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manual panasonic advanced hybrid system kx t7730Please review prior to ordering Please review prior to ordering Comprehensive and used-friendly, the book covers PCL anatomy and biomechanics, diagnosis and evaluation, and both surgical and non-surgical treatment strategies. Surgical chapters discuss graft selection and open and arthroscopic techniques, including both primary and revision surgery and combined reconstruction with other knee ligaments. New chapters illustrate cutting-edge and advanced surgical techniques in reconstruction and primary repair, articular cartilage resurfacing and meniscus transplant in the PCL injured knee, mechanical graft tensioning, the role of osteotomy, treatment of PCL injuries in children, results of treatment and outcomes data in PCL injuries, clinical case studies, and the editor’s experience chapter based on 24 years of treating PCL injuries. Complications, bracing and rehabilitation round out the presentation. Written and edited by leaders in the management of injuries to the knee, this will be an invaluable text for orthopedic surgeons and sports medicine practitioners alike. Please review prior to ordering Please review prior to ordering. Please review prior to ordering Please review prior to ordering This comprehensive and practical volume covers everything from biomechanics and anatomy, non-operative treatment and rehabilitation to the latest surgical treatments of PCL injuries using arthroscopy, grafts and synthetic ligament substitutes. Each of this early written chapters is accompanied by a wealth of line drawings and photographs demonstrating both the surgical and non-surgical approaches to examination and treatment. For any orthopaedic surgeon confronted by knee injuries, this volume is fundamental reading. Dr. Fanelli has compiled an impressive group of contributing authors and has organized the book in a way that makes it very readable and particularly suitable for quick reference.. This book is recommended for anyone who has a subspecialty interest in the knee.http://riolisboa.com/images/ul_files/ThKCcoEgDtG1.xml
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It is a practical guide for the management of posterior cruciate ligament injuries. It can be considered as a reference manual for the posterior cruciate ligament.Please review prior to ordering Please review prior to ordering. Each of this early written chapters is accompanied by a wealth of line drawings and photographs demonstrating both the surgical and non-surgical approaches to examination and treatment. For any orthopaedic surgeon confronted by knee injuries, this volume is fundamental reading. These studies have resulted in a better understanding of ACL function and improved surgical outcomes of ACL reconstructions. The lack of scientific data may in part explain the poorer clinical outcomes following PCL injury and surgery, compared to those for the ACL. View Anatomy and Biomechanics of the Posterolateral Aspect of the Knee Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.23-46 Robert F LaPrade Timothy S. Bollom Because of the developmental phylogeny that has occurred owing to the initial articulation of the fibula with the femur and its eventual descent over time to articulate with the tibia, the anatomy of the posterolateral aspect of the knee is more complex than the medial side. In addition, in lower species, there is a meniscus between the articulation of the femur and the fibular head. It has been speculated that this meniscus may have eventually evolved into the popliteus attachment to the fibular styloid (popliteofibular ligament) or the popliteus tendon. In addition, the popliteus complex and the biceps femoris complex in lower species are noted to have attachments around the knee that are different from those found in humans. These anatomic differences have made the posterolateral aspect of the knee more complex and less thoroughly studied than the medial aspect of the knee in terms of both its anatomy and biomechanics.http://sewersp.com/fckfiles/computer-security-lab-manual-free-download.xml View The Anatomy and Biomechanics of the Posteromedial Aspect of the Knee Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.47-61 Fred Flandry Christian C. Perry This chapter addresses the anatomy and the biomechanical aspects of the anatomy of the medial side of the knee within the narrow context of medial knee ligament injuries associated with posterior cruciate ligament (PCL) sprains. As such, it is not an all-encompassing discourse, but rather is intended to provide the clinician with the salient background requisite for managing this specific injury entity. Over the last 10 years, significant new information has become available on the anatomy