Efnisyfirlit

• Cover image
• Title page
• Table of Contents
• Copyright
• Dedication
• Preface
  • Overview of Chapters
  • How We Solve Problems Based on Kinesiology
• Acknowledgments
• About Evolve
  • Interactive Exercises
  • Videos
  • Animations
  • Self-Test
  • Goniometry and Range of Motion Animations and Video Clips
• Section One Multidisciplinary Basis for Understanding Human Movement
  • 1 Biomechanics, Kinesiology, and Occupational Therapy: A Good Fit
    • Beliefs and Definitions
    • Mechanistic and Transformative Philosophies
    • A Biomechanical Frame of Reference
    • Integration of Biomechanics with Models of Practice
    • Summary
    • References
    • Related Reading
  • 2 The Study of Human Movement: Concepts from Related Fields
    • Concepts from Medicine
    • Concepts from Physics and Engineering
    • Summary
    • Reference
    • Related Readings
  • 3 Gravity: A Constant Force
    • Gravity and the Development of Movement
    • Gravity and the Human Body
    • Mass, Weight, and Acceleration
    • Factors in Stability
    • Threats to Balance in Upper Motor Syndromes
    • Summary
    • References
    • Related Readings
  • 4 Linear Force and Motion
    • External Forces
    • Internal Forces
    • Summary
    • References
    • Related Readings
  • 5 Rotary Force, Torque, and Motion
    • Rotary Motion
    • Tendency to Rotate
    • Equilibrium of Torques
    • Lever Systems
    • External and Internal Torques
    • Summary
    • Related Readings
  • 6 Utilizing the Sensory Environment: Integrating Physics into Sensory Interventions
    • Sensing Touch through Skin Receptors
    • The Complex Sensation of Movement and Position
    • Sensing Muscle Force
    • Sensing Balance and the Role of the Vestibular Apparatus
    • Summary
    • References
    • Related Readings
• Section Two Basic Concepts Applied to Musculoskeletal Regions
  • 7 The Head and Torso
    • Background
    • Torso Movements
    • Summary
    • Reference
    • Related Readings
  • 8 The Proximal Upper Extremity
    • The Shoulder Complex
    • The Elbow Complex and Forearm
    • Function and Adaptation
    • Summary
    • References
    • Related Readings
  • 9 The Distal Upper Extremity
    • The Wrist
    • The Hand
    • Pathological Conditions
    • The Ergonomics of Grasp
    • Summary
    • References
    • Related Reading
  • 10 The Lower Extremity
    • Movements and Muscle Use
    • Balance
    • Normal Gait and Variations
    • Biomechanical Analysis
    • Summary
    • References
    • Related Readings
• Appendix A English to Metric Conversions
• Appendix B Body Segment Parameters
• Appendix C Solutions to Chapter Applications
• Appendix D Review of Mathematics
  • Working with Variables in an Equation
  • Simple Geometry
  • Basic Trigonometry
• Appendix E Trigonometric Functions
• Appendix F Commonly Used Formulas in Biomechanics
  • Length (Unmeasurable Elements)
  • Force (Linear Motion)
  • Force Equilibrium
• Appendix G Client Profiles
• Appendix H Working Models of the Fingers and Wrist
  • Finger Model
  • Wrist and Finger Model
• Glossary
• Lab manual for Kinesiology Movement in the Context of Activity
  • Table of Contents
  • Introduction
  • Links to Labs
  • Lab 1 Kinematic Chain, Human Musculoskeletal Movement, Shoulder Model and Joint Movement
  • Lab 1 Turn This In
  • Lab 2 Stability, Balance, Wheelchairs, Minimum Assist Transfers
  • Fundamental Steps of a Transfer
  • Lab 2 Turn This In
  • Lab 3 Overview of Range of Motion (ROM) Measurement and Manual Muscle Testing (MMT)
  • Lab 3 Turn This In
  • Brief Guidelines for ROM and MMT
  • Lab 4 Accessory Joint Motions/Muscle Excursion/Active and Passive Insufficiency/Maximum Assist Transfers
  • Lab 4 Turn This In
  • Lab 5 Torque and Equilibrium Conditions
  • Lab 5 Turn This In
  • Lab 6 Sensory Experiences
  • Lab 6 Turn This In
  • Lab 7 Head, Neck, and Trunk: Curves, Movements, Measurements, Muscles
  • Lab 7 Turn This In
  • Lab 8 Shoulder Complex: Scapular Movement, Differential Functions of Scapular and Glenohumeral (GH) Muscles, Differential Functions of Supraspinatus and Deltoid in GH Abduction
  • Lab 8 Turn This In
  • Lab 9 MMT and ROM of Shoulder/Elbow and Forearm: Torque Range of Motion
  • Lab 9 Turn This In
  • Lab 10 Wrist and Hand: Synergistic Function of Wrist Extensors and Finger Flexors
  • Lab 10 Turn This In
  • Lab 11 Torque Range of Motion/Intrinsic Function/Tenodesis Grasp/Pulleys/Review of ROM Limitations
  • Lab 11 Turn This In
  • Lab 12 Prehension Patterns/Intrinsic Function and Digital Sweep/Tenodesis Grasp
  • Lab 13 Positioning in a Wheelchair
  • Biomechanical Analysis Lab
  • Competency Check Sheet for Transfers
  • Competency Check Sheet for ROM/MMT
  • Table of Motions and Muscles to Palpate for MMT Practical Exams
  • Additional Lab: MMT to Determine Neurological Level in Spinal Cord Injury
• Index

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