Subject



|Subject |Knowledge |

| |Base |

|Cartilage | |

|Anatomy |2 |

|Function |2 |

|Biochemistry |3 |

|Biomechanics |3 |

|Response to injuries |2 |

|Bone | |

|Anatomy |2 |

|Function |2 |

|Biochemistry |3 |

|Biomechanics |3 |

|Response to injuries |2 |

|Ligaments and tendons | |

|Anatomy |2 |

|Function |2 |

|Biochemistry |3 |

|Biomechanics |3 |

|Response to injuries |2 |

|Skeletal muscles | |

|Anatomy |2 |

|Function |2 |

|Biochemistry |3 |

|Biomechanics |3 |

|Response to injuries |2 |

|Peripheral nerve | |

|Anatomy |2 |

|Function |2 |

|Biochemistry |3 |

|Biomechanics |3 |

|Response to injuries |2 |

|Development of the musculoskeletal system | |

|Growth plate and bone formation |2 |

|Tissue transplantation in orthopaedics and trauma |2 |

|Principles of genetics as applied to the musculoskeletal system |3 |

|Subject |Knowledge |

| |Base |

|The science of investigatory techniques | |

|X-ray |2 |

|US |3 |

|Bone scan |2 |

|CT scan |2 |

|MRI |2 |

|Electro-physiological |2 |

|Biomechanics | |

|Basic principles |3 |

|Statics |3 |

|Dynamics |3 |

|Kinematics |3 |

|Biotribiology |3 |

|Prothetic designs |3 |

|Biomaterials | |

|Basics of material science |3 |

|Metals |3 |

|Polymers |3 |

|Ceramics |3 |

|Composites |3 |

|Bioabsorbable |3 |

|Kinesiology | |

|Joint stability |3 |

|Control of movements |3 |

|Structures and functions of major joints | |

|Shoulder |2 |

|Elbow |2 |

|Wrist and hand |2 |

|Hip |2 |

|Knee |2 |

|Ankle and foot |2 |

|Spine |2 |

|Molecular and cellular biology of inflammation and neoplasia | |

|Molecular biology |3 |

|Basis of neoplasia |3 |

|Immunobiology |3 |

|Inflammatory and autoimmune disease |3 |

|Neoplastic disease |3 |

|Infection |3 |

|Experimental design and medical statistics |3 |

| | |Expertise | | | |

|Subject | | | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|General Orthopaedics | | | | | |

|Paediatrics | | | | | |

|Growth and Development | | | | |1 |

|Developmental Milestones | | | | |1 |

|Osseous Growth & Ossification | | | | |2 |

|Timing of Ossification Centres | | | | |2 |

|Congenital Deformities | | | | | |

|Spinal Dysraphism |C | |C | |3 |

|Down's syndrome |C | |C | |3 |

|Congenital Scoliosis |C | |C | |3 |

|Muscular Torticollis |B | |C | |2 |

|Klippel-Feil Syndrome |C | |C | |3 |

|Sprengel's Shoulder |C | |C | |3 |

|Dislocation of Hip |B | |B | |2 |

|Dislocation of Knee |B | |C | |2 |

|Talipes Equinovarus |B | |B | |2 |

|Talipes Calcaneovalgus |B | |B | |2 |

|Metabolic Bone diseases | | | | | |

|Rickets |B | |C | |3 |

|Cretinism |B | |C | |3 |

|Hypophosphatasia |C | |C | |3 |

|Renal Osteodystrophy |C | |C | |3 |

|Parathyroid Diseases |B | |C | |3 |

|Scurvy |B | |C | |3 |

|Neoplastic Diseases | | | | | |

|Bone Cysts |B | |B | |2 |

|Unicameral Bone Cysts |B | |B | |2 |

|Cartilage Forming Tumours |B | |B | |2 |

|Bone Forming Tumours |B | |B | |2 |

|Giant Cell Tuomours |B | |B | |2 |

|Blood Diseases |B | |C | |3 |

|Bone Marrow Tumours |B | |C | |3 |

|Soft Tissue Sarcomas |B | |C | |2 |

|Ollier's Disease |B | |C | |2 |

|Multiple Epiphyseal Dysplasia |C | |C | |2 |

|Spondylo-epiphyseal Dysplasia |C | |C | |2 |

|Achondroplasia |C | |C | |2 |

|Short Stature |C | |C | |3 |

|Constitutional Diseases | | | | | |

|- Mucopolysaccharidosis |C | |C | |3 |

|- Gaucher's Diseases |C | |C | |3 |

| | |Expertise | | | |

|Subject | | | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|General Orthopaedics | | | | | |

|Neuromuscular Diseases | | | | | |

|Myopathies |C | |C | |3 |

|Muscular Dystrophies |C | |C | |3 |

|Poliomyelitis |B | |C | |2 |

|Spinal Muscular Atrophy |C | |C | |3 |

|Cerebral Palsy |B | |B | |2 |

|Myelodysplasia |C | |C | |3 |

|Infection | | | | | |

|Bacteriology Encountered |A | | | |1 |

|Use of Antibiotics |A | | | |1 |

|Perioperative Infection Control |A | | | |1 |

|Management of Orthopaedic Infection |A | |A | |1 |

|Management of Implant Related Infection |A | |A | |1 |

| | | | | | |

|Arthritis & Joint Disorders | | | | | |

|Inflammatory:R.A, Crystal Induced |A | |B | |1 |

|Sero-negative Arthropathy |B | |B | |2 |

|Systemic Connective Tissue Disorders |B | |B | |2 |

|Degenerative: Primary & Secondary |A | |B | |2 |

|Osteonecrosis |B | |B | |2 |

|Ostechondritis |B | |C | |2 |

|Chondromatosis |B | |B | |2 |

|Neuropathic Joints |B | |C | |2 |

|Neoplasm | | | | | |

|Benign Tumour of Bone, Cartilage |B | |B | |1 |

|Malignant tumour of Bone , Cartilage |C | |C | |2 |

|Benign, Malignant Tumour of soft Tissue |C | |C | |2 |

|Pathological Fractures |B | |C | |2 |

|Classification and Staging of Tumour |B | | | |2 |

|Principle of Orthopaedic Oncology |B | | | |2 |

| | | | | | |

| | | | | | |

| | | | | | |

| | | | | | |

| | | | | | |

| | | | | | |

| | | | | | |

| | | | | | |

| | |Expertise | | | |

|Subject | | | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|General Orthopaedics | | | | | |

