Clinical decisions in therapeutic exercise : planning and implementation
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Clinical decisions in therapeutic exercise : planning and implementation
Pearson Education, c2006
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Includes bibliographical references and index
HTTP:URL=http://www.loc.gov/catdir/toc/ecip0511/2005011757.html Information=Table of contents
Contents of Works
- Effects of immobilization and disuse on body system function / by Jerrad Zimmerman, Christine Price, and John Nyland
- The physiology of muscle activation / by J. Timothy Noteboom
- Stretching for musculotendinous extensibility, joint flexibility / by Harvey Wallmann and J. Timothy Noteboom
- Training for cardiovascular power and endurance / by Mark Reinking and Harvey Wallmann
- Training for muscular strength, power and endurance / by J.A. Brosky, Jr. and Glenn A. Wright
- Training for proprioception and kinesthesia / by William Ogard
- Training for neuromuscular coordination and re-education / by Timothy Brindle
- Training for agility and balance / by Claudia Angeli
- Complementary and alternative approaches to movement and exercise / by Theresa J. Kraemer
Description and Table of Contents
Description
For courses in Therapeutic Exercise.
Clinical Decisions in Therapeutic Exercise Program Planning provides a contemporary, evidence-based overview of the topics that influence decisions regarding therapeutic exercise program development by integrating neuromuscular, cardiopulmonary and musculoskeletal considerations. This resource encourages the reader to consider relevant evidence along with a comprehensive, holistic understanding of the individual when making clinical decisions regarding a plan of care and the most appropriate exercise intervention(s). Case Studies present not just the injury, but also the lifestyle, attitudes, social and medical history and personality of the client to aid in effective program planning.
Table of Contents
Part I Foundations of Therapeutic Exercise Program Planning
1. Effects of Immobilization and Disuse on Body System Function
Introduction
Effects of Immobilization and Disuse on the Musculoskeletal System
Ligament and Tendon Effects of Immobilization and Disuse
Articular Cartilage Effects of Immobilization and Disuse
Neuromuscular Effects of Immobilization and Disuse
Cardiovascular Effects of Immobilization and Disuse
Pulmonary Effects of Immobilization and Disuse
Hematological Effects of Immobilization and Disuse
Integumentary Effects of Immobilization and Disuse
Gastrointestinal Effects of Immobilization and Disuse
Urinary Effects of Immobilization and Disuse
Metabolic Effects of Immobilization and Disuse
Psychosocial Considerations
Disability and Quality of Life
Therapeutic Exercise and Its Contraindications
Summary
References
2. The Physiology of Muscle Activation
Introduction
Muscle Metabolism
Nutrition
Pharmacological Agents and Exercise
Motor Units and Muscle Fibers
Spinal Reflexes
Summary
References
3. Stretching for Musculotendinous Extensibility and Joint Flexibility
Introduction
Viscoelastic Tissue Properties
Adaptations in Connective Tissue
Structure, Viscoelastic Properties, and Function of Tissue
Influence of Training, Disuse, Aging, and Gender on Tissues of the Musculoskeletal System
Influence of Sensory and Motor Systems on Flexibility
Stretching and Musculotendinous Flexibility
Flexibility and Associated Topics
Principles of Stretching
General Effects of Stretching
Types of Stretching
Stretching Comparisons
Proposed Stretching Benefits
Performance Enhancement
Stretching Precautions
Stretching Aids
Essentials of a Stretching Program
Summary
References
4. Training for Cardiopulmonary and Cardiovascular Fitness
Introduction
Metabolic Pathways
Blood Lactate Accumulation
Response to Exercise
Aerobic Capacity and Endurance
Maximal Oxygen Uptake (VO2max)
Factors Affecting VO2max
Training for Maximal Aerobic Capacity
Exercise Economy and Aerobic Capacity
Effects of Endurance Training
Thermoregulation
Clinical Exercise Testing
Laboratory Testing
Field Testing
Lifespan Changes
Introduction to Aerobic Exercise Prescription
Components of Aerobic Power Exercise Prescription
Exercise Modes to Improve Aerobic Fitness
Aerobic Exercise Progression
Special Considerations In Aerobic Exercise
Summary
References
5. Training for Muscular Strength, Power, Endurance and Hypertrophy
Introduction
Resistance Training Considerations
Resistance Training Principles
Fundamentals of Muscular Fitness
Resistance Training Program Design
Therapeutic Exercise Program Applications of Cross Training and Circuit Training
Pyramids, Split Routines, Super Sets, and Compound Sets
Exercise, Therapeutic Exercise, or Rehabilitation?