and biomechanics of the PCL that has allowed us to be more precise in our diagnostic skills, which have an ultimate effect on treatment decisions. View Imaging of the Posterior Cruciate Ligament Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.77-85 D. C. Peterson L. M. F. Thain P. J. Fowler Images of any structure, either in its normal state or when it has been subjected to a pathologic process, add objectivity to treatment decisions and to assessment of outcome. In the posterior cruciate ligament (PCL)-injured knee, utilization of new advances in this discipline together with existing techniques continue to improve our diagnostic and therapeutic acumen. View Measurement of the Posterior Cruciate Ligament and Posterolateral Corner Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.87-93 Don Johnson The proper evaluation of the posterior displacement of the knee involves the clinical examination, instrumented measuring devices, and stress x-rays. It is important to measure the amount of posterior displacement of the tibia relative to the femur for the following reasons. To differentiate a partial from a complete posterior cruciate ligament (PCL) injury. To compare results of treatment of PCL injuries. To compare the change over time in laxity after PCL injury or surgical treatment.http://superbia.lgbt/flotaganis/1652936230 Isolated PCL tears most likely result from a direct blow to the proximal tibia, causing a posteriorly directed force. This occurs with the so-called dashboard knee in motor vehicle accidents, or when the proximal tibia contacts an immovable object. A fall on the flexed knee with the foot in plantar flexion may also induce an isolated PCL tear.5 Forced flexion plus internal rotation has also been reported to cause isolated PCL tears.6 Hyperextension, forced varus or valgus, and knee dislocations are associated with PCL tears plus other ligament tears.2,3,7,8 View The Natural History of the Posterior Cruciate Ligament-Deficient Knee Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.109-115 Bradley F. Giannotti Qualification of the natural history of a disease process is imperative so as to initiate appropriate and specific treatment. Why alter a process if you don’t know the unaltered end point. In neoplastic terms, an entity with a “benign” natural history usually can be treated less aggressively, while a “malignant” condition often requires more aggressive modalities. Although posterior cruciate ligament (PCL) injury is not cancer, determining the natural history and treatment is no different. View Nonoperative Treatment of Posterior Cruciate Ligament Injuries Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.117-131 John A. Bergfeld Manuel Leyes Gary Joseph Calabrese The posterior cruciate ligament (PCL) injury is one of the most controversial areas in sports medicine.1 There is no consensus in the literature with respect to its incidence, natural history, and indications for conservative or surgical treatment. Unlike anterior cruciate ligament (ACL) reconstruction, the results of surgical reconstruction of the PCL are inconsistent, and there is little agreement among surgeons as to surgical techniques.https://www.formuladesign.com/images/canon-eos-7d-manual-spanish.pdf Therefore, it is critical to identify those patients who can be treated nonoperatively and who will do as well, if not better, than the patients undergoing surgical reconstruction. View Graft Selection in Posterior Cruciate Ligament Surgery Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.135-140 Walter R. Shelton Reconstruction of the posterior cruciate ligament (PCL) is one of the most challenging problems of all knee surgery. Early attempts at repair alone proved unsatisfactory due to a lack of understanding of the complex anatomy of the PCL, and the tremendous stress placed on the ligament during normal knee motion. These failures led to a nonoperative treatment philosophy for most PCL tears, since results were equal to or better than surgical repair. This chapter presents our indications, graft selection, surgical technique, postoperative rehabilitation program, and results of PCL reconstruction using the transtibial tunnel technique. View Arthroscopically Assisted Posterior Cruciate Ligament Reconstruction: Tibial Inlay Technique Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.157-173 Richard D Parker John A. Bergfeld David R McAllister Gary Joseph Calabrese Posterior cruciate ligament (PCL) injuries of the knee, though less common than anterior cruciate ligament (ACL) injuries, are more prevalent than once believed, representing up to 20 of significant knee ligament injuries.1 Many of these injuries, especially if isolated, are not diagnosed initially, and surface clinically at a later date or coincidentally