|Neuromuscular Disorders | | | | | |

|Stroke |B | | | |2 |

|Arthrogryphosis |C | | | |2 |

|Muscular Dystrophy |C | |C | |2 |

|Syringomyelia |C | |C | |2 |

|Spina Bifida |C | |C | |2 |

|Charcot-Marie-Tooth Disease |C | |C | |2 |

|Peripheral Nerve Disorders |B | |B | |1 |

|Entrapment Syndromes |B | |B | |1 |

|Nerve Injuries |B | |B | |1 |

|Diagnostic Tests for Nerve Lesions |B | |B | |2 |

| | | | | | |

|Bone Metabolic Disorders | | | | | |

|Rickets, Osteomalacia |B | |C | |2 |

|Hypophosphatasia |C | |C | |2 |

|Osteoporosis |B | |B | |2 |

|Osteopetrosis |B | | | |3 |

|Pagets Disease |B | | | |3 |

|Endocrine Disorders |B | |C | |3 |

|Steroid-induced Disorders |B | |B | |2 |

|Renal Osteodystrophy |B | |C | |2 |

| | | | | | |

|Microsurgery, Tissue Transfer | | | | | |

|Replantation |B | |C | |2 |

|Tissue Transplant in Orthopaedics |B | |C | |2 |

|Tissue Transplant in Traumatology |B | |C | |2 |

|Skin Graft |A | |A | |1 |

|Bone Graft |A | |A | |1 |

|Flaps: Skin & Muscle |B | |B | |3 |

|Free Tissue Transfer |B | |C | |3 |

|Use of Bone Substitute |B | |C | |2 |

|Tissue Banking | | | | |3 |

| | | | | | |

|Subject | |Expertise | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|General Orthopaedics | | | | | |

|Principles of Rehabilitation | | | | | |

|Use of Orthopaedic Walking Aids |B | | | |2 |

|Use of Plaster, Traction Device |B | |B | |2 |

|Principles & Practice of Bracing |B | | | |2 |

|Physiotherapy: | | | | | |

|Use of Physical Agents in Orthopaedics |B | | | |2 |

|Electric therapy |B | | | |2 |

|Therapeutic Exercise & Manipulation |B | | | |2 |

|Occupational Therapy | | | | | |

|Work-Related Injury |B | | | |2 |

|Cumulative/Repetitive Injuries |B | | | |2 |

|Prosthetics & Orthotics | | | | | |

|Knowledge of Amputation |A | | | |2 |

|Principles of Prosthesis |C | | | |2 |

|Prescription & Fitting Of Prosthesis |B | | | |2 |

|Rehabilitation Psychology |B | | | |3 |

| | | | | | |

|Miscellaneous | | | | | |

|History of Orthopaedics |A | | | |2 |

|Peri-operative Evaluation & Management |A | | | |2 |

|Pain Control |B | |C | |2 |

|Use of Blood Products |B | | | |2 |

|Coagulation & Thromo-embolism |B | | | |2 |

|Use of Imaging in Orthopaedics: | | | | | |

|Bone Scan |B | | | |2 |

|Ultrasound |B | | | |2 |

|MRI |B | | | |2 |

|CTscan |B | | | |2 |

|Management of Ulcers |B | |B | |2 |

|Management of Pressure Sore |B | |B | |2 |

|Management of Burn |C | |C | |3 |

| | |Expertise | | | |

|Subject | | | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|Regional Orthopaedics | | | | | |

|The Shoulder | | | | | |

|Instability: Anterior, Posterior |B | |B | |2 |

|and Multi-directional |C | |C | |3 |

|Surgical Procedures for Instability. |- | |B | |2 |

|Frozen shoulder, Rotator Cuff Lesions |B | |B | |2 |

|Tendenitis, Impingement Syndromes |B | |B | |2 |

| | | | | | |

|The Elbow | | | | | |

|Stability of Elbow |B | |B | |2 |

|Carrying angle, Cubitus valgus and varus |B | |B | |2 |

|Rotation of the forearm |B | |C | |2 |

|Dislocation of Radius |B | |C | |2 |

|Radio-ulnar Synostosis |B | |C | |3 |

|Tennis elbow, Loose bodies |A | |A | |2 |

| | | | | | |

|The Wrist | | | | | |

|Stability of the Ulna |B | |C | |2 |

| Stability of the Carpal Bones |B | |C | |2 |

| Ulna Variance, Kienbock Disease |C | |C | |3 |

|Triangular Fibrocartilage Complex |B | |C | |3 |

| | | | | | |

|The Hand | | | | | |

|Surgical Approaches |B | |B | |2 |

|Congenital Abnomalies |C | |C | |2 |

|Osteoarthritis, Rheumatoid hand |B | |C | |2 |

|Tenosynovitis |A | |A | |2 |

|Peripheral Neuropathies |A | |A | |2 |

|Entrapment Syndromes |A | |A | |2 |

|Intrinsic and Extrinsic Claw Hands, |A | |C | |3 |

|Finger Contractures |C | |C | |3 |

| | | | | | |

|The Neck | | | | | |

|Torticollis, Sternomastoid Tumour |B | |C | |2 |

|Deformities and Degeneration |B | |C | |2 |

|Curvatures, Stability |C | |C | |2 |

|Rheumatoid Arthritis |C | |C | |2 |

|Radiculopathies and Myelopathies |B | |C | |2 |

|Thoracic Outlet Syndrome |C | |C | |3 |

|Cervical Ribs, Raynaud Disease |C | |C | |3 |

| | | | | | |

| | |Expertise | | | |

|Subject | | | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|Regional Orthopaedics | | | | | |

