RESUMO
In the current era, there are numerous advanced postoperative dressings. The ideal postoperative dressing is one that is thought to improve patient comfort, manage postoperative drainage, potentially allow for visualization of the wound, improve postoperative healing, and possibly reduce bacterial invasion. However, many advanced surgical dressings have shown increased ease of handling and increased patient comfort, but have not shown true superiority with regard to objective criteria. To ease the overall evaluation of such products, we have categorized them as standard of care dressings, engineered dressings, antimicrobial engineered dressings, skin glues and adhesives, and closed incisional negative pressure wound therapy. Among these categories, closed incisional negative pressure wound therapy has repeatedly shown superior subjective and objective outcomes. However, due to cost constraints, this therapy is not ideal for everyone. In many cases, the postoperative dressing should be dictated by the type of surgery, the location of the surgery, and the comorbidities of the patient. The authors will review the appropriate indications for the use of all categories of postoperative dressing and identify specific items that have shown great promise. The current guidelines will also be reviewed.
RESUMO
The ability to grow skin has long been a topic of study and therapeutic interest. Currently, the main ways of doing this are 1) by placing tissue-expansion devices in the subcutaneous space and expanding skin over time, which can then be moved to cover contiguous structures, and 2) via processes that require relatively long (30 days) incubation periods to grow the patient's autogenous skin into laminar sheets. Over the past five years, there have been significant developments in the ability to expand skin cells, either at the bedside or in the laboratory, but much more rapidly than with previous methods. We explore and discuss the current skin cell-expansion techniques, focusing on point-of-care therapeutic interventions that can be used in the burn population as well as the chronic wound population, hair follicle stem-cell incubation techniques and studies supporting this therapy, as well as micro bullae grafting, and morcellated skin cell therapy. The current data supporting these therapeutic interventions and their current direction are outlined in detail.