Active clinical trials for "Musculoskeletal Diseases"

In this study it was aimed to examine the changes in mandibular bone after functional treatment by using fractal dimension (FD) and cortical thickness (CT) analysis.

Patient-Reported Outcomes Measurement Information System (PROMIS) forms will be administered remotely to consecutive Orthopaedic patients presenting for new physician clinic visits. These patients will be sent either reminder e-mails, reminder digital patient portal ("MyChart") messages, or no reminder messages at all concerning PROMIS form completion at timepoints prior to their respective clinic visits and PROMIS form completion rates will consequently be assessed. The primary objective of this study is to develop an understanding of whether pre-visit reminder messages influence PROMIS form completion in Orthopaedic patients.

The Q angle, also known as the quadriceps angle, is defined as the angle formed between the quadriceps muscles and the patella tendon. It was first described by Brattstrom in 1964 (1). The Q angle is the angle between the line extending from the anterior superior of the spina iliaca to the midpoint of the patella and the line extending from the midpoint of the patella to the tuberositas tibia (2). Normally, this angle is between 8-14 degrees in men and 11-20 degrees in women. Any alignment change that increases the Q angle is thought to increase the lateral force on the patella. The Q angle is generally evaluated in static postures in the literature. The Q angle value varies according to the patient's gender, the contractility of the quadriceps, and the patient's posture (standing or supine) (3). Q angle was evaluated in a static posture with a standard goniometer or computerized biophotogrammetry (4) Q angle changes with the forces applied by dynamic structures. It is insufficient to evaluate only in a static posture. Therefore, the aim of this study is to examine the effect of dynamic structures on the Q angle using 2D gait analysis (video) and to detect the early signs of deviation of changes in the q angle.

Masons have the highest rate of overexertion injuries among all construction trades and rank second as an occupation for back injuries in the United States. Identified ergonomic solutions are the primary method of reducing exposure to risk factors associated with musculoskeletal disorders. However, many construction workers lack knowledge about these solutions, as well as basic ergonomic principles. Construction apprentices, as they embark on their careers, are greatly in need of ergonomics training to minimize the cumulative exposure that leads to musculoskeletal disorders. Apprentices receive safety training; however, ergonomics training is often limited or non-existent. In addition, apprenticeship programs often lack "soft skills" training on how to appropriately respond to work environments and practices that are unsafe. The SAVE program - SAfety Voice for Ergonomics - strives to integrate evidence-based health and safety training strategies into the mason apprenticeship skills training to teach ergonomics, problem solving, and speaking up to communicate solutions that reduce musculoskeletal injury risk. The central hypothesis is that the combination of ergonomics training and safety voice promotion will be more effective than no training or either ergonomics training alone or safety voice training alone. Following the development and pilot testing of the SAVE intervention, SAVE will be evaluated in a cluster-randomized controlled trial at 12-15 masonry training centers across the U.S. Clusters of apprentices within centers will be assigned at random to one of three intervention groups (n = 32 per group): (1) ergonomics training only, (2) combined ergonomics and safety voice training, or (3) control group with no additional training intervention. Outcomes assessed at baseline, at the conclusion of training, and then at six and 12 months post training will include: musculoskeletal symptoms, general health perceptions, knowledge of ergonomic and safety voice principles, and perception and attitudes about ergonomic and safety voice issues.

Patients who suffer from musculoskeletal pain often have more than one diagnosis. These patients mostly have to wait a long time for the doctor's examination and treatment, and they also often have a sick leave for a long period of time. The investigators expect that treatment and follow-up by an coordinating interdisciplinary team can improve these patients opportunity to function, increase their quality of life, and decrease their pain. The purpose of this study is to investigate if use of a coordinating interdisciplinary team in primary health care will result in reduced sick leave compared with practice as usual, and give fewer referrals to specialized health services and private rehabilitation centers. Research data will be obtained from the patients journals, questionnaires, and clinical examinations..

Assess whether by placing a "custom made" splint with heel in the immediate postoperative period until removal of the cast, the rate of pain, the number of healthcare interventions to maintain the off-loaded heel position and number of pressure sores in children wearing lower limb plaster casts is reduced.

The purpose of this study is to determine whether seeing a physical therapist first compared with seeing a physician first is more clinically and cost effective in an occupational setting for acute musculoskeletal conditions.

Advances in biomechanical modeling of musculoskeletal systems make it possible to consider the use of a digital clone of a patient to test surgical procedure before carrying it out on the patient himself. The study aims at evaluating the design and simulation procedure of anatomical and functional pre and post surgical patient-specific numerical models.

This is a single centre, non-blinded safety trial. Patients undergoing lumbar fusion will be treated using patient specific guides (PSG) or navigation. Patients requiring lumbar fusion will be treated using conventional surgical methods except when inserting pedicle screws, where half of the patients will be having screws inserted using PSGs. The conventional method of navigation and intraoperative imaging will be used in conjunction with PSGs, to confirm the safety of the guide trajectory. The primary outcome will be screw accuracy measured in degrees from planned trajectory and mm from the planned entry point.

This study is a randomized controlled trial conducted at two clinical sites. The purpose of this study is to determine whether patients with musculoskeletal injuries do better by seeing a primary care provider first versus seeing a physical therapist first. Target enrollment is 150 subjects.