This document provides an overview of various approaches to the hip joint for surgical procedures. It describes several anterior, lateral, posterior, and medial approaches. The key approaches discussed include the Smith-Petersen anterior approach, Watson-Jones lateral approach, Moore posterior approach, and Ferguson medial approach. For each approach, the document outlines the relevant indications, surgical technique including incision placement and tissue dissection, as well as advantages and disadvantages. The goal of the approaches is to provide exposure of the hip joint and surrounding structures while avoiding damage to major neurovascular structures.
This document discusses various surgical approaches to the hip joint, including anterior, anterolateral, lateral, and posterior approaches. It provides details on the Smith-Peterson anterior approach, including patient positioning, incision location in the internervous plane between the sartorius and tensor fascia latae muscles, and exposure of the hip joint capsule. It also describes the Watson-Jones anterolateral approach, including positioning the greater trochanter at the edge of the table, incising the fascia lata posterior to the tensor fasciae latae, and reflecting muscles to expose the joint capsule and femoral head. Finally, it outlines the lateral approach, with incision centered over the greater trochan
Techniques in primary total knee arthroplastyHBGMedical
This document discusses techniques for balancing the soft tissues during primary total knee arthroplasty. It addresses approaches for correcting varus and valgus deformities, flexion contractures, and recurvatum. The key points emphasized are thoroughly assessing ligament balances and gaps, performing soft tissue releases in a sequential manner, and understanding how bone resections can impact soft tissue tension. Achieving balanced extension and flexion spaces between the medial and lateral sides is critical to surgical success.
This document discusses implant selection considerations for revision total knee replacement (TKR) surgery. It begins by outlining common causes for revision TKR such as aseptic loosening and polyethylene wear. Key challenges in revision TKR are managing bone defects from osteolysis, compromised soft tissues, and restoring proper limb alignment. Implant options discussed include metaphyseal sleeves and stems to provide fixation in bone defect zones, as well as augmentations. Constraint levels from unconstrained to fully constrained implants are reviewed. Clinical cases demonstrate approaches for addressing instability, significant bone loss, and peri-prosthetic fractures in revision TKR.
The knee joint is superficial on three sides, making it ideal for arthroscopic approaches. Two main arthroscopic approaches and seven open approaches are described for accessing the knee joint. The medial para patellar approach, also known as the von Langenbeck approach, is the most commonly used open approach and involves a longitudinal incision along the medial border of the patella. Care must be taken to avoid damaging nerves like the infrapatellar branch of the saphenous nerve during surgical approaches to the knee.
This document provides an overview of the anatomy of the ankle joint and ankle arthrodesis (fusion). It describes the bones and ligaments that make up the ankle joint, including the tibia, fibula, and talus. It discusses the indications, contraindications, surgical technique, and postoperative care of ankle arthrodesis, which is performed to treat ankle arthritis and pain. The optimal position for fusion is slight dorsiflexion with mild hindfoot valgus and external rotation. Preoperative planning involves assessing bone quality, alignment, and arthritis in other joints like the subtalar.
Modified sauve kapandji procedure for patients with old fracturesPonnilavan Ponz
The document discusses a study evaluating the clinical and radiographic outcomes of a modified Sauve-Kapandji procedure for patients with old fractures of the distal radius. The modified procedure involves resection and reinsertion of the distal ulna into the distal radius after a 90-degree rotation. The study reviewed 15 patients who underwent the procedure with at least 7 months of follow up. Results found 80% of patients had excellent outcomes with reduced pain, improved range of motion, and grip strength. The modified Sauve-Kapandji procedure provides an effective treatment for chronic distal radioulnar joint disorders in patients with old distal radius fractures.
Primary Total Knee Arthroplasty has evolved since the 19th century with various prosthetic designs introduced over time. Prosthetic design considerations include femoral rollback, modularity, constraint, and whether to retain or sacrifice the cruciate ligaments. Radiographs are important for preoperative planning to assess alignment and bone defects. Surgical goals include restoring mechanical alignment, joint line, balanced soft tissues, and normal patellofemoral tracking. Key steps include femoral and tibial cuts, balancing the knee in flexion and extension, and addressing any flexion contractures or deformities. Complications can include nerve palsies, vascular issues, stiffness, infections, and loosening. With careful patient selection, planning and technique, total knee
1) Fractures of the tibial plateau can be complex injuries involving both bone and soft tissues. Accurate reduction of the articular surface is important but other factors like alignment, ligament stability, and meniscal integrity also influence outcomes.
2) Surgical treatment may involve open reduction and internal fixation with plates and screws or less invasive options like percutaneous plating and hybrid external fixation to minimize soft tissue disruption.
3) Patient factors like age, comorbidities, and the specific fracture pattern help determine the best treatment which can range from non-operative management to internal fixation, external fixation, or a combination approach.
This document discusses various surgical approaches to the hip joint, including anterior, anterolateral, lateral, and posterior approaches. It provides details on the Smith-Peterson anterior approach, including patient positioning, incision location in the internervous plane between the sartorius and tensor fascia latae muscles, and exposure of the hip joint capsule. It also describes the Watson-Jones anterolateral approach, including positioning the greater trochanter at the edge of the table, incising the fascia lata posterior to the tensor fasciae latae, and reflecting muscles to expose the joint capsule and femoral head. Finally, it outlines the lateral approach, with incision centered over the greater trochan
Techniques in primary total knee arthroplastyHBGMedical
This document discusses techniques for balancing the soft tissues during primary total knee arthroplasty. It addresses approaches for correcting varus and valgus deformities, flexion contractures, and recurvatum. The key points emphasized are thoroughly assessing ligament balances and gaps, performing soft tissue releases in a sequential manner, and understanding how bone resections can impact soft tissue tension. Achieving balanced extension and flexion spaces between the medial and lateral sides is critical to surgical success.
This document discusses implant selection considerations for revision total knee replacement (TKR) surgery. It begins by outlining common causes for revision TKR such as aseptic loosening and polyethylene wear. Key challenges in revision TKR are managing bone defects from osteolysis, compromised soft tissues, and restoring proper limb alignment. Implant options discussed include metaphyseal sleeves and stems to provide fixation in bone defect zones, as well as augmentations. Constraint levels from unconstrained to fully constrained implants are reviewed. Clinical cases demonstrate approaches for addressing instability, significant bone loss, and peri-prosthetic fractures in revision TKR.
