The Effect of Simulated Clinical Use on Vinyl and Latex Exam Glove Durability

    Volume 30, Issue 5 (September 2002)

    ISSN: 0090-3973

    CODEN: JTEOAD

    Page Count: 6


    Kerr, LN
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    Boivin, WS
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    Chaput, MP
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    Hamilton, SL
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    Mailhot, SA
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    O'Malley, LG
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    Teixeira, JC
    Mechanical engineer, physicist, biologist, mechanical engineer, chemical engineer, electronics technician, and mechanical engineer, Food and Drug Administration, Winchester Engineering and Analytical Center, Winchester, MA

    (Received 4 March 2002; accepted 20 May 2002)

    Abstract

    A simulated clinical-use study was conducted in order to verify the failure rates found in the literature and to identify the failure modes and typical locations of defects in vinyl and latex exam gloves. A simulated clinical-use protocol consisted of approximately 12 min of manipulating various medical devices. This simulated clinical use created significantly more defects in vinyl gloves (35%) than in latex gloves (9%). The user's dominant hand was significantly associated with defect rate in vinyl gloves (60%) but not in latex gloves (56%). The majority of the defects (74%) in the vinyl gloves were located in the thumb and index finger. The defects in the latex gloves were distributed evenly among the palm/back of hand, thumb, index finger, and cuff. Typical defects consisted of holes, slits, tears, and abrasions.


    Paper ID: JTE12332J

    DOI: 10.1520/JTE12332J

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    Author
    Title The Effect of Simulated Clinical Use on Vinyl and Latex Exam Glove Durability
    Symposium , 0000-00-00
    Committee F04