Autologous Techniques to Fill Bone Defects for Acute Fractures and Nonunions, An Issue of Orthopedic Clinics, 1st Edition
Authors :
Hans-Christian Pape & Timothy G. Weber
Overview – Bone Defects Caused by High Energy Injuries, Bone Loss, Infected Non Union, Non Union, Physiology of Autografting, Background: Viable Bone and Circulation – Factors Required for Survival of Bone Grafts, Use of Solid (Tricortical) and
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Overview – Bone Defects Caused by High Energy Injuries, Bone Loss, Infected Non Union, Non Union, Physiology of Autografting, Background: Viable Bone and Circulation – Factors Required for Survival of Bone Grafts, Use of Solid (Tricortical) and Cancellous Bone Graft, Theory of Induced Membrane/Autograft for Bone Defects, Resorbable Membrane for Space Preservation and Graft Containment, Summary of Animal Work on Induced Membrane, Biological Rationale for Intramedullary Canal as Source of Autograft, Clinical Reports, Experience with Masquelet Method and RIA IM Autograft for Bone Defects, Experience with RIA IM Autograft and Non Unions, Patient Morbidity RIA Versus ICBG, RIA Graft and ChronOs Community Experience Using RIA Bone Graft, Management of Complicated Clinical Scenarios, Difficult Biomechanics and Good Soft Tissues – How to Handle Subtrochanteric Nonunions, Difficult Soft Tissues and Challenging Biomechanics– How to Handle Distal Tibial Nonunions, Management of Bone Loss, Nonunions and Infection.
Overview – Bone Defects Caused by High Energy Injuries, Bone Loss, Infected Non Union, Non Union, Physiology of Autografting, Background: Viable Bone and Circulation – Factors Required for Survival of Bone Grafts, Use of Solid (Tricortical) and Cancellous Bone Graft, Theory of Induced Membrane/Autograft for Bone Defects, Resorbable Membrane for Space Preservation and Graft Containment, Summary of Animal Work on Induced Membrane, Biological Rationale for Intramedullary Canal as Source of Autograft, Clinical Reports, Experience with Masquelet Method and RIA IM Autograft for Bone Defects, Experience with RIA IM Autograft and Non Unions, Patient Morbidity RIA Versus ICBG, RIA Graft and ChronOs Community Experience Using RIA Bone Graft, Management of Complicated Clinical Scenarios, Difficult Biomechanics and Good Soft Tissues – How to Handle Subtrochanteric Nonunions, Difficult Soft Tissues and Challenging Biomechanics– How to Handle Distal Tibial Nonunions, Management of Bone Loss, Nonunions and Infection.
Author Information
By Hans-Christian Pape, MD, FACS and Timothy G. Weber, MD
https://www.us.elsevierhealth.com/autologous-techniques-to-fill-bone-defects-for-acute-fractures-and-nonunions-an-issue-of-orthopedic-clinics-9781437718478.html6232Autologous Techniques to Fill Bone Defects for Acute Fractures and Nonunions, An Issue of Orthopedic Clinicshttps://www.us.elsevierhealth.com/media/catalog/product/9/7/9781437718478.jpg79.1998.99USDInStock/Medicine/Orthopaedics/Clinics/Clinics6643887255255041Overview – Bone Defects Caused by High Energy Injuries, Bone Loss, Infected Non Union, Non Union, Physiology of Autografting, Background: Viable Bone and Circulation – Factors Required for Survival of Bone Grafts, Use of Solid (Tricortical) and Cancellous Bone Graft, Theory of Induced Membrane/Autograft for Bone Defects, Resorbable Membrane for Space Preservation and Graft Containment, Summary of Animal Work on Induced Membrane, Biological Rationale for Intramedullary Canal as Source of Autograft, Clinical Reports, Experience with Masquelet Method and RIA IM Autograft for Bone Defects, Experience with RIA IM Autograft and Non Unions, Patient Morbidity RIA Versus ICBG, RIA Graft and ChronOs Community Experience Using RIA Bone Graft, Management of Complicated Clinical Scenarios, Difficult Biomechanics and Good Soft Tissues – How to Handle Subtrochanteric Nonunions, Difficult Soft Tissues and Challenging Biomechanics– How to Handle Distal Tibial Nonunions, Management of Bone Loss, Nonunions and Infection. Overview – Bone Defects Caused by High Energy Injuries, Bone Loss, Infected Non Union, Non Union, Physiology of Autografting, Background: Viable Bone and Circulation – Factors Required for Survival of Bone Grafts, Use of Solid (Tricortical) and Cancellous Bone Graft, Theory of Induced Membrane/Autograft for Bone Defects, Resorbable Membrane for Space Preservation and Graft Containment, Summary of Animal Work on Induced Membrane, Biological Rationale for Intramedullary Canal as Source of Autograft, Clinical Reports, Experience with Masquelet Method and RIA IM Autograft for Bone Defects, Experience with RIA IM Autograft and Non Unions, Patient Morbidity RIA Versus ICBG, RIA Graft and ChronOs Community Experience Using RIA Bone Graft, Management of Complicated Clinical Scenarios, Difficult Biomechanics and Good Soft Tissues – How to Handle Subtrochanteric Nonunions, Difficult Soft Tissues and Challenging Biomechanics– How to Handle Distal Tibial Nonunions, Management of Bone Loss, Nonunions and Infection.00add-to-cart97814377184782011 and earlierProfessionalBy Hans-Christian Pape, MD, FACS and Timothy G. Weber, MD20101Book178w x 254hSaunders0Dec 21, 2009IN STOCK - This may take up to 5 business days to shipBy <STRONG>Hans-Christian Pape</STRONG>, MD, FACS and <STRONG>Timothy G. Weber</STRONG>, MDClinicsClinicsThe Clinics: OrthopedicsNoNoNoNoPlease SelectPlease SelectPlease Select
