Results 221 to 230 of about 397,074 (267)
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Otolaryngologic Clinics of North America, 1994
In this article, we have reviewed important issues regarding skin graft reconstruction of cutaneous and mucosal defects in the head and neck. Careful attention to surgical technique and immobilization of the grafts during healing lead to more successful reconstructions. Partial-thickness skin grafts lack epidermal appendages.
G J, Petruzzelli, J T, Johnson
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In this article, we have reviewed important issues regarding skin graft reconstruction of cutaneous and mucosal defects in the head and neck. Careful attention to surgical technique and immobilization of the grafts during healing lead to more successful reconstructions. Partial-thickness skin grafts lack epidermal appendages.
G J, Petruzzelli, J T, Johnson
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BONE-GRAFTING AND BONE-GRAFT SUBSTITUTES
The Journal of Bone and Joint Surgery-American Volume, 2002The treatment of delayed unions, malunions, and nonunions requires restoration of alignment, stable fixation, and in many cases adjunctive measures such as bone-grafting or use of bone-graft substitutes.Bone-graft materials usually have one or more components: an osteoconductive matrix, which ...
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Otolaryngologic Clinics of North America, 1990
The techniques of partial-thickness and full-thickness skin grafting are reviewed, including choice of donor site, preparation of recipient site, graft harvesting, and postoperative dressings and care. A review of the basic principles of skin graft healing is included to increase understanding of the reasons these techniques are used and to show how to
G H, Branham, J R, Thomas
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The techniques of partial-thickness and full-thickness skin grafting are reviewed, including choice of donor site, preparation of recipient site, graft harvesting, and postoperative dressings and care. A review of the basic principles of skin graft healing is included to increase understanding of the reasons these techniques are used and to show how to
G H, Branham, J R, Thomas
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Graft collection by apheresis and graft composition
Transfusion and Apheresis Scienceno ...
Pierelli L., Capalbo A.
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Probable Graft-Versus-Graft Reaction
Pediatrics, 1983To the Editor.— The report by Lauer et al "Probable Graft-vs-Graft Reaction in an Infant after Exchange Transfusion and Marrow Transplantation" deserves comment. Proof of initial engraftment from the random blood donor depends on the HLA type of the donor. The HLA typing of the patient's lymphocytes rules out engraftment unless the donor
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Bone Grafts and Bone Graft Substitutes
2012Bone grafts or substitutes are used in spinal surgery to fill defects, bridge defects or to promote spondylodesis. The physiological process is similar to that of fracture healing and incorporates the same spatial and temporal factors. The ideal material should provide osteogenetic, osteoinductive and osteoconductive properties.
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Grafting on Solid Surfaces: “Grafting to” and “Grafting from” Methods
2008The grafting of polymer brushes to a solid surface provides a versatile tool for surface modification and functionalization. End-functionalized polymer chains may be grafted to the solid substrate (grafting to) or the grafting reaction can proceed by polymerization from the surface (grafting from).
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Clinical Orthopaedics and Related Research, 1978
By avoiding tension and securing anatomical neurorrhaphy, regeneration of nerve is obtainable. When the gap exceeds a certain limit, the only way to avoid tension is the use of grafts. Experience in animal experiments and clinical practice has demonstrated that regenerating axons can cross 2 optimal suture lines much more easily than one sub-standard ...
A, Berger, H, Millesi
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By avoiding tension and securing anatomical neurorrhaphy, regeneration of nerve is obtainable. When the gap exceeds a certain limit, the only way to avoid tension is the use of grafts. Experience in animal experiments and clinical practice has demonstrated that regenerating axons can cross 2 optimal suture lines much more easily than one sub-standard ...
A, Berger, H, Millesi
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Veterinary Clinics of North America: Small Animal Practice, 1987
Bone grafts in clinical practice are primarily used to help achieve bony union in cases of indolent healing of fractures or pseudoarthrosis; to supplement the healing of certain fresh fractures; to promote fusion (arthrodesis) of joints damaged by injury, disease, or deformity, and to fill defects in bone created by tumors, chronic infection, or injury.
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Bone grafts in clinical practice are primarily used to help achieve bony union in cases of indolent healing of fractures or pseudoarthrosis; to supplement the healing of certain fresh fractures; to promote fusion (arthrodesis) of joints damaged by injury, disease, or deformity, and to fill defects in bone created by tumors, chronic infection, or injury.
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