Results 101 to 110 of about 45,159 (159)
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Knee Cartilage Defect Documentation: Computer Assistance in Quantification of Cartilage Defects
Orthopedics, 2005abstract In order to determine the potential for a computer-assisted program to allow accurate and reproducible measurements of joint surface defects, area measurements were repeated 10 times by three observers for two complex lesions of predetermined size.
Roberto, Diaz +3 more
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Gene therapy for cartilage defects
The Journal of Gene Medicine, 2005AbstractFocal defects of articular cartilage are an unsolved problem in clinical orthopaedics. These lesions do not heal spontaneously and no treatment leads to complete and durable cartilage regeneration. Although the concept of gene therapy for cartilage damage appears elegant and straightforward, current research indicates that an adaptation of gene
Magali, Cucchiarini, Henning, Madry
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Cartilage defects of the femoral trochlea
Knee Surgery, Sports Traumatology, Arthroscopy, 2009AbstractDespite improvements in the ability to detect articular cartilage defects of the trochlea, determining the significance of these lesions remains difficult. Physical examination and history taking remain the best way to estimate the clinical impact of these lesions. Debridement and/or microfracture are often initial surgical interventions; these
Robert A, Gallo, Brian T, Feeley
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Systemic Cartilage Defect in a Calf
Veterinary Pathology, 1978A 6-month-old Ayrshire calf had a systemic growth defect of cartilage. The most severe changes occurred in articular cartilage and epiphyseal plates of long bones where disturbance of ossification, necrosis, erosion, vascular invasion, proliferation of cartilaginous and fibrous tissue were seen.
Wild, P., Rowland, A. C.
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Evidence of cartilage flow in deep defects in articular cartilage
Virchows Archiv B Cell Pathology, 1975Full thickness defects (core defects) violating subchondral bone were created in the weight-bearing area of articular cartilage lining the rabbit medial femoral condyle. The repair reaction that follows has two components: (1) a sliding and flowing of cartilage over the edge of the defect and (2) a filling of the defect by repair tissue arising from ...
J A, Ghadially, F N, Ghadially
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Surgical Repair of Cartilage Defects of the Patella
Clinical Orthopaedics and Related Research, 2001The structure and biomechanical forces on the patellar joint challenges researchers to define an ideal method for resurfacing the patellar cartilage. The articular surface of the patella presents variability between individuals, and has various minor articulations that bear partial or total compressive, shear, and combined forces during movement ...
Atik, OS, KORKUSUZ, FEZA
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Operative Techniques in Sports Medicine, 2012
The indications for hip arthroscopy have continued to expand. Presently, hip arthroscopy is frequently used for diagnostic purposes, removal of loose bodies, treatment of synovial chondromatosis, femoral acetabular impingement, labral pathology, instability, ligamentum teres rupture, and chondral disease.
Chad M. Fortun +3 more
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The indications for hip arthroscopy have continued to expand. Presently, hip arthroscopy is frequently used for diagnostic purposes, removal of loose bodies, treatment of synovial chondromatosis, femoral acetabular impingement, labral pathology, instability, ligamentum teres rupture, and chondral disease.
Chad M. Fortun +3 more
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Cartilage resurfacing: Filling defects
The Journal of Arthroplasty, 2003Chondral defects with no significant bone involvement can be managed arthroscopically using surface treatments such as debridement and drilling, abrasion arthroplasty, and microfracture. Chondral defects can also be managed arthroscopically using osteochondral autografts (mosaicplasty) or by cartilage cell transplant or periosteal grafts, both of which
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2019
Tibial plateau defects present a challenging clinical entity, as their location, geometry, and proximity to surrounding structures make them technically challenging to treat. Additionally, the literature on the management of tibial plateau cartilage defects is not well-developed. Techniques such as osteochondral allografts or autografts are technically
Kevin C. Wang +2 more
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Tibial plateau defects present a challenging clinical entity, as their location, geometry, and proximity to surrounding structures make them technically challenging to treat. Additionally, the literature on the management of tibial plateau cartilage defects is not well-developed. Techniques such as osteochondral allografts or autografts are technically
Kevin C. Wang +2 more
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Repair of cartilage defects with periosteal grafts
British Journal of Plastic Surgery, 2005Alternative sources for repair of cartilage defects are limited and donor sites are associated with morbidity. It is known that cartilage development from periosteal grafts is possible. Various factors have been found positively to affect this process in experimental settings. However, all of these studies were limited to joint cartilage.
Ulutas, K +3 more
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