Lighthouse Concepts in Orthopedics Flashcards

1
Q

How do we impact the control and vigor of our musculoskeletal tissues?

A

By modulating symptoms and improving movement control through individualized treatments following developmental stages and sequences.

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2
Q

What are the steps in the PT Pyramid?

A
  • Therapeutic Alliance,
  • Tissue Healing and Symptom Modulation,
  • Mobility, Movement, Control,
  • Advanced Performance, Motor, Sensory.
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3
Q

How do you classify tissue irritability?

A

Using a broad classification system to determine the level of tissue irritation and its impact on treatment.

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4
Q

What are the three activation strategies?

A

Too Much, Not Enough, Just Right.

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5
Q

How do you progress past symptom modulation?

A

By implementing appropriate activation strategies and progressing through therapeutic stages.

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6
Q

What is the envelope approach in treatment?

A

Shaping treatment to meet needs using manual therapy and therapeutic exercise.

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7
Q

Which activities limit patient participation?

A

Activities that exacerbate the patient’s symptoms and impairments, identified during the initial assessment.

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8
Q

How to identify orthopedic impairments?

A

Assessing range of motion, control, and strength to determine the extent of orthopedic impairments.

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9
Q

How to identify neural impairments?

A

Evaluating motor, sensory, and autonomic functions to identify the extent of neural impairments.

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10
Q

How to align history and testing with pathoanatomical diagnosis?

A

Using patient history and test results to support a pathoanatomical diagnosis and guide treatment.

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11
Q

What are the salient aspects of the exam?

A

Key findings that highlight the primary impairments and guide the treatment plan.

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12
Q

The significance of tissue irritability classification?

A

Helps determine the appropriate treatment strategies based on the level of tissue irritation.

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13
Q

How to build a therapeutic alliance?

A

Establishing trust and collaboration between therapist and patient to enhance treatment outcomes.

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14
Q

Conversion of irritability to treatment?

A

Translating the level of tissue irritability into specific treatment approaches.

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15
Q

Optimal response to injury?

A

Achieving highly functional motion segments and effective tissue adaptation.

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16
Q

Maladaptive response to injury?

A

Developing compensatory patterns that impair movement and function.

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17
Q

Functional roles of trunk, shoulder, hip, elbow, knee, wrist/hand, and ankle/foot?

A

Stability, force generation, force modulation, and force transmission.

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18
Q

The concept of ‘too loose’ and ‘too tight’ areas?

A
  • ‘Too loose’ areas need stability,
  • ‘Too tight’ areas need mobility.
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19
Q

Transverse plane tendencies?

A

Areas of the body that tend to be too loose or tight and need specific interventions.

20
Q

Functional emphasis for motor control efforts?

A

Focusing on stability and mobility based on the patient’s specific needs and impairments.

21
Q

Stability vs. mobility in the body?

A

Balancing the need for stability and mobility to optimize function and prevent injury.

22
Q

Developmental stage and sequence of exercises?

A

Progressing from basic mobility to advanced skill through a structured developmental sequence.

23
Q

Exercise progressions and regressions?

A

Adjusting exercise difficulty to match the patient’s current capabilities and progress over time.

24
Q

How to select specific exercises for mobility and stability?

A

Choosing exercises based on the patient’s impairments and goals, focusing on appropriate mobility and stability.

25
Q

The importance of task, position, and repetition?

A

Task-specific training in various positions with appropriate repetition to enhance motor learning.

26
Q

Strategies to boost motor learning and performance?

A

Using techniques like frequent demonstrations, external focus, variability, and contextual interference.

27
Q

Principles of tissue adaptation?

A

Applying appropriate load, volume, intensity, and rest to promote tissue remodeling and adaptation.

28
Q

Tendon remodeling techniques?

A

Using isometrics, eccentric training, and progressive loading to remodel tendons.

29
Q

Principles of stretching?

A

Long-duration stretching, hold/relax techniques, and considering both muscle and fascia.

30
Q

Techniques for nerve glides?

A

Performing nerve glides with appropriate dosage to modulate symptoms and improve function.

31
Q

Motor pattern retraining?

A

Focusing on movement control with timed practice sessions instead of traditional sets and reps.

32
Q

Exercise order and intensity?

A

Prioritizing hard exercises first, with appropriate load and intensity to maximize adaptation.

33
Q

Importance of load and volume?

A

Ensuring the correct load and volume to stimulate tissue adaptation without causing injury.

34
Q

Repetition duration and rest interval?

A

Optimizing repetition duration and rest intervals to balance training effect and recovery.

35
Q

Exercise selection criteria?

A

Choosing exercises based on their complexity, joint involvement, and patient-specific needs.

36
Q

Example progressions for different types of injuries?

A

Adjusting exercises and progressions based on the specific injury and patient’s recovery stage.

37
Q

Examples of manual therapy vs. therapeutic exercise?

A

Using manual therapy for immediate symptom relief and therapeutic exercise for long-term adaptation.

38
Q

Specific exercises for various body parts?

A

Targeted exercises for areas like deep neck flexors, knee, and ankle to address specific weaknesses.

39
Q

Case study examples?

A

Real-world scenarios to illustrate the application of PT concepts and treatment strategies.

40
Q

How to assess and address specific conditions like spondylolisthesis?

A

Using targeted assessments and interventions to manage specific conditions effectively.

41
Q

Strategies for treating acute injuries?

A

Immediate interventions and progressive exercises to manage acute injuries and facilitate recovery.

42
Q

Adjusting treatment based on patient feedback?

A

Modifying exercises and interventions in response to patient progress and feedback.

43
Q

Practical application of PT concepts in real-world scenarios?

A

Applying theoretical concepts to practical treatment situations to enhance patient outcomes.

44
Q

Role of core control in preventing injuries?

A

Enhancing core stability to prevent injuries and improve overall movement efficiency.

45
Q

Examples of functional tasks and their relevance?

A

Incorporating functional tasks into therapy to improve real-world performance and patient engagement.

46
Q

Importance of developmental sequence in exercise prescription?

A

Following a structured developmental sequence to ensure safe and effective exercise progression.