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severe burn wounds
相关语句
  重度烧伤
     CLINICAL EXPERIENCE IN TREATING MODERATELY SEVERE BURN WOUNDS USING MEBO
     MEBO治疗22例中、重度烧伤创面的临床体会
短句来源
     Analysis of the efficacy of MEBO and silver nitrate ointment in treating moderately severe burn wounds
     MEBO、硝酸银软膏治疗中重度烧伤疗效分析
短句来源
     Analysis of the efficacy of MEBO in treating 82 patients with moderately severe burn wounds
     湿润烧伤膏治疗中重度烧伤82例分析
短句来源
  “severe burn wounds”译为未确定词的双语例句
     Clinical observation on MEBT/MEBO promoting severe burn wounds to regnerate and recover
     MEBT/MEBO促进深度烧伤创面再生修复的临床观察
短句来源
     Second layer of scalp in the treatment of excised severe burn wounds
     二茬头皮在大面积深烧伤手术中的应用
短句来源
     Purpose: MEBT/MEBO may promote the residual skin tissues and columnar epitheli-um of sweat gland on severe burn wounds to regenerate, repair, and finally heal by epithelialization.
     目的:MEBT/MEBO可以促进深度烧伤创面残留皮肤组织和汗腺上皮细胞再生修复创面,使其达到上皮化愈合。
短句来源
     Method: In the each stage of applying MEBT/MEBO upon the severe burn wounds, histopathology examinations were performed and studies were conducted under the theory of histoembryology.
     方法:对深度烧伤创面组织应用MEBT/MEBO治疗的前期进行病理组织学检查,并应用组织胚胎学理论进行研究观察。
短句来源
     Conclusion: MEBO can promote severe burn wounds to regenerate and repair.
     结论:MEBT/MEBO有促进深度烧伤创面再生修复的作用。
短句来源
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  相似匹配句对
     The DIC syndrome in severe burn
     烧伤合并DIC
短句来源
     Burn's and C.
     BurnS和C.
短句来源
     Application of SPI in the treatment of severe burn
     SPI观念在特重度烧伤病人治疗中的应用
短句来源
     BURN AND FEVER
     烧伤与发热
短句来源
     Second layer of scalp in the treatment of excised severe burn wounds
     二茬头皮在大面积深烧伤手术中的应用
短句来源
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  severe burn wounds
The predisposing factors in this case were severe burn wounds resulting in immunocompromise, presence of both intravenous and enterai feeding catheters, several surgical interventions and previous treatment with imipenem plus amikacin.
      
Rapid and proper healing is important in the treatment of severe burn wounds.
      


Purpose: MEBT/MEBO may promote the residual skin tissues and columnar epitheli-um of sweat gland on severe burn wounds to regenerate, repair, and finally heal by epithelialization.Method: In the each stage of applying MEBT/MEBO upon the severe burn wounds, histopathology examinations were performed and studies were conducted under the theory of histoembryology. Results:Satisfactory healing was achieved with the treatment of MEBt/MEBO. The repaired skins are in edappearances with no scars or slight...

Purpose: MEBT/MEBO may promote the residual skin tissues and columnar epitheli-um of sweat gland on severe burn wounds to regenerate, repair, and finally heal by epithelialization.Method: In the each stage of applying MEBT/MEBO upon the severe burn wounds, histopathology examinations were performed and studies were conducted under the theory of histoembryology. Results:Satisfactory healing was achieved with the treatment of MEBt/MEBO. The repaired skins are in edappearances with no scars or slight scars formed. The pathology section examination showed the nearlynormal skin structures (At the early stage of healing, it appeared a fetus - like skin structure). Conclusion: MEBO can promote severe burn wounds to regenerate and repair.

目的:MEBT/MEBO可以促进深度烧伤创面残留皮肤组织和汗腺上皮细胞再生修复创面,使其达到上皮化愈合。方法:对深度烧伤创面组织应用MEBT/MEBO治疗的前期进行病理组织学检查,并应用组织胚胎学理论进行研究观察。结果:深度烧伤创面在MEBT/MEBO作用下,临床上达到显著疗效,肉眼观察创面修复外观良好,达到无疤或浅表疤痕愈合。病理切片观察,达到接近正常皮肤组织结构(愈合早期呈胎儿型皮肤结构)。结论:MEBT/MEBO有促进深度烧伤创面再生修复的作用。

Objective: To sum up the experience in the clinical practice and research of burn regeneration medicine and therapy, to order to further popularize and to guide the application of burn skin regeneration medical technique. Method: Through summing up personal experience in the clinical practice of burn regeneration medicine and therapy and reviewing relevant literature reports, the authors give a comprehensive description of the successful experience in the application of skin regeneration therapy and moist medical...

