On behalf of the Piedmont Society, we are delighted to report that the Duke Orthopaedic residency program is ranked fifth in the country! US news and World report teamed up with Doximity (a web based physician network) to rank residency programs in twenty specialties, including orthopaedics. A separate survey of medical students going into orthopaedics suggested that 50% of students will use the information from the ranking in selecting a residency program, showing the significance of having a high ranking. You can see the full report at Doximity's Residency Navigator (You may need to join Doximity to view the full report).
Orthopaedic Textbook (Collection)
This comprehensive textbook offers the most relevant and concise information available in the world today on all hip-related issues, with sections dedicated to the anatomical, physiological, and basic science considerations of total hip arthroplasty.
Dr. Wheeless enjoys and performs all types of orthopaedic surgery but is renowned for his expertise in total joint arthroplasty (Hip and Knee replacement) as well as complex joint infections. He founded Orthopaedic Specialists of North Carolina in 2001 and practices at Franklin Regional Medical Center and Duke Raleigh Hospital.
A collection of high-quality AAOS resources in general orthopaedics and every specialty interest will help you thoroughly prepare for clinical rounds, ABOS certification and more. Each print title comes complete with an ebook, offering enhanced video, audio and interactive capabilities.
Keeps you up to date with even more high-quality procedural videos, a new chapter on biologics in orthopaedics, and expanded and updated content on hip arthroscopy, patellofemoral arthritis and more.
The scope of the core collection includes anesthesia, nursing, orthopaedics, rehabilitation, and rheumatology. The collection consists of books, journals, videos, and electronic resources. Materials are collected in English and other languages. This includes a collection of standard orthopaedic textbooks in many languages, which may be consulted in the library.
In 1977, the Alumni Association dedicated the medical library to her memory. Her exceptional care and concern for the library and loyalty to HSS have become an integral part of the Hospital's history. Kim Barrett will long be remembered for the depth of her knowledge of orthopaedics, her commitment to the library, and her caring relationship with the residents, faculty, and staff.
Jeffrey Abrams graduated with honors from the Rensselaer Polytechnic Institute and received his M.D. degree from SUNY, Upstate Medical Center in Syracuse, New York. He served his surgical internship at Santa Barbara Hospital and his orthopaedic residency at Thomas Jefferson University Hospital in Philadelphia, Pennsylvania.
Jeff is among the first surgeons to perform rotator cuff repairs and stabilization surgery using arthroscopy. As an inventor, he has assisted five surgical companies on equipment designs to perform minimally-invasive surgery. He is a Board member of the Arthroscopy Association of North America and will serve as President in 2015-2016. He is currently on the editorial staff of five orthopaedic periodicals, has written over 60 chapters in orthopaedic textbooks, and is the editor for Arthroscopic Rotator Cuff Repair: A Practical Approach to Management Management of the Unstable Shoulder: Arthroscopic and Open Techniques.
Dr. Abrams continues to serve as an orthopaedic consultant to Princeton University, the College of New Jersey, Mercer County Community College, and local public and private schools. In addition, he serves as a consultant to the National Hockey League, National Football League, Major League Baseball, International Skating Federation, United States Tennis Association, and the United States Ski Team.
2022 Princeton Orthopaedic Associates. The contents of princetonorthopaedic.com are licensed under a Creative Commons Attribution-NonCommercial 4.0 International License. Copying without permission is strictly forbidden.
NAON's premier publication, the Core Curriculum for Orthopaedic Nursing, 8th Edition is fundamental to the nursing profession and the specialty practice of orthopaedic nursing. The Core provides comprehensive content for all nurses across settings. It is an excellent resource to prepare for an orthopaedic certification exam or for application as a staff desk reference. Copyright 2022.
The NAON Orthopaedic Surgery Manual is a comprehensive resource for members of the healthcare team along the entire treatment continuum, offering a wealth of knowledge and information for practitioners new to the orthopaedic OR environment. It is also a working reference for nurses who want to know more about surgical interventions for preoperative and postoperative care considerations and patient/family education. This book is a must for Perioperative Services Departments, Orthopaedic Inpatient Units and Ambulatory Care Settings. Copyright 2017.
