This silver foam dressing can inactivate wound relevant pathogens (bacteria and fungi) within 30 minutes, as shown in vitro . An international consensus has concluded that an antimicrobial action is indicated to help reduce bioburden in infected wounds and acts as an antimicrobial barrier in wounds at high risk of infection or re-infection . The nature of the bond that forms between Mepitel and the skin surface is such that the dressing can be removed with minimum pain and without damaging delicate new tissue. Schematic representation of clinical manifestations and symptoms of acute and chronic radiodermatitis.

Mepitel Film Dressing | Medical Dressings Mepitel Film Dressing | Medical Dressings

Mepitel has an open mesh structure that allows exudate to pass through into a secondary absorbent dressing and enables the delivery of topical treatments. Mepitel allows secondary dressings to be changed without disturbing the wound bed. The dressing reduces the need for frequent primarydressing changes and allows secondary dressing changes without disturbing healing. Mepitel is clinically provento enable faster healing with less pain and cost, compared to silver sulfadiazineCollin O (2009) Use of Mepitel One dressing following hand surgery: a case study series. Poster presentation. Wounds UK Conference, United Kingdom You can also use Mepitel Film to significantly reduce the radiotherapy-induced skin damage after radio-therapy treatment of breast cancer. In a recent randomised controlled trial, the severity of the skin reaction was reduced by more than 90% .

Mepilex Ag antimicrobial foam dressing with silver and soft Mepilex Ag antimicrobial foam dressing with silver and soft

When used on bleeding wounds or wounds with high viscosity exudate, Mepitel should be covered with a moist absorbent dressing pad. The wound should be inspected for signs of infection according to clinical practice. Consult a health care professional for the appropriate medical treatment.Waring M, Bielfeldt S, Mätzold K, Wilhelm KP, Butcher M (2011) An evaluation of the skin stripping of wound dressing adhesives. J Wound Care 20(9): 412-422 In an open, two-arm, multi-centre, parallel-group randomised controlled trial of outpatients with moderately exudating, uncomplicated acute wounds, David et al (2017) compared Mepitel ® One with a soft silicone adhesive layer with a lipido-colloid adhesive layer. In 123 patients, the randomised clinical trial found Mepitel ® One was significantly less painful to remove compared to a lipido-colloid adhesive layer. A comparison on healing by day 21 was made. At this time, significantly more patients treated with Mepitel One had healed compared to those treated with a lipido-colloid adhesive layer.

Skin tears | Mölnlycke Skin tears | Mölnlycke

When used on bleeding wounds or wounds with high-viscosity exudate, Mepitel® One should be covered with a moist, absorbent dressing pad. Collin (2009) describes the use of Mepitel ® One following hand surgery in a non-comparative, ten patient case series. The author found dressing conformability was rated by the investigator as ‘good’ to ‘very good’; handling at application and ease of removal were generally rated as ‘easy’ to ‘very easy’. The patients also rated dressing conformability and comfort as ‘good’ to ‘very good’. No pain was associated with the removal of the Mepitel One dressings. There were no reports of leakage or dressing displacement. All wounds responded well and were associated with, at worst, minimal bleeding or exudation (as would be expected of this type of wound). No odour or signs of infection/ inflammation were reported. The condition of the peri-wound skin was generally healthy although mild maceration developed around one of the wounds. When used on burns treated with meshed grafts or after facial resurfacing, imprints can occur if the product is not used properly. There are various choices available, including hydrogels made from biopolymers. Notably, there have been significant advancements in traditional medicine, film dressings, stem cells, and growth factors used for radiation-induced dermatitis.Safetac also protects new tissue and intact skin, so wounds remain undisturbed, to support faster healing. Mepitel seals the wound margins to protect skin from damaging leaks and maceration.

dressings (semi-permeable Vapour-permeable adhesive film dressings (semi-permeable

When using for the fixation of skin grafts and protection of blisters, the dressing should not be changed before the fifth day post application Soft, thin, breathable and waterproof film is highly conformable and contributes to optimum patient protection & comfort The design includes a Safetac ® interface which seals the wound edges, preventing the exudate to leak onto the surroundingskin, thus minimising the risk for maceration . Safetac interface also minimises damaging the wound or surrounding skin orexposing the patient to additional pain at dressing changes . Further clinical studies and research are required to establish the safety and efficacy of several types of latest wound dressing methods. Analyzing novel materials for modern wound dressings with positive outcomes exhibited via numerous tests has resulted in innovation in enhancing the dressing materials available in the market. The recent trend in developing ideal dressing products has several advantages. It has various health benefits, including increased antibacterial activities, environmental benefits, high biological compatibility, eco-friendly, and ease of handling, especially with natural polymers. New materials have been designed to respond to the various situations and stages of wound healing.

Wound dressing is an excellent strategy for wound care and therapy, as evidenced by the favorable findings of various trials. However, further research and development are needed to validate modern dressing methods. Currently available dressing methods are critical to establishing a moist environment for wound healing, pain relief, and antibacterial protection. Unfortunately, only a few clinical trials have been conducted to assess the efficacy of these popular modern dressings. Trials on wound dressing effectiveness are typically performed on less complicated wounds, resulting in oversimplification of the actual clinical aspects. Schematic representation of some dressings utilized in the prevention and treatment of acute radiation dermatitis.