View clinical trials related to Non-healing Wound.
Filter by:This is retrospectively-prospective clinical trial with medical device AMNIODERM+ intended for the non-healing wounds. Retrospective data will contain information about the subject's history and wound treatment by SoC. Prospective data will contain information about wound treatment by AMNIODERM+®.
Collect data on various wound treatments and their related wound healing process, in real life settings. Analyze the safety and efficacy of wound treatments, including: advanced biological/synthetic grafts and standard of wound care treatments.
Chronic non-healing wounds are becoming an increasingly more common problem. Eligible, consenting patients with chronic leg wounds will either continue to the standard of care or will be randomized to the treatment cohort where antibiotic solution will be injected in the area around the wound. All patients will continue standard wound care as dictated by the wound care clinic. Subjects of both the control and treatment will have approximately 6 study specific visits that may or may not coincide with previously schedule wound care clinic visits. As these specified visits wound size and healing will be documented and patients will complete surveys. The study will conclude for the subject after approximately 6 months. Again, these patients may continue standard wound care but will no longer have study obligations.
The observational longitudinal study will collect wound exudate from twenty patients with venous leg ulcers. Wound exudate samples are collected using twenty-four-hour collection with polyurethane foam, bandages and the NovaSwab method. Each patient is seen four times where wound exudate and the bacteria microbiome are sampled and wound size is monitored with advanced planimetric tools.
The purpose of this clinical evaluation is to collect and compare outcomes data from patients with UT 1A diabetic foot ulcers treated with 510K FDA cleared, commercially available self-assembling peptide, AC5®Advanced Wound System, as compared to an advanced standard of care. Patient outcomes will be compared at the end of the study.
The goal of this clinical trial is to evaluate the use of Omeza combination therapy with Standard of Care. The main question it aims to answer is: - Can Omeza combination therapy with Standard of Care enable chronic wounds to begin a healing trajectory in a 4-week period? Patients will be treated with: - OCM™ Wound Matrix - Omeza combination therapy - Standard of Care
This prospective, randomized pilot study compares the use of a xenograft with PRP to a xenograft alone for chronic, nonhealing wounds.
The purpose of this research is to explore the use of high-resolution microvessel ultrasound imaging system to look for scarring and to monitor wound healing and to see if treatment affects the amount of tiny vessels and circulation around the wound.
The study will examine the effectiveness of a decellularized dermal matrix (i.e., DermGEN™) in improving wound healing, quality of life and associated costs of treatment of DFUs in First Nations people living in the Northwestern Ontario Communities. First Nations people with active diabetic foot (DFU) ulcer attending a wound care clinic located at the Rainy River district office. An interventional, two-arm, randomized, prospective study of (1) standard of care (control) vs. (2) DermGEN™ - a decellularized dermal matrix (treatment) will be used in the treatment and management of DFU. Patients will be randomized to each arm (n=60 per arm) based on power calculations using data from our Pilot study.
The study aims to assess the feasibility of detecting volatile organic compounds (VOCs) from pilonidal wound dressings to assemble a VOC profile for the assessment of wound healing trends. Non-healing wounds (NHWs) pose a significant burden to healthcare providers and to affected patients. Difficulties arise in the identification of wounds which are not on a healing trajectory. Early identification allows for proactive management to try and reduce healing time. Recent studies indicate that wound VOCs may have the potential to differentiate between healing and non-healing wounds. This study will use pilonidal abscesses for the analysis of wound VOC profiles using a non-invasive technique.