STP1560

    Metal-On-Metal Total Hip Replacement Devices

    Kurtz Steven, Greenwald A., Mihalko William, Lemons Jack
    Published: 2013


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    Twenty peer-reviewed papers provide contemporary insight into the evolving knowledge metal-on-metal (MOM) total and surface replacement hip systems employed as a remedy in the treatment of degenerative arthritis.

    Topics cover:
    • Characterization of adverse local tissue reactions
    • Wear/Corrosion: metallic product measurement in fluid and tissue samples
    • Analyses of retrieved MOM implants
    • In-Vitro testing of MOM implants under adverse conditions


    Table of Contents

    Metal-on-Metal and Other Bearing Trends Among Fellows of the AAOS
    Amini M., Mihalko W., Urish K.

    Lymphocyte Reactivity to Nickel Correlates with Reported High-Pain Levels in Patients with Total Joint Arthroplasties: Implications for Pain-Related Hypersensitivity Responses
    Caicedo M., Hallab N., Samelko L.

    Study on Tribological and Electrochemical Performance of Metal Artificial Hip Joint Materials in Simulated Synovial Fluids
    Hua Z., McCloy J., Mcknight G.

    Low Cobalt and Chromium Levels from a Single Metal-on-Metal Total Hip Arthroplasty Implant
    Chen A., Klatt B., McClain E., Pigott M.

    Serum Metal Ion Concentrations Decline (But Do Not Rapidly Normalize) Following Revision of Metal-on-Metal Total Hip Bearings
    Brown T., Browne J., Cui Q., Novicoff W., Wan Z.

    Development of a Stop-Dwell-Start (SDS) Protocol for In Vitro Wear Testing of Metal-on-Metal Total Hip Replacements
    Fisher J., Hadley M., Hardaker C., Isaac G., Jin Z., Williams S.

    Microstructure of Retrievals Made from Standard Cast HC-CoCrMo Alloys
    Fischer A., Jacobs J., Liao Y., Marks L., Morlock M., Pourzal R., Stemmer P., Wimmer M.

    Approach, Rationale, and Examples of Metal-on-Metal Device Retrieval and Analysis for Evidence-Based Education
    Beck P., Eberhardt A., Lemons J., Petersen D., Sarver D.

    Prevalence of Metal-on-Metal Bearings in the United States
    Bozic K., Greenwald A., Kurtz S., Lau E., Ong K.

    Method of Characterizing Fretting and Corrosion at the Various Taper Connections of Retrieved Modular Components from Metal-on-Metal Total Hip Arthroplasty
    Day J., Gilbert J., Hanzlik J., Higgs G., Kane W., Klein G., Kraay M., Kurtz S., MacDonald D., Martell J., Mont M., Parvizi J., Rimnac C.

    Analysis of Comprehensive Measurements from Retrieved Implants to Determine Factors Contributing to Failure Modes and Wear
    Azad S., Billi F., Campbell P., Ebramzadeh E., Lu Z., McKellop H.

    A Method to Isolate and Characterize Wear Debris from Synovial Fluid and Tissues
    Benya P., Billi F., Kavanaugh A.

    A Prospective Case Series Examining the Use of a Large-Head Metal-on-Metal Total Hip System
    Beaulé P., Catelas I., Chatrath V.

    Plastic Deformation from Edge Loading is Common on Retrieved Metal-on-Metal Hips and Can Be Predicted With Finite Element Analysis
    Collier J., Currier J., Kennedy F., McHugh D., Van Citters D.

    Denatured Protein Deposits Identified on Simulator and Explant Hip Bearings
    Bowsher J., Burgett M., Clarke I., Donaldson T., Savisaar C.

    Normal and Adverse Wear Patterns Created In-Vivo on Metal-on-Metal Surfaces—A Retrieval Study Representing Four Vendors
    Bowsher J., Burgett M., Clarke I., Donaldson T., John A., Lazennec J., McPherson E., Peters C., Savisaar C., Smith E.

    Tribochemical Reactions in Metal-on-Metal Hip Joints Influence Wear and Corrosion
    Fischer A., Jacobs J., Laurent M., Liao Y., Marks L., Mathew M., Nagelli C., Pourzal R., Wimmer M.

    Prevalence of Metal-on-Metal Bearings in the United States
    Bozic K., Greenwald A., Kurtz S., Lau E., Ong K.