The knee joint is superficial on three sides, making it ideal for arthroscopic approaches. Two main arthroscopic approaches and seven open approaches are described for accessing the knee joint. The medial para patellar approach, also known as the von Langenbeck approach, is the most commonly used open approach and involves a longitudinal incision along the medial border of the patella. Care must be taken to avoid damaging nerves like the infrapatellar branch of the saphenous nerve during surgical approaches to the knee.
This document provides an overview of the anatomy of the ankle joint and ankle arthrodesis (fusion). It describes the bones and ligaments that make up the ankle joint, including the tibia, fibula, and talus. It discusses the indications, contraindications, surgical technique, and postoperative care of ankle arthrodesis, which is performed to treat ankle arthritis and pain. The optimal position for fusion is slight dorsiflexion with mild hindfoot valgus and external rotation. Preoperative planning involves assessing bone quality, alignment, and arthritis in other joints like the subtalar.
Modified sauve kapandji procedure for patients with old fracturesPonnilavan Ponz
The document discusses a study evaluating the clinical and radiographic outcomes of a modified Sauve-Kapandji procedure for patients with old fractures of the distal radius. The modified procedure involves resection and reinsertion of the distal ulna into the distal radius after a 90-degree rotation. The study reviewed 15 patients who underwent the procedure with at least 7 months of follow up. Results found 80% of patients had excellent outcomes with reduced pain, improved range of motion, and grip strength. The modified Sauve-Kapandji procedure provides an effective treatment for chronic distal radioulnar joint disorders in patients with old distal radius fractures.
Primary Total Knee Arthroplasty has evolved since the 19th century with various prosthetic designs introduced over time. Prosthetic design considerations include femoral rollback, modularity, constraint, and whether to retain or sacrifice the cruciate ligaments. Radiographs are important for preoperative planning to assess alignment and bone defects. Surgical goals include restoring mechanical alignment, joint line, balanced soft tissues, and normal patellofemoral tracking. Key steps include femoral and tibial cuts, balancing the knee in flexion and extension, and addressing any flexion contractures or deformities. Complications can include nerve palsies, vascular issues, stiffness, infections, and loosening. With careful patient selection, planning and technique, total knee
1) Fractures of the tibial plateau can be complex injuries involving both bone and soft tissues. Accurate reduction of the articular surface is important but other factors like alignment, ligament stability, and meniscal integrity also influence outcomes.
2) Surgical treatment may involve open reduction and internal fixation with plates and screws or less invasive options like percutaneous plating and hybrid external fixation to minimize soft tissue disruption.
3) Patient factors like age, comorbidities, and the specific fracture pattern help determine the best treatment which can range from non-operative management to internal fixation, external fixation, or a combination approach.
Templating in total hip replacement involves using preformed templates during preoperative planning to estimate implant size and position. The goals of templating include restoring hip biomechanics, predicting implant size, and recognizing potential difficulties. A standard approach involves assessing radiographs, identifying anatomical landmarks, mechanical references, and optimizing implant position. Careful templating allows surgeons to achieve successful, reproducible results while minimizing complications.
This document describes various surgical approaches to the hip joint, including the anterior, lateral, posterior, and medial approaches. It provides details on the incision, exposure, risks, and indications for each approach. The anterior approach involves an incision along the iliac crest and reflection of the abductors. The lateral approach uses a trochanteric osteotomy or splitting of the abductors. The posterior approach risks injury to the sciatic nerve and exposes the hip joint internally rotating the leg. The medial approach involves an adductor incision for procedures like psoas release or biopsy. Each approach has specific advantages and risks depending on the hip procedure being performed.
This document discusses septic arthritis of the hip in children. It defines septic arthritis and notes that the hip is the most commonly infected joint in children. Early diagnosis and treatment is important to prevent joint damage. Signs include limping, groin pain, and limited hip movement. Treatment involves identifying the organism, administering sensitive antibiotics, and potentially surgery. Long term sequelae can include joint deformities, leg length discrepancies, and arthritis. Various classification systems and treatment approaches are presented. Prevention of septic arthritis through early diagnosis and management is emphasized.
The hip joint is a ball and socket synovial joint that connects the femur to the acetabulum. It is the largest and most stable joint in the body. The hip joint allows for flexion, extension, abduction, adduction, and rotation. Several strong ligaments reinforce the hip joint capsule to provide stability, including the iliofemoral, ischiofemoral, and pubofemoral ligaments. The main muscles that act on the hip joint are the gluteal muscles, iliopsoas, quadriceps femoris, hamstrings, and adductors.
The document discusses graft fixation options in ACL reconstruction. It notes that fixation is the weakest link in the early postoperative period and that tibial fixation carries a greater risk of failure. Interference screws provide the gold standard for fixation but tunnel widening remains a concern. The ideal fixation is strong, stiff, and secure to avoid graft slippage and interference with healing while allowing revision. Aperture fixation and hybrid techniques may improve outcomes over suspensory fixation alone. Rehabilitation must also account for the biomechanical strengths and weaknesses of the fixation method used.
Templating implants prior to total hip replacement (THR) surgery is important to ensure precision, soft tissue balance, and reduced complications. It requires standard radiographic views to assess bone quality, structural integrity, and limb length discrepancy. The sequence is to first template the acetabulum considering factors like inclination, version and bone coverage, then template the femur assessing offsets, stem size and fit. Choosing the appropriate acetabular and femoral components also considers factors like fixation type, material, and design features to optimize function and reduce issues like impingement, wear and dislocation.
Poller or blocking screws are used to stabilize fractures treated with small diameter intramedullary nails. They guide the nail like "poller" traffic devices guide vehicles. Blocking screws increase stability of distal and proximal metaphyseal fractures after nailing and can help manage malunited fractures. They work by narrowing the canal to guide the nail anteriorly and prevent sagittal plane deformity. Blocking screws are typically placed medially and laterally as close to the fracture as possible for optimal stabilization. Their placement on the concave side of deformities helps improve reduction by deflecting the nail.
