Clinical Research Directory

Evaluation of ELU42 Topical Spray for the Treatment of Diabetic Foot Ulcers

ELU42 01 01 (SuperHealer42) is a Phase I/IIA open label study sponsored by Eluciderm, Inc. that evaluates the safety and preliminary effectiveness of ELU42, a topical small molecule designed to modulate Wnt signaling, for the treatment of chronic diabetic foot ulcers (DFU). ELU42 combines a tankyrase inhibitor (XAV939) with a novel derivatized hyaluronic acid excipient (DHA77) and is applied as a topical spray to the index ulcer. Fifteen adults with Wagner grade 1-2 diabetic foot ulcers that have been present for at least 4 weeks and up to 52 weeks will be enrolled across up to four U.S. clinical sites. After a 2 week run in period during which standard of care (SOC) is provided (off loading, dressings, and debridement), subjects will receive ELU42 applied on site by trained study staff or the investigator three times per week (Monday, Wednesday, Friday) for six weeks (up to 18 applications). Subjects will be followed weekly during treatment and for up to 6 weeks after the final dose; additional Healing Confirmation visits are scheduled if the wound closes to evaluate the subjects over a course of a 3 month period. The study's co-primary objectives are to assess safety (incidence and severity of adverse events and infections) and to measure percent area reduction (PAR) of the index ulcer at Weeks 4 and 6. Efficacy assessments will be performed by the site investigator using direct two axis planimetry and by automated evaluation using the Tissue Analytics platform (surface area, volume, and PAR). Secondary and exploratory assessments include patient reported outcomes (Wound Q and SF 36), frequency of complete wound healing, wound hydration metrics, and pharmacokinetic sampling in a subset of subjects. Contact information for potential participants and referring clinicians is available at each participating site.

Smart Bandage With Telemonitoring vs Standard Care for Venous Leg Ulcer: Randomized Trial

Venous leg ulcers (VLUs) are chronic wounds that are often slow to heal and can greatly affect patients' daily lives. This study will evaluate a new "smart bandage" that can monitor wound conditions such as pH, temperature, and moisture, and transmit this information to a mobile app for nurses to review. Care can then be adjusted in real time. The purpose of this randomized controlled trial is to compare smart bandage plus standard wound care with standard wound care alone. We will assess whether the smart bandage improves healing rates within 12 weeks, shortens time to healing, reduces infection, and improves quality of life in patients with VLUs. About 110 adult participants with VLUs will be enrolled at Clinic Podiatry Care, Purwokerto, Indonesia.

A RCT of Moist Ag Dressing in Chronic Wound

This study aims to explore the differences in efficacy and cost-effectiveness between self-adhesive soft polysilicone silver ion foam dressings and traditional silver dressings in local infected wounds through a prospective randomized controlled study. The goal is to provide evidence-based medical support for clinical application, further shorten the wound healing time, and reduce the economic burden on the medical system and patients.

Wound Healing Endpoint and Recurrence

This study is a continuation of a previously approved protocol conducted at Ohio State University and Indiana University. The first two aims of the original protocol have been completed, and this protocol will finish enrollment for the third aim, comparing Hi TEWL and Low TEWL measurements, and whether a HiTEWLmeasurement indicates a seemingly healed wound is more likely to recur/reopen toa new wound. Of the 105 desired subjects, 62 subjects have already been recruited and completed their study participation at the previous university. 43 additional subjects will be recruited to complete the enrollment goal here at the University of Pittsburgh.

Exciflex for Chronic Wound Therapy

Objectives: The study objective is to carry a pilot clinical assessment comparing the exciflex bandage to standard of care (SoC) for ischemic wounds and will involve participants who are Veterans with lower extremity ischemic wounds. Research Plan: The study will employ a randomized repeated measures design to assess the therapeutic effectiveness of exciflex in clinical use. Methodology: All participants with chronic ischemic wounds treated at LSCDVAMC will be potentially eligible for the study. Primary target populations will include Veterans with SCI who are inpatients or residents of the on-site Long Term Care Unit and Veterans with diabetes being followed by the Podiatry Service for wound care. In addition to meeting the general inclusion criteria noted above, further exclusion criteria relating to clinical factors include; (1)Age less than 18 years and (2)Pregnancy. Clinical Significance: Chronic ischemic wounds fail to heal normally and are a major challenge in the long-term care of many Veterans. The exciflex bandage can improve outcomes and lower cost by automatically delivering electrotherapy without disturbing the wound dressing for up to seven days, unless indicated. The overall study goal is to complete pre-market testing and evaluation of the exciflex bandage system.

Exploring the Effectiveness of Unpowered Negative Pressure Wound Therapy

The aim of this study is to investigate the effectiveness of Non-powered Negative Pressure Wound Therapy (NPWT) on the healing of abdominal surgical wounds. It is designed as a randomized controlled trial with an experimental group (using NPWT) and a control group (conventional wound care). The study aims to recruit 160 participants: 80 with acute wounds and 80 with chronic wounds. Participants will be randomly assigned to either the experimental group (40 acute wounds, 40 chronic wounds) or the control group (40 acute wounds, 40 chronic wounds). The study will assess wound healing rates and speed, quality of life, self-perceived health status, pain levels, complications, and wound care costs using indicators. Effectiveness will be analyzed using Generalized Estimating Equations (GEE). The study anticipates that results will contribute to evaluating the effects of Non-powered NPWT on wound healing, quality of life, pain, and cost-effectiveness in patients with acute and chronic wounds.

Wound Biofilm Detection Kit Development: Validation of Grading System With Biofilm Severity

Chronic wound is a leading health issue in current health care system. Biofilm is a notorious risk factor of unhealed wound. Although biofilm-direct wound care has been a prevalent strategy of wound care currently, diagnosis of biofilm still remained as an unmet clinical need. Several advanced diagnostic tools of biofilm had been published in recent years, however, the evidence was still insufficient. In this study, we will enroll patients with chronic wounds, collect the wound debris, quantify the biofilm and validate with the signals of advanced diagnostic tools for biofilm detection, hoping to transform the tools which could only tell us whether the biofilm is present or not, into the severity of biofilm infection. The two tested tools includes of MolecuLight i:X and wound blotting and Alcian blue biofilm detection kit.

Extended Therapeutic Effect of 35kDa Hyaluronan Fragment Injection in Patients With Chronic Pain Caused by Myofascial Pain Syndrome

To verify the efficacy and safety of HA35 in chronic pain management and to further supplement effective treatments for chronic pain, we designed a proof-of-concept clinical study. This study aims to evaluate the 15-day treatment of HA35 on patients with myofascial pain syndrome and to observe the effects for up to 3 months.

Study of Biomarkers in Diabetic Chronic Wounds

This study aims to discover, verify and evaluate the potential biomarkers with regard to the diagnosis, prognostic and/or prediction of diabetic chronic wounds.