CMOT Ortopedia study plan

Map the Ortopedia domain into a written topic list covering congenital, developmental, degenerative, metabolic, infectious and neuromuscular conditions, and weight each topic by expected exam yield.

Define and write out, in your own words, the anatomical and biomechanical principles (axes, joint congruence, load transmission, growth plates) that underpin orthopedic reasoning.

Build a terminology glossary of at least 60 Spanish orthopedic terms with precise definitions, including eponyms and deformity descriptors.

Establish a weekly self-test routine: 20 mixed recall questions every Friday, logged with error categories.

Differentiate the main pediatric orthopedic entities (developmental dysplasia of the hip, clubfoot, limb-length discrepancy, angular deformities) by age of presentation, clinical signs and first-line management.

Explain the rationale and limits of screening programs and imaging for developmental dysplasia of the hip, and state which findings mandate referral.

Compare conservative versus surgical indications for the most common pediatric deformities, justifying each choice with the underlying biomechanics.

Answer 30 pediatric orthopedic case vignettes and classify every error as knowledge gap, misread stem, or reasoning error.

Summarize the degenerative and inflammatory joint disease spectrum, distinguishing radiographic patterns and clinical course for each.

Sequence the non-surgical and surgical treatment ladder for hip and knee osteoarthritis, stating the evidence-based indication for each step.

Describe the principles of arthroplasty (fixation, bearing surfaces, complications) and explain how implant choice depends on patient factors.

Draft 10 short-answer questions on degenerative disease and answer them closed-book, then grade against your own criteria.

Outline the metabolic bone disease group (osteoporosis, osteomalacia, Paget disease, renal osteodystrophy) by pathophysiology, laboratory pattern and orthopedic consequence.

Explain the orthopedic management of fragility fractures, including when to operate and how to prevent the next fracture.

Differentiate bone and soft-tissue infection presentations (osteomyelitis, septic arthritis, prosthetic joint infection) by timing, organisms and diagnostic steps.

Complete a timed 40-question Ortopedia block and analyze results by subtopic to identify the two weakest areas.

Build a systematic reading framework for trauma radiographs (alignment, bone, cartilage, soft tissue) and apply it aloud to at least 15 described fracture scenarios.

Classify the major fracture patterns by mechanism and stability, and state which classifications carry treatment or prognostic weight.

Explain the biology and mechanics of fracture healing and how fixation methods (plate, nail, external fixator) exploit or disturb it.

List the classic complications of fractures and dislocations by timing and describe the early warning sign for each.

Differentiate the management of open fractures by grade, including antibiotic timing, debridement urgency and fixation choice.

Explain the assessment and emergency management priorities for polytrauma patients, including damage-control orthopedics.

Describe the compartment syndrome pathway from clinical suspicion to fasciotomy, and state the findings that make the diagnosis.

Work through 25 trauma case vignettes under time pressure, prioritizing the first management step in each.

Integrate orthopedic and trauma knowledge by answering 60 mixed-domain questions and tagging each by domain and subtopic.

Re-teach your five weakest subtopics from weeks 1-6 in writing, as if explaining to a colleague, without consulting notes.

Compare overlapping concepts across domains (e.g., osteoporotic fracture, periprosthetic fracture, infection after fixation) and resolve the distinctions that confuse you.

Refine your error log into a prioritized list of no more than 10 recurring mistakes with a corrective action for each.

Simulate the exam twice under full timing conditions and record domain-level scores for each attempt.

Review every missed question from both simulations and close each gap with a written one-line rule you can recall.

Recite the core decision rules for the highest-yield topics in both domains from memory in a single condensed review sheet.

Plan exam-day logistics and a final 48-hour review schedule limited to your condensed sheet and error rules.