during routine physical examination. The quest for the ideal synthetic continued into the modern era of orthopedics; Dr. Jack Kennedy4 in 1975 use Polyflex, a polyethylene ligament substitute.5 This was firmly anchored to the bone with a metal collar and bone cement. My only experience with this device was in attempting to remove a failed ligament, and I was left with a large hole, requiring bone grafting. It results in disruption of at least three of the four major ligaments of the knee and leads to significant functional instability. Vascular and nerve damage, as well as associated fractures, may contribute to the challenge of caring for this injury. Historical treatment was primarily limited to immobilization. View Rehabilitation of Posterior Cruciate Ligament Injuries Chapter Jan 2001 Posterior Cruciate Ligament Injuries pp.267-289 Craig J Edson Daniel D. Feldmann The natural history of posterior cruciate ligament (PCL) injuries has not been extensively studied, and consequently is not clearly understood. This has resulted in controversy over the most effective treatment for these injuries. Additionally, there is a lack of information of controlled outcome studies in the literature that have focused on effective rehabilitation programs following PCL injury. Posterior cruciate ligament (PCL) injuries occur less frequently in this country, and the experience of the orthopedic surgeon is correspondingly less for PCL examination, diagnosis, and surgical reconstructive procedures. Studies indicate that acute PCL injuries are related to geographic region, frequency of blunt trauma, and the population density of orthopedic surgeons.1,2 Fanelli1,2 reports a 38 incidence of PCL tears in acute knee injuries at his tertiary care regional referral center. The frequency of PCL related injuries in this study is 38.3 of acute knee injuries in a study population of 222 knees; 48 (56.5) were multiple trauma related, while 28 (32.9) were sports related injuries. There were only three isolated PCL injuries (3.5), and 82 (96.5) PCL combined with one or more injured ligaments. Additional instrumentation of original design and original surgical technique directed to minimization of the risk of popliteal artery injury at tibial bone tunnel formation were proposed. During the period from 2010 through 2013 twenty one patients with PCL injuries were operated on at endoscopic surgery department. In 20 n patients treatment results were assessed in 6 and 12 months after intervention. Evaluation was performed by clinical results, IKDC forms, Lysholm - Gillquist score and visual pain scale. Reconstruction of the posterior cruciate ligament (PCL) yields less satisfying results than anterior cruciate ligament reconstruction with respect to laxity control. Accurate tibial tunnel placement is crucial for successful PCL reconstruction using arthroscopic tibial tunnel techniques. A discrepancy between anatomical studies of the tibial PCL insertion site and surgical recommendations for tibial tunnel placement remains. The objective of this study was to identify the optimal placement of the tibial tunnel in PCL reconstruction based on clinical studies. Methods. In a systematic review of the literature, MEDLINE, EMBASE, Cochrane Review, and Cochrane Central Register of Controlled Trials were screened for articles about PCL reconstruction from January 1990 to September 2011. Clinical trials comparing at least two PCL reconstruction techniques were extracted and independently analysed by each author. Only studies comparing different tibial tunnel placements in the retrospinal area were included. Results. This systematic review found no comparative clinical trial for tibial tunnel placement in PCL reconstruction. Several anatomical, radiological, and biomechanical studies have described the tibial insertion sites of the native PCL and have led to recommendations for placement of the tibial tunnel outlet in the retrospinal area. However, surgical recommendations and the results of morphological studies are often contradictory. Conclusions. Reliable anatomical landmarks for tunnel placement are lacking. Future randomized controlled trials could compare precisely defined tibial tunnel placements in PCL reconstruction, which would require an established mapping of the retrospinal area of the tibial plateau with defined anatomical and radiological landmarks. View Show abstract. The nature of posterior cruciate ligament (PCL) injuries and the scarcity of data on this issue have made reports on clinical and epidemiological features of PCL injuries valuable. We aimed to report our experiences with PCL injuries in our region. Methods. Any patient who referred with a diagnosis of PCL rupture from 2004 to 2018 to our center, was included in this report. We evaluated