Plastic and aesthetic nursing最新文献

In this report, we present an injury to the hand caused by an exploding vaping device. This report summarizes the burn, blast and chemical injury, and discusses best practice for treatment. This case provides a warning to healthcare professionals and the public about the potential for and the seriousness of this injury. We hope to emphasize the rising incidence of vaping among children, the injuries that may occur, and the methods for treatment.

Hyaluronic acid (HA)-based injectables continue to grow in popularity and are used worldwide to improve facial changes associated with aging. Profhilo® Structura (IBSA Farmaceutici Italia, Lodi, Italy) is a novel HA-based product that uses nano hybrid complex of hyaluronic acid (NAHYCO)® technology to create hybrid cooperative complexes consisting of high and low molecular weight HA. Profhilo® Structura's high concentration (45 mg of total HA) and rheological properties (ie, viscosity [resistance to flow] and elasticity [stickiness]) have been specially formulated to restore facial adipose tissue. Because of their early involvement in the facial aging process, the superficial medial and lateral-temporal cheek fat compartments are good candidates for treatment. However, recommendations and guidelines are necessary to ensure that treatment is safe and effective. Three experts were invited to IBSA Farmaceutici Italia Srl to discuss clinical rationale, optimal injection techniques, and clinical outcomes for treating the superficial medial and lateral-temporal cheek fat compartments with Profhilo® Structura. These techniques were developed using patients presenting with either initial hypotrophy of fat compartments within the preauricular area (ie, sinkers) or jowl sagging due to hypotrophy within the preauricular and zygomatic areas (ie, saggers). Targeting these areas using the optimal injection site can maximize product diffusion and minimize the risk for vascular compromise. Targeting these areas also leads to lateral tightening and lipolifting effects due to adipose tissue restoration. The experts agreed that Profhilo® Structura is currently the first and only HA-based injectable treatment that can integrate and restore the adipose tissue in these affected fat compartments.

The purpose of this study was to identify the heterogeneity of atopic dermatitis and to identify key genetic factors. This can lead to new approaches and personalized treatment strategies. I conducted a literature review of three scientific publication platforms (i.e., PubMed, Cochrane Library, Scopus) for records published between July 2011 and July 2023 using key words related to the genetics of atopic dermatitis. The high heritability and genetic pleiotropia of atopic dermatitis emphasize the importance of its genetic predisposition and interaction with concomitant diseases. The study also shows the role of various genes associated with immunity and inflammatory reactions, as well as the high heritability of atopic dermatitis, particularly among twins. Genetic mutations, specifically polymorphisms of genes encoding immune factors and inflammatory responses, determine an individual's predisposition to atopic dermatitis. Research findings also point to genetic aspects associated with other skin conditions such as psoriasis and vitiligo, confirming the existence of common genetic mechanisms between these diseases. Specifically, polymorphisms of the filaggrin gene have been found to be key genetic determinants of atopic dermatitis. I analyzed the genetic basis of atopic dermatitis, emphasizing the importance of genetic determinants and their interaction with the immune system and extracellular matrix. This study contributes to the understanding of the mechanisms of atopic dermatitis and opens new perspectives for individualized treatments.

Osmidrosis is a condition characterized by malodorous sweat production in the armpits that often necessitates surgical intervention with tie-over bandages in the axillary area. Standard tie-over bandages may cause skin compression-related complications, such as bruising and skin erosion. To address this issue, we developed a novel technique using a modified protective sleeve. We conducted an observational study involving 60 patients undergoing axillary osmidrosis surgery and divided them into groups. In the experimental group we used a novel technique that included using a modified protective sleeve secured with 4-0 silk sutures. In the control group we used standard tie-over bandages. We created the protective sleeve from the tail of a 3 mL syringe by drilling holes on both sides and securing it onto a 10 mm-wide Penrose drain. We threaded sutures through the holes and provided padding between the sutures and the skin. We assessed primary outcomes of bruising and skin breakdown at eight anchoring sites. We found that using the novel protective sleeve significantly reduced skin complications. Compared with standard bandages, the incidence of bruising was reduced by 83.33% (i.e., 16.7% vs 70%). The incidence of skin erosion was reduced by 75% (10% vs 40%). Notably, the control group exhibited delayed complications, such as hypertrophic scars.