Active clinical trials for "Musculoskeletal Diseases"

The term work-related musculoskeletal disorders (WRMDs) is defined according to the World Health Organization (WHO), as a wide range of inflammatory and degenerative diseases and disorders that result in pain and functional impairment. They arise when individuals are exposed to work activities and conditions that significantly contribute to their development or exacerbation, but which may not be their sole cause (1,2). Another definition The National Institute for Occupational Safety and Health defined WRMDs as "an injury of the muscles, tendons, ligaments, nerves, joints, cartilage, bones, or blood vessels in the arms, legs, head, neck, or back that is caused or aggravated by work tasks such as lifting, pushing, and pulling(3-5). They represent the second largest cause of short-term or temporary work disability after the common cold (6).Apart from lowering the quality of workers' life and reducing the productivity, WRMDs are the most expensive form of work disability, attributing to about 40% of all costs toward the treatment of work-related injuries(7). It is estimated that almost one-third of all cases of sick leave among health care workers are related to musculoskeletal disorders(8).According to the Bureau of Labor Statistics (BLS) in 2013, WRMDs cases accounted for 33% of all worker injury and illness cases(9). Most WRMSDs develop over time with usually, no single cause but various factors work in combination. According to the European Occupational Safety and Health Agency (EU-OSHA), the most common physical causes and organizational risk factors of musculoskeletal disorders (MSDs) include: Prolonged sitting or standing in the same position Performing the same task over and over Continuing work while injured Awkward and static postures Load handling, especially when bending and twisting Repetitive or forceful movements Vibration Insufficient work breaks(7,10-12).

To compare the perioperative pain level with WALANT anesthesia versus general anesthesia during forefoot surgery.

Purposes of this research: To study similarities and differences in FCE performances between participants from different countries, jurisdictions, and evaluators. To study determinants of FCE performance.

To create an infrastructure that allows for the conduct of prospective, controlled studies comparing the effectiveness of diagnostic and treatment strategies for patients with musculoskeletal disorders after musculoskeletal operations

Development and validation of a multi-factor and self-perceived risk assessment questionnaire, specifically referred to WMSDs-related pain and risk factors

The aim of this study is to investigate the possible effects that a motor limitation at the peripheral level might have on the ability to visually discriminate others' actions. Previous literature has shown that specific motor skills (motor expertise) facilitate the visual discrimination of domain-specific actions, and that these motor experts' superior abilities might be mediated by areas not only responsible for the visual recognition of movements (as it happens in non-expert subjects) but also involved in motor planning. Similarly, impairment in the motor system due to neurological damage modulates not only the ability to perform movements but also the ability to discriminate and predict the temporal course of observed actions. Based on these findings, it has been hypothesized that the motor representations of gait, despite being a hyper-learned motor pattern, might be subjected to modification as a result of an impairment of walking caused by a peripheral functional limitation in the lower limbs as the one characterizing orthopaedic patients who underwent a surgical operation for total knee arthroprosthesis. In this protocol, patients are thus required to perform visual discrimination tasks based on the observation of movements performed with either the upper or lower limbs, and their performance is expected to correlated with their functional impairments in movement execution. These results would indicate that the (in)ability to perform a movement might have an impact on its representation at the central level and on internal motion simulation capabilities, which also influence the ability to visual discriminate others' actions through action-perception transfer: this would suggest that rehabilitation in orthopaedic patients should take into account (and restore) such a central impairment in motor representations.

The COVERT Collaborative is led by a group of academic surgeons that is looking into the impact of the unprecedented COVID-19 pandemic on Trauma and Orthopaedic practice. This will involve both trauma and elective procedures, as well as mortality rates, operative and anaesthetic case mix. The information will help to shape service reconfiguration and enhance patient-specific treatment especially in the threat of potential subsequent waves and future pandemics.

This prospective study will measure various factors in children coming in for ambulatory surgery and attempt to create a scoring system that would be able to predict post-operative outcomes.

Motor imagery is increasingly used as a plasticity-booster to complement conventional rehabilitation. Here the investigators test the hypothesis that the combination of mental training with conventional rehabilitation may speed up the recovery in patients with total knee arthroplasty. The investigators also characterize the brain correlates of such recovery with imagery tasks for virtual reality environments.

This study aims to explore the relationships between tooth wear (TW) and musculoskeletal disorders (MSDs). The null hypothesis is that TW is not associated to MSDs. It also explores the influence of bruxism signs, life habits and stress on TW and MSDs.