Kinesiology: Movement in the Context of Activity

Höfundar: David Paul Greene; Susan L. Roberts (Útgáfa: 3)
Kinesiology: Movement in the Context of Activity

Kaup valmöguleikar

Enhance your OT skills with the only book to focus on activity demands of occupation and the biomechanics of sensory organs! Greene and Roberts’ Kinesiology: Movement in the Context of Activity, 3rd Edition uses a comprehensive, clientcentered approach to occupational therapy, including sensorymotor performance skills and sociocultural contexts related to solving a clinical problem. It covers kinesiologic and biomechanical principles, and shows techniques for producing positive outcomes when clients face challenging activity demands in all areas of occupation.

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Útgefandi
Elsevier - Evolve
ISBN
9780323298889
Print ISBN
9780323298889
Format
ePub
Útgáfa
3
Höfundar
David Paul Greene; Susan L. Roberts
Tungumál
English
Útgefið
022016
Prent takmörkun á líftíma
10
Prent takmörkun
1000
Afritunar takmörkun
1000

Kaflar

  • 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