View clinical trials related to Varicose Ulcer.
Filter by:The goal of this project is to use genomic profiling, candidate genes and proteins to develop guided surgical debridement to improve healing in chronic non-healing venous leg ulcers (VLUs) and to test the efficacy of this approach.
The study is conducted to assess the effects of immediately started foam sclerotherapy in venous ulcer compared to early intervention.
Enrollment criteria and clinical data collection: following the principles of medical ethics, the development of inclusion and exclusion criteria. Selecting 200 cases of chronic venous disease (CVD) according to the Comprehensive Classification System for Chronic Venous Disorders (CEAP) divided into 6 Clinical stages (C1-C6) (Group A). Selecting 200 healthy participants without CVD (C0) as controls (Group B). Blood samples will be collected from both groups. Markers of pyroptosis (NETs, Caspase-1 and Cytokines) will be evaluated between the two groups and between the subgroups, according to clinical stage, in group A.
The cornerstone of the management of venous leg or predominantly venous leg ulcers with IPS> 0.8 is venous compression as recommended by the HAS in June 2006. There is ample clinical evidence to support its importance to improve the chances of closure of this chronic lesion and shorten the healing time compared to the absence of compression. In 2016, a system of re-usable compression stockings (Venotrain® Ulcertec, BAUERFEIND, France), and bringing an interface pressure of 30 to 45 mmHg to the ankle according to the prescription, was taken over by the Health Insurance in France. 'Indication' Ulcer of venous origin or predominantly venous component, stage C6 CEAP classification with a systolic pressure index greater than 0.9 '. The investigators propose to study the efficiency of Venotrain® Ulcertec in a diverse population in which it is prescribed according to the usual practices of venous leg ulceration of venous or predominantly venous origin.
Arterio-venous leg ulcers are real problems when it comes to public health because it has a major cost and leads to social and professional handicap. The management of leg ulcers is not clear and can be venous compression or surgery. The aim of the study is to evaluate the variation of the transcutaneous oxygen with compression. The second aim is to see how tolerate is the compression and the quality of life.
The laser emits an infrared light that heats the skin and underlying tissues with the purpose of temporary relief of minor muscle and joint pain, as well as stiffness associated with arthritis. The laser also causes a temporary increase in blood flow. The purpose of this study is to evaluate whether laser therapy can provide pain relief and speed the healing of venous leg ulcers.
This is a First in Human clinical study on the safety and effectiveness of DermaRep™ wound contact dressing. Patients with venous leg ulcers will be treated with standard of care dressings and compression for 4 weeks to establish a baseline wound healing response. All patients will then be treated with DermaRep™ wound contact dressing in addition to standard of care for a further 8 weeks. If the wound has not healed, patients will continue treatment with standard of care only for a further 4 weeks. All patients will be assessed at the 16 week timepoint, the primary endpoint.
This study randomises patients with venous leg ulcers, to be managed either using conventional compression bandages or a bridged vacuum assisted closure system under compression.
The URGO2875 dressing is an innovative antimicrobial dressing made of exclusive technologies of TLC-Ag healing matrix and fibres. The dressing has been developed for the local treatment of chronic (leg ulcers, pressure ulcers, diabetic foot ulcers) and acute (burns, traumatic wounds, surgical wounds) moderately to highly exudative wounds at risk or with signs of local infection. The purpose of this non-comparative clinical trial was to evaluate the performance (efficacy and safety) of the URGO2875 dressing, on the healing process of chronic wounds presenting a high-risk of infection.
This study will determine the effectiveness of CUTIMED® hydrophobic dressings against AQUACEL® silver dressings in bacterial colonization of vascular ulcers.