NEET PG Strategy
How to Prepare Orthopaedics for NEET PG: Strategy and High-Yield Topics
Orthopaedics yields 6-8 questions in NEET PG. Fracture classifications, paediatric orthopaedics, and bone tumours are the three pillars -- learn the named fracture patterns and their management, not operative details.
MedNext Academy | 6 min read
How to Prepare Orthopaedics for NEET PG: Strategy and High-Yield Topics
Orthopaedics yields 6-8 questions in NEET PG. Fracture classifications, paediatric orthopaedics, and bone tumours are the three pillars -- learn the named fracture patterns and their management, not operative details.
Why Orthopaedics matters for NEET PG
Orthopaedics accounts for approximately 6 to 8 questions out of 200 in NEET PG. Despite its modest direct weightage, orthopaedics is a highly scoring subject because the questions follow predictable patterns: a patient presents with a specific fracture or musculoskeletal condition, and you need to identify the fracture type, the associated nerve/vessel injury, and the management approach.
The exam tests three domains. The first is fracture classification and management -- named fractures (Colles, Smith, Monteggia, Galeazzi, supracondylar), their mechanisms, associated injuries, and management (conservative vs operative). The second is paediatric orthopaedics -- congenital and developmental conditions (DDH, clubfoot, Perthes disease, SCFE). The third is bone tumours -- primary bone tumours by age group and location, with imaging and histological characteristics.
Orthopaedics has strong anatomical underpinnings. A supracondylar fracture question is really an anatomy question about the structures at risk in the antecubital fossa. A radial nerve palsy after a humeral shaft fracture is anatomy of the spiral groove applied to a clinical scenario. Students with strong upper and lower limb anatomy find orthopaedics questions straightforward.
Subject weight and question distribution
Expect 6 to 8 questions per paper, constituting 3-4% of the total. Fractures and trauma account for roughly 40-50% of orthopaedics questions. Paediatric orthopaedics contributes 20-25%. Bone tumours contribute 10-15%. Joint diseases (osteoarthritis, rheumatoid, infections), metabolic bone diseases, and miscellaneous topics fill the remainder.
The trend is toward more clinical-scenario-based fracture questions and fewer questions on orthopaedic implant specifics. The exam tests clinical decision-making -- which fractures need operative management, which nerve is at risk -- not surgical technique.
High-yield topics
- **Fracture Classifications and Named Fractures:** 3-4 questions per paper. Colles fracture (dinner fork deformity, distal radius with dorsal displacement), Smith fracture (reverse Colles, volar displacement), Monteggia (proximal ulna fracture + radial head dislocation), Galeazzi (distal radius fracture + DRUJ disruption), supracondylar humerus fracture in children (most common elbow fracture in children, risk to brachial artery and median nerve), and neck of femur fracture (Garden classification, AVN risk with displaced fractures -- hemiarthroplasty in elderly, internal fixation in young).
- **Nerve Injuries Associated with Fractures:** 2-3 questions per paper. Humerus shaft = radial nerve (wrist drop), supracondylar humerus = anterior interosseous nerve (inability to make OK sign) or median nerve, lateral condyle humerus = ulnar nerve (delayed), fibular neck = common peroneal nerve (foot drop), posterior hip dislocation = sciatic nerve. These associations are directly and repeatedly tested.
- **Paediatric Orthopaedics:** 2-3 questions per paper. DDH (developmental dysplasia of hip: Barlow test = dislocatable, Ortolani test = reducible, USG screening before 6 months, Pavlik harness for treatment), congenital clubfoot (CTEV: Ponseti method = gold standard, serial casting), Perthes disease (AVN of femoral head in children 4-10 years), and SCFE (slipped capital femoral epiphysis in obese adolescents, ice-cream-scooping-off-the-cone appearance, pin in situ).
- **Bone Tumours:** 1-2 questions per paper. By age: osteosarcoma (10-25 years, metaphysis of long bones around the knee, sunburst appearance, elevated ALP), Ewing sarcoma (5-15 years, diaphysis, onion-skin periosteal reaction, t(11;22)), giant cell tumour (20-40 years, epiphysis, soap-bubble appearance), multiple myeloma (>40 years, punched-out lytic lesions, Bence Jones proteinuria). Know the location, age group, X-ray appearance, and histological feature for each.