This document discusses osteotomies around the hip that are used to treat developmental dysplasia of the hip (DDH). It describes various femoral and pelvic osteotomies, including their objectives, indications, advantages, and disadvantages. For femoral osteotomies, it discusses femoral shortening, derotation, and varus osteotomies. For pelvic osteotomies, it discusses Salter's, Pemberton, Dega, Steel, Sutherland, Tonnis, Ganz, and salvage osteotomies such as Chiari and shelf procedures. The appropriate procedure depends on factors like the patient's age and whether concentric reduction of the hip is possible.
ALL (antero-lateral ligament) - extra articular ACL reconstruction - basicsMilind Tanwar
history, need, how to reconstruct, when to reconstruct.
References: *Bonasia, Davide Edoardo et al. "Anterolateral Ligament Of The Knee: Back To The Future In Anterior Cruciate Ligament Reconstruction". Orthopedic Reviews 7.2 (2015)
Biomechanical Results of Lateral Extra-articular
Tenodesis Procedures of the Knee:
A Systematic Review. Erik L. Slette, B.A., Jacob D. Mikula, B.S., Jason M. Schon, B.S., Daniel C. Marchetti, B.A.,
Matthew M. Kheir, B.S., Travis Lee Turnbull, Ph.D., and Robert F. LaPrade, M.D., Ph.D.
Elbow arthroscopy is a procedure used to diagnose and treat conditions of the elbow joint. It provides improved visualization of the joint while allowing for less invasive treatment options compared to open surgery. Key advantages include decreased postoperative pain and faster recovery times. However, elbow arthroscopy also carries risks due to the complex anatomy and proximity of major neurovascular structures. Careful portal placement and consideration of patient positioning are important to minimize these risks as the surgeon gains experience performing this technically demanding procedure.
This document describes several surgical approaches for the shoulder and arm, including anterior, posterior, superolateral, deltoid splitting, and anterior and posterior approaches to the humerus. The anterior approach to the shoulder involves a deltopectoral incision and dissection in the deltopectoral interval. The posterior approach uses a lateral decubitus position and incision over the posterior shoulder joint. The superolateral approach involves a oblique incision above the acromion. The deltoid splitting approach uses a longitudinal incision through the deltoid. Anterior and posterior humerus approaches involve incisions along the biceps or posterior midline, respectively, with identification of relevant muscles and nerves.
This document discusses various surgical approaches for the distal humerus. It begins by outlining key considerations for choosing an approach, such as the patient's age and fracture pattern. It then describes the posterior, olecranon osteotomy, para-tricipital, triceps-splitting, triceps V-Y splitting, triceps reflecting postero-medial, and triceps-reflecting anconeus pedicle approaches. For each approach, the document outlines the technique, pearls, perils, and indications. The posterior and olecranon osteotomy approaches provide the best exposure of the articular surface but carry risks of hardware complications, while the other approaches aim to avoid these
The document describes the Modified Broström Procedure for treating unstable ankles. It discusses how ankle instability is graded from I to III based on the amount of instability present. It notes that grade I and some grade II ankles may be treated conservatively through physical therapy and bracing, while grade III typically requires surgical reconstruction. The Modified Broström Procedure is described as restoring stability through anatomic repair of the ligaments while preserving range of motion and the peroneal tendons. It involves attaching the extensor retinaculum to reinforce the repaired ligaments and correct subtalar instability.
1. The document describes the basic surgical technique for total knee arthroplasty (TKA), including the medial parapatellar approach and steps for femoral and tibial bone cuts.
2. It discusses different alignment techniques in TKA including anatomical, mechanical, and kinematic alignment. Kinematic alignment aims to restore the natural three motion axes of the knee.
3. Key steps like distal femoral cuts, flexion and extension gap balancing, and tibial rotation and slope are explained. Ten commandments for optimal TKA outcomes are also listed.
Osteotomies around the hip are surgical procedures used to correct biomechanical alignment and load transmission across the hip joint. They involve removing a portion of bone. The goals are to improve femoral head coverage, containment, motion, relieve pain, and correct leg length discrepancies. Different types of osteotomies target the proximal femur or pelvis. Proximal femoral osteotomies are classified based on anatomical location and degree of displacement. Pelvic osteotomies aim to redirect the acetabulum and include Salter, Sutherland, Steel/Tonnis, and Ganz/Bernese procedures. Key considerations for each procedure include indications, approach, osteotomy cuts made, advantages/disadv
1) The document discusses the planning of a high tibial osteotomy (HTO) procedure, including a brief history of osteotomies, knee axis anatomy, indications for HTO, preoperative planning considerations, and techniques for planning correction angles and wedge sizes.
2) Key factors in planning include determining the nature and location of deformity, ideal candidates for HTO vs other procedures, and calculating the needed correction angle based on methods like the Fujisawa scale.
3) Precise planning is important for procedures like open vs closed wedge osteotomy and correcting any concomitant deformities in the sagittal or transverse planes.
This document discusses high tibial osteotomy (HTO), a procedure that corrects knee alignment to relieve pressure from arthritic areas. It was first described in 1961 and involves cutting and reshaping the tibia to transfer weight from an arthritic to a healthier area of cartilage. The document outlines indications, contraindications, techniques like closing wedge and opening wedge osteotomy, management of the fibula, fixation methods, advantages and disadvantages of different techniques, expected results, and potential complications. HTO is a well-established procedure for unicompartmental knee arthritis with typical satisfactory results in 80% of cases.
1) The document provides an overview of the anatomy related to the hip joint and surgical approaches to the hip joint including the anterior (Smith Peterson) approach, anterolateral (Watson Jones) approach, and lateral approach.
2) Key muscles and nerves are identified along with their origins, insertions, innervation and actions.
3) Each surgical approach is described in terms of indications, landmarks, incision, internervous planes, steps of the procedure and potential dangers. Maintaining the correct internervous planes is important to avoid injury to nerves and vessels.
The document describes several surgical approaches to the hip, including the anterior (Smith-Petersen), anterolateral (Watson-Jones), lateral (Hardinge), and posterior approaches. For each approach, it provides details on patient positioning, incision location, identification of intermuscular planes, exposure of anatomical structures, advantages and disadvantages. The anterolateral approach is most commonly used for total hip replacement as it provides excellent exposure of the acetabulum while allowing safe femoral reaming. The posterior approach is also frequently used for procedures like hip replacement and fracture fixation.
