Active clinical trials for "Soft Tissue Injuries"

Researchers are looking for a different way to treat people who have an injury to their muscles, ligaments, or tendons in their legs or feet. This is known as a "soft tissue" injury. Before a treatment is available to all patients, researchers study it in trials to better understand its safety and how well it works. People with soft tissue injuries can have pain, swelling, and bruising. In this trial, the researchers want to learn more about the trial treatment, BAYH006689, in participants with a soft tissue injury to their legs or feet. BAYH006689 is a naproxen gel that is used for the temporary relief of minor aches and pains of muscles and joints. The researchers will learn more about how BAYH006689 works and how safe it is in these participants. The trial will include about 100 male and female participants between the ages of 18 and 60. All the participants will have a soft tissue injury to their legs or feet that was caused by playing sports. The injury will have happened within 3 hours of joining the trial. The researchers will use a computer program to randomly choose what treatment each participant will receive. This will help make sure the treatments are chosen fairly and that comparing the results of the treatments is as accurate as possible. The participants will be randomly chosen to be in 1 of 3 groups: Group 1: 4 grams (g) of BAYH006689 Group 2: 4 g of a diclofenac diethylamine gel Group 3: 4 g of a placebo A placebo looks like a treatment but does not have any medicine in it. Diclofenac diethylamine gel is a treatment already available for doctors to be recommended to people with soft tissue injuries. The participants will receive their treatment once in the evening on Day 1 and then 2 times a day for 4 days. The participants will receive their final dose in the morning of Day 6. The doctors will apply the treatment to the participants' skin where the injury is. The participants must be present at the clinic site 11 times over six days: once on Day 1 and twice daily on Days 2-6. During the trial, the doctors will: check the participants' overall health and ask if they have any medical problems do physical examinations to check the participants' injuries use a device to see how tender and sore the participants' injuries are In this trial, the researchers will study how tender the participants' injuries are after 3 days and at other time points over the 6 day follow-up period. They will also study how many participants have medical problems during the trial.

Evaluation of the Safety of a Water Flosser on Gingival and Epithelial Tissue at Different Pressure Settings

Soft tissue injuries are directly related to the energy of the trauma and its repair is the main factor for bone healing and the recovery of the function of the affected limb. Photobiomodulation (PBM) is indicated as an adjuvant treatment to accelerate wound healing, however, there is still a lack of evidence regarding its effect on traumatic soft tissue injuries. This project aims to evaluate the effects of the application of PBM in the resolution of complex soft tissue injuries of traumatic origin associated with tibial fractures. 84 adult individuals, aged between 18 and 60 years, hospitalized with tibial fractures awaiting resolution of soft tissue injuries will be included to undergo definitive surgery. The subjects will be randomized in two groups: PBM (treated with a device with 144 LED emitting diodes at wavelengths of 420, 660 and 850nm, 3J per point for 10 minutes) and Sham (simulation of the LED application, with a device with characteristics identical to that of the PBM group, for the same period of time). Subjects will be treated daily until release for surgery. The primary outcome will be the assessment of the wound healing process using the BATES-JENSEN scale. Secondary outcomes will be: pain intensity; consumption of analgesic drugs; serum evolution of inflammatory markers C-reactive protein and creatine kinase, measurement of the lesion area, time needed for release for definitive surgery, presence of infection, and the cost-effectiveness of PBM. The evaluations will be carried out before the beginning of the intervention and daily until the participant is considered ready for surgery (which will be considered the end of the experimental period). Data will be analyzed statistically considering a significance level of 5%.

Zhi Kang Capsule functions for hemostasis and detumescence and can be used for traumatic bleeding, uterine bleeding, hematemesis and hematochezia.This randomized controlled trial was conducted to confirm the efficacy and safety of Zhi Kang Capsule in the treatment of posttraumatic swelling and pain,and also in a wide range of applications by open clinical observation.

The purpose of this study is to determine if adding shock wave therapy to standard-of-care wound treatment for traumatic extremity wounds helps them heal faster.

Muscle strain injuries are common in sports but are often misdiagnosed and maltreated. Their significance is often underestimated because most athletes can continue their daily activities soon after the injury. Proximal hamstrings strains have attracted greater attention because they have a high incidence which is approximately 42%.

Extremity wounds with exposed critical structures, including bone and tendon are a major burden on the American healthcare system with limited treatment options. Free Flap reconstructions of lower extremity wounds have an increased failure rate in comparison to elective free flap procedures.These procedures are long and are associated with a high cost of care, prolonged hospital stays, and are limited by the need for surgical specialist availability and patient vessels suitable for anastomoses. This study will use a new treatment modality which is a commercially ready human amniotic membrane allograft (EpiFix) to promote a granulation tissue wound base that will be suitable for skin grafting, thus forgoing the need for a flap-based for reconstruction. The study goals are to reduce the overall cost of providing definitive treatment by decreasing operative time, length of hospital stay, decrease the need for intensive nursing care and rehabilitation. This study will aim to provide a treatment option that is readily accessible to all patients with these complex wounds in any healthcare setting across the country.

The purpose of this study is to measure the mechanical properties of healing Achilles tendons in humans after early controlled weightbearing, compared with a control group in a randomized, single-blinded trial. The mechanical properties are measured using radiostereophotogrammetic x-rays (RSA). Hypothesis: Early weightbearing improves mechanical properties of the healing Achilles tendon.

Low-intensity continuous ultrasound (LICUS) is an FDA-approved bio regenerative technology, applied with a wearable device (SAM, Zetroz Systems LLC) for daily use. The treatment provides long-duration ultrasound for approximately four hours. This report included a retrospective convenience sample of 6 athletes from one sports medicine and rehabilitation facility. The objective of this report is to examine the real-world outcome data on symptoms improvement and return to function using Sam. It was hypothesized that LICUS stimulation, in conjunction with traditional therapies, will accelerate the healing process of musculoskeletal tissue leading to a reduction in pain, increase functionality, and a higher probability of returning to work and sports-related activities. The sample included athletes with sports-related musculoskeletal injuries. Demographics, injury history, treatment history, and clinical outcomes data were retrospectively collected for athletes who were treated with SAM in conjunction with traditional therapies. Clinical results showed a benefit from the treatment with a decrease in pain (100%), and 3 out of 6 athletes were able to return to work or sports (50%). Overall the study shows that Sam accelerates the healing of soft tissue leading to a decrease in both acute and chronic pain.

The purpose of the study is to explore the microbiology in war-associated wounds of hospitalized patients from the Syrian armed conflict. Cultures collected from acute wounds with clinical signs of infection will be analyzed.