neck Muscles. Thoracic Cage Muscles. Back Muscles. Thoracic Cage Muscles. Thoracic Cage. Abdominal Muscles. Abdominals. Moving Upper Limb. Rotator Cuff. Scapular Muscles. Scapular Muscles cont. Muscles that move Humerus.

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Therapeutic Orthotics after Stroke

Therapeutic Orthotics after Stroke. Richard Sealy Principal Physiotherapist in NeuroRehabilitation The Wolfson Neuro Rehabilitation Centre St Georges NHS Trust Email: richard.sealy@blueyonder.co.uk. Aims. Post stroke gait Therapeutic adjunct Clinical reasoning

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Whole Body Terms

Whole Body Terms. CHAPTER 4. Structural Organization. Cells Smallest, most numerous structural unit Tissues Groups of similar cells with specialized functions. Structural Organization. Organs Tissues arranged together to perform a particular function Body systems

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Chapter 6 The Elbow and Radioulnar Joints

Chapter 6 The Elbow and Radioulnar Joints. Dr. Bud Cooper, ATC, CSCS. Bones. Ulna is much larger proximally than radius Radius is much larger distally than ulna Scapula & humerus serve as proximal attachments for muscles that flex & extend the elbow

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Chapter 6 The Muscle Anatomy

Chapter 6 The Muscle Anatomy. The Muscular System. Functions Movement Maintain posture Stabilize joints Generate heat Three basic muscle types Skeletal muscle* Cardiac muscle Smooth muscle. Muscles and Body Movements.

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SKELETAL SYSTEM

Chapter 6. SKELETAL SYSTEM. FUNCTIONS. Supports body structure and provides shape to the body Protects internal organs Allows movement and anchorage of muscles Provides mineral storage Allows hemopoiesis. STRUCTURE AND FORMATION OF BONE.

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Joints

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Prevention of Running Injuries

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Two-degree-of-freedom powered prosthetic wrist

Two-degree-of-freedom powered prosthetic wrist. Peter J. Kyberd, PhD; Edward D. Lemaire, PhD; Erik Scheme, MSc; Catherine MacPhail, BSc; Louis Goudreau, BASc, Peng; Greg Bush, BA, CP(c); Marcus Brookeshaw, BSc. Study Aim

359 views • 5 slides