This document describes several surgical approaches for the tibia and fibula. It discusses anterior, medial, posterolateral, and posteromedial approaches for the tibia. It also covers anterolateral, medial, posteromedial, posterolateral, and Tschern-Johnson extensile approaches for the tibial plateau. Each approach is described in detail, including incision location, tissue dissection steps, indications, and potential dangers.
Templating in total hip replacement involves using preformed templates during preoperative planning to estimate implant size and position. The goals of templating include restoring hip biomechanics, predicting implant size, and recognizing potential difficulties. A standard approach involves assessing radiographs, identifying anatomical landmarks, mechanical references, and optimizing implant position. Careful templating allows surgeons to achieve successful, reproducible results while minimizing complications.
This document describes various surgical approaches to the hip joint, including the anterior, lateral, posterior, and medial approaches. It provides details on the incision, exposure, risks, and indications for each approach. The anterior approach involves an incision along the iliac crest and reflection of the abductors. The lateral approach uses a trochanteric osteotomy or splitting of the abductors. The posterior approach risks injury to the sciatic nerve and exposes the hip joint internally rotating the leg. The medial approach involves an adductor incision for procedures like psoas release or biopsy. Each approach has specific advantages and risks depending on the hip procedure being performed.
This document discusses septic arthritis of the hip in children. It defines septic arthritis and notes that the hip is the most commonly infected joint in children. Early diagnosis and treatment is important to prevent joint damage. Signs include limping, groin pain, and limited hip movement. Treatment involves identifying the organism, administering sensitive antibiotics, and potentially surgery. Long term sequelae can include joint deformities, leg length discrepancies, and arthritis. Various classification systems and treatment approaches are presented. Prevention of septic arthritis through early diagnosis and management is emphasized.
The hip joint is a ball and socket synovial joint that connects the femur to the acetabulum. It is the largest and most stable joint in the body. The hip joint allows for flexion, extension, abduction, adduction, and rotation. Several strong ligaments reinforce the hip joint capsule to provide stability, including the iliofemoral, ischiofemoral, and pubofemoral ligaments. The main muscles that act on the hip joint are the gluteal muscles, iliopsoas, quadriceps femoris, hamstrings, and adductors.
The document discusses graft fixation options in ACL reconstruction. It notes that fixation is the weakest link in the early postoperative period and that tibial fixation carries a greater risk of failure. Interference screws provide the gold standard for fixation but tunnel widening remains a concern. The ideal fixation is strong, stiff, and secure to avoid graft slippage and interference with healing while allowing revision. Aperture fixation and hybrid techniques may improve outcomes over suspensory fixation alone. Rehabilitation must also account for the biomechanical strengths and weaknesses of the fixation method used.
Templating implants prior to total hip replacement (THR) surgery is important to ensure precision, soft tissue balance, and reduced complications. It requires standard radiographic views to assess bone quality, structural integrity, and limb length discrepancy. The sequence is to first template the acetabulum considering factors like inclination, version and bone coverage, then template the femur assessing offsets, stem size and fit. Choosing the appropriate acetabular and femoral components also considers factors like fixation type, material, and design features to optimize function and reduce issues like impingement, wear and dislocation.
Poller or blocking screws are used to stabilize fractures treated with small diameter intramedullary nails. They guide the nail like "poller" traffic devices guide vehicles. Blocking screws increase stability of distal and proximal metaphyseal fractures after nailing and can help manage malunited fractures. They work by narrowing the canal to guide the nail anteriorly and prevent sagittal plane deformity. Blocking screws are typically placed medially and laterally as close to the fracture as possible for optimal stabilization. Their placement on the concave side of deformities helps improve reduction by deflecting the nail.
This document discusses osteotomies around the hip that are used to treat developmental dysplasia of the hip (DDH). It describes various femoral and pelvic osteotomies, including their objectives, indications, advantages, and disadvantages. For femoral osteotomies, it discusses femoral shortening, derotation, and varus osteotomies. For pelvic osteotomies, it discusses Salter's, Pemberton, Dega, Steel, Sutherland, Tonnis, Ganz, and salvage osteotomies such as Chiari and shelf procedures. The appropriate procedure depends on factors like the patient's age and whether concentric reduction of the hip is possible.
ALL (antero-lateral ligament) - extra articular ACL reconstruction - basicsMilind Tanwar
history, need, how to reconstruct, when to reconstruct.
References: *Bonasia, Davide Edoardo et al. "Anterolateral Ligament Of The Knee: Back To The Future In Anterior Cruciate Ligament Reconstruction". Orthopedic Reviews 7.2 (2015)
Biomechanical Results of Lateral Extra-articular
Tenodesis Procedures of the Knee:
A Systematic Review. Erik L. Slette, B.A., Jacob D. Mikula, B.S., Jason M. Schon, B.S., Daniel C. Marchetti, B.A.,
Matthew M. Kheir, B.S., Travis Lee Turnbull, Ph.D., and Robert F. LaPrade, M.D., Ph.D.
Elbow arthroscopy is a procedure used to diagnose and treat conditions of the elbow joint. It provides improved visualization of the joint while allowing for less invasive treatment options compared to open surgery. Key advantages include decreased postoperative pain and faster recovery times. However, elbow arthroscopy also carries risks due to the complex anatomy and proximity of major neurovascular structures. Careful portal placement and consideration of patient positioning are important to minimize these risks as the surgeon gains experience performing this technically demanding procedure.
This document describes several surgical approaches for the shoulder and arm, including anterior, posterior, superolateral, deltoid splitting, and anterior and posterior approaches to the humerus. The anterior approach to the shoulder involves a deltopectoral incision and dissection in the deltopectoral interval. The posterior approach uses a lateral decubitus position and incision over the posterior shoulder joint. The superolateral approach involves a oblique incision above the acromion. The deltoid splitting approach uses a longitudinal incision through the deltoid. Anterior and posterior humerus approaches involve incisions along the biceps or posterior midline, respectively, with identification of relevant muscles and nerves.
