Traumatic limb wounds management: Efficacy of silver and hyaluronic acid-containing dressings.

Traumatic limb wound management represents a common and challenging health problem. Conservative treatment can be a good option when surgery fails or surgical reconstruction is planned. Wound healing is a complex process that involves several factors and can be delayed if wound details are not noticed. So, expert healthcare professionals should take care of these delicate patients to obtain satisfactory outcomes in terms of cosmesis and functionality of the residual scar. Thanks to the description of three patients with traumatic limb injuries, this article emphasizes the importance of respecting what we call the three golden rules of wound management: correct cleaning of the wound, its accurate inspection and choose the appropriate dressing according to the wound aspect.

A preliminary clinical trial comparing wet silver dressings versus wet-to-dry povidone-iodine dressings for wound healing in pemphigus vulgaris patients.

There is insufficient evidence concerning the efficacy of wet silver-containing dressings for wound healing in pemphigus vulgaris (PV). In this randomized, controlled clinical trial, 58 patients with PV skin erosions (10%-70% body surface area) were assigned to receive either wet silver-containing dressings (n = 28) or wet to dry povidone-iodine dressings as a control (n = 30). The patients in the treatment group demonstrated a significant improvement in the number of dressing changes, wound healing time, and duration of hospital stay compared with the control group. Patients treated with wet silver dressings had significantly lower NRS pain scores and reported better subjective satisfaction compared with the control group. The only adverse reactions were an occasional abnormal discharge or infection, but there was no difference between the two groups. In our study the wet silver-containing dressings were safe and effective for the treatment of wound healing in PV patients.

[National experts consensus on application of silver-containing dressings in wound therapy (2018 version)].

New silver-containing dressings developed in recent years have brought new and powerful means for the prevention and treatment of wound infection, which promote development and progress of wound therapy. There are many kinds of silver-containing dressings, however, misunderstanding and even misapplication exist in how to choose and use these dressings. Based on literature evidence, we propose this national expert consensus on clinical application of silver-containing dressings, particularly in terms of kinds and mechanisms, indications, contraindications, rational selections in different wounds, and cautions in the clinical application of silver-containing dressings. This consensus would be helpful for medical and nursing personnel to use silver-containing dressings in wound repair field in clinic correctly and professionally.

[National experts consensus on application of silver-containing dressings in wound therapy (2018 version)].

New silver-containing dressings developed in recent years have brought new and powerful means for the prevention and treatment of wound infection, which promote development and progress of wound therapy. There are many kinds of silver-containing dressings, however, misunderstanding and even misapplication exist in how to choose and use these dressings. Based on literature evidence, we propose this national expert consensus on clinical application of silver-containing dressings, particularly in terms of kinds and mechanisms, indications, contraindications, rational selections in different wounds, and cautions in the clinical application of silver-containing dressings. This consensus would be helpful for medical and nursing personnels to use silver-containing dressings in wound repair field in clinic correctly and professionally.

National experts consensus on application of silver-containing dressings in wound therapy (2018 version) / 中华烧伤杂志

New silver-containing dressings developed in recent years have brought new and powerful means for the prevention and treatment of wound infection, which promote development and progress of wound therapy. There are many kinds of silver-containing dressings, however, misunderstanding and even misapplication exist in how to choose and use these dressings. Based on literature evidence, we propose this national expert consensus on clinical application of silver-containing dressings, particularly in terms of kinds and mechanisms, indications, contraindications, rational selections in different wounds, and cautions in the clinical application of silver-containing dressings. This consensus would be helpful for medical and nursing personnels to use silver-containing dressings in wound repair field in clinic correctly and professionally.

National experts consensus on application of silver-containing dressings in wound therapy (2018 version) / 中华烧伤杂志

New silver-containing dressings developed in recent years have brought new and powerful means for the prevention and treatment of wound infection, which promote development and progress of wound therapy. There are many kinds of silver-containing dressings, however, misunderstanding and even misapplication exist in how to choose and use these dressings. Based on literature evidence, we propose this national expert consensus on clinical application of silver-containing dressings, particularly in terms of kinds and mechanisms, indications, contraindications, rational selections in different wounds, and cautions in the clinical application of silver-containing dressings. This consensus would be helpful for medical and nursing personnel to use silver-containing dressings in wound repair field in clinic correctly and professionally.

Superior absorption and retention properties of foam-film silver dressing versus other commercially available silver dressing.

BACKGROUND: The aim of this study is to investigate the physicochemical and structural properties of Medifoam®Silver and to compare with other commercially available silver-containing polyurethane (PU) foam dressing in vitro. METHODS: Surface and cross-section of four polyurethane foam dressings were assessed with field-emission scanning electron microscope. Thickness, density, tensile strength, elongation, absorption rate, absorption/retention capacity and water-vapor transmission (WVT) were measured to compare physical properties of various dressing materials. RESULTS: Among four tested dressings, Medifoam®Silver has relatively uniform and smallest pore size in both surface and cross-section. In comparison of absorption properties with other dressing materials, Medifoam®Silver has rapid absorption rate, good absorption/retention capacity and good WVT value. CONCLUSIONS: The data further suggests that Medifoam®Silver is a promising candidate for wound healing management.

Silver-based wound dressings reduce bacterial burden and promote wound healing.

Various types of wound dressings have been designed for different purposes and functions. Controlling bacterial burden in a wound during the early phase is important for successful wound repair. Once bacterial burden is under control, the active promotion of wound healing is another important factor for efficient wound healing. This study investigated the potential of three silver-containing dressings, namely KoCarbonAg(®) , Aquacel(®) Ag and Acticoat 7, in reducing bacterial survival and promoting wound healing. The ability of these dressings to block the entry of bacteria from external environment and retain intrinsic bacteria was studied in vitro. In addition, the study used a rat model to compare the healing efficiencies of the three dressings and investigate the quantity of collagen synthesis in vivo. In vitro results indicated that the silver-containing dressings prevented bacterial growth in wounds by blocking the entry of external bacteria and by retaining the bacteria in the dressing. In vivo study indicated that reduction in bacterial burden accelerated wound healing. Wounds treated by the silver-containing dressings showed better healing than those treated with gauze. Moreover, KoCarbonAg(®) further accelerated wound healing by promoting collagen synthesis and arrangement.