pre- and postoperative outcomes and compared patients with isolated and combined (multi-ligament) PCL injuries. Results. Overall, 55 patients were included in our study. Majority of patients underwent single tibial-double femoral tunnel reconstruction (56.4), followed by single tibial-single femoral tunnel (34.5) reconstruction. Allografts were used in 60 of patient. These additional injuries can affect surgical timing for knee ligament reconstruction and also affect the results of the treatment. This article will present the author's approach and experience in the initial assessment and treatment of the acute multiple ligament injured (dislocated) knee, and also present considerations in the treatment of chronic multiple ligament injured knee. View Show abstract. Both cruciates are torn plus one or both collateral ligament complexes. The frequency of popliteal artery injuries occurs with the same frequency in bicruciate knee ligament injuries and frank tibiofemoral dislocations. Nerve injuries, associated fractures, functional instability, and posttraumatic arthrosis may all occur with this injury complex. Surgical treatment offers good functional results documented in the literature by physical examination, arthrometer testing, stress radiography, and knee ligament rating scales. Mechanical tensioning devices are helpful with cruciate ligament tensioning. Some low-grade medial collateral ligament complex injuries may be amenable to brace treatment, whereas high-grade medial-side injuries require repair reconstruction. Lateral posterolateral injuries are most often successfully treated with surgical repair reconstruction. Surgical timing in acute multiple-ligament injured knee cases depends on the ligaments injured, injured extremity vascular status, skin condition of the extremity, degree of instability, and the patient's overall health. The authors' preference is allograft tissue for these complex surgical procedures. Delayed reconstruction of 2 to 3 weeks may decrease the incidence of arthrofibrosis, and it is important to address all components of the instability. Currently, there is no conclusive evidence that double-bundle PCL reconstruction provides superior results to single-bundle PCL reconstruction in the multiple-ligament injured knee. Traditional management of isolated MCL injuries has been conservative. However, grade III MCL injuries or those associated with the PMC can lead to rotational laxity that can significantly impact patient functionality. Biomechanically AMRI associated with grade III MCL injuries puts increase stress on ACL grafts reconstructed in isolation, leading to higher chances of failure. This chapter aims to review which circumstances require MCL surgery and considers the evidence available to help us make this decision. Acute repair of MCL injuries in the context of combined ACL and MCL injuries is limited to MCL distal avulsions that lead to the “Stener-like” lesion. Otherwise adopting a “wait and see” approach seems to be a reasonable option where persistent MCL laxity can be addressed with MCL reconstruction at the time of ACL reconstruction. No one singular method for MCL reconstruction has proven superiority. Anatomical and nonanatomic reconstructions and tendon transfers using both autograft and allograft have been described. View Show abstract Posterior Cruciate Ligament Injuries and Reconstruction: What I Have Learned Chapter Feb 2015 Gregory C. Fanelli This chapter is a compilation of my experience treating posterior cruciate ligament (PCL) injuries and PCL-based multiple ligament knee injuries over the past 25 years. Departing from the style of most text books, this chapter is written in the first person, and is intended to be a conversation between the reader and myself about one of the most complex and interesting topics in orthopedic surgery—PCL injuries and the multiple ligament-injured knee. The goal of this chapter is to maximize success, avoid complications, and help the surgeon stay out of trouble treating these complex and difficult cases. This chapter is organized to present brief sections of information that will help the orthopedic surgeon and other health care professionals to make treatment decisions in PCL and multiple ligament knee injury cases. Specific surgical procedures are discussed in various chapters throughout this text book. These complex injuries require a systematic approach to evaluation and treatment. Physical examination and imaging studies enable the surgeon to make a correct diagnosis and formulate a treatment plan. View Show abstract Management of complex knee ligament injuries Article Full-text available Jan 2011 Instr Course Lect Gregory C. Fanelli James P Stannard Michael J Stuart Bruce A. Levy The ideal management of the dislocated knee remains