View clinical trials related to Wound Healing.
Filter by:Cell-based engineered skin substitutes are promising to treat difficult-to-heal acute and chronic wounds such as large/deep burns, ulcers resistant to conventional therapies or surgical wounds. Cultured autologous epidermal cell-based therapy is used for more than two decades as permanent wound coverage for large burns. Although this technique has been shown to improve outcomes in patients with large burn injuries, its clinical use is limited by the creation of a second wound at the donor site, the three-week delay needed to obtain sufficient amounts of cells, and the absence of a dermal component resulting in low graft take and wound contraction. Concurrently, allogeneic cell-based engineered skin substitutes have been proposed. Where they offer off-the-shelf temporary wound coverage acting as biologically active dressings releasing growth factors, cytokines and extra cellular matrix components essential for proper wound healing, they are susceptible of immune rejection that is their major weakness Fetal skin, before the third trimester of gestational age, heals rapidly without scar formation conversely to adult skin. Minimal inflammation, specific cytokine and growth factor profiles, and faster and organized deposit and turnover of Extra Cellular Matrix (ECM) components during fetal wound healing have been proposed to explain the absence of scar formation. Because of their low immunogenicity, and their unique regeneration properties, fetal skin cells represent an attractive alternative to the commonly used autologous and allogenic cutaneous grafts. The investigators developed a new healing dressing constituted by a collagen sponge seeded with a specific ratio of active fetal fibroblasts and keratinocytes producing a variety of wound healing growth factors and cytokines which increase the speed of wound healing, induce an immunotolerant state, with a low inflammatory reaction. This prospective randomized controlled study aims to compare wound healing of CICAFAST versus conventional treatment (JELONET®) in the treatment of split-thickness skin graft donor site at D8. The patient will be his own control.
Aim: This study compared the effectiveness of three different mouthrinses (alcoholic and non-alcoholic chlorhexidine, alkyl dimethyl glycine / alkyl dimethyl amine oxide - C31G) in plaque control and early wound healing, postoperatively. Materials and Methods: In this, randomized, double-blind, controlled clinical trial 42 patients were allocated to three groups assigned to two weeks rinsing after periodontal surgery with C31G (group A), alcohol free chlorhexidine 0.12% (group B) or alcoholic chlorhexidine 0.12% (group C). At weeks 1 and 2, plaque and early wound healing indices were recorded. At day 14, total bacterial counts were estimated utilizing real - time qPCR. Statistics included linear and generalized linear mixed models.
Comparison in abdominal wound healing after contaminated or dirty surgery with incisional negative pressure wound therapy versus standard dressing.
Assessment of wound healing progression after surgery is important. Currently blunt surrogate markers such as probing is used. Limitation of these markers is that it represents the history of healing and not the ongoing activity. As hallmark of healing is collagen remodeling, it is of interest to study the cytokine profile that relates to wound healing. Such knowledge may potentially lead to new diagnostic strategies to study wound healing in a better way reflecting the healing phenotype. Understanding wound healing at molecular level provides an in depth basis to develop treatment strategies that can prevent delayed healing.2 As recommended by Consensus Report of 10th European workshop on periodontology that, there is a need for more studies at cellular level to identify cytokine, chemokine, and intracellular signaling networks for better regenerative approaches10, the present clinical trial was designed. On account of a considerable lacunae in this area of periodontal research, this study is planned to assess the MMP-8 levels during the post-op healing following CAF+SCTG surgery for recession coverage and to better identify the mechanism involved in wound healing. This information can be used to prevent the normal surgical wound from altered healing experience.
Periodontal disease is a gum infection caused by plaque on teeth containing both bacteria and calculus (hard) deposits. These need to be removed on a regular basis to maintain gum health and to prevent teeth weakening. A routine cleaning procedure, scaling/root planing, is accompanied with post-operative soft tissue tenderness and teeth sensitivity making oral hygiene maintenance difficult during wound healing. The need for novel therapeutic approaches, such as cyanoacrylate adhesives, has been identified. It has been hypothesized that its application may provide comfort and assist patients with their daily oral self-care procedures following teeth cleaning.
Background: Free gingival graft (FGG) is used to increase keratinized tissue dimensions. This prospective clinical trial was conducted aiming to determine whether the addition of an autologous platelet-rich fibrin (PRF) would improve soft tissue healing of donor sites and decrease pain scores. Methods: Twenty four patients were planned to receive FGG to augment keratinized tissue dimensions in the mandibular incisors area. Donor sites were assigned randomly to receive PRF or not by a flip of a coin during the screening visit. Patients were instructed to complete a pain study form. The palatal donor area were evaluated for complete wound healing records. These data were assessed and recorded before surgery, and 1,2,3,4 and 8 weeks postoperatively.
The objective of the study was to investigate the efficacy of Bepanthen® wound healing ointment compared to placebo in a superficial abrasive wound model. The primary objective was the re-epithelization at Day 5. The secondary objectives were re-epithelization at Days 2, 3, 4, 6, 7, 8, 9, 10 and 15, assessment of cosmetic outcome/acceptance at Day 15 (investigator only) and at Day 36 (investigator and subject), and documentation and analysis of safety parameters.
Study designed to compare the Zip Surgical Skin Closure device vs. conventional staples for wound closure following bi lateral knee replacement surgery.
The purpose of the study is to evaluate the use of the SPY Elite System to assess real-time tissue perfusion of lower extremity amputation sites and to develop parameters to predict healing of amputations at the time of surgery. This is a pilot study to see if the Spy Elite System is capable of recording accurate measurements on amputation sites to allow some correlation to healing. If this study shows promise for the device, the investigators would plan a larger study in which the data would be assessed in the operating room at time of acquisition and revision performed if needed based on the findings.
The primary objective of this study is to compare the efficacy of hydrogen peroxide versus normal saline in postoperative care of sutured wounds. Subjects will be randomly assigned to standard of care hydrogen peroxide or standard of care normal saline in postoperative care of sutured wounds followed by applying petroleum jelly and sterile gauze bandage. Data will be collected at day 0 and between days 7 to14. Subjects will provide irritation scale rating (0-4) with 0 being none/absent and 4 being severe/extreme.