|The Spine | | | | | |

|Curvatures, Stability |B | |C | |2 |

|Deformities and Degeneration |B | |C | |2 |

|Differential Diagnosis of Back Pain |B | | | |2 |

|Radiculopathies and Spinal Stenosis |B | |B | |2 |

|Spondylolysis and Spondylolisthesis |B | |B | |3 |

|Scoliosis: Structural and Non-structural |B | |C | |3 |

|Spinal Dysraphism |B | |C | |3 |

|Spinal Inflammatory Diseases |B | |B | |2 |

|Rheumatoid Arthritis |B | |C | |2 |

|Spinal Infection |B | |B | |2 |

|Spinal Neoplasm |B | |C | |2 |

|Metastatic Lesions in the Spine |A | |B | |2 |

|Spinal Cord Syndromes |A | | | |1 |

|Approaches to the Spine |B | |B | |2 |

|Spinal Instrumentations and Rationale |C | |C | |3 |

| | | | | | |

|The Hip | | | | | |

|Stability of Hip joint |B | |B | |2 |

|Coxa vara, Coxa valgus |B | |B | |3 |

|Hip Dysplasias |B | |B | |3 |

|Primary and Secondary Osteoarthritis |A | |B | |1 |

|Children Hip :Developmental Dislocation of Hip |B | |C | |2 |

|Perthes Disease |B | |C | |3 |

|Slipped Femoral Epiphysis |B | |B | |2 |

|Infection |B | |B | |2 |

|Adult Hip - Infection, Rheumatoid Diseases |B | |B | |2 |

|Osteoarthritis in Hip |B | |B | |2 |

|Avascular Necrosis of Hip |B | |B | |2 |

|Approach to the Hip |A | |B | |2 |

|Soft Tissue Procedures in the Hip |B | |B | |2 |

|Osteotomy and Arthroplasties |B | |C | |3 |

|Arthrodesis |B | |C | |3 |

| | |Expertise | | | |

|Subject | | | |Know| |

| | | | |ledg| |

| | | | |e | |

| |Patient | |Operation | |Base |

| |management | | | | |

|The Knee | | | | | |

|Stability, Patella Tracking |B | |B | |2 |

|Patella Alta, Genu Recurvatum |B | |B | |2 |

|Angular Deformities |B | |C | |3 |

|Internal Derangement, Loose Bodies |B | |C | |3 |

|Chondromatosis |B | |C | |3 |

|Gout and Crystal Arthropathies |B | |B | |2 |

|Osteoarthritis, Primary and Secondary |B | |C | |2 |

|Rheumatoid Arthritis |B | |C | |2 |

|Use of Arthroscopy in Knee |B | |C | |2 |

|Soft Tissue Procedures in the Knee |B | |C | |2 |

|Osteotomy and Arthroplasties |B | |C | |2 |

| | | | | | |

|Ankle & Foot | | | | | |

|Teratogenic Foot Deformities |C | |C | |3 |

|Children foot : Talipes Deformities |B | |C | |2 |

|Intoeing, Flat Foot, Pes Cavus |B | |C | |2 |

|Adult foot : Plantar Fascitis, Heel Pain |B | | | |2 |

|Hallux Valgus, Hallux Rigidus |B | |C | |2 |

|Metatarsalgia |B | |B | |2 |

|Sinus Tarsi Syndrome, |B | | | |2 |

|Pes Cavus, Rocker bottom Foot. |B | |C | |3 |

|D.M./PVD foot |B | |B | |2 |

| | | | | | |

|Long Bones | | | | | |

|Dysplasias, Achondroplasias, Dwarfism |C | | | |3 |

|Pseudoarthrosis, Curvatures |C | | | |2 |

|Gait: Normal and Abnormal |C | | | |3 |

|Causes of Limb Length Discrepancy |B | | | |2 |

|Elongation, Epiphysiodesis |C | |C | |3 |

|Rotational Deformities |B | | | |2 |

|Angular Deformities |C | | | |2 |

|Malalignment of Long Bones |C | | | |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Basic principles | | | |

|Anatomy | | |1 |

|Biomechanics | | |3 |

|Surgical approach | |A |1 |

|Regional Anaesthesia, excluding Brachial Plexus Block |A |A |1 |

|Congenital anomalies |B |C |2 |

|Infection | | | |

|Acute infection |A |A |1 |

|Chronic infection |A |B |2 |

|Tumour & tunour-like lesions | | | |

|Common conditions |A |A |1 |

|Other conditions |B |C |2 |

|Arthritis |A |B |2 |

|Trauma | | | |

|Bone & joint injury | | | |

|- Acute fracture / dislocation |A |A |1 |

|- Complex fracture / dislocation |B |B |2 |

|- Late management & reconstruction |B |B |2 |

|- Acute & chronic ligamentous injury |B |B |2 |

|Muscle, tendon & nerve injury | | | |

|- Acute injury |A |A |1 |

|- Complicated injury |B |B |2 |

|- Late management & reconstruction |B |B |2 |

|- Brachial plexus injury - adult & Obstetrical |B |C |2 |

|Amputation & vascular injury | | | |

|- Acute management |A |A |1 |

|- Replantation & revascularisation |B |B |2 |

|Open wound & burn injury | | | |

|- Acute management |A |A |1 |

|- Complicated injury |B |B |2 |

|- Late reconstruction |B |B |2 |

|Compression neuropathy | | | |

|Common lesions |A |A |1 |

|Uncommon lesions |B |B |2 |

|Thoracic outlet syndrome |B |C |2 |

|Contractures |B |B |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Dystrophy |B |B |2 |

|Tendinitis & tenovaginitis |A |A |1 |

|Avascular necrosis |B |B |2 |

|Rehabilitation - multidisciplinary approach |A | |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|General knowledge in Total Joint Reconstruction | | | |

