Open Access Pub publishes peer-reviewed, free-to-read open-access articles. Showing
articles matching Injury prevention — open any to read the full text,
or download the PDF or XML.
Aug 2026 DOI 10.14302/issn.2694-2283.jsem-26-6342
Quintero GabrielCorresponding author
Background Eversion ankle sprains, although less common than inversion injuries, are often associated with greater severity and more complex recovery patterns. Their biomechanical origin remains less clearly understood. Objective To propose a functional, longitudinal kinetic chain model in which anterior innominate rotation (AS) may contribute to the development of eversion ankle sprain injuries. Methods This hypothesis-driven model is based on clinical observation and biomechanical reasoning. Anterior innominate rotation may lead to pelvic asymmetry, a functional long-leg pattern, internal femoral rotation, and toe-in mechanics. Results (Hypothesis) These adaptations may increase medial loading, promote collapse of the medial longitudinal arch, and alter ground reaction forces. This may compromise medial stability and reduce the capacity to control eversion forces, increasing susceptibility to injury. Conclusion Eversion ankle sprains may represent the distal expression of proximal biomechanical dysfunction. Recognition of anterior innominate rotation may improve injury prevention strategies.
Jan 2026 DOI 10.14302/issn.2474-7785.jarh-25-5940
Marks RayCorresponding author
Lower limb osteoarthritis, a widespread age related chronic condition is often accompanied by an increased tendency to fall and thereby various degrees of intrinsic and extrinsic injury. Falls, in turn may provoke the disease alone and in turn a high falls risk and cycle of recurrent falls and heightened disability. This report which updates what is known about falls in the context of disabling osteoarthritis argues for a possible future ecological orientation rather than a focal uni dimensional approach to addressing this costly health problem. It examines osteoarthritis falls risk factors, falls injury prevention attempts, and recommendations to advance research and practice using an ecological analytic approach in this regard. Using the PUBMED data base and others, lower limb osteoarthritis linkages and falls interaction studies were sought and examined. The data revealed osteoarthritis can lead to the chances of incurring one or more falls and further health and disability challenges, while falling can provoke the onset of osteoarthritis in its own right. Although many factors appear to be involved, these are rarely viewed through a broad multi dimensional ecological perspective, thus are confusing or overwhelming to apply to the active community dwelling elderly subject.
Jan 2018 DOI 10.14302/issn.2694-2283.jsem-18-1924
V. Grivas GerasimosCorresponding author
Department of Physical Education and Sport Science University of Thessaly, Greece
An editorial introduces the journal, emphasizing multidisciplinary sports medicine, injury prevention, and performance science.
Jul 2016 DOI 10.14302/issn.2474-3585.jpmc-16-1118
Shelli Stephens-StidhamCorresponding author
We used the five dimensions of the RE-AIM model to evaluate a smoke alarm (SA) installation program called Operation Installation (OI), which was implemented in 36 high risk census tracts in Dallas, TX, from 2001-2011. More than 20,000 SAs were installed in 8,134 houses through OI. The RE-AIM model showed that the program had a modest reach into the target population (26.5%), and a relatively high effectiveness (63%) at preventing deaths and injuries in program houses. Adoption and implementation remained high throughout the time period. Individual level maintenance of SAs was high initially (91.8%), but rapidly declined and was only 20% after 10 years. Application of the RE-AIM model to evaluate this long-term SA installation program highlighted areas that warranted improvement, especially for the dimensions of Reach and individual-level Maintenance. The model may be useful for evaluating the impact of other injury prevention programs.