View clinical trials related to Venous Disease.
Filter by:The primary goal of this study is to assess in vivo the efficacy of the insoles, in improving venous return in subjects affected by this problem after 14 days of the initial measurements, by self-assessment, filling-in questions regarding Quality of Life, in comparison with a control group. The secondary goal of this study is to assess in vivo the acceptability of the subjects regarding the same medical device, after 14 days of using the medical device, by selfassessment, filling-in subjective evaluation questions.
The primary goal of this study is to assess in vivo the efficacy of the insoles in improving venous return in subjects affected by this problem after 14 days of medical device use, by self-assessment, filling-in questions regarding Quality of Life, in comparison to the baseline. The secondary goals of this study are (1) to assess in vivo the perception of subjects about the rapid relief felt after 7 days of using the same medical device, by self-assessment, filling-in three subjective evaluation questions, and (2) to assess in vivo the usability of the subjects regarding the same medical device after 14 days of its use, by self-assessment, filling-in subjective evaluation questions.
Aim of the present study is to investigate the efficiency of adrenaline (epinephrine) used locally in reducing and avoiding post-operative formation of subcutaneous ecchymoses and hematomas, in comparison with traditional practice of hemostasis, and to assess improvement in the quality of life of subjects undergoing classic great saphenous vein stripping, who received or did not receive adrenaline as a local hemostatic.
Chronic venous disease encompasses a broad spectrum of clinical presentations and is considered the most common vascular disease. Its causes are diverse, including primary defects of the wall or valves, chronic venous insufficiency, or lesions secondary to thrombosis, a post-thrombotic venous disease, affecting the superficial or deep venous network or both. The major symptom of venous disease is the enlargement of the lower limbs, which can result in edema. The evaluation of the volume of the lower limbs is very important in the diagnosis and follow-up of the venous pathology. There is a great variability of clinical pictures making it difficult to choose the therapeutic gesture. Endovascular venous interventions and conventional venous surgery are major advances in the treatment of venous disease. The variation of lower limb volume in pre and post procedure is a determining factor; thus orienting clinicians for post interventional therapeutic monitoring. Indeed the management of venous disease is multidisciplinary, it involves the cooperation of several specialists as part of its monitoring and its therapeutic management. Our collaborative group includes the Adult and Child Vascular Investigations Department, the Vascular Clinic, the Cardiovascular and Thoracic Surgery Department, and the Interventional Radiology Department. The evaluation of the variation of the volumes of the lower limbs is a capital data for the various specialists for the care in pre and post procedure. A volumetric 3D scanner system guarantees a reliable measurement ensuring optimal evolution and therapeutic follow-up.
The BARD® Venovo™ Venous Stent Study is a non-randomized clinical study intended to collect confirmatory evidence of the safety and effectiveness of the Venous Stent for the treatment of iliofemoral occlusive disease.
The etiologies of varicose veins and the progression to more serious forms of chronic venous disease and identification of appropriate diagnostic tests to better aid patient management by identifying individuals who may benefit from more aggressive treatment and/ or prophylactic measures.
Leg vein circulation problems can damage the skin of the lower legs, especially around the ankles, by making it discolored, hard, itchy, red, and swollen. Ulcers often develop. Inflammation is often present in the damaged skin. This study will test whether using a special low compression, cooling, boot-like gel wrap placed around the damaged skin of the lower legs will improve the skin circulation and prevent leg ulcers. The study hypothesis is: A cryotherapy, low-compression cooling gel wrap (CW) plus usual care (UC) (leg elevation, compression stockings) intervention compared to a low compression non-cryotherapy "sham" wrap (NW) plus UC will reduce tissue blood flow (perfusion units) and decrease the incidence of venous leg ulcers (VLUs) during the 9-month study period in individuals with Stage 4 and 5 venous insufficiency.
The trial objectives are to compare efficacy relative to pain, along the route of the vein following echoguided endovenous injection of sclerotherapeutic foam into the Great Saphenous vein, of class III microfibre compression (centred at 25 mm Hg) versus class I (10-15 mm Hg) versus class III cotton compression (20 to 36 mm Hg) over 21 days. The main contrast will be the comparison between the first two groups mentioned. All other contrasts will be secondary. The "Class I compression" versus "The two class III compressions" contrast will also be studied. Efficacy will be measured by totalling the VAS scores for maximum pain experienced since the morning and evaluated by the patient at the end of the day. Consumption of analgesics or the number of days of analgesic treatment necessary for the 3 compression types used will be compared. One of the trial objectives is also to show that regular use of a class III compression product leads to a reduction in complications following sclerosis (by reducing the number of non-serious/serious complications specific to sclerosis: matting, pigmentation, inflammation, development of sclerosis requiring drainage, DVT, pulmonary embolism, etc.). The trial also aims to compare the rate of successful sclerosis between the three devices, success being defined by complete or partial occlusion of the great saphenous vein, leading to the disappearance of reflux at the crural level. The other secondary objectives will be patient evaluation of comfort, ease of putting on and taking off the compression hose and a global appreciation of the procedure for echoguided endovenous injection of sclerotherapeutic foam into the great saphenous vein, followed by wearing compression hose.