|Anatomy of normal hip and knee joint | | |1 |

|Biomechanic of normal hip and knee joint | | |3 |

|Kinemetic of hip and knee | | |3 |

|Alignment of lower extremity | | |2 |

|Mechanical axis | | | |

|Anatomical axis | | | |

|Material science | | | |

|Metal properties of | | |3 |

|Iron based alloy | | | |

|Cobalt based alloy | | | |

|Titanium based alloy | | | |

|Mechanical properties of bone | | |3 |

|Mechanical properties polyethylene | | |3 |

|Hydroxyapatite and its application | | |3 |

|Porous surface material | | |3 |

|Ceramic | | |3 |

|Articulating surface | | |3 |

|Metal - polyethylene | | | |

|Ceramic - polyethylene | | | |

|Ceramic - ceramic | | | |

|Metal - metal | | | |

|PMMA, chemical and mechanical properties and its application in TJR | | |3 |

|Bone graft and its application | | |2 |

|Bone ingrowth implication for cementless fixation | | |3 |

|Design of prosthesis, biomechanics and kinematic | | | |

|Hip prosthesis : cemented and cementless component, hybrid | | |2 |

|Head size and its affection on hip motion, wear of polyethylene | | |2 |

|Knee prosthesis, design and rationale | | | |

|Curciate retaining prosthesis | | |2 |

|Curciate sacrifing prosthesis | | |2 |

|Unicompartmental prosthesis | | |3 |

|Rotating tibial bearing prosthesis | | |3 |

|Patella button, design and rationale (button, biconcave and mobile | | |3 |

|bearing) | | | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|Prevention of infection | | | |

|Operating room environment | | |2 |

|Clean air surgery, lamina air flow, total body exhaust system | | | |

|Prophylactic antibiotic and controversy of different regimen | | |2 |

|Late infection and prophylactic antibiotic | | |2 |

|Pre-operative planning and patient evaluation | | | |

|Templating and sizing of prosthesis, equalization of leg length |A | |2 |

|Bone loss and its management |A | |2 |

|Soft tissue balance |A | |2 |

|Radiological assessment and prosthetic selection |A | |2 |

|Anaesthesia, supportive management and blood conservation | | | |

|Advantage and disadvantage of |A | |3 |

|General anaesthesia | | | |

|Spinal anaesthesia | | | |

|Epidural anaesthesia | | | |

|Combined of various form of anaesthesia | | | |

|Surgery under hypotensive anaesthesia | | | |

|Blood conservation |A |B |3 |

|Risk of blood transfusion | | | |

|Autotransfusion | | | |

|Controversy in perioperative blood salvage | | | |

|Cell washing | | | |

|The prevention and management of thromboembolic disease | | |3 |

|Pathogensis of DVT and local scene | | | |

|Risk factor in DVT |A | | |

|Treatment of DVT |A | | |

|Prophylaxis of DVT |A | | |

| |A | | |

|Surgical approach to hip and knee | | | |

|Hip | | |2 |

|Anterior, lateral, posterior |A |B | |

|Trochantic osteotomy trochanteric slide |A |B | |

|Triradiate approach |B |C | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|Knee | | |2 |

|Medial parapatella : varus knee |A |B | |

|Lateral parapatella : valgus knee |B |B | |

|Tibial osteotomy and repaired |B |B | |

|Surgical technique in total joint replacement | | | |

|Hip | | |2 |

|Cementless implant |A |B | |

|Cemented implant |A |A | |

|Hybrid |A |B | |

|Cementation technique, 1st 2nd & 3rd generation of cementing |A |B | |

|Knee | | |2 |

|Soft tissue balance in varus, valgus and flexion contracture |B |B | |

|Constrained knee and its indication |B |B | |

|Bone cut, alignment |B |B | |

|Patella alignment and lateral release |B |B | |

| |B |C | |

|Management of bone lost | | |2 |

|Complication of Total Joint Replacement | | | |

|Hip | | |3 |

|Vascular |B |C | |

|Neurological, sciatic N injury |B |C | |

|Intraoperative fracture, avoidance and management |B |B | |

|Dislocation and treatment | | | |

|Heterotrophic ossification prevention, diagnosis and management |B |B | |

| |B | | |

|Knee | | |3 |

|Fracture tibial / femur |B |C | |

|Neurovascular complication |B |C | |

|Wound healing and coverage |B |B | |

|Patella clunk syndrome |B |C | |

|Aseptic loosening | | | |

|Mechanism |B | |3 |

|Small particle disease, various presentation and management |B | |3 |

|Diagnosis, X-ray interpretation |B | |3 |

|Long term result in THR and TKR | | | |

|Cemented implant | | |2 |

|Cementless implant | | |2 |

|Hybrid | | |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|Revision Total Joint Replacement | | | |

|Hip |B |C |3 |

|Pre-operative assessment and planning | | | |

|Selection of approach | | | |

|Selection of implant | | | |

|Surgical technique | | | |

|Removal of cemental and its tools | | | |

|Femoral reconstruction | | | |

|Bone grafting and bone graft impacsion technique | | | |

|Concept of high hip centre | | | |

|Knee |B |C |3 |

|Principle of revision TKR | | | |

|Pre-operative planning | | | |

|Surgical technique in component extraction | | | |

|Reconstruction | | | |

|Constrained knee and its application | | | |

|Rehabilitation of replaced joint | | | |

|Hip |A | |2 |

|Stable position | | | |

|Principle of physical therapy | | | |

|General program | | | |

|Gait training | | | |

|Knee |A | |2 |

|General program | | | |

|Pros and cons of CPM | | | |

|Post-op flexion contractive and its management | | | |

|Arthritis and medical treatment | | | |

|Osteoarthritis |A | |2 |

|Rheumatoid Arthritis |B | |3 |

|Ankylosing spondylitis |A | |2 |

|Other type of arthritis |B | |3 |

|Osteonecrosis |A | |2 |

|Post traumatic arthritis |A | |2 |

|Non arthroplasty reconstruction of joint | | | |

|Arthrodesis of hip & knee |A |B |2 |

|Various form of osteotomy | | | |

|Valgus/varus/extension/flexion osteotomy of proximal femur |A |B |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|Different type of acetabular osteotomy indication and application |B |C |3 |

|High tibial osteotomy, distal femoral osteotomy |A |A |2 |

|Subject |Knowledge |

| |Base |

|Definition and terms | |

|Neoplasia, carcinoma, sarcoma, dysplasia, hyperplasia, harmatoma, cyst, reactive lesion |2 |

|Theories of aetiology, pathogenesis, control of growth, methods of spread of neoplasm and sarcoma |3 |

|Epidemiology | |

|Geographic, social, risk factors |2 |

|Clinical presentation of musculoskeletal tumor and its differentials |3 |

|Classification by cell of origin of primary tumors and reactive lesions of bone and soft tissue |3 |