This document discusses various surgical approaches for the distal humerus. It begins by outlining key considerations for choosing an approach, such as the patient's age and fracture pattern. It then describes the posterior, olecranon osteotomy, para-tricipital, triceps-splitting, triceps V-Y splitting, triceps reflecting postero-medial, and triceps-reflecting anconeus pedicle approaches. For each approach, the document outlines the technique, pearls, perils, and indications. The posterior and olecranon osteotomy approaches provide the best exposure of the articular surface but carry risks of hardware complications, while the other approaches aim to avoid these
The document describes the Modified Broström Procedure for treating unstable ankles. It discusses how ankle instability is graded from I to III based on the amount of instability present. It notes that grade I and some grade II ankles may be treated conservatively through physical therapy and bracing, while grade III typically requires surgical reconstruction. The Modified Broström Procedure is described as restoring stability through anatomic repair of the ligaments while preserving range of motion and the peroneal tendons. It involves attaching the extensor retinaculum to reinforce the repaired ligaments and correct subtalar instability.
1. The document describes the basic surgical technique for total knee arthroplasty (TKA), including the medial parapatellar approach and steps for femoral and tibial bone cuts.
2. It discusses different alignment techniques in TKA including anatomical, mechanical, and kinematic alignment. Kinematic alignment aims to restore the natural three motion axes of the knee.
3. Key steps like distal femoral cuts, flexion and extension gap balancing, and tibial rotation and slope are explained. Ten commandments for optimal TKA outcomes are also listed.
Osteotomies around the hip are surgical procedures used to correct biomechanical alignment and load transmission across the hip joint. They involve removing a portion of bone. The goals are to improve femoral head coverage, containment, motion, relieve pain, and correct leg length discrepancies. Different types of osteotomies target the proximal femur or pelvis. Proximal femoral osteotomies are classified based on anatomical location and degree of displacement. Pelvic osteotomies aim to redirect the acetabulum and include Salter, Sutherland, Steel/Tonnis, and Ganz/Bernese procedures. Key considerations for each procedure include indications, approach, osteotomy cuts made, advantages/disadv
1) The document discusses the planning of a high tibial osteotomy (HTO) procedure, including a brief history of osteotomies, knee axis anatomy, indications for HTO, preoperative planning considerations, and techniques for planning correction angles and wedge sizes.
2) Key factors in planning include determining the nature and location of deformity, ideal candidates for HTO vs other procedures, and calculating the needed correction angle based on methods like the Fujisawa scale.
3) Precise planning is important for procedures like open vs closed wedge osteotomy and correcting any concomitant deformities in the sagittal or transverse planes.
This document discusses high tibial osteotomy (HTO), a procedure that corrects knee alignment to relieve pressure from arthritic areas. It was first described in 1961 and involves cutting and reshaping the tibia to transfer weight from an arthritic to a healthier area of cartilage. The document outlines indications, contraindications, techniques like closing wedge and opening wedge osteotomy, management of the fibula, fixation methods, advantages and disadvantages of different techniques, expected results, and potential complications. HTO is a well-established procedure for unicompartmental knee arthritis with typical satisfactory results in 80% of cases.
1) The document provides an overview of the anatomy related to the hip joint and surgical approaches to the hip joint including the anterior (Smith Peterson) approach, anterolateral (Watson Jones) approach, and lateral approach.
2) Key muscles and nerves are identified along with their origins, insertions, innervation and actions.
3) Each surgical approach is described in terms of indications, landmarks, incision, internervous planes, steps of the procedure and potential dangers. Maintaining the correct internervous planes is important to avoid injury to nerves and vessels.
The document describes several surgical approaches to the hip, including the anterior (Smith-Petersen), anterolateral (Watson-Jones), lateral (Hardinge), and posterior approaches. For each approach, it provides details on patient positioning, incision location, identification of intermuscular planes, exposure of anatomical structures, advantages and disadvantages. The anterolateral approach is most commonly used for total hip replacement as it provides excellent exposure of the acetabulum while allowing safe femoral reaming. The posterior approach is also frequently used for procedures like hip replacement and fracture fixation.
This document describes several surgical approaches for the tibia and fibula. It discusses anterior, medial, posterolateral, and posteromedial approaches for the tibia. It also covers anterolateral, medial, posteromedial, posterolateral, and Tschern-Johnson extensile approaches for the tibial plateau. Each approach is described in detail, including incision location, tissue dissection steps, indications, and potential dangers.
This document discusses surgical hip approaches. It provides details on the anatomy of the hip joint and various ligaments and muscles. It then describes several common surgical approaches including the anterior, anterolateral, and posterior approaches. The anterior approach involves an internervous plane between the sartorius and tensor fascia lata muscles. The anterolateral approach is between the tensor fascia lata and gluteus medius muscles. The posterior approach is either between the gluteus medius and maximus or through splitting of the gluteus maximus. Each approach aims to provide adequate exposure while minimizing damage to surrounding structures.
This document describes several surgical approaches to the hip and acetabulum. It discusses the Smith-Petersen anterior approach, which provides access to the anterior hip joint. It also covers the Watson-Jones anterolateral approach, most commonly used for total hip replacement. Additionally, it summarizes the Southern posterior approach, lateral approach, and medial (Ludloff's) approach. For the acetabulum, it outlines the ilioinquinal and posterior (Kocher-Langenbeck) approaches. Each approach is defined by its indications, patient positioning, incision, exposure, dangers, and relevant references.
Posteromedial and posterolateral approach to kneeBipulBorthakur
This document describes the posteromedial and posterolateral approaches to the knee. The posterolateral approach, also called the Henderson approach, involves an incision along the lateral side of the knee to access the posterolateral compartment. The direct posterolateral approach uses the interval between the popliteus and soleus muscles to expose the upper lateral tibia. The posteromedial approach, also a Henderson approach, involves an incision along the medial side through the semimembranosus and semitendinosus muscles to access the posteromedial compartment. A direct posteromedial approach uses the interval between the semimembranosus complex and medial head of gastrocnemius muscle. Both approaches aim to provide
This document summarizes different surgical approaches for acetabular fracture fixation:
The Kocher-Langenbeck approach involves a posterior incision and retracting the gluteus maximus to access posterior wall and column fractures. The ilioinguinal approach uses an anterior incision to expose the anterior wall and column through three windows. The iliofemoral approach extends the ilioinguinal incision distally along the thigh. The modified Stoppa's approach involves a transverse incision above the pubis and retracting the rectus abdominis to access anterior and transverse fractures. The modified Gibson's approach develops the interval between gluteus maximus and tensor fasciae lata rather than splitting the gluteus
This document summarizes the anatomy of the shoulder and approaches for shoulder surgery. It describes:
1) The bones, muscles, ligaments and joints of the shoulder including the humerus, glenoid fossa, rotator cuff muscles, labrum and key landmarks.