This textbook provides a valuable overview of musculoskeletal anatomy and neurovascular assessment, common adult orthopaedic conditions, pain management, common orthopaedic complications, and appropriate nursing assessment and care. Those in the continuum of care will find this manual an excellent reference, a learning tool for nurses new to the orthopaedic environment, as well as a review of less frequently seen conditions. It is a solid reference for a team to develop competencies, policies and protocols. Copyright 2015.
This edition offers orthopaedic competencies from pediatrics to the older adult and includes enhanced content to support individual competency evaluation checklists for use during nursing orientation or for an annual competency review. Copyright 2012.
The Scope and Standards of Orthopaedic Nursing Practice, 3rd Edition defines the scope of the orthopaedic nurse role, orthopaedic nursing practice, orthopaedic nursing certification, and certified advanced practice nursing. There are sixteen standards listed according to the nursing process and orthopaedic nursing professional performance. Use this textbook to develop nursing competencies, improve or create policies, procedures and standards, educate and orient staff, create job descriptions, and plan for regulatory surveys. Copyright 2013.
Serefeddin Sabuncuoğlu (1385-1468) was the author of the surgical textbook Cerrahiyyetü'l-Haniyye (Imperial Surgery). It was the first illustrated surgical textbook in the Turkish-Islamic medical literature. Cerrahiyyetü'l-Haniyye is significant because it includes Sabuncuoğlu's color illustrations of surgical procedures, incisions, fracture dislocation reduction techniques, and instruments. There are only three handwritten copies. Two originally were written by Sabuncuoğlu and are exhibited in Paris and Istanbul. The book was rediscovered in 1936, but some parts are suspected to be missing. The book currently consists of three chapters divided into 193 sections. The third chapter includes orthopaedics and traumatology, reduction techniques of lower and upper extremities, fractures and dislocations, and relevant Greek, Arabic, and Persian textbooks are cited. Sabuncuoğlu also wrote about surgical treatment of congenital hand anomalies. He was the first to advise placing a wooden splint under the palmar side after hand surgery. We reviewed the sections of Cerrahiyyetü'l-Haniyye related to orthopaedics and traumatology. Compared with previous writings by Hippocrates, Ibn-i Sina, and Al-Zahrawi, there are no major differences in the treatment of fracture dislocations.
The Oxford Textbook of Trauma and Orthopaedics second edition provides comprehensive coverage of the relevant background science, theory, practice, decision-making skills and operative techniques required to provide modern orthopaedic and trauma care. The text is divided into five major sections covering fundamental science, adult orthopaedics, trauma, paediatric orthopaedics, and paediatric trauma, including a major subsection on tumours. Additionally, the adult orthopaedics
Section 1 1.1. Foundations of clinical practice1.2. Classification and outcome measures1.3. The musculoskeletal system: structure and function1.4. Injury and repair1.5. Haemoglobinopathies1.6. Prevention of thrombosis in orthopaedic surgery1.7. Pain and its control1.8. Biomechanics1.9. Gait analysis1.10. Imaging1.11. Complex regional pain syndrome1.12. Neuromuscular disorders1.13. Neuromuscular and skeletal manifestations of neurofibromatosisSection 2 2.1. Choice of surgery for tumour: Staging and surgical margins2.2. Amputations, endoprosthetic joint replacement, massive bone replacement, other alternatives2.3. Benign tumours of soft tissues2.4. Malignant tumours of soft tissues2.5. Benign bone tumours2.6. Malignant bone tumours2.7. Metastatic bone diseaseSection 3 3.1. Cervical spine disorders3.2. Degenerative disease of the thoracic spine3.3. Clinical presentations