|Clinical pathological and radiological pictures of tumors and reactive lesions of bone and soft tissue |3 |

|Clinical pathological and radiological pictures of tumors and reactive lesions of bone and soft tissue tumors including |3 |

|incidence, epidemiology, natural history and prognosis | |

|Principle of classifications, staging and its significance |2 |

|Benign tumor | |

|Malignant tumor | |

|Soft tissue tumor | |

|Metastatic tumor | |

|Tumor-like conditions | |

|Methods of investigation |2 |

|Radiographic evaluation | |

|Nuclear medicine studies | |

|Computerized tomography | |

|Angiography | |

|Magnetic Resonance Imaging | |

|Indications | |

|Effectiveness | |

|Principle of technique of biopsy of bone and soft tissue | |

|Closed |2 |

|Open |2 |

|Principle of surgical management | |

|Margins |2 |

|Types of resection |2 |

|Compartment sin extremities |2 |

|Subject |Knowledge |

| |Base |

|Knowledge of surgical procedures | |

|Major ablative therapy and reconstruction |3 |

|Limb sparing surgery |3 |

|Reconstructive procedure | |

|Allograft |3 |

|Autograft |3 |

|Custom prostheses |3 |

|Rotation plasty |3 |

|Arthrodesis |3 |

|Amputation |2 |

|Principle of action of adjunctive methods of treatment | |

|Indications |3 |

|Timing |3 |

|Complication |3 |

|Local | |

|Crytherapy |3 |

|Caustic agents |3 |

|Radiotherapy |3 |

|Systemic | |

|Chemotherapy |3 |

|Immunotherapy |3 |

|Regional techniques |3 |

|Knowledge of metastatic tumor in musculosketetal system | |

|Clinical characteristics |3 |

|Radiographic findings |3 |

|Staging studies |3 |

|Principle of management |3 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Growth and development | | |2 |

|Embryology | | | |

|- Neuro | | | |

|- Skeletal | | | |

|- Muscular | | | |

|Osseous growth | | | |

|- Timing of ossification centers | | | |

|- Physeal growth | | | |

|- Enchondral ossification | | | |

|- Inframembranous ossification | | | |

|Muscular growth | | | |

|Growth rate | | | |

|Developmental milestones | | | |

|Timing - secondary sexual characteristics | | | |

|Skeletal dysplasias | | | |

|(Paris classification) | | | |

|Defects of tubular bone | | | |

|- Achondroplasia |B |C |2 |

|- MED |B |C |2 |

|- SED |B |C |2 |

|Disorganised cartilage and / or fibrous components | | | |

|- Ollier's |B |B |2 |

|- Mult hered exos |B |B |2 |

|- Fibrous dysplasia |B |B |2 |

|Constitutional disease with bone pathology |B |C |3 |

|- Rickets | | | |

|- Mucopolysaccharidosis | | | |

|- Ca/phosphate disorders | | | |

|Metabolic |B |B |3 |

|- Rickets | | | |

|- Renal osteodys | | | |

|- Hypophosphatasia | | | |

|- Parathyroid | | | |

|- Thyroid | | | |

|- Heavy metal | | | |

|- Juv osteoporosis | | | |

|- Hypervitamin | | | |

|- Scurvy | | | |

|- Inf hyperostos | | | |

|Connective tissue | | | |

|- Ehlors danlos |B |C |3 |

|- Marfan's |B |C |2 |

|- Down's |B |C |2 |

|Short stature |B |B |3 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Genetics | | |3 |

|Autosomal dominant | | | |

|- Achondroplasia, etc | | | |

|Autosomal recessive | | | |

|Sex linked dominant | | | |

|- Vit d res rickets, etc | | | |

|Sex linked recessive | | | |

|- MD | | | |

|Chromosomal disorder | | | |

|- Down's, etc | | | |

|Multifactorial disorders | | | |

|- CDH, clubfoot | | | |

|Amniocentesis | | | |

|Hematologic disorders | | | |

|Gaucher's |B |C |3 |

|Hemoglobinopath include SC |B |C |3 |

|Hemophilia |B |C |3 |

|Neoplasia | | | |

|Cysts | | | |

|- Fibrous cort |A |A |2 |

|- Unicameral |A |A |2 |

|- EG |B |B |2 |

|Chondroblastoma |B |C |2 |

|Osteoid osteoma |A |B |2 |

|Osteochondroma |A |A |2 |

|Giant cell tumor |B |B |2 |

|Ewing's |B |C |2 |

|Osteosarcoma |B |C |2 |

|Fibrous dysplasis |B |B |2 |

|Soft tissue sarc |B |C |2 |

|Neuromuscular |B |C | |

|Muscular dyst | | | |

|- Duchenne | | |2 |

|- Becker | | |3 |

|- Limb girdle | | |3 |

|- FSH | | |3 |

|- Cong dyst | | |3 |

|- Hypotonic | | |3 |

|- Myotonic | | |3 |

|- Cong myopath | | |3 |

|Inflammatory myopathies | | |3 |

|Myositis ossificans | | |2 |

|Polio | | |3 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Neuromuscular | | | |

|SMA |B |C |2 |

|HMSNs |B |C |3 |

|Cerebral palsy |B |B |3 |

|Myelodysplasia |B |C |3 |

|JRA |B |C |3 |

|Spondyloarthropathies |B |C |3 |

|Cervical spine | | | |

|Muscular torticollis |B |B |2 |

|Klippel Fiel / cong malformation |B |C |3 |

|Rotatory subluxation |B |C |3 |

|Hypermobility |B |C |3 |

|Spinal deformity | | | |

|Scoliosis | | | |

|- Idiopath |B |C |2 |

|- Congenital |B |C |3 |

|- Neuromuscular |B |C |3 |

|- Other |B |C |3 |

|Kyphosis | | | |

|- Postural |A |C |3 |

|- Scheurmann's |B |C |3 |

|- Congenital |B |C |3 |

|- Other |B |C |3 |

|Spondylolysis |B |B |3 |

|Spondylolisthesis |B |B |3 |

|Upper limb | | | |

|Limb deficiencies |B |C |3 |

|Cong malformations | | |3 |

|- Dislocated radial head |B |C |3 |

|- Radioulnar synostosis |B |C |3 |

|Osteochondritis dissicans |B |B |3 |

|Sprengel's shoulder |B |B |3 |

|Hip | | | |

|DDH |B |B |2 |

|Coxa vara |B |C |3 |

|Synovitis |B |C |2 |

|Slip cap fem ep |B |B |2 |

|Legg perthes |B |C |2 |

|Infections |B |B |2 |

|Idio chondrolysis |B |C |3 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Leg length discrepancy |B |B |2 |

