摘要：<正>烧伤皮肤再生医疗技术(Moist Exposed Burn Treatment/Moist Exposed Burn Ointment,MEBT/MEBO)原名为"烧伤湿润暴露疗法",是我国烧伤创疡学科带头人徐荣祥教授于1988年发明的,由湿润暴露疗法(Moist Exposed Burn Treatment,MEBT)和湿润烧伤膏(Moist Exposed Burn Ointment,MEBO)组成;1989年国家卫生部将其推荐在全国推广应用;1991年,国家卫生部将其列人首批向全国推广普及的十项重大医药技术。MEBT/MEBO是一种顺应生命规律的全新的局部与全身系统治疗相结合的烧伤治疗技术,其应用中医医学哲学理论,借助现代医学理论与方法,打破了长期以

摘要："烧伤皮肤再生医疗技术(MEBT/MEBO)"是我国烧伤创疡学科带头人徐荣祥教授于1988年发明的,由湿润暴露疗法(MEBT)和湿润烧伤膏(MEBO)组成。当时的医疗技术名称叫"烧伤湿润暴露疗法",1989年国家卫生部通知推荐在全国推广;1991年,国家卫生部将烧伤湿润暴露疗法技术列入首批向全国推广普及的十项重大医药技术。MEBT/MEBO是一种顺应生命规律的全新的烧伤治疗技术与方法,是通过顺应烧伤发病机制制订医疗思路,研究出的一种从局部治疗到

摘要：Objective: From molecular, cell and systemic clinical treatment three levels, this report revealed the mechanism of wound healing, the basic theory and the importance of clinical practice for the Burn Regenerative Therapy with MEBT/MEBO (BRT & MEBT/MEBO).Method: This report analyzed the importance and clinical curative effect for standardized appliance of BRT & MEBT/MEBO from two key points: 1) Liquefaction of necrotic tissue from burn wound; 2) Skin regenerationin situ. Result: There are three necessary conditions for skin physiologically repair and regeneration of burn wound: 1) The formation of moist physiological environment on burn wound; 2) The material foundation of life regenerative substances and histology for keratin-19 stem cells' regenerationin situ; 3) Standardized procedures and appliance of BRT & MEBT/MEBO, which is the guarantee of burn wound healing physiologically. Conclusion: The theory of “Potential Regenerative Cell" and the technique of “Stem cellin situregeneration" are ...

摘要：Objective: To investigate the mechanism of the effect of Moist Exposed Burn Therapy (MEBT) and Moist Exposed Burn Ointment (MEBO) on the spontaneous repair and healing of superficial third degree burn wound involving fatty layer. Method: A series of skin tissue samples were taken from deep burn wounds of 2 cases. Immunocytochemistry method, biotin-avidin DCS system, and indirect immunofluorescence technique were applied. Mouse anti-human keratin type 19 monoclonal antibody was used to detect regenerative epidermal stem cells in wound tissues. Results: Epidermal regenerative stem cells emerged at 24 hours post burn, and the number of epidermal regenerative stem cell increased on day 4 post burn. On days 7 and 14 post burn, the number of epidermal stem cells increased to the peak level. On days 21 and 28 post burn, it decreased and disappeared gradually as burn wound progressed to healing. Conclusion: MEBT/MEBO has the effect of promoting the activation and proliferation of epidermal regenerative stem cells in ...