Arab Board Orthopedic Surgery Clinical study materials
Arab Board Orthopedic Surgery Clinical study resources

Arab Board Orthopedic Surgery Clinical study plan

Arab Board Orthopedic Surgery Clinical · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Trauma and Fracture Management

  • Classify open fractures by Gustilo-Anderson grade and state the corresponding antibiotic and debridement timeline for each

  • Outline definitive fixation options for femoral shaft, distal femur, and tibial plateau fractures with their indications and contraindications

  • Explain damage-control orthopedics and identify which polytrauma patients warrant staged versus early total care

  • Interpret the classic fracture classification systems (AO/OTA, Neer, Schatzker, Lauge-Hansen) from written case vignettes

Your checkpoint

A one-page trauma classification and antibiotic-timing reference sheet written from memory, then corrected against a textbook

Week 2

Trauma and Fracture Management

  • Compare nonoperative and operative management of pediatric and adult distal radius and ankle fractures

  • Describe compartment syndrome pathophysiology, clinical signs, and fasciotomy indications and technique

  • List the complications, timing, and salvage options for nonunion, malunion, and infected nonunion

  • Formulate a management plan for an open tibial fracture with bone loss in a smoker

Your checkpoint

Five written case-based management plans (open tibia, compartment syndrome, distal radius, ankle, nonunion) each under 300 words

Week 3

Arthroplasty and Reconstructive Surgery & Basic Sciences and Orthopedic Principles

  • Compare bearing surfaces, fixation methods, and indications for total hip versus hemiarthroplasty in femoral neck fracture

  • Outline preoperative templating and the sequence of steps in primary total knee arthroplasty

  • Identify the causes, workup, and management of the painful total joint arthroplasty

  • State the biomechanical principles of implant fixation, stress shielding, and wear debris osteolysis

  • Describe perioperative VTE prophylaxis and blood-conservation strategies in arthroplasty

Your checkpoint

A comparison table of THA versus TKA indications, approaches, complications, and revision triggers

Week 4

Spine Surgery & Sports Medicine and Arthroscopy

  • Apply the ASIA impairment scale and neurologic level determination to written spinal cord injury cases

  • Distinguish indications for operative versus nonoperative management of thoracolumbar and cervical spine fractures

  • Explain the mechanism, clinical tests, and treatment algorithm for ACL, meniscal, and rotator cuff injuries

  • Describe shoulder instability patterns and the arthroscopic versus open Bankart and Latarjet indications

  • Interpret MRI findings of common knee, shoulder, and hip sports injuries from written descriptions

Your checkpoint

A timed 40-question self-test across trauma, arthroplasty, spine, and sports medicine with a written error log

Week 5

Pediatric Orthopedics & Hand and Upper Extremity Surgery

  • Outline the evaluation and treatment of developmental dysplasia of the hip by age group

  • Describe the management of pediatric supracondylar humerus fractures by Gartland type

  • Explain the indications, timing, and techniques for tendon repair and nerve repair in the hand

  • Formulate a treatment plan for scaphoid fracture, carpal tunnel syndrome, and distal radius malunion

  • Identify pediatric limb deformity and limb-length discrepancy assessment and growth-plate considerations

Your checkpoint

A pediatric and hand decision-tree flowchart covering DDH, supracondylar fracture, scaphoid fracture, and carpal tunnel syndrome

Week 6

Foot and Ankle Surgery & Orthopedic Oncology and Musculoskeletal Tumors

  • Outline the classification and treatment of ankle fractures, Lisfranc injuries, and Achilles tendon rupture

  • Describe hallux valgus assessment, bunionectomy options, and flatfoot and cavus foot management

  • Apply the Enneking staging system and describe biopsy principles for suspected musculoskeletal tumors

  • Distinguish benign from malignant bone lesions using radiographic features and age-based differential diagnosis

  • Outline the surgical margins and reconstruction options for primary bone sarcomas

Your checkpoint

A one-page Enneking staging and biopsy-principles summary plus a foot and ankle classification quick-reference

Week 7

Musculoskeletal Infection and Metabolic Bone Disease & Professionalism, Ethics, and Patient Safety

  • Outline the diagnosis and management of septic arthritis, osteomyelitis, and prosthetic joint infection including two-stage revision

  • Explain the workup and treatment of osteoporosis, osteomalacia, and Paget disease

  • Apply consent, capacity, and disclosure-of-error principles to written ethical scenarios

  • Describe WHO surgical safety checklist use, wrong-site prevention, and root-cause analysis

  • Identify conflict-of-interest and resource-allocation principles in orthopedic practice

Your checkpoint

A written ethical and patient-safety case response set (three vignettes) plus a metabolic bone disease summary

Week 8

Trauma and Fracture Management & Arthroplasty and Reconstructive Surgery & Spine Surgery & Sports Medicine and Arthroscopy & Pediatric Orthopedics & Hand and Upper Extremity Surgery & Foot and Ankle Surgery & Orthopedic Oncology and Musculoskeletal Tumors & Musculoskeletal Infection and Metabolic Bone Disease & Basic Sciences and Orthopedic Principles & Professionalism, Ethics, and Patient Safety

  • Complete a full-length timed mock examination under clinical conditions

  • Review and categorize every missed question by domain and error type

  • Re-derive high-yield classifications and algorithms from memory across all domains

  • Finalize a personal rapid-review sheet of the 30 highest-yield facts

Your checkpoint

A completed mock exam score report with a domain-by-domain error analysis and a final one-page rapid-review sheet

Milestones

Week 2: Can manage any written trauma vignette without notes, scoring at least 80% on a self-made trauma question set

Week 4: Completed timed 40-question mixed self-test with error log; trauma and arthroplasty error rate under 20%

Week 6: Can state Enneking staging, foot and ankle classifications, and pediatric algorithms from memory in under 15 minutes

Week 8: Full-length mock exam completed with a written domain-by-domain error analysis and final rapid-review sheet ready