|Lower limb | | | |

|Cong deficiencies | | | |

|- PFFD |B |C |3 |

|- Tib hemimelia |B |C |3 |

|- Tib hemimelia |B |C |3 |

|Torsional problemsTibia vara |B |C |3 |

|Cong pseudoarth |B |C |2 |

|Posteromedial bow |B |B |2 |

|Patellofemoral | | |2 |

|- Pain syndrome |A |C |2 |

|- Cong disl / sub |B |C |2 |

|Osgood Schlatter's |A |C |2 |

|osteo dissecans |B |B |2 |

|Discoid meniscus |B |B |2 |

|Cong disl / sub, knee |B |C |3 |

|Clubfoot |B |B |2 |

|Cong vert talus |B |C |3 |

|Postural deformation met add, cal valg |B |B |2 |

|Planovalgus |B |C |2 |

|Tarsal condition |B |C |2 |

|Adol bunions |A |B |2 |

|Acc navicular |A |B |2 |

|Curly, overlap toes |A |B |2 |

|Cavus foot |B |C |2 |

|Polydactyly |A |B |2 |

|Growing pains |B | |2 |

|Overuse syndromes |B | |2 |

|Osteochondroses |B |B |2 |

|Amputations |A |A |2 |

|Prosthetics / Orthotics |B | |2 |

|Gait |B | |3 |

|Fractures, general | | | |

|Physeal fractures |A |A |2 |

|Child abuse (ms aspects) |A |A |2 |

|Open fractures |A |A |2 |

|Multiply injured child |B |B |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Fractures / dislocations | | | |

|Hand, wrist |A |B |2 |

|Forearm | | | |

|- Both bones (include plastic deform) |A |A |2 |

|- Galeazi |A |A |2 |

|Elbow | | | |

|Monteggia |A |A |2 |

|Radial head, neck |A |A |2 |

|Condyles |A |A |2 |

|Epicondyles |A |A |2 |

|Supracondylar |A |A |2 |

|Dislocation |A |A |2 |

|Humerus | | | |

|- Shaft |A |A |2 |

|- Proximal |A |A |2 |

|Shoulder | | | |

|- Dislocation |A |B |2 |

|A-C joint | | | |

|- Dislocation |A |B |2 |

|Scapula | | | |

|S-C joint | | | |

|- Dislocation |B |B |2 |

|Cervical spine |B |C |3 |

|Thoracic spine |B |C |3 |

|Lumbar spine |B |C |3 |

|Pelvis |B |C |3 |

|Hip | | | |

|- Dislocation |B |B |2 |

|Femur | | | |

|- Neck |B |B |2 |

|- Shaft |A |A |2 |

|- Distal |A |A |2 |

|Knee | | | |

|- Dislocation |B |C |2 |

|- Osteochond fract |A |B |2 |

|- Ligament injury |A |B |2 |

|Patella | | | |

|- Fracture |A |A |2 |

|- Dislocation |A |B |2 |

|Tibia | | | |

|- Spine |A |B |2 |

|- Tubercle |A |A |2 |

|- Prox metaphysis |A |A |2 |

|- Shaft |A |A |2 |

|Distal |A |A |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Fractures / dislocations | | | |

|Foot / ankle | | | |

|- Dislocation |A |B |2 |

|- Calcaneus |A |A |2 |

|- Talus |A |B |2 |

|- Tarsals |A |A |2 |

|- Metatarsals |A |A |2 |

|- Phalanges |A |A |2 |

|Infections | | | |

|Osteomyelitis | | | |

|- Acute |A |B |2 |

|- Subacute |A |B |2 |

|- Chronic |A |B |2 |

|Septic arthritis | | | |

|- Hip |B |B |2 |

|- Other joints |A |B |2 |

| |Expertise |Knowledge |

|Subject | |Base |

|General Orthopaedic Rehabilitation | | |

|Multidisciplinary team approach |B |3 |

|Functional evaluation |C |3 |

|Pathophysiology of tissue healing: | | |

|- Fracture healing | |2 |

|- Cartilage regeneration | |2 |

|- Ligament healing | |2 |

|- Tendon healing | |2 |

|- Nerve regeneration | |2 |

|Pathophysiology of muscle training and joint mobilisation | |3 |

|Wound management: chronic ulcers, bedsores |B |2 |

|Basic principles of physiotherapy |C |3 |

|Basic principles of work-oriented training |C |3 |

|Basic principles of ambulation / gait |B |2 |

|Basic principles of splinting / bracing |B |3 |

|Basic principles of orthotic devices |B |3 |

|Post-Trauma Rehabilitation | | |

|Hip fracture |B |2 |

|Polytrauma |B |2 |

|Arthritis Rehabilitation | | |

|Arthritis in general |B |2 |

|- Joint protection | | |

|- Splinting | | |

|- Activities of daily living | | |

|- Ambulation | | |

|Total joint replacement |B |2 |

|Spinal Rehabilitation | | |

|Chronic back pain rehabilitation |B |2 |

|Spinal cord injury rehabilitation |B |2 |

|- Secondary surgery, including upper limb reconstruction |C |2 |

|- Bladder and bowel management |C |3 |

|- Psychosocial aspect |C |3 |

|Osteoporosis Rehabilitation | | |

|Pathophysiology of osteoporosis | |2 |

|Rehabilitation protocol |B |2 |

|Basic principles of adjunct medical therapy |C |2 |

|Amputation Rehabilitation | | |

|Principles of amputation |A |2 |

|Stump management |A |2 |

|Principles of prosthetics |B |2 |

| |Expertise |Knowledge |

|Subject | |Base |

|Paediatric & Neuromuscular Rehabilitation | | |

|Developmental milestones | |2 |

|Management of cerebral palsy |B |2 |

|Management of myelodysplasia |C |3 |

|Basic principles of electrodiagnosis |C |3 |

|Basic principles of gait analysis |C |3 |

|Functional level assessment |B |3 |

|Seating strategy |B |3 |

|Ambulation strategy |B |3 |

|Sports Rehabilitation | | |

|Sports physiology | |3 |

|Muscle strength & endurance training strategies |B |3 |

|Principles of protective bracing |B |2 |

|Hand Rehabilitation | | |

|Functional assessment of the hand |C |3 |

|Restoration of tendon gliding |C |2 |

|Sensory re-education |C |2 |

|Principles of hand splints |B |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|General | | | |