controversial. These injuries often can be elusive; a significant number of dislocated knees spontaneously reduce and appear relatively benign on routine radiographs. A high index of suspicion, based on the mechanism of injury, soft-tissue assessment of the limb, and the level of knee instability should alert the physician to the possibility of a dislocated knee. Early recognition and appropriate neurovascular assessment is paramount to the successful treatment of these complex injuries. Controversies exist regarding surgical versus nonsurgical management, early versus delayed surgery, the use of allograft versus autograft tissue, the decision to repair versus reconstruct torn ligamentous structures, and the type of reconstruction technique and postoperative rehabilitation program. To achieve optimal patient care, it is important to be aware of the current evaluation and treatment strategies for complex knee ligament injuries, including modern anatomic reconstruction techniques. View Show abstract Management of Complex Knee Ligament Injuries Article Full-text available Sep 2010 J Bone Joint Surg Am Vol Gregory C. Fanelli James P Stannard Michael J Stuart Bruce A. Levy View Surgical Treatment of Lateral Posterolateral Instability of the Knee Using Biceps Tendon Procedures Article Apr 2006 Gregory C. Fanelli Posterolateral instability (PLI) is common with posterior cruciate ligament tears and is less common with anterior cruciate ligament tears, and isolated PLI is rare. There are varying degrees of PLI with respect to pathologic external tibial rotation, and varus laxity. Surgical treatment of PLI must address all components of the PLI (popliteus tendon, popliteofibular ligament, lateral collateral ligament, and the lateral-posterolateral capsule), and other structural injuries. Successful posterior cruciate ligament and anterior cruciate ligament surgery depends upon recognition and treatment of posterolateral corner injuries. View Show abstract Posterior Cruciate Ligament Rehabilitation: How Slow Should We Go. Article Mar 2008 Gregory C. Fanelli Outcomes after posterior cruciate ligament (PCL) reconstructive surgery have historically been inferior to outcomes after reconstruction of the anterior cruciate ligament (ACL). As such, some surgeons may be reluctant to recommend reconstruction of the PCL. However, recent technologic advances have substantially improved PCL reconstructive surgical outcomes. These advances include better understanding of PCL diagnosis and surgical indications; recognition of the need for repair or reconstruction of associated injuries, especially injuries to the posterolateral and posteromedial corners of the knee; PCL-specific surgical instruments including mechanical tensioning devices to restore anatomic tibial step-off; improved graft fixation techniques including primary and backup methods of fixation; use of strong graft material including advances in the procurement, processing, and usage of allograft tissue; improved surgical techniques; and advances in the understanding of knee ligament structure and biomechanics, resulting in more accurate surgical tunnel placement, achieving anatomic graft insertion sites while minimizing graft bending. Today, PCL reconstructive surgery often results in excellent function with a return to the patient's preinjury level of activity. In contrast to accelerated rehabilitation after ACL reconstructive surgery, slow and deliberate postoperative rehabilitation is recommended to allow early healing to occur after PCL reconstructive surgery. View Show abstract ResearchGate has not been able to resolve any references for this publication. Recommended publications Discover more Article Full-text available Bicruciate lesion biomechanics, Part 2—treatment using a simultaneous tensioning protocol: ACL fixat. An uncommon technique for bicruciate ligament reconstruction involving simultaneous tensioning of the anterior cruciate ligament (ACL) and posterior cruciate ligament (PCL) grafts with ACL graft fixation first has been pointed out as superior to the “gold-standard” PCL graft fixation first. MethodsThe following knee conditions were evaluated: intact, bicruciate deficient and following bicruciate reconstruction. A simultaneous tensioning protocol was used for bicruciate reconstruction and PCL fixation first was compared to ACL fixation first. Results. Conclusion. Bicruciate ligament reconstruction using a simultaneous tensioning protocol with ACL fixation first resulted in a closer to normal tibiofemoral orientation. This study will help guide surgeons in decision making for the graft tensioning protocol and fixation sequence in a bicruciate ligament reconstruction. Level of evidence. While new or improved surgical techniques involving the PCL have achieved