Scar

The purpose of this study is to evaluate the efficacy and safety of a disposable noninvasive skin closure device in promoting postoperative wound healing and reducing surgical scar formation. Participants will receive the device on one half of the surgical incision, with the other half serving as a control. Wound healing and scar appearance will be assessed during follow-up visits after surgery.

Study to validate the safety and efficacy of the Hyaluronic Acid +Collagen filler 40 patients will undergo through 3 visits one to asses the health and apply the filler one after 4 weeks to check the results one after 16 weeks for the final check and results validation Safety assessed with analysis of the Adverse Events

The goal of this clinical trial is to learn whether a single polynucleotide injection can improve scar quality after thyroid or parathyroid surgery in adults. It will also assess the safety of the injection. The main questions this study aims to answer are the following: Does a single polynucleotide injection improve scar quality 24 weeks after surgery? Does it improve scar appearance and symptoms such as pain, itching, hardness, or tightness? Are there any side effects or wound problems related to the injection? Researchers will compare PLINEST One PN-HPT, a solution containing polynucleotides, with sterile saline, which does not contain polynucleotides. After the surgical incision is closed, participants will receive one injection along the incision line. Participants will be randomly assigned to receive either PLINEST One PN-HPT or saline. Scar healing and appearance will be checked after surgery. Formal scar assessments will be performed at 4, 12, and 24 weeks. Scar quality will be assessed using patient and researcher scar rating scales, scar measurements, photographs, symptoms, and participant satisfaction.

Patients undergoing routine surgery in the Department of Dermatology for any indication on non-scalp skin and closed in linear fashion with scar greater than or equal to 4.5cm in length will be invited to participate in this split scar, head to head study comparing zinc oxide and petrolatum. Patients will apply respective ointments to each half of scar daily for one month and maintain a log of these activities. They will be seen at 1 week, 4 weeks, 8 weeks, and 6 months post-operatively for photographic scar assessment and to complete the patient portion of the Patient and Observer Scar Assessment Scale (POSAS), a quantitative objective assessment of scar appearance. Trained observers (board-certified dermatologists) will score the observer portion of the scale. POSAS outcomes, post-operative infections, linear density of epidermal seal will be assessed at the 1 week, 4 weeks, 8 weeks, and 6 months post-operative periods and compared between the two groups. Participants will have parking validated for all visits and upon completion of all portions of the study will receive a standardized skin care gift bag containing samples for hypoallergenic skin care products (washes, moisturizers, etc.).

The present study assesses if dissolvable (fast gut) or non-dissolvable (polypropylene) epidermal sutures produce better cosmetic results in terms of dyspigmentation and scarring in patients of skin of color. Through a split-wound study design, patients undergoing standard elliptical excisions at least 3 cm in length will receive each suture type. Measurements of dyspigmentation and scarring will be made at 7 days (for the head and neck), 10 days (for the trunk and extremities), and 3 months for all locations.

This study aims to determine whether microneedling or dermabrasion in the early post-operative period is superior in improving the appearance of surgical scars on the face.

This is a randomized, double-blind, placebo-controlled Phase II study to evaluate the efficacy, safety, tolerability, pharmacokinetics, and immunogenicity of 9MW3811 in patients with pathological scar.

This study was done to compare the effect of myofascial release versus deep friction massage on abdominal recovery and scar after cesarean section.

This study is being done to test if paraffin wax can be used to improve the range of motion and function for scars across joints when used in combination with scar rehabilitation therapy sessions. For those randomized to receive it, the paraffin wax will be used alongside the participants' exercise therapy treatments. Currently, treatments that are used in addition to rehabilitation therapy for increasing range of motion across joints in the burn population are limited. By getting more information about how paraffin wax may or may not work, patients in the future that have scars may be able to be helped.

Scars can be caused by physical trauma, surgical incisions, burn injuries and even acne. Deep cutaneous injuries induce pathological scars. Other factors, such as mechanical loading, bacterial colonization are potential factors thought to underlie human hypertrophic and keloid scar formation or contractures. The effect may include functional impairment and aesthetic disadvantages. Various non-invasive mechanical interventions of physical scar management (e.g. extracorporeal shock wave therapy or ESWT) could have a beneficial influence on wound healing and prevention of hypertrophic scars. ESWT considerably improves the appearance and symptoms of hypertrophic scars. However, the mechanism underlying the observed beneficial effects is not well understood. The objective of the first part of the study is to elucidate the mechanism underlying changes in cellular mechanosensitive pathways that are induced by ESWT. This review will introduce the histopathological effects on ESWT during wound healing and scar development. The main objective of this study is to determine how much mechanical loading on dermal scars will lead to normal scar healing. The optimal duration, the frequency and the intensity of the applied forces in ESWT to generate a beneficiary effect during different phases of wound healing remains unclear. In this study, biopsies from abdomionplasty postsurgical scars will be examined. Thereby it is possible to evaluate the outcomes on a cellular level through assessing the histology of human biopsies under controlled condition. In the second part, the underlying mechanism of ESWT on postsurgical scars will be explored, in different stages of wound healing. Furthermore, the investigators will investigate if changes in physical characteristics (redness, thickness and pliability) in postsurgical scars are associated with changes in reactivity of mechanosensitive pathways. This study will close the gap between the fundamental knowledge on cellular mechanotransduction and the clinical application of mechanotherapy during physical scar management (ESWT).