|Knowledge | | | |

|Embryology of the spine | | |3 |

|Anatomy of the spinal column and spinal cord | | |2 |

|Complete neurological examination and its interpretation, including | | |2 |

|patterns of neurological deficit | | | |

|Radiological evaluation of spinal pathologies | | |3 |

|Basic principles of spine biomechanics | | |3 |

|Surgical Approaches | | | |

|Knowledge | | | |

|Posterior approaches from occiput to sacrum and special precautions to|A |B |2 |

|the atlanto-axial area | | | |

|Anterior cervical approaches C3 to C7 |A |B |2 |

|Thoracotomy |B |C |2 |

|Thoracoabdominal approach |B |C |2 |

|Retroperitoneal approach to the lumbar spine |A |B |2 |

|Instrumentation | | | |

|Sublaminar wiring |B |B |2 |

|Hooks |B |B |2 |

|Pedicle screw placement |B |C |3 |

|Degenerative Spine | | | |

|Cervical spine | | | |

|Cervical spondylosis |A |B |2 |

|OPLL |A |B |2 |

|Thoracic spine |B |B |2 |

|Lumbar spine | | | |

|Lumbar spondylosis |A |B |2 |

|Fail back |B |C |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|Acute disc prolapse | | | |

|Cervical spine |A |B |2 |

|Lumbar spine |A |B |2 |

|Spinal Instability | | | |

|Cranio-cervical |B |C |2 |

|Cervical |B |C |2 |

|Thoraco-lumbar |A |B |2 |

|Lumbro-sacral |A |C |2 |

|Spinal Stenosis |B |B |2 |

|Trauma | | | |

|Cervical |A |B |2 |

|Thoraco-lumbar |A |B |2 |

|Tumour | | | |

|Primary |B |B |2 |

|Secondary |B |B |2 |

|Infection | | | |

|Pyogenic spondylitis |A |B |2 |

|Tuberculous spondylitis |A |B |2 |

|Non-spinal psosa abscess |A |B |2 |

|Infammatory disease | | | |

|Ankylosing spondylitis |A |B |2 |

|Other spondylo arthritides |B |C |3 |

|Spinal deformity | | | |

|Scoliosis | | | |

|Adolescent idiopathic |B |C |3 |

|Others |C |C |3 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient |Operation |Base |

| |Management | | |

|Kyphosis |C |C |3 |

|Spondylolisthesis |A |B |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Foot & Ankle | | | |

|Stress fractures |A |B |1 |

|Mortons neurinoma |A |A |1 |

|Os Trigonum |A |C |3 |

|Achilles paratenonitis |B |A |2 |

|Achilles rupture |A |A |1 |

|Ankle ligament injuries |A |A |1 |

|Osteochondral lesions |B |B |2 |

|Lower leg | | | |

|Stress fracture |A |A |1 |

|Chronic compartment |A |A |1 |

|Shin splints |A |A |2 |

|Nerve entrapments |B |B |2 |

|Calf muscle rupture |A |A |1 |

|Knee | | | |

|ACL rupture |A |B |1 |

|PCL rupture |B |C |2 |

|MCL rupture |A |B |1 |

|Meniscal tears |A |B |1 |

|Osteochondral lesions |B |B |2 |

|Patella dislocation |A |B |2 |

|Anterior knee pain |A | |2 |

|Iliotibial band syndrome |A | |2 |

|Shoulder | | | |

|Swimmers shoulder |A |B |2 |

|Acute GH dislocation |A |A |1 |

|Recurrent instability |A |B |1 |

|Multidirectional instability |A |B |1 |

|Impingement |B |B |1 |

|Rotator cuff injuries |B |B |2 |

|AC joint injuries |B |B |2 |

|Referred shoulder pain |B |B |2 |

|Elbow | | | |

|Pitchers elbow |B |B |2 |

|Little leagues elbow |B |B |2 |

|Lateral "epicondylitis" |A |B |1 |

|Chondral lesions |B |C |2 |

|Biceps tendon rupture |B |B |2 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Basic Science | | | |

|Principles of fracture management | | |2 |

|Description of fracture | | | |

|Classification of fracture | | | |

|Biomechanics of fracture | | | |

|Clinical features of fractures & dislocations | | | |

|Closed treatment |A | |2 |

|Closed treatment of common fractures | | | |

|Plaster & synthetic material | | | |

|Functional bracing | | | |

|Principles & # management - Operation | | |2 |

|Principles of internal fixation | | | |

|Principles of external fixation | | | |

|Principles of intramedullary nailing including the biomechanics, indications | | | |

|& technical aspects | | | |

|Biology of # repair | | |2 |

|Anatomy & Biomechanics of bone | | | |

|Primary & Secondary healing | | | |

|Effect of Operative treatment on # healing | | | |

|Biology of soft tissue injury with respect to muscles, tendons, ligaments, | | |3 |

|nerve etc. | | | |

|Management of multiple injury patients |B |B |3 |

|Principles of resuscitation | | | |

|Assessment of triage | | | |

|Priorities of management | | | |

|Management of open fractures | | |2 |

|Definition & classification | | | |

|Wound assessment & initial management | | | |

|Principles of debridement | | | |

|Stabilisation of fractures | | | |

|Wound coverage | | | |

|Secondary procedures & management of omplication | | | |

|Traumatic amputation | |A |3 |

|Early amputation or limb salvage | | | |

|Techniques & indications of common amputation procedures | | | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Basic Science | | | |

