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Introduction
1. Cardiopulmonary system
2. Pulmonary system
3. Neuromuscular system
4. Pediatrics
5. Musculoskeletal system
5.1 Anatomy of musculoskeletal system
5.2 Foundation content of musculoskeletal system
5.3 Upper extremity anatomy
5.4 Special tests of upper extremity
5.5 Comparing clinical presentation and interventions for upper extremity
5.6 Lower extremity anatomy
5.7 Special tests of lower extremity
5.8 Comparing clinical presentation and interventions of lower extremity
5.9 Spine, pelvis, and temporomandibular joint anatomy
5.10 Special tests of the spine, pelvis, and tempromandipular joint
5.11 Comparing clinical presentation and interventions for the spine, pelvis, and tempromandipular joint
5.12 Other MSK conditions
5.13 Gait
5.14 Prosthetics and orthotics
5.15 Medications, imaging, and fractures
5.16 Surgical protocols
6. Other system
7. Non systems
Wrapping up
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5.16 Surgical protocols
Achievable NPTE-PTA
5. Musculoskeletal system
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Surgical protocols

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Surgical protocols for the musculoskeletal system vary based on the orthopedic surgeon. Below are the most common:

Total hip replacement

  • Anterior approach
    • No hip extension past 20 degrees
    • No hip external rotation past 50 degrees
    • No hip abduction past 30 degrees
  • Posterior/Posterolateral/Lateral approach
    • No hip flexion past 90 degrees
    • No hip internal rotation or adduction past neutral
  • General precautions
    • WBAT, with use of assistive device (AD) as needed (crutches, walker)
    • No crossing legs (crossing ankles OK)
    • Use good bending/lifting mechanics (keep back straight and bend at knees)
    • Keep hips above knees when sitting, avoid sitting in deep chairs
    • ROM/Manual therapy
  • Cemented replacement — WBAT
  • Non-cemented replacement — PWB 1st 4-6 weeks

Total knee replacement

  • Need at least 90 degrees of flexion to get in/out of the car before leaving the acute care hospital
  • Interventions focus on increased knee flexion, quadriceps, and hamstring strengthening, progressing from isometric to concentric
  • Cemented- WBAT with AD
  • Non-cemented, PWB 1st 4-6 weeks

Anterior cruciate ligament (ACL) surgical repair

  • Subtypes of surgical repair: patellar tendon repair, hamstring tendon repair

    • Autograft — tissue harvested from the patient at the time of surgery
    • Allograft — graft material from a tissue bank
  • Acute phase Weeks 1-2: (patellar auto graft only)

    • Brace locked in extension during this time
    • Knee isometrics
    • Straight leg raises with brace locked in extension
    • WBAT with the use of axillary crutches
  • Acute phase Weeks 1-2: (all other subtypes)

    • Active knee ROM
    • Knee isometrics
    • Straight leg raises
    • FWB with or without use of axillary crutches
  • Sub acute Weeks 2-6: all types

    • More flexion is allowed
    • Begin stationary bike
    • Closed-chain activities
    • Treadmill walking
    • Maturation phase
  • Weeks 7-12:

    • Graft for ACL is at its most vulnerable to failure. Avoid open chain knee extension, focus on hamstring strengthening
  • Week 12:

    • Open chain activities initiated
    • Jogging permitted
  • Full return to sports is 6-9 months, plyometrics allowed

Posterior cruciate ligament (PCL) repair

  • Weeks 1-4:
    • Partial weight bearing (PWB) with crutches
    • Brace locked in extension
    • Interventions: Isometrics for quad control, patellar mobilizations
    • Open chain activities with avoidance of posterior translation of the  tibia on the femur
  • Weeks 4-6:
    • Weight bearing as tolerated (WBAT) with crutches, brace unlocked for gait in a controlled environment only
    • Transition to closed-chain activities
  • Weeks 6-8:
    • WBAT with crutches, brace unlocked for all activities
    • Closed and open chain activities
  • Week 8+:
    • Brace discontinued (as allowed by the surgeon).
    • Patient may discontinue crutches if they demonstrate the following:
    • No quadriceps lag with SLR
    • Full knee extension
    • Knee flexion AROM 90-100 degrees
    • Normal gait pattern (may use 1 crutch/cane until gait normalized)
    • Balance/proprioception activities

Meniscus repair

  • Weeks 1-3:

    • PWB with axillary crutches
      • Braced, donned, and locked in extension
      • Interventions: Patellar mobilization and quad strengthening, starting with isometrics and progressing to concentric
  • Weeks 3-6:

    • WBAT with axillary crutches and unlocking the  brace
      • Interventions: Focused on increasing 120 degrees of flexion, normal gait, and full extension
  • Weeks 6-8:

    • NWB with axillary crutches
    • Braced, donned, and locked in extension
    • Interventions: patellar mobilization and quad strengthening, starting with isometrics and progressing to concentric
    • Multiple position straight leg raises
    • Resistive open-chain ankle exercises
  • Weeks 8-12:

    • WBAT with axillary crutches and unlocking of the brace
    • Interventions: focused on increasing knee flexion, normal gait, and full extension
  • Weeks 12+:

    • FWB with no brace
    • Strength and balance activities to promote return to prior functional status

Spinal surgeries

  • Limiting bending, lifting, and twisting for up to 6 weeks after surgery
  • Not sitting for more than 30–40 minutes at a time
  • Taking frequent short walks every day, gradually increasing distance
  • Climbing stairs based on comfort level
  • Not lifting more than 15 lbs for 12 weeks
  • Avoiding extension beyond 10 degrees
  • Wear brace as appropriate

Total shoulder arthroplasty

  • Weeks 1-3:
    • Neutral rotation, shoulder abduction pillow in 30-45 degrees abduction, no sleeping on surgical side, no lifting, no excessive movements of the shoulder
    • Interventions: PROM (pendulum exercises) progressing to AAROM of shoulder flexion only
  • Weeks 4-6:
    • Sling remains in place with weaning initiated
    • Interventions: PROM ER and ABD-; AAROM- shoulder flexion, shoulder elevation; strengthening of the rotator cuff through isometric activities
  • Weeks 7-8:
    • Discontinue sling; no lifting
    • Interventions: Full ROM in all planes; strengthening the rotator cuff
    • Surgical failure is most likely at this time when increased strengthening occurs

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