- **Joint Infections and Arthritis:** 1-2 questions per paper. Septic arthritis (emergency, joint aspiration for diagnosis, Staphylococcus aureus most common organism, IV antibiotics + surgical drainage), TB spine (Pott spine, cold abscess, gibbus deformity, ATT for 12 months), and osteoarthritis vs rheumatoid arthritis differentiation (OA = DIP + weight-bearing joints, RA = MCP + PIP symmetrically).
- **Metabolic Bone Disease:** 1 question per paper. Osteoporosis (DEXA T-score < -2.5, bisphosphonates as first-line), Paget disease (elevated ALP with normal calcium and phosphorus, hearing loss, high-output cardiac failure), and rickets/osteomalacia (widened growth plates in children, Looser zones in adults).
- **Compartment Syndrome:** 1 question per paper on average. Clinical diagnosis (5 Ps: pain out of proportion to injury, pain on passive stretch, paraesthesia, pulselessness is LATE, paralysis is LATE), measurement (compartment pressure >30 mmHg or within 30 mmHg of diastolic), and treatment (emergency fasciotomy). Most commonly after tibial shaft fractures and supracondylar fractures.
Recommended study approach
Maheshwari's Essential Orthopaedics or Ebnezar's Textbook of Orthopaedics are the standard texts. Maheshwari is concise and exam-oriented. Study orthopaedics in three blocks: fractures and trauma (2 weeks), paediatric orthopaedics (1 week), and bone tumours + joint diseases + miscellaneous (1 week).
For fractures, learn each named fracture as a package: mechanism + deformity + associated nerve/vessel injury + X-ray appearance + management. This package approach mirrors how the exam tests fractures and avoids fragmented learning. Make a fracture table with these columns for the 15-20 most tested fractures.
For bone tumours, learn by age group rather than alphabetically. Each age group has 2-3 classic tumours with distinctive imaging features. This approach simplifies a potentially overwhelming topic into a manageable framework.
Time allocation
Orthopaedics deserves 3-4 hours per week, totalling roughly 50-70 hours across your preparation. Split 40-60 between reading and MCQ practice. X-ray interpretation practice is essential -- spend at least 20% of your orthopaedics time on imaging.
If short on time, focus on named fractures with nerve injuries (covers 3-4 questions) and paediatric orthopaedics (covers 2-3 questions). Together these cover 60-70% of orthopaedics questions. Bone tumours can be reduced to the four classic tumours listed above.
Common mistakes to avoid
- Not knowing the nerve injury associated with each fracture -- this is tested more frequently than the fracture management itself
- Memorising fracture classifications without understanding the mechanism -- the exam gives you the mechanism and expects you to identify the fracture type
- Skipping paediatric orthopaedics -- DDH, CTEV, and Perthes disease are tested in every other paper and the content is brief
- Ignoring X-ray patterns of bone tumours -- sunburst (osteosarcoma), onion-skin (Ewing), soap-bubble (GCT) are directly tested and require visual recognition
- Studying operative techniques in detail -- the exam tests WHEN to operate and what the COMPLICATIONS are, not how to perform the surgery
Recommended resources
Maheshwari's Essential Orthopaedics is concise, exam-oriented, and sufficient for NEET PG. Ebnezar's textbook provides more detail if needed. Apley's System of Orthopaedics is the international gold standard but is more detailed than necessary for exam preparation.
For imaging, practise with orthopaedic X-ray collections. Recognising fracture patterns, bone tumour appearances, and joint pathology on plain radiographs is a practical exam skill. Supplement with CT/MRI images for spine and joint pathology.
Last-month revision strategy
In the final month, orthopaedics should receive 1 hour every third day. Focus on: (1) fracture-nerve injury association table; (2) paediatric orthopaedics conditions with their clinical tests (Barlow, Ortolani, Galeazzi test for DDH); (3) bone tumour table by age group with X-ray features.
Solve 1-2 PYQ sets. Orthopaedics questions are highly predictable -- the same fracture patterns, the same nerve injuries, the same paediatric conditions. A well-maintained table of associations is the most effective revision tool.
Frequently Asked Questions
How many orthopaedics questions come in NEET PG?
Typically 6 to 8 out of 200. Fractures with associated nerve injuries and paediatric orthopaedics together cover 5-7 of these questions.
Should I study operative techniques?
Only at a conceptual level. Know the indications for surgery, the approach name, and the complications. The exam does not test surgical steps.
Is Maheshwari sufficient?
Yes for NEET PG. It covers all exam-relevant topics concisely. Supplement with Apley only if you find a specific topic insufficiently covered.
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