Prepare for physical therapist assistant examinations with a comprehensive study resource focused on orthopedic assessment, musculoskeletal conditions, rehabilitation principles, and therapeutic interventions. Based on the subject areas covered in Fundamental Orthopedic Management for the Physical Therapist Assistant, 5th Edition by Robert C. Manske, this resource supports the review of essential orthopedic concepts and the clinical reasoning skills needed to assist in the rehabilitation of patients with musculoskeletal injuries and disorders.
Designed for physical therapist assistant students and learners reviewing orthopedic physical therapy, this resource helps reinforce foundational knowledge, connect anatomy and biomechanics with clinical practice, and strengthen understanding of therapeutic exercise, functional mobility, postoperative rehabilitation, and patient safety.
Comprehensive Chapter and Topic Coverage
Part 1: Foundations of Orthopedic Physical Therapy
Introduction to orthopedic rehabilitation
The role and responsibilities of the physical therapist assistant
Principles of musculoskeletal examination and management
The physical therapist–physical therapist assistant relationship
Patient-centered care and individualized rehabilitation goals
Professional conduct, documentation, and communication
Evidence-informed clinical practice
Patient safety and appropriate supervision
Part 2: Functional Anatomy and Biomechanics
Structure and function of bones, joints, muscles, tendons, and ligaments
Skeletal anatomy and joint classifications
Muscle actions and functional movement
Joint mobility, stability, and range of motion
Principles of biomechanics and kinesiology
Posture, alignment, and movement patterns
Open-chain and closed-chain movement
Basic principles of tissue loading and adaptation
Relationship between biomechanics, injury, and rehabilitation
Part 3: Orthopedic Examination and Patient Assessment
Patient history and review of relevant medical information
Observation and postural assessment
Pain assessment and symptom monitoring
Active and passive range-of-motion assessment
Muscle performance and strength testing
Functional mobility and movement assessment
Joint mobility and flexibility
Neurological and neurovascular considerations
Interpretation of clinical findings within the established plan of care
Recognition of warning signs requiring referral to the supervising physical therapist
Part 4: Musculoskeletal Tissue Healing and Injury Management
Phases of tissue healing
Acute, subacute, and chronic musculoskeletal conditions
Inflammatory responses and tissue repair
Factors affecting healing and recovery
Principles of tissue protection and progressive loading
Sprains, strains, and overuse injuries
Pain, swelling, and functional limitation
Prevention of reinjury
Appropriate progression of rehabilitation activities
Part 5: Therapeutic Exercise and Rehabilitation
Principles of therapeutic exercise
Range-of-motion exercises
Stretching and flexibility training
Strengthening and resistance exercise
Isometric, isotonic, and other exercise approaches
Muscular endurance and conditioning
Progressive resistance and exercise progression
Functional strengthening
Exercise dosage, monitoring, and patient response
Home exercise programs and patient education
Part 6: Joint Mobility, Flexibility, and Manual Techniques
Joint structure and movement
Joint range-of-motion limitations
Flexibility deficits and muscle tightness
Principles of joint mobilization
Soft-tissue flexibility and stretching approaches
Indications, precautions, and contraindications for selected interventions
Appropriate implementation of techniques within the supervising therapist’s plan
Monitoring symptoms and treatment response
Part 7: Pain Management and Physical Agents
Pain mechanisms and common musculoskeletal pain presentations
Principles of therapeutic heat and cold
Cryotherapy and its role in managing selected acute injuries
Superficial heating modalities
Electrical stimulation and related physical agents
Indications, contraindications, and precautions
Skin assessment and monitoring during treatment
Patient education regarding therapeutic modalities
Documentation of intervention response and adverse effects
Part 8: Shoulder and Upper Extremity Conditions
Functional anatomy of the shoulder complex
Shoulder range of motion and movement mechanics
Rotator cuff disorders
Shoulder impingement-related presentations
Shoulder instability and dislocation
Adhesive capsulitis
Fractures and postoperative shoulder rehabilitation
Elbow injuries and mobility restrictions
Wrist and hand conditions
Tendon injuries and overuse disorders
Functional exercise and upper-extremity rehabilitation
Part 9: Cervical and Thoracic Spine Management
Functional anatomy of the cervical and thoracic spine
Spinal posture and movement mechanics
Neck pain and movement limitations
Cervical strain and related musculoskeletal conditions
Thoracic mobility and postural dysfunction
Exercise approaches for spinal mobility and stabilization
Postural education and ergonomic principles
Recognition of concerning symptoms and neurological changes
Safe progression of rehabilitation activities
Part 10: Lumbar Spine and Low Back Conditions
Lumbar spine anatomy and biomechanics
