Active clinical trials for "Leg Ulcer"

Compression wraps treat venous leg ulcers when applied correctly. Often, clinicians apply the wraps at the wrong compression, or the wrap loosens, stopping clinical benefits. The study aims to show the feasibility of a smart compression prototype to maintain a set compression level in healthy volunteers. Each volunteer will wear the prototype device on one leg and a standard compression wrap on the other. Volunteers will pump their calves, walk, lie down, and stand at zero, one, and four hours. A pressure sensor placed over each calf will record the compression level during the activities. Volunteers will provide subjective feedback on each device concerning comfort and usability. After four hours, researchers will remove the standard wrap. Volunteers will use the prototype device during daily activities for three days. During the three days, the volunteers will complete a daily journal. The journal will capture the user experience and time the volunteer used the device. A final site visit allows researchers to conduct exit interviews and download the history of applied compression. Researchers will use the data to show that the prototype device maintains therapeutic compression and prove the usability of the device.

The demographic shift and the increasing prevalence of chronic wounds represent major challenges for modern health care systems. Classic chronic wounds (venous ulcer, arterial ulcer, mixed ulcer) persist for months or years with a very slow or even no healing progress. Patients suffer from pain and immobility, which dramatically reduces their quality of life. Complications such as infections or tissue necrosis can lead to a bad outcome and amputation of extremities. The Pio device offers a non-invasive and non-toxic therapeutic approach. The system combines the technologies of pulse modulated magnetic fields and light emission locally applied to the wound area. The investigational medical device represents a promising combinational therapeutic approach to synergistically increase the tissues regenerative potential. By stimulating electrophysiological processes at the site of injury, the cells regain its capacity to efficiently regenerate the injured or diseased tissue. It is expected that the patient benefits from a faster healing process, reduced inflammation as well as an improved overall treatment outcome.

Evaluation of the non-inferiority of TulleGras M.S.® versus Urgotul® in pain associated with removal of wound dressing during care of venous leg ulcer

AutoloGel™ Post-Market Surveillance Program Purpose:Evaluate the incidence of hematologic and immunologic adverse events, including coagulopathies in patients with wounds to which AutoloGel™ was applied. Design:Prospective, open label, patient registry. Investigator Sites: 3 Enrollment Size: 300 Subject Population: Patients with exuding wounds, such as leg ulcers, pressure ulcers, and diabetic ulcers and for the management of mechanically or surgically-debrided wounds. Primary Objective Safety: Assess the incidence of hematologic (coagulopathies), immunologic (including anaphylaxis) and other adverse events associated with the application of AutoloGel on exuding wounds, such as leg ulcers, pressure ulcers and diabetic ulcers and during the management of mechanically or surgically-debrided wounds. Primary Safety Endpoint: Absence of coagulopathies caused by inhibitors to coagulation Factor V as determined by a significant prolongation of the prothrombin (PT) time and confirmed by severe depletion of Factor V activity with a positive Bethesda Assay for anti-Factor V functional inhibitors.

This study is a prospective, interventional, non-randomized study designed to assess the safety and efficacy of the Noxsano Bandage (study device) in healthy subjects and wound care subjects with a diabetic lower extremity ulceration and/or arterial insufficiency lower extremity ulceration.

This is a single centre open label study measuring microcirculatory flux using Speckle imaging Device. Microcirculation will be measured using laser speckle contrast imaging, at baseline and with the device active for 30 minutes in the wound, peri-wound and other point on the lower leg. The same procedure will be done on all the different patient groups. Temperature variations can be assessed using Infrared Temperature Scanner (Exergen DermaTemp DT1001), a measurement will be taken at baseline, and then at 5 minutes interval during the 30 minutes activity of the device.

This is a randomized (1:1), prospective, open label, multicenter, comparative study to be examine the effectiveness of Collagen-ORC Antimicrobial matrix, a new wound dressing, on venous leg ulcers.

The main objective of this trial is to study the healing effect of an oral drug (isoniazid) in patients with ischemic (arterial) leg ulcers defined by a systolic toe pressure <40 mm Hg.

Approximately 60 subjects will be enrolled into this double-blind, placebo-controlled study for the Deferoxamine Intradermal Delivery Patch (DIDP). Those subjects who pass Screening will enter into the 2-week Standard of Care (SOC) Run-In period. During this time, ulcers will be assessed to check healing based on digital planimetry, and qualitative features of the ulcer. Subjects who meet eligibility criteria at the end of the 2-week Run-in Period will be randomized into active and control groups (2 active to 1 placebo) and enter the 12-week Treatment Period. At each visit during the Treatment Period, the target ulcer will be measured by digital photographic planimetry, the Principal Investigator will assess the wound qualitative attributes, and the DIDP (or placebo patch) will be placed as the primary wound dressing. At each visit the subject will also receive/review a daily diary to document pain , study drug compliance, and analgesic use.

Chronic leg ulcerations are a great burden for patients and the medical system alike. Frequent outpatient consultations with associated treatment costs and travel costs for the patient as well as psychosocial burdens remain an unmet problem in chronic wound care. There is an increasing need for definitive treatment of especially chronic venous and multifactorial chronic leg ulceration where arterial intervention is not a treatment option. Minimal invasive surgical interventions that do not require skin grafting can be performed under local anesthesia in an outpatient setting even in multimorbid patients. Kerecis Omega3 Wound is intact decellularized fish skin. The fish skin sheets contain fat, protein, elastin, glycans and other natural skin elements and it can be an effective treatment option in chronic leg ulcerations and is licensed for this use as a medical product in Switzerland. However, limited data without inter-wound bias is available for the use of Kerecis Omega 3 in chronic leg ulcerations. In this study the investigators propose to investigate the efficacy of Kerecis Omega 3 according to objective wound surface measurements using standardized digital photographs in patients with chronic leg ulcerations. Efficacy will be evaluated against standard of care wound debridement.