2) Six surgical approaches to the shoulder - anterior, anterolateral, lateral, minimal access, posterior and anterior arthroscopic.
3) The anterior approach in detail, including patient positioning, incision along the deltopectoral groove, identification of landmarks like the coracoid process, and layer-by-layer dissection of muscles like the deltoid, pectoralis major and subscap
This document describes several posterior surgical approaches to the elbow. It provides details on the techniques for the posterolateral extensile approach, the posterolateral approach in elbow contracture, the Wadsworth extensile posterolateral approach, the Macausland & Müller posterior approach using an olecranon osteotomy, and the Bryan and Morrey extensile posterior approach. Key steps common to many of the approaches include exposing the triceps tendon, retracting the ulnar nerve, reflecting the triceps mechanism or tendon, and exposing the posterior aspect of the elbow joint.
This document describes several surgical approaches to the tibia. The anterior approach provides access to the medial and lateral surfaces of the tibial shaft and is commonly used for plating fractures. The anterolateral approach exposes the proximal tibia and is the primary approach for tibial plateau fractures. The posteromedial approach gives access to the medial tibial plateau and is often combined with the anterolateral approach for complex fractures. Each approach is described in detail, including patient positioning, incision, exposure techniques, and clinical applications.
This document describes several surgical approaches to the shoulder and elbow. For the shoulder, it discusses the anterior, anterolateral, lateral, posterior, posterior inverted U, and transacromial approaches. For the elbow, it covers the posterior, anterior, medial, anterolateral, lateral J-shaped, posterolateral, and Boyd approaches. Each approach is described in terms of indications, patient positioning, incision details, exposure of relevant structures, and potential dangers.
This document describes the posterior approach for hip surgery. It is the most common approach as it allows easy access to the hip joint through a curved incision over the posterior aspect of the greater trochanter. It avoids weakness of the abductors compared to anterior approaches. Landmarks include palpating the greater trochanter. The gluteus maximus fibers are split to expose the short external rotator muscles and hip capsule. The sciatic nerve lies deep and must be protected. The posterior capsule is incised to dislocate the hip for visualization. Potential dangers include injury to the sciatic nerve or inferior gluteal vessels.
Osseous anatomy, Types of approaches(Position,landmarks,Incision,Superficial and Deep surgical dissection) , structures at risk, Extensile approaches with diagrams and eponymous .
The document describes several surgical approaches to the humerus. The anterior approach exposes the anterior surface of the humeral shaft and is used for fracture fixation and tumor resection. The anterolateral approach exposes the distal fourth of the humerus and is used for distal fracture fixation and radial nerve exploration. The posterior approach provides access to the lower three-fourths of the posterior humerus and is used for fracture fixation and nerve/tumor procedures. The lateral approach exposes the lateral epicondyle and is used for lateral condyle fractures and tennis elbow treatment. All approaches require identification and protection of vulnerable nerves like the radial and axillary.
Presentation on different levels of amputation of upper limb including hand amputations., thumb reconstructions, kruckenberg amputation, thumb poloicization.
This document discusses various types of casts used to immobilize different body parts, including hip spica casts, thumb spica casts, and shoulder spica casts. It provides details on the indications, techniques, positions, and complications of each type of cast. It also covers functional cast bracing, which allows controlled movement and weight bearing during fracture healing to promote rapid recovery. A variety of plaster and thermoplastic materials can be used to fabricate functional bracing devices for the upper and lower limbs.
hip joint anatomy physiology and injuries.pptx9459654457
The hip joint is a ball and socket synovial joint that connects the femur to the pelvis. It is made up of the spherical head of the femur articulating with the acetabulum of the pelvis. The hip joint allows for flexion, extension, abduction, adduction, and medial/lateral rotation. It is stabilized by strong ligaments and surrounded by muscles that power its movements. The femoral head receives its blood supply through the ligament of the head of femur within the joint capsule.
This document describes the knee medial parapatellar approach for knee surgery. It involves making a midline longitudinal incision above the patella and extending to the tibial tubercle. Superficial dissection develops medial skin flaps to expose the quadriceps tendon and medial border of the patella. Deep dissection involves dislocating the patella laterally. The approach provides exposure to anterior knee structures and is used for procedures like total knee arthroplasty and meniscal repairs. Potential risks include injury to the infrapatellar branch of the saphenous nerve and skin necrosis.
APPROACHES OF ILIUM, PUBIC SYMPHYSIS & SACROILLIAC JOINTCHAUDHARY ARPAN
THIRD YEAR PG RESIDENT,
M.S. ORTHOPAEDICS
muscles of the thigh, Gluteus medius, Gluteus maximus, Tensor fascia lat, Anterior and posterior Illium approaches for grafting, Anterior approach to the iliac wing and SI joint.
Anterior approach to the iliac wing and SI joint,
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
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How to Add Chatter in the odoo 17 ERP ModuleCeline George
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ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
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What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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A Strategic Approach: GenAI in EducationPeter Windle
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3. PRINCIPLE OF SURGERY IN HIP JOINT
• Thorough knowledge of anatomy and variations
• Basics of surgery should be always followed including hand scrub ,part
preparation of the area ,positioning the patient ,draping ,identification of
landmarks and making incision along skin creases and surgical planes.
• Focused dissection:Directly approach the operative area whether it is a bone or a
joint thus minimizing dissection.
• Follow internervous plane to avoid damage to and denervating the muscles.