Low back pain and functional limitation
Lumbar strain and related musculoskeletal disorders
Movement assessment and postural considerations
Trunk strength and stabilization exercises
Flexibility and mobility interventions
Functional lifting and body mechanics
Patient education and activity modification
Monitoring symptoms and response to exercise
Recognition of warning signs requiring further assessment
Part 11: Hip and Pelvic Conditions
Hip joint anatomy and biomechanics
Hip range of motion and muscle performance
Hip osteoarthritis and functional limitations
Hip bursitis and related pain presentations
Hip fractures and rehabilitation considerations
Postoperative hip rehabilitation
Pelvic alignment and movement mechanics
Strengthening and flexibility exercises
Gait training and functional mobility
Fall prevention and safe transfer techniques
Part 12: Knee and Lower Extremity Conditions
Knee joint anatomy and biomechanics
Knee osteoarthritis
Ligament injuries, including anterior cruciate ligament injury
Meniscal injuries and related movement limitations
Patellofemoral pain and tracking concerns
Tendinopathies and overuse injuries
Fractures and postoperative rehabilitation
Quadriceps and hamstring strengthening
Balance, proprioception, and neuromuscular training
Functional exercise progression and return-to-activity considerations
Part 13: Ankle and Foot Management
Anatomy and biomechanics of the ankle and foot
Ankle sprains and ligament injuries
Achilles tendon disorders
Plantar heel pain and related foot conditions
Fractures and postoperative rehabilitation
Range-of-motion and strengthening exercises
Balance and proprioceptive training
Footwear, orthotic, and support considerations
Gait retraining and functional progression
Prevention of recurrent injury
Part 14: Fractures, Dislocations, and Orthopedic Trauma
Classification and general management of fractures
Bone healing and factors influencing recovery
Joint dislocations and associated tissue injury
Immobilization and movement restrictions
Casts, braces, and other orthopedic supports
Rehabilitation following fracture fixation
Monitoring swelling, pain, circulation, and sensation
Neurovascular compromise and other potential complications
Progressive restoration of mobility and function
Patient education and adherence to precautions
Part 15: Postoperative Orthopedic Rehabilitation
Principles of postoperative rehabilitation
Review of surgical precautions and prescribed restrictions
Joint replacement rehabilitation
Rehabilitation following ligament reconstruction
Recovery following tendon repair
Fracture fixation and postoperative mobility
Exercise progression according to the established plan of care
Wound and incision considerations
Pain, swelling, and activity tolerance monitoring
Safe transfers, ambulation, and discharge preparation
Part 16: Gait, Balance, and Functional Mobility
Normal gait cycle and common gait deviations
Assessment of functional mobility
Balance and postural control
Proprioception and neuromuscular coordination
Assistive devices, including canes, crutches, and walkers
Proper device fitting and safe use
Weight-bearing restrictions and gait training
Transfer techniques and mobility progression
Fall risk and environmental safety
Functional outcome monitoring
Part 17: Special Populations and Rehabilitation Considerations
Orthopedic rehabilitation in older adults
Pediatric musculoskeletal considerations
Patients with multiple health conditions
Obesity and the effects of body weight on joint loading
Osteoporosis and fracture risk
Arthritis and chronic musculoskeletal disorders
Adaptation of exercise to functional capacity
Considerations affecting healing, balance, and endurance
Patient education and individualized activity modification
Part 18: Clinical Safety, Documentation, and Professional Practice
Infection prevention and standard precautions
Patient identification and safe treatment procedures
Contraindications and precautions for rehabilitation interventions
Recognition of adverse responses to exercise and physical agents
Accurate treatment documentation
Communication with the supervising physical therapist
Patient privacy and professional boundaries
Ethical responsibilities and scope of practice
Reporting changes in patient status
Outcome assessment and continuity of care
Key Topics Covered at a Glance
Musculoskeletal anatomy, kinesiology, and biomechanics
Orthopedic examination and functional assessment
Tissue healing and injury management
Therapeutic exercise and strengthening
Joint mobility and flexibility
Pain management and physical agents
Shoulder, elbow, wrist, and hand conditions
Cervical, thoracic, and lumbar spine disorders
Hip, knee, ankle, and foot rehabilitation
Fractures, dislocations, and orthopedic trauma
Postoperative rehabilitation and joint replacement
Gait training, balance, and assistive devices
Special populations and chronic musculoskeletal conditions
Patient safety, documentation, and professional responsibilities
Content preview
,Chapter 1: Patient Supervision and Observation During Treatment
PART I: MULTIPLE CHOICE (Questions 1–60)
Question 1: Who is responsible for carrying out prescribed selected interventions, patient supervision,
data collection, and appropriate problem-solving during physical therapy?