    Metal-on-Metal and Other Bearing Trends Among Fellows of the AAOS
    Amini M., Mihalko W., Urish K.

    Risk of Complications, Revision, and Cancer for Metal-on-Metal Patients in the Medicare Population
    Kurtz S., Lau E., Ong K.

    Serum Metal Ion Concentrations Decline (But Do Not Rapidly Normalize) Following Revision of Metal-on-Metal Total Hip Bearings
    Brown T., Browne J., Cui Q., Novicoff W., Wan Z.

    Low Cobalt and Chromium Levels from a Single Metal-on-Metal Total Hip Arthroplasty Implant
    Chen A., Klatt B., McClain E., Pigott M.

    A Prospective Case Series Examining the Use of a Large-Head Metal-on-Metal Total Hip System
    Beaulé P., Catelas I., Chatrath V.

    A Method to Isolate and Characterize Wear Debris from Synovial Fluid and Tissues
    Benya P., Billi F., Kavanaugh A.

    Lymphocyte Reactivity to Nickel Correlates with Reported High-Pain Levels in Patients with Total Joint Arthroplasties: Implications for Pain-Related Hypersensitivity Responses
    Caicedo M., Hallab N., Samelko L.

    Approach, Rationale, and Examples of Metal-on-Metal Device Retrieval and Analysis for Evidence-Based Education
    Beck P., Eberhardt A., Lemons J., Petersen D., Sarver D.

    The Development of a Standard Method for Assessing Wear of Explanted Metal-on-Metal Hip Joints
    Cann P., Fowell M., Kurtz S., Sayles R., Underwood R.

    Method of Characterizing Fretting and Corrosion at the Various Taper Connections of Retrieved Modular Components from Metal-on-Metal Total Hip Arthroplasty
    Day J., Gilbert J., Hanzlik J., Higgs G., Kane W., Klein G., Kraay M., Kurtz S., MacDonald D., Martell J., Mont M., Parvizi J., Rimnac C.

    Normal and Adverse Wear Patterns Created In-Vivo on Metal-on-Metal Surfaces—A Retrieval Study Representing Four Vendors
    Bowsher J., Burgett M., Clarke I., Donaldson T., John A., Lazennec J., McPherson E., Peters C., Savisaar C., Smith E.

    Analysis of Comprehensive Measurements from Retrieved Implants to Determine Factors Contributing to Failure Modes and Wear
    Azad S., Billi F., Campbell P., Ebramzadeh E., Lu Z., McKellop H.

    A Protocol to Assess the Wear of Head/Neck Taper Junctions in Large Head Metal-on-Metal (LHMoM) Hips
    Cann P., Kocagoz S., Kurtz S., Sayles R., Siskey R., Smith R., Underwood R.

    Plastic Deformation from Edge Loading is Common on Retrieved Metal-on-Metal Hips and Can Be Predicted With Finite Element Analysis
    Collier J., Currier J., Kennedy F., McHugh D., Van Citters D.

    Microstructure of Retrievals Made from Standard Cast HC-CoCrMo Alloys
    Fischer A., Jacobs J., Liao Y., Marks L., Morlock M., Pourzal R., Stemmer P., Wimmer M.

    Development of a Stop-Dwell-Start (SDS) Protocol for In Vitro Wear Testing of Metal-on-Metal Total Hip Replacements
    Fisher J., Hadley M., Hardaker C., Isaac G., Jin Z., Williams S.

    Tribochemical Reactions in Metal-on-Metal Hip Joints Influence Wear and Corrosion
    Fischer A., Jacobs J., Laurent M., Liao Y., Marks L., Mathew M., Nagelli C., Pourzal R., Wimmer M.

    Denatured Protein Deposits Identified on Simulator and Explant Hip Bearings
    Bowsher J., Burgett M., Clarke I., Donaldson T., Savisaar C.

    Study on Tribological and Electrochemical Performance of Metal Artificial Hip Joint Materials in Simulated Synovial Fluids
    Hua Z., McCloy J., Mcknight G.

    Author and Subject Index


    Committee: F04

    Paper ID: STP1560-EB

    DOI: 10.1520/STP1560-EB

    ISBN-EB: 978-0-8031-7572-3

    ISBN-13: 978-0-8031-7546-4

    ASTM International is a member of CrossRef.


    978-0-8031-7546-4
    STP1560-EB