attractive results, accurate evaluation of the PCL-deficient knee still remains a challenge. The objective of this paper is to provide an up-to-date review regarding diagnosis and treatment of the PCL tear. View full-text Article Technical Considerations in Posterior Cruciate Ligament Reconstruction. The majority of posterior cruciate ligament (PCL) injuries encountered are associated with multiligament knee injuries and knee dislocations. Although not optimal, it is not unusual to have these injuries referred for orthopaedic assessment on a chronic basis. Double bundle reconstructions are reserved for isolated PCL injury or in revision situations. Insufficient data are available to evaluate the effectiveness of MRI for diagnosing injuries to the medial collateral ligament and lateral collateral ligament. Read more Last Updated: 07 Oct 2020 Discover the world's research Join ResearchGate to find the people and research you need to help your work. Join for free ResearchGate iOS App Get it from the App Store now. Install Keep up with your stats and more Access scientific knowledge from anywhere or Discover by subject area Recruit researchers Join for free Login Email Tip: Most researchers use their institutional email address as their ResearchGate login Password Forgot password. Keep me logged in Log in or Continue with LinkedIn Continue with Google Welcome back. Keep me logged in Log in or Continue with LinkedIn Continue with Google No account. All rights reserved. Terms Privacy Copyright Imprint. The 13-digit and 10-digit formats both work. Please try again.Please try again.Please try again. Comprehensive and used-friendly, the book covers PCL anatomy and biomechanics, diagnosis and evaluation, and both surgical and non-surgical treatment strategies. Surgical chapters discuss graft selection and open and arthroscopic techniques, including both primary and revision surgery and combined reconstruction with other knee ligaments. New chapters illustrate cutting-edge and advanced surgical techniques in reconstruction and primary repair, articular cartilage resurfacing and meniscus transplant in the PCL injured knee, mechanical graft tensioning, the role of osteotomy, treatment of PCL injuries in children, results of treatment and outcomes data in PCL injuries, clinical case studies, and the editor’s experience chapter based on 24 years of treating PCL injuries. Complications, bracing and rehabilitation round out the presentation. Written and edited by leaders in the management of injuries to the knee, this will be an invaluable text for orthopedic surgeons and sports medicine practitioners alike. Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Register a free business account Comprehensive and used-friendly, the book covers PCL anatomy and biomechanics, diagnosis and evaluation, and both surgical and non-surgical treatment strategies. Surgical chapters discuss graft selection and open and arthroscopic techniques, including both primary and revision surgery and combined reconstruction with other knee ligaments. New chapters illustrate cutting-edge and advanced surgical techniques in reconstruction and primary repair, articular cartilage resurfacing and meniscus transplant in the PCL injured knee, mechanical graft tensioning, the role of osteotomy, treatment of PCL injuries in children, results of treatment and outcomes data in PCL injuries, clinical case studies, and the editor’s experience chapter based on 24 years of treating PCL injuries. Complications, bracing and rehabilitation round out the presentation. Written and edited by leaders in the management of injuries to the knee, this will be an invaluable text for orthopedic surgeons and sports medicine practitioners alike. Full content visible, double tap to read brief content. Videos Help others learn more about this product by uploading a video. Upload video To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. The 13-digit and 10-digit formats both work. Please try again.Please try again.Please try again. Comprehensive and used-friendly, the book covers PCL anatomy and biomechanics, diagnosis and evaluation, and both surgical and non-surgical treatment strategies. Surgical chapters discuss graft selection and open and arthroscopic techniques, including both primary and revision surgery and combined reconstruction with other knee ligaments. New chapters illustrate cutting-edge and advanced surgical techniques in reconstruction and primary repair, articular cartilage resurfacing and meniscus transplant in the PCL injured knee, mechanical graft tensioning, the role of osteotomy, treatment of PCL injuries in children, results of treatment and outcomes data in PCL injuries, clinical case studies, and the editor’s experience chapter based on 24 years of treating PCL injuries.