|Early complication from trauma |B |B |2 |

|Systemic complication | | | |

|Regional complication with focus on Tetanus, Gas Gangrene, Infection, | | | |

|RSD,Compartment syndrome | | | |

|Pathological # & Stress # |B |B |3 |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Upper Limb Trauma | | | |

|Distal radius |A |A |2 |

|Classification & mechanism of injury | | | |

|Methods of treatment | | | |

|Diaphyseal forearm fracture |A |A |2 |

|Fracture of radius & ulna | | | |

|Monteggia # | | | |

|Galeazzi # | | | |

|Fracture of dislocation of elbow |A |B |2 |

|Radial head # | | | |

|# of distal humerus | | | |

|Elbow dislocation | | | |

|Olecranon # | | | |

|Humeral shaft # |A |A |2 |

|Classification | | | |

|Treatment option | | | |

|Common complication | | | |

|Proximal humerus # |A |B |2 |

|Classification | | | |

|Closed treatment & indication for operation | | | |

|Methods of operative treatment | | | |

|Rehabilitation aspects | | | |

|Fractures around the shoulder |B |B |2 |

|Clavicular # | | | |

|AC joint dislocation | | | |

|Scapula # | | | |

|Dislocation of shoulder |A |B |2 |

|Classification | | | |

|Methods of assessment | | | |

|Methods of treatment (arthroscopic technical expertise not included) | | | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Lower Extremity | | | |

|Pelvic fracture |B |C |3 |

|Surgical anatomy & surgical approaches | | | |

|Classification & mechanism of injury | | | |

|Diagnosis - clinical & radiological | | | |

|Associated injuries | | | |

|Initial management | | | |

|Definitive management | | | |

|Results & complication | | | |

|Acetabulum fracture |B |C |3 |

|Surgical anatomy & surgical approaches | | | |

|Classification & mechanism of injury | | | |

|Diagnosis - clinical & radiological | | | |

|Associated injuries | | | |

|Initial management | | | |

|Definitive management | | | |

|Results & complication | | | |

|Hip dislocation |A |B |3 |

|Classification | | | |

|Diagnosis | | | |

|Radiological intepretation | | | |

|Treatment option | | | |

|Results & complication | | | |

|Proximal femoral fracture |A |A |2 |

|Classification - Intracapsular #, Intertrochanteric #, Subtrochanteric # | | | |

|Blood supply to the femoral head | | | |

|Treatment option | | | |

|Results & complication | | | |

|Fracture shaft of femur |A |A |2 |

|Anatomy & blood supply | | | |

|Surgical approaches | | | |

|Treatment methods | | | |

|Potential complications | | | |

|Special situations | | | |

|Segmental # | | | |

|Compound # | | | |

|Fracture neck of femur & shaft | | | |

|Floating knee | | | |

|Ipsilateral shaft & intra-articular # | | | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Lower Extremity | | | |

|Fractures around the knee | | | |

|Distal femur # |A |A |2 |

|Classification | | | |

|Treatment options | | | |

|Fracture patella |A |A | |

|Classification | | | |

|Differential diagnosis of extensor mechanism injury | | | |

|Treatment options | | | |

|Proximal tibial # | | | |

|Tibial plateau # |A |A | |

|avulsion of tibial spine | | | |

|# tibial tuberosity | | | |

|Fibular head # | | | |

|Knee dislocation & its complication | | | |

| |A |B | |

|** Meniscus injury & collateral ligament injury will be covered in Sports | | | |

|Injury | | | |

|Fracture of tibial shaft |A |A |2 |

|Classification | | | |

|Treatment options | | | |

|Results & complication | | | |

|Management of compound tibial fracture | | | |

|Fractures around the ankle | | | |

|Pott # |A |A |2 |

|Classification & mechanism of injury | | | |

|Surgical anatomy & approaches | | | |

|Treatment options | | | |

|Results & Complications | | | |

|Pilon fracture |A |A |2 |

|Classification & mechanism of injury | | | |

|Surgical anatomy & approaches | | | |

|Treatment options | | | |

|Results & complications | | | |

|Fractures & dislocations involving the foot | | | |

|Talus # |A |B |2 |

|Os calcis fracture |A |A | |

|Lisfranc fracture & dislocation |A |A | |

|Metatarsal # |A |A | |

|Classification & mechanism of injury | | | |

|Surgical anatomy & approaches | | | |

|Treatment options | | | |

|Results & Complications | | | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Spinal Injury | | | |

|Principles of management of spinal injury patients | | |2 |

|Initial evaluation | | | |

|Biomechanics of spinal injury | | | |

|Classification & mechanism of injury | | | |

|Neurological examination | | | |

|Classification of cord injury | | | |

|Spinal imaging, recognition of common fractures | | | |

|Surgical approaches | | | |

|Knowledge of common instrumentations | | | |

|Spinal rehabilitation & management of complications | | | |

|Cervical spine injury |B |B |3 |

|Anatomy | | | |

|Diagnosis - clinical & radiological | | | |

|Neurological examination | | | |

|Identification of common cervical spinal injuries | | | |

|Classification of cord injury | | | |

|Surgical approaches | | | |

|Treatment options | | | |

|Complication - prevention, diagnosis & management | | | |

|Thoracolumbar spinal injury |B |B |3 |

|Anatomy | | | |

|Classification | | | |

|Neurological examination & patterns of neurological injuries | | | |

|Identification of common spinal injuries | | | |

|Surgical approaches | | | |

|Treatment options | | | |

|Complication - prevention, diagnosis & management | | | |

|Sacral fracture |B |C |3 |

|Anatomy | | | |

|Classification | | | |

|Neurological examination & patterns of neurological injuries | | | |

|Surgical approaches | | | |

|Treatment options | | | |

|Complication - prevention, diagnosis & management | | | |

| |Expertise | |

|Subject | |Knowledge |

| |Patient Management |Operation |Base |

|Spinal Injury | | | |

|Rehabilitation for spinal injury patients |B |C |3 |

|Secondary surgery - indications & methods | | | |

|Upper limb & lower limb reconstruction surgery for function | | | |

|Bladder & bowel management | | | |

|Psychosocial rehabilitation aspects | | | |

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