View clinical trials related to Wound Healing.
Filter by:Comparison in abdominal wound healing after contaminated or dirty surgery with incisional negative pressure wound therapy versus standard dressing.
Chronic foot wounds which is very difficult to treat are common especially in diabetic and peripheral arterial or venous insufficiency patients. This research is aim to observe the foot wound's recovery with 3% Sodium pentaborate pentahydrate hydrogel.
In patients with critical limb ischemia (CLI) and foot ulcers wound healing is an important goal which can normally only be achieved after sufficient treatment of the underlying ischemia (revascularization either by an operation, e. g. bypass, or a catheter intervention). After successful revascularization everything should be done to improve wound healing because this regularly takes weeks up to several months. One possibility to speed up healing could be treatment with the VADOplex device which delivers an automatic intermittent painless compression of the sole of the foot thereby increasing perfusion of the leg. This system can be easily operated by patients themselves and at home. Our goal is to prove that the VADOPlex system accelerates healing up and improves quality of life.
This study aims to compare the effectiveness of two wound dressings, Acticoat Absorbent (AA) and BCT Antimicrobial (BCT) on Split Thickness Skin Graft (STSG) donor site.
several studies have investigated healing effect of phenytoin.In this study we investigate healing effect of phenytoin mucoadhesive paste comparing to the usual mucoadhesive paste after oral biopsy.
Aim of the study: Evaluation of feasibility, safety and potential effects of stem cells on chronic wounds using a pressure sore model. Clinical relevance: - Accelerated healing of uncomplicated wounds - Enhanced healing of complicated (chronic, non-healing) wounds Study design: - Prospective controlled phase I/II study - Cohort of 5 patients in pilot study, then reevaluation Patients: - Para- and tetraplegic patients with sacral pressure sores grade III-IVA according to the classification of Daniel and Seiler Methods: 1. First surgical intervention: - Radical debridement of pressure sore - Bone marrow harvest from the iliac crest - Isolation of hematopoietic stem cells, aiming to gain > 1 mio. CD 34+ cells per patient under GMP conditions 3. Stem cell therapy (after 2 days) - Injection of stem cells in suspension (50'000 CD 34+ cells in 100 microliter saline per cm2 of wound surface) on one half of the total wound surface and cell-free saline on the other half as a control 4. Second surgical intervention (after 3-4 weeks): - Complete excision of the wound - Closure of the defect by fasciocutaneous flap 5. Evaluation of wound healing: - Clinical - 3D laser imaging - Histology - Growth factor assay