This study will look at silicone tape compared to the current no dressing standard at the investigators institution, to determine if silicone tape provides a significant improvement in post-abdominoplasty scar appearance. Silicone tape will be added to half of the abdominoplasty incision of patients undergoing abdominally-based breast reconstruction procedures two weeks after their operation. They will be followed up and assessed at specific timepoints to determine whether the silicone improves scar outcomes in these patients.

This study will compare the cosmetic scar result from the use of scalpel, electrocautery, and pulsed electron avalanche knife (PEAK) PlasmaBlade (PPB) for the initial skin incision for total mastectomy procedures without immediate breast reconstruction. It is hypothesized that there will be no significant difference in mastectomy scar cosmesis. The purpose and objectives of this study are: 1. To evaluate and compare the cosmetic scar result from the use of scalpel, standard electrocautery, or PEAK PlasmaBlade for initial incision for total mastectomy procedures without immediate breast reconstruction. 2. To inform future equipment choices for breast surgery including potential elimination of scalpels and their attendant risks.

Laparoscopic cholecystectomy is a commonly used procedural procedure for removal of the gallbladder. Following this healing, wound healing, scar formation and scar tissue formation are critical factors in the healing process. The development of painless, noninvasive, biophysical therapeutic interventions has become the focus of current biomedical research. In recent years, it has been reported that infrared (IR) LED light applications have positive effects on tissue healing processes. This study will be conducted in a randomized controlled manner to examine the effect of postoperative IR LED application on wound healing, scarring and scar tissue formation in patients who underwent laparoscopic cholecystectomy.The research will be carried out at Erzurum City Hospital General Surgery Clinic between 15.08.2024-30.08.2025. A number sequence will be created for the 80 patients in the sample who meet the inclusion criteria for the experimental group and control group, and they will be assigned to the experimental (n = 40) and control groups (n = 40) using a computerized randomization program (https://www.random.org/integer-sets/) patient distribution will be provided. First of all, IR LED light application; It is applied on Post-Operative Day 1 and postoperative day 2. It will be given four times in total, from a distance of 45-60 cm, for 20 minutes at 8 hour intervals. On the 15th and 30th post-operative day, the patient will be asked to come to the hospital and the wound site will be re-evaluated and the data collection form will be filled out again. The patient's pain status will be evaluated with VAS, and satisfaction with Newcastle Nursing Care Satisfaction Scale. Wound and scar tissue will be examined with the Bates Jensen wound assessment scale and the patient and observer scar assessment scale. Wound and scar sites will be re-evaluated after the 15th and 30th post-operative day. The patient's pain status will be evaluated with VAS, and satisfaction with Newcastle Nursing Care Satisfaction Scale. Wound and scar tissue will be examined with the Bates Jensen wound assessment scale and the patient and observer scar assessment scale. The wound margin will be measured with a disposable ruler. In coding and evaluating the data; SPSS 22.00 package program will be used.

Multi-center, dose-regimen, double-blind study evaluating the safety and efficacy of 4 doses of SLI-F06 compared with vehicle for improvement in scar appearance

All early breast cancer patients are offered adjuvant breast radiation therapy (RT) after breast conserving surgery for an early breast cancer. Breast cancer is heterogeneous, and selected patients have a very low gain from RT, whilst they still have risk of acute and late side effects from RT. This trial will try identify selection criteria for low risk breast cancer patients who can safely omit adjuvant RT without unacceptable high risk of local failure.

Hypertrophic scar is an inevitable outcome of wound repair. It affects the appearance and some scar contracture often leads to joint dysfunction.Patients have low quality of life, long treatment cycle, heavy social burden and high medical costs.Skin grafting is currently the gold standard for scar repair.However, there are often insufficient skin sources, easy to scar recurrence, lack of skin accessory organs.The application of composite skin graft can reduce the recurrence rate of scar healing and relieve the deficiency of skin source.However, its survival rate is not high, and acellular allogeneic dermal scaffolds are expensive, heavy medical burden.Therefore, how to effectively repair the wound surface after surgical excision of scar is the main problem to be solved urgently. Dermal loss is the main cause of unsatisfactory scar repair and recurrence.The previous clinical study of the research group found that the application of autologous epidermal basal cells and autologous skin graft obtained in real time during the operation could effectively improve the survival rate of skin graft in the treatment of wound surface (Brit J Surg, 2015).Furthermore, it is suggested that the application of autologous scar dermal scaffolds can achieve the control of skin damage in the skin harvesting area and the orthotopic transplantation of autologous scar tissue dermal scaffolds, which can effectively reduce the economic burden of patients.Therefore, the researchers wondered whether the construction of tissue-engineered skin orthotopic transplantation with autologous epidermal basal cells and autologous scar dermal scaffold combined with autologous scar dermal scaffolds to repair the wound after scar resection could improve the survival rate of skin graft and reduce scar recurrence.To this end, we plan to carry out multi-center, prospective, randomized, controlled clinical trials, aiming at proposing more effective surgical treatment guidelines for the repair of hypertrophic scar, improving the survival rate of composite skin graft, and solving the current clinical problems of hypertrophic scar repair.