Scientific basis of ISO standards on biomechanical risk factors
Armstrong, Thomas J. ; Burdorf, Alex ; Descatha, Alexis ; Farioli, Andrea ; Graf, Maggie ; Horie, Seichi ; Marras, William S. ; Potvin, Jim R. ; Rempel, David ; Spatari, Giovanna ; Takala, Esa-Pekka ; Verbeek, Jos H. ; Violante, Francesco S.
Scandinavian Journal of Work, Environment and Health
2018
44
3
323-329
body mechanics ; risk assessment ; ISO ; standard ; musculoskeletal diseases
Risk assessment and risk management
http://dx.doi.org/10.5271/sjweh.3718
English
Bibliogr.
"Among other purposes, companies and regulatory agencies from around the world often adopt International Standard Organization (ISO) standards to determine acceptable practices, equipment and criteria for preventing occupational injuries and illnesses. ISO standards are based on a consensus among individuals who participate in the process. This discussion paper examines the scientific process for the development of several ISO standards on biomechanical factors, comparing it with processes used by other professional organizations, including scientific committees working on the development of clinical guidelines. While the ISO process has value, it also has clear limitations when it comes to developing occupational health and safety standards that should be based on scientific principles."
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