of the lumbar spine3.4. Non-operative management of non-specific low back pain types 1 and 23.5. Cauda equina syndrome3.6. Surgical management of chronic low back pain3.7. Management of nerve root pain (syn: sciatica, radicular pain)3.8. Management of neurogenic claudication and spinal stenosis3.9. Clinical presentation of spinal deformities3.10. Idiopathic scoliosis3.11. Congenital scoliosis and kyphosis3.12. Neuromuscular scoliosis3.13. Syndromal scoliosis3.14. Brace treatment in idiopathic scoliosis: the case for treatment3.15. Iatrogenic spinal deformity3.16. Kyphosis3.17. Spondylolisthesis and spondylolysis3.18. The infected spine3.19. Cross-sectional imaging in spinal disordersSection 4 4.1. The clinical evaluation of the shoulder4.2. Pathology of cuff tears4.3. Treatment of rotator cuff disease4.4. Biceps4.5. Frozen shoulder4.6. Calcifying tendinitis4.7. Instability4.8. Surface replacement of the shoulder4.9. Stemmed total shoulder replacement4.10. Acromioclavicular joint4.11. The clavicle and the sternoclavicular4.12. Disorders of the scapula4.13. Reverse geometry replacementSection 5 5.1. Clinical evaluation of elective problems in the adult elbow5.2. Lateral and medial epicondylitis5.3. Chronic instability of the elbow5.4. Rheumatoid arthritis of the elbow5.5. Osteoarthritis of the elbow joint5.6. Arthroscopy5.7. Bursitis of the elbowSection 6 6.1. Assessment and investigation of chronic wrist pain6.2. Degenerative arthritis of the wrist6.3. Kienbock's disease6.4. The distal radioulnar joint6.5. Rheumatoid arthritis of the hand and wrist6.6. Osteoarthritis of the hand6.7. Dupuytren's disease6.8. Tendon disorders6.9. Reconstruction after nerve injury6.10. Peripheral nerve entrapment6.11. Neurophysiological examination of the hand and wrist6.12. Tumours and hand reconstruction6.13. Ganglia of the wrist and hand6.14. Hand infectionSection 7 7.1. Indications for hip replacement7.2. Approaches to the hip7.3. Preoperative planning for total hip replacement, consent, and complications7.4. Total hip replacement: implant fixation7.5. Implant choice for primary total hip arthroplasty7.6. Bearing surfaces7.7. The young arthritic hip7.8. The complex primary total hip replacement7.9. Surgical options excluding total hip replacement for hip pain7.10. Total hip replacement: modes of failure7.11. Revision total hip replacement and complications in total hip replacement7.12. Management of total hip replacement periprosthetic fractures7.13. Management of the infected total hip replacement7.14. Hip resurfacing7.15. Sports injuries in the pelvic region7.16. Inflammatory and metabolic bone disorders of the pelvis7.17. Hip pain in the radiologically normal hip7.18. Hip arthroscopy: assessment, investigation, and interventionsSection 8 8.1. History and examination of the knee8.2. Cartilage repair in the young knee8.3. Magnetic resonance imaging of the knee8.4. Osteotomies around the knee8.5. Arthrodesis of the knee8.6. Total knee replacement8.7. Complications of total knee replacement8.8. Revision total knee replacement8.9. Miscellaneous conditions around the knee8.10. The patellofemoral joint8.11. Surgical techniques of anterior cruciate ligament reconstruction8.12. Combined ligament injuries around the knee8.13. Unicompartmental knee replacement8.14. Meniscal injury and managementSection 9 9.1. Ankle and hindfoot arthritis9.2. Disorders of the forefoot9.3. Diabetic foot9.4. Orthoses of the foot and leg9.5. Tendon and ligament disorders of the footSection 10 10.1. Metabolic disease of skeleton and inherited disorders10.2. Rheumatoid arthritis10.3. Crystal arthropathies10.4. Spondyloarthropathies10.5. Inflammatory connective tissue disease10.6. Osteoporosis10.7. OsteoarthritisSection 11 11.1. Chronic long bone osteomyelitis11.2. Miscellaneous orthopaedic infections11.3. Amputations and prostheses11.4. Acute osteomyelitis11.5. Septic arthritisSection 12 12.1. Fracture classification12.2. Complications of