• Sometimes it is not possible to dissect along the internervous plane,so muscle
splitting approaches needed
I. Split muscle along the lines of the fibers.
II. Splitting muscle as far as possible from neuromuscular junction to avoid
denervation
III. Bulk of muscle should be retracted along with nerves
4. Anterior approach
Anterior iliofemoral approach
to hip
SMITH PETERSON
Modified iliofemoral approach
to the hip
SMITH PETERSON
Anterior approach to hip using transverse approach
SOMERVILLE
5. SMITH PETERSON APPROACH
Indications
I. Open reduction of congenital dislocation of the hip when the dislocated femoral
head lies anterior superior to the acetabulum
II. Synovial biopsies
III. Intra articular fusions
IV. Total hip replacement
V. Hemiarthroplasty
VI. Excision of tumours especially of the pelvis
VII. Hip arthrodesis
VIII. Decompression of the joint and pus drainage in septic arthritis
7. Make an 8 to 10 cm incision following the anterior half of the iliac crest to
the anterior superior iliac spine ,then downwards and slightly laterally 10 to
12 cm
8. Go through internervous plane
1.Superfically between sartorius supplied by femoral nerve and tensor fascia
lata supplied by superior gluteal nerve
9. Deeply between rectus femoris supplied by femoral nerve and gluteus medius
supplied by superior gluteal nerve.
10. NOTE
You will come across Lateral femoral cutaneous nerve over inter-
nervous plane, kindly protect it and ascending branch of the lateral
femoral circumflex artery ,ligate it or coagulate
11. SOMERVILLE APPROACH
• Used for irreducible congenital dislocation of hip in a young child
• Make a straight skin incision ,beginning anteriorly inferior and medial
to anterior superior spine and coursing obliquely superiorly and
posteriorly to the middle of crest and expose the crest
12. 1.Reflect abductors subperiosteally from the iliac wing distally to the capsule
of joint
2. Increase exposure of the capsule by separating the tensor fasciae lata from
sartorius for about 2.5 cm inferior to the ASIS
.
13. 1.Expose the reflected head of rectus femoris from acetabulum
2.Near the acetabulum rim , make a small incision in the capsule
.
14. 1.Examine inside of acetabulum and remove any inverted labrum
2.Reduce the head into the acetabulum by abducting the thigh 30 degree and
internally rotating it.
3.Hold the joint in this position and close the capsule
15. LATERAL APPROACH TO THE HIP
Lateral approach to the hip
WATSON JONES APPROACH
Lateral approach for extensive exposure of the hip
HARRIS APPROACH
Lateral approach to the hip preserving the gluteus
medius
MACFARLAND AND OSBORNE
Lateral trans-gluteal approach to the hip
HAY AS DESCRIBED BY MCLAUCHLAN
Lateral trans-gluteal approach to the hip
HARDINGE
16. WATSON JONES APPROACH
INDICATIONS
• Hip arthroplasty
• Fracture of femur head
• Open reduction of femoral neck fractures
• Femoral acetabular impingement
17. • Begin incision 2.5 cm distal and lateral to ASIS
• Curve it distally and posteriorly over lateral aspect of the greater
trochanter and lateral surface of the femoral shaft.
19. Incise the capsule of the joint longitudinally along the anterio-superior
surface of the femoral neck
20. • In the distal part of incision the origin of vastus lateralis may be
reflected distally or split longitudinally to expose base of trochanter
and proximal part of the femoral shaft
21. WATSON JONES APPROACH
ADVANTAGES
I. Stability and reduced chance s of posterior dislocation
II. Less risk of sciatic nerve damage
DISADVANTAGES
I. Weakening of abductors during dissection or by denervation.
II. Injury to superior gluteal nerve.
III.Injury to lateral circumflex femoral artery.
IV.Rarely injury to femoral vessels and nerve.
22. HARRIS APPROACH
• Make a U shaped incision with its base at the posterior border of the
greater trochanter
23. • Divide Iliotibial band proximal to greater trochanter amd place a
finger on insertion of gluteus maximus deep to the band and fascia
lata incised 1 finger breath anterior to insertion without cutting into
insertion of gluteus maximus
24. • For wide exposure posteriorly and to provide space into which
femoral head can be dislocated ,a short oblique incision has been
made in posteriorly reflected fascia lata , extending into gluteus
maximus.
25. • Osteotomize greater trochanter to free abductors and reflect distally
the origin of vastus lateralis .
• Free the superior part of joint capsule.
• Divide insertion of piriformis, obturator externus and obturator
internus
26. • Expose full circumference of femoral head by placing greater
trochanter and its muscle pedicle into acetabulum and externally
rotating femur.
27. • Entire acetabulum can be exposed by retracting the greater trochanter
superiorly and dislocating the femoral head posteriorly.
• When closing wound position the limb in almost full abduction and in
about 10 degree of external rotation. Transplant the greater trochanter
distally, and fix it directly to lateral side of femoral shaft with K wire ,screws
or cable wire.
28. MACFARLAND & OSBORNE APPROACH
• Make a mid-lateral skin incision centered over the greater
trochanter.
29. • Expose the gluteal fascia and iliotibial band and divide them in a straight
mid-lateral line along the entire length of the skin incision.
• Reflect gluteus maximus posteriorly and tensor fasciae latae anteriorly.
30. • Gluteus medius identified and from posterior border make an incision
down to the bone through the periosteum and fascia obliquely and
distally across the greater trochanter to middle of the lateral aspect of
the femur.
31. • Combined muscle mass consisting of gluteus medius and vastus
lateralis with their tendinous junction elevated and retracted
anteriorly
32. • Tendon of gluteus minimus is split and divided before retraction
proximally.
34. HARDINGE APPROACH
INDICATIONS
I. Total hip replacement , hip resurfacing.
II. Fracture of femoral neck.
III. Open reduction of femoral neck fractures.
IV. Proximal femoral osteotomy.
35. • Position the patient supine on the operating table with GT at the edge
of the table
36. • Make a posteriorly directed lazy J incision centered over the greater
trochanter
37. • Divide the fascia lata in line with skin incision centered over greater
trochanter.
• Retract tensor fascia lata anteriorly and gluteus maximus posteriorly,
exposing origin of vastus lateralis and the insertion of the gluteus
medius.