A) Physical therapist (PT)
B) Physical therapist assistant (PTA)
C) Nursing assistant
D) Medical doctor
ANS: B
Rationale: The PTA is responsible for carrying out prescribed selected interventions, patient supervision,
data collection, and appropriate problem-solving and clinical decision-making.
Question 2: Which of the following is NOT a purpose of the clinical patient supervision process?
A) To gather relevant information and data
B) To establish and enhance rapport, trust, and confidence
C) To prescribe interventions the patient requires
D) To assist in the management of the patient
ANS: C
Rationale: PTAs do not prescribe interventions. The PTA observes, documents, and discusses patient
observations with the supervising PT.
Question 3: Which of the following is an open-ended question?
A) "What is your pain level today on a scale of 1–10?"
B) "When did the pain begin?"
C) "Tell me about the time that you injured your knee."
D) "When did you take your last pain medication?"
ANS: C
Rationale: Open-ended questions lead the patient to say more than yes or no and provide richer details
about the incident or experience.
Question 4: Which of the following statements is true regarding the working environment of PTAs?
A) PTAs work in isolation with their patient assignments
B) PTAs work with a team of experts in all areas of a patient's care
C) PTAs work only with the PT in providing therapy
D) PTAs are the most important people on the rehabilitation team
ANS: B
Rationale: The PTA must be aware of the key members of the rehabilitation team. PTAs do not work in
isolation.
,Question 5: Which of the following statements would be appropriate for a PTA to use in a discussion
with a patient?
A) "Your blood pressure is 150/90 which indicates hypertension and could lead to a cerebral vascular
accident."
B) "Your blood pressure is higher than normal today. Did you take your blood pressure medication this
morning?"
C) "The doctor prescribed a beta-blocker for you. Has that been helping?"
D) "The combination of your calcium-channel blocker and beta-blocker do not seem to be controlling
your blood pressure."
ANS: B
Rationale: The PTA should use familiar (lay) terms to describe conditions to a patient. Avoiding medical
jargon with patients is required.
Question 6: How can a PTA demonstrate accountability in their practice?
A) Maintain timely documentation about patient interventions
B) Maintain good rapport with patients
C) Continue their education past their initial degree
D) Report all findings to the supervising PT so that modifications can be made in response to changes in
patient status
ANS: D
Rationale: PTAs are responsible for reporting all findings to the supervising PT so that modifications can
be made in accordance with changes in patient status.
Question 7: Which type of questioning would a PTA use to find facts or obtain specific responses from a
patient about an injury?
A) Open-ended questions
B) Closed-ended questions
C) A pause
D) A neutral phrase
ANS: B
Rationale: Closed-ended questions are used to find out specific details, direct the discussion, or elicit
specific responses from the patient.
Question 8: Which of the following is an example of prompting during a physical therapy session?
A) "When you walk up the steps, which foot will you move first?"
B) "All right, now pick up your right foot and put it on the next step."
C) Point to the step and touch the patient's right leg.
D) Observe the behavior of the patient to see if they will lift up the correct foot.
ANS: A
Rationale: Prompting a patient to perform a task can be viewed as the presentation of a question.
Prompting allows patients to decipher information and solve problems.
, Question 9: Who holds the ultimate responsibility for the patient's physical therapy?
A) PTA
B) Medical doctor
C) Nurse
D) PT
ANS: D
Rationale: The PT has the ultimate responsibility for the interventions provided.
Question 10: Which action should a PTA take if they have a disagreement with the PT regarding the plan
of care?
A) Refuse to provide the treatment
B) Change the treatment for the day and report later
C) Follow the plan of care no matter what changes are observed
D) Discuss findings and rationale with the PT to learn and provide better care
ANS: D
Rationale: A full understanding of the rationale and purpose of PT interventions allows for improved
delivery of care. PTAs cannot change the plan of care by themselves.
Question 11: When can a PTA adjust or modify a program of treatment?
A) When the PTA observes certain signs and symptoms in the patient
B) After seeking input and direction from the supervising PT
C) The PTA cannot ever change the plan of care
D) None of the above
ANS: B
Rationale: The PTA, with direction and input from the supervising PT, can adjust or modify the program
of treatment.
Question 12: The PTA's clinical decision-making process should begin with:
A) Taking orderly and specific steps to notify the supervising PT
B) Recognizing that a problem exists
C) Adjusting the program according to the patient's needs
D) Asking the PT to assess the patient
ANS: B
Rationale: The clinical decision-making process used by the PTA involves recognizing that a problem
exists, then taking orderly and specific steps to notify the supervising PT.
Question 13: Which of the following behaviors exemplifies a well-adapted PTA?
A) Constantly asks about the rationale for treatment
B) Establishes themselves as an eager learner
C) Is open to innovative ways of managing various pathologic conditions
D) All of the above