fractures12.3. Orthopaedic approach to the multiply injured patient12.4. Head, thoracic, and abdominal injury in the orthopaedic patient12.5. Massive transfusion12.6. Blast and ballistic injury12.7. Management of open fractures12.8. Soft tissue coverage12.9. Combined vascular and orthopaedic injuries12.10. Limb salvage versus amputation12.11. Functional bracing12.12. Principles of plate and screw osteosynthesis12.13. Intramedullary nailing12.14. Principles of monolateral external fixation12.15. Principles of circular external fixation in trauma12.16. Absorbable implants for fracture fixation12.17. Stress fractures12.18. Pathological fractures12.19. Management of segmental bone defects12.20. Injuries to muscle-tendon units12.21. Dislocations and joint injuries in the hand12.22. Flexor tendon injuries12.23. Extensor tendon injuries in the hand and wrist12.24. Soft tissue hand injuries12.25. Nerve injuries12.26. Brachial plexus injuries12.27. Replantation12.28. Metacarpal and phalangeal fractures12.29. Scaphoid fractures12.30. Instabilities of the carpus12.31. Injuries to the distal radioulnar joint12.32. Distal radius fracture12.33. Forearm fractures12.34. Elbow fractures and dislocations12.35. Humeral shaft fractures12.36. Fractures and dislocations of the shoulder girdle12.37. Imaging in spinal trauma12.38. Emergency management of the traumatized cervical spine12.39. Upper cervical injuries12.40. Subaxial cervical spine injuries12.41. Whiplash-associated disorders12.42. Thoracic fractures12.43. Thoracolumbar, lumbar, and sacral fractures12.44. Post-traumatic spinal reconstruction12.45. Rehabilitation of spinal cord injuries12.46. Pelvic ring fractures: assessment, associated injuries, and acute management12.47. Pelvic fracture: definitive management12.48. Fractures of the acetabulum: radiographic assessment and classification12.49. Management of acetabular fractures12.50. Dislocations of the hip and femoral head fractures12.51. Femoral neck fractures12.52. Trochanteric and subtrochanteric fractures12.53. Femur shaft fractures12.54. Supracondylar fractures of the femur12.55. Patella fractures and dislocations12.56. Tibial plateau fractures12.57. Tibial shaft fractures12.58. Tibial plafond fractures12.59. Ankle fractures12.60. Fractures of the talus and peritalar dislocations12.61. Fractures of the calcaneum12.62. Midfoot and forefoot fractures and dislocationsSection 13 13.1. Osteomyelitis and septic arthritis in children13.2a. Juvenile idiopathic arthritis: medical aspects13.2b. Juvenile idiopathic arthritis: surgical management13.3. An overview of cerebral palsy13.4. Lower limb management in cerebral palsy13.5. Upper limb management in cerebral palsy13.6. Management of the child with total body involvement13.7. The orthopaedic management of myelomeningocoele13.8. Neurological aspects of spinal disorders in children13.9. Arthrogryposis13.10. Common disorders of the lower limb13.11. Congenital upper limb anomalies13.12. Congenital brachial plexus palsy13.13. Malformations of the hand and wrist13.14. Management of the limb deficient child13.15. The management of limb length inequality13.16. Developmental deformities of the lower limbs13.17. Developmental dysplasia of the hip13.18. Legg-Calve-Perthes disease13.19. Slipped capital femoral epiphysis13.20. Common knee conditions13.21. Congenital talipes equinovarus13.22. The foot in childhood13.23. Sports injuries and syndromesSection 14 14.1. Musculoskeletal injuries in children14.2. Physeal injuries14.3. Fractures of the spine in children14.4. Injuries around the shoulder in children14.5. Fractures about the elbow in children14.6. Fractures and dislocations about the paediatric forearm14.7. Children's hand trauma14.8. Injuries of the pelvis and hip in children14.9. Injuries of the femur and patella in children14.10. Tibial and ankle fractures in children14.11. Foot injuries in children 2ff7e9595c
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