38. • Incise the tendon of the gluteus medius obliquely across the greater
trochanter, leaving the posterior half attached to the trochanter.
• Carry the incision proximally in the line with the fibers of the gluteus
medius at the junction of the middle and posterior third of the muscle.
• Note :- Split should be no further than 4 to 5 cm from the tip of greater
trochanter to avoid injury to the superior gluteal nerve and artery.
39. • Elevate tendinous insertion of the anterior portion of gluteus
minimus and vastus lateralis muscle.
• Abduction of thigh exposes the anterior capsule of the hip joint.
• Incision given to expose the joint.
40. HARDINGE APPROACH
• ADVANTAGES
I. Good access to the hip with preservation of vascularity.
II. Minimal risk of damage to sciatic nerve.
DISADVANTAGES
I. Damage to gluteal muscle mainly gluteus medius and loss of
abductor function
II. Heterotropic ossification may be a problem.
41. HAY AS DESCRIBED BY MCLAUCHLAN
• Make a longitudinal skin incision centered midway between the
anterior and posterior borders of the GT
42. • Incise the deep fascia and tensor fascia lata in line with the skin
incision.
• Retract these structure to expose GT with gluteus medius attached to
it proximally and the vastus lateralis attached distally.
43. • Split the gluteus medius in the line of its fibers for a distance of no
more than 4 to 5 cm to avoid damage to the superior gluteal
neurovascular bundle.
• Elevate two rectangular slices of GT ,one anteriorly and one
posteriorly with an osteotome.
• These slices of trochanter have gluteus medius attached proximally
and vastus lateralis attached distally.Retract to reveal gluteus
minimus
44. • Rotate the hip externally and split the gluteus minimus in the line of
its fibers or detach it from the greater trochanter.
• Incise the capsule of the hip joint and dislocate the hip anteriorly by
flexion and external rotation
45. HAY AS DESCRIBED BY MCLAUCHLAN
• When closing ,suture the capsule if enough of it is left
• Internally rotate the hip and suture the trochanteric slices to the
periosteum and the other soft tissue covering the trochanter.
46. POSTERIOLATERAL APPROACH(GIBSON)
• Begin the proximal limb of the incision at a point 6 to 8 cm anterior to
the PSIS and just distal to the iliac crest ,overlying the anterior border
of the gluteus maximus muscle.
• Extend it distally to the anterior edge of the GT and farther distally
along the line of the femur for 15 to 18 cm .
47. • Reflect the soft tissue and expose the deep fascia.
• Incise the iliotibial band in line with its fibers ,beginning at the distal
end of the wound and extending proximally to the GT.
• Retract anterior and posterior mases to expose the GT with attached
muscles.
48. • Separate the posterior border of gluteus medius from adjacent
piriformis tendon by blunt dissection.
• Divide the gluteus medius and minimus at their insertion ,but leave
enough of their tendons attached to the GT to permit closure
• Reflect these muscles anteriorly
• Now the joint capsule can be seen
49. • Hip can be dislocated by flexing the hip and knee and abducting and
externally rotating the thigh
51. • OSBORNE APPROACH
• Begin the incision 4.5 cm distal and lateral to the PSIS and continue it
laterally and distally ,remaining parallel with the fibers of the gluteus
maximus muscle to the posterior superior angle of GT and distally
along the posterior border of the trochanter for 5 cm
52. • Gluteus maximus is splitted parallel with line of the incision and
retracted
53. • Divide piriformis ,gemellus and obturator internus muscles and retract
medially to expose posterior aspect of joint capsule.
54. MOORE APPROACH
INDICATIONS
• Hip arthroplasty
• Acetabular reconstruction during revision
• Muscle pedicle bone grafting
• Acetabular fractures for fixation of posterior wall/column
55.
56. • Start the incision approx. 10 cm distal to the PSIS and extend it
distally and laterally parallel with the fibers of the gluteus maximus to
the posterior margin of the GT. Direct the incision distally 10 to 13 cm
parallel with the femoral shaft.
57. • Gluteus maximus is spilitted in line with its fibers and retracted to
expose sciatic nerve ,GT and short external rotators muscles.
58. • Free short external rotators muscles from femur and retracted
medially to expose the joint capsule
59. • Open the joint capsule and dislocate hip joint by flexing ,adducting
and internally rotating thigh
60. MOORE APPROACH
• ADVANTAGES
I. Good exposure of both acetabulum and femoral head and neck
DISADVANTAGES
I. Blood supply to femoral head is likely to get damaged resulting in
osteonecrosis restricting its use in conservative hip surgery such as open
hip debridement ,open surgery for hip impingement.
II. Damage to sciatic nerve
III. Injury to inferior gluteal vessels
IV.Higher dislocation rate if soft tissue reconstruction is inadequate.
61. MEDIAL APPROACH TO THE HIP
FERGUSON;HOPPENFELD AND DEBOR
INDICATIONS
I. Open reduction of DDH.
II. Approach of choice for lesion near lesser trochanter
III. Biopsy and treatment of tumours of inferior portions and femoral neck and medial
aspect of proximal shaft.
IV. Psoas release
V. Obturator neurectomy
DISADVANTAGES
I. Incision closer to perineum.
II. Limited exposure of capsule of hip joint.
III. Deep incision –vascular injury.
62.
63. • Make a longitudinal incision on the medial aspect of the thigh,
beginning about 2.5 cm distal to the pubic tubercle and over the interval
between the gracilis and the adductor longus muscles.
64. • Develop the plane between the adductor longus and brevis
muscles anteriorly and the gracilis and adductor magnus muscles
posteriorly
65. Adductor longus has been retracted anteriorly, and gracilis and
adductor magnus have been retracted posteriorly
66. • Expose and protect the posterior branch of the obturator nerve
and the neurovascular bundle of the gracilis muscle. Locate lesser
trochanter and the capsule of the hip joint in the floor of the
wound
67. DANGERS
1.Anterior branch obturator nerve lies on the front of adductor brevis
and neurovascularbundle of gracilis muscle.
2.Posterior division lies in the substance of obturator externus,runs
down the high on adductor magnus and under adductor brevis.
3.Medial circumflex artery passes on distal part of psoas tendon