摘要：In this thesis a new compound was used in local burn management for the first timein Egypt. This is Moist Exposed Burn Ointment （MEBO） as a new method of burn theapy designedaccording to traditional Chinese medicine and modern medical science. The study included 20 patientswith acute second degree burns （superficial to deep） in different kinds of burn injuries and in differentareas of the body. The extent of burn varied from 2 ~ 13 % TBSA and there is no age or sex selection.There was no debridement of the burn wounds, and the MEBO was applied on the wounds directly.The thickness of the MEBO layer was about 1 mm applied every 8~ 12 hours. The results indicatedthat the MEBO/MEBT （Moist Exposed Burn Treatment） has a good analgesic effect, short healingtime, good recovery of appearance and good function. Ail patients did not reveal any sign of local orsystemic infection. No scar formation and no side effect were observed. The MEBOMEBT is easy touse, does not nned any instrument, and can be used in teh house. Moreover, add advantage is the un-necessary of using analgesic or antibiotics, or even disinfectants and antiseptics. We did not use anydrugs （analgesic or antibiotics, disinfectants or antiseptics）.

摘要：Objective The present study aims to explore the individualized treatment options for multisite pressure ulcer (PU) at various stages in elderly patients with multiple medical conditions. Methods Stages 1 and 2 PU at 146 sites were treated with closed negative pressure suction combined with continuous micro-oxygen perfusion and the local application of foam dressings, silver ion dressings, and moist burn cream. Stages 3 and 4 PU in the sacrococcygeal region were treated with skin or myocutaneous flap transplantation. Results Stages 1 and 2 PU healed after treatment with closed negative pressure suction combined with continuous micro-oxygen perfusion and dressing changes. One case died during hospitalization due to an illness. Skin or myocutaneous flap repair was conducted in 34 cases of stage 3 or 4 PU in the sacrococcygeal area. Of these cases, 28 achieved primary healing, and 6 required two or three surgeries, 5 of which received micro-skin implantation. In addition, 10 small deep PU at other sites were repaired by direct excision and suturing or local flap repair. Seven cases were transferred to other departments or hospitals due to concomitant diseases or were discharged automatically without surgical treatment. Conclusion Home care for geriatric patients is difficult. PU often occur at multiple sites because of the duration of various pressures, and different sites may demonstrate different stages because of varying degrees of pressure. When actively treating stages 3 and 4 PU, the trauma management of stages 1 and 2 PU should not be neglected.

摘要：Topical treatment for facial burns, Review question, We reviewed the evidence about the effects of topical (applied to the surface of the skin) treatments for healing burn wounds on the face or neck. We wanted to find out which treatments were most effective at healing these wounds and improving the appearance of scars, which is a particularly important issue in relation to facial burn injuries. We also wanted to find out how topical treatments affected the risk of complications such as infection and pain, and how they impacted on peoples' quality of life., Background, Burn injuries are an important health problem, and a major global cause of disability and disfigurement in both adults and children. Women and children in low‐income countries are at particular risk. Burns pose particular problems when they occur on the head or neck. The face is central to a person's identity and plays a vital role in communication. Other basic functions such as hearing, smell and breathing may become affected as a direct result of a facial burn. Topical treatments such as (non) antimicrobial creams and skin substitutes, are most commonly used to treat facial burns. We wanted to compare the effectiveness of these treatments to evaluate their benefits and harms., Study characteristics, In December 2019, we searched for randomised controlled trials (RCTs) investigating topical treatments for facial burns. RCTs are medical studies where the treatment or care people receive is chosen at random. This type of study design provides the most reliable health evidence about whether different approaches to treatment or care can make a difference. We found 12 studies that were suitable for inclusion in this review update, with 507 participants with mean ages ranging from 5.3 to 41.9 years. Three studies compared antimicrobials with non‐antimicrobials agents, two studies compared different antimicrobials, four studies compared skin substitutes with antimicrobials, while four studies compared a variety of topical treatments. One study contributed to two comparisons. Eight studies were small (fewer than 40 participants) and almost all studies were at high risk of bias due to lack of blinding (where participants and evaluators may have known which group the participants were allocated to and interpreted effects differently)., Key results, Overall, there is mainly low to very low‐certainty evidence on the effects of any topical intervention on wound healing or infection in people with facial burns. In addition, there is low to very low‐certainty evidence on the effects of the included interventions on need for surgery, pain, scar quality, patient satisfaction, length of hospital stay and side effects., All results were at high risk of bias and varied, which may have exaggerated the effects., Certainty of the evidence, Overall, the certainty of the evidence about the effectiveness of topical treatments for facial burns is low to very low. There is insufficient reliable evidence as to whether topical treatments improve outcomes for people with facial burns including improving wound healing, or rates of infection. Better trial design and reporting of these studies is required to contribute to evidence‐based burn care., How up to date is this review?, We searched for studies that had been published up to December 2019.

摘要：BACKGROUND: Thermal tissue injury is partly mediated by reactive oxygen metabolites. Oxygen free radicals are contributory to local tissue damage following thermal injury and accordingly an interventional therapy using antioxidants may be beneficial. Copper nicotinate complex can scavenge reactive oxygen species (i.e., has antioxidant activity). OBJECTIVES: To examine time-related morphological and biochemical changes following skin thermal injury and their modulation by copper nicotinate complex. MATERIALS AND METHODS: An animal model composed of 80 albino rats was established. Ten rats (nonburn group) served as a control group. Seventy rats (burn group) were anesthetized, given a 10% total body surface area, full-thickness burn. Ten rats (from the postburn group) were sacrificed after 24 h (without treatment, i.e., untreated-burn group). The remaining rats were divided into three subgroups (20 rats, each) and were treated topically either with soft paraffin, moist exposed burn ointment (MEBO, a standard therapeutic treatment for burns), or copper nicotinate complex. Five animals from each subgroup were sacrificed every week over a period of 4 weeks. The morphological and biochemical changes were evaluated and compared among the different groups. RESULTS: High levels of the plasma and skin nitiric oxide (marker of oxidative stress) were observed in the untreated-burn group. These levels were significantly low following the application of copper nicotinate complex. Low levels of plasma and skin superoxide dismutase (marker of oxidative stress) and plasma ceruloplasmin were observed in the untreated-burn group. These levels were significantly high following copper nicotinate complex treatment. The total and differential leukocyte counts were low following the onset of the thermal injury. They gradually returned to normal levels over a 4-week period following the application of MEBO or copper nicotinate complex. Compared to untreated-burn group, postburn-healing changes (resolution of the inflammatory reaction, reepithelization of the epidermis, angiogenesis, deposition of collagen fibers, and recovery of the subcellualr organelles) were significantly accelerated following the application of either MEBO or copper nicotinate complex. CONCLUSIONS: Application of copper nicotinate complex was associated with improved healing of the thermal burns of the skin. The underlying molecular changes underlying these effects await further investigations.