General Principles of Therapeutic Exercise Intervention
The Dosage Dilemma: How Much Is Enough, Too Much, or Not Enough?
Considerations of the Squat and its Variations as Cornerstones of Lower Extremity Exercise
The Spinal Engine
Plyometrics: Training for Power
Functional Performance Testing
Common Methods of Resistance Training
Other Resistance Training Environments
Common Denominators of Successful Knee Injury Prevention Programs
Summary
References
6. Training for Joint Stability
Introduction
The Organization of Joint Stability
Treatment Techniques
Summary
References
7. Training for Proprioception and Kinesthesia
Introduction
What is Proprioception?
Neuroanatomic and Neurophysiologic Basis for Proprioception
Muscle Receptors: Muscle Spindle and Golgi Tendon Organ (GTO)
Articular Receptors: Capsular and Ligamentous Mechanoreceptors
Evidence for a Primary Source of Afferent Information for Proprioception
Testing Proprioception
Knee Joint Proprioception
Shoulder Joint Proprioception
Ankle Proprioception
The Spine and Proprioception
Effects of Training/Exercise on Proprioception
Aspects of Therapeutic Exercise and Training with Utilization of Proprioceptive Input
Exercise and Training Guidelines
Summary
References
8. Training for Neuromuscular Coordination and Re-Education
Introduction
Movement
Movement Accuracy
Movement Errors
Pointing or Reaching with the Upper Extremity
Locomotion
Input to the Central Nervous System (CNS)
Central Nervous System-Motor Processing
Central Nervous System Output
Background of Movement Control and Motor Learning
Equilibrium Point Hypothesis
Amplitude and Duration Control
CNS Control of Movement
Motor Planning-Input
Motor Planning-Central Processing
Motor Program-Output
Motor Learning
Age and Training
Neuromuscular Training/Evaluation and Techniques
Critical Tracking Tasks
Medicine Ball and Plyometric Exercises from a Motor Control Perspective
Summary
References
9. Training for Agility and Balance
Introduction
Components of Agility
Changes Across the Lifespan
Biomechanics of Agility
Agility Training Progressions
Agility Drill Examples
Agility as a Therapeutic Exercise
Balance
Summary
References
10. Complementary and Alternative Approaches to Movement and Exercise
Introduction
Recent Events
Terminology
Classification System
Basic Concepts Behind Complementary and Alternative Movement Approaches
Ten Principles of Movement Quality
Dance Therapy
The Feldenkrais Method
Nickolaus Technique
Pilates
Qigong
Tai Chi
Yoga
Summary
References
11. Therapeutic Exercise Program Design Considerations: Putting It All Together
Introduction to Health Information Processing
Care Pathways Algorithm Development
Care Pathway Guidelines for Rehabilitation Clinicians
Paradigm Shifts in Therapeutic Exercise Programs
Improving Client Compliance and Achieving Positive Behavioral Change
Counseling and Education Skills
Cognitive Behavioral Models for Therapeutic Exercise Program Intervention
Age, Osteoarthritis, Arthroplasty, and Therapeutic Exercise
Treatment Goal Documentation
The Rehabilitation-Conditioning Transition: Achieving Functional Readiness
Return to Activity Decision Making
Stress Management
Summary
References
Part II Therapeutic Exercise Program Implementation:
1. Client Case #1
2. Client Case #2
3. Client Case #3
4. Client Case #4
5. Client Case #5
6. Client Case #6
7. Client Case #7
8. Client Case #8
9. Client Case #9
10. Client Case #10
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