Objective: To sum up the experience in the clinical practice and research of burn regeneration medicine and therapy, to order to further popularize and to guide the application of burn skin regeneration medical technique. Method: Through summing up personal experience in the clinical practice of burn regeneration medicine and therapy and reviewing relevant literature reports, the authors give a comprehensive description of the successful experience in the application of skin regeneration therapy and moist medical technique in treating large area severe burn patients. Result: For burn patients, their wounds as well as tissues and organs all over the body need physiological moist environment, in order to achieve physiological in situ regenerative repair, and the tissues and organs can readjust their function to normal state. Under the guidance of the theory of burn regeneration medicine, comprehensive treatment schemes were worked out including on site emergency treatment, shock resuscitation and systemic treatment, to resolve the difficult problems in the treatment of large area severe burn wounds. The most important characteristic of the burn skin regeneration technique, which is quite different from conventional treating method is the management of the wounds. Conventional treatment for fear of secondary bacterial infections always keeps the wounds dry and uses surgical operations such as escharotomy and skin grafting; while MEBT adheres to the theory of physiological regeneration and repair of burn wounds, it emphasizes standardized application of the burn skin regeneration technique, in order to promote systemic immunity, so that patients can recover in a physiological way, their organs can have good physiological function and they can go back to the society and have good living quality. Conclusion: The schemes for systemic treatment of large area severe burn and for local burn wound management and the successful experience in their clinical practice, based on the theory of burn skin regeneration medicine have very solid theoretical basis and great clinical value. Burn skin regeneration medicine should be of the first choice among different methods of burn treatment.

目的 :总结烧伤再生医学及疗法的临床实践和应用研究的经验 ,进一步推广和指导烧伤皮肤再生医疗技术的普及应用。方法 :通过对本人多年应用烧伤再生医学及疗法临床实践经验和教训的总结 ,结合对相关文献复习 ,归纳出烧伤皮肤再生疗法、湿性医疗技术救治大面积重度烧伤的成功经验。结果 :对于烧伤病人无论是创面局部还是全身组织器官都需要生理性的湿润环境 ,包括烧伤创面的生理性原位再生修复和全身各脏器功能不全的调控与再生修复。以烧伤再生医学理论为指导制订的烧伤现场急救、休克复苏与全身性综合治疗方案有效的解决了大面积重症烧伤救治中的难点问题。皮肤再生技术与传统疗法最大不同的是对创面的处理方法 ,传统疗法的指导思想是惧怕继发细菌感染而始终保持创面干燥 ,甚至实行切 (削 )痂手术和皮肤移植方法治疗 ;而烧伤湿性医疗技术的指导思想是从烧伤出现创面开始 ,便立足于应用规范的烧伤皮肤再生疗法使创面生理性再生修复 ,恢复和提高全身免疫康复功能 ,保证烧伤患者生理功能的恢复以良好的生活质量回归社会。结论 :以烧伤再生医学及疗法对大面积重症烧伤的整体系统治疗和局部创面处理方案和成功经验 ,对各种面积和深度烧伤的治疗有坚实的理论基础和较强的临...

目的 :总结烧伤再生医学及疗法的临床实践和应用研究的经验 ,进一步推广和指导烧伤皮肤再生医疗技术的普及应用。方法 :通过对本人多年应用烧伤再生医学及疗法临床实践经验和教训的总结 ,结合对相关文献复习 ,归纳出烧伤皮肤再生疗法、湿性医疗技术救治大面积重度烧伤的成功经验。结果 :对于烧伤病人无论是创面局部还是全身组织器官都需要生理性的湿润环境 ,包括烧伤创面的生理性原位再生修复和全身各脏器功能不全的调控与再生修复。以烧伤再生医学理论为指导制订的烧伤现场急救、休克复苏与全身性综合治疗方案有效的解决了大面积重症烧伤救治中的难点问题。皮肤再生技术与传统疗法最大不同的是对创面的处理方法 ,传统疗法的指导思想是惧怕继发细菌感染而始终保持创面干燥 ,甚至实行切 (削 )痂手术和皮肤移植方法治疗 ;而烧伤湿性医疗技术的指导思想是从烧伤出现创面开始 ,便立足于应用规范的烧伤皮肤再生疗法使创面生理性再生修复 ,恢复和提高全身免疫康复功能 ,保证烧伤患者生理功能的恢复以良好的生活质量回归社会。结论 :以烧伤再生医学及疗法对大面积重症烧伤的整体系统治疗和局部创面处理方案和成功经验 ,对各种面积和深度烧伤的治疗有坚实的理论基础和较强的临床实用价值 ,烧伤皮肤再生医疗技术?

Objective To explore the feasibility of autologous burn eschar as the coverage of microskin grafting in the repair of excised severe burn wounds. Methods Twelve severe burn patients underwent massive escharectomy during 3 to 7 post burn days (PBD), and autologous eschar instead of alloskin was employed as the coverage of microskin. The integrity of grafted eschar and survival of microskin grafts were observed at 1 to 6 weeks after operation. The wound healing rate in grafted area...

Objective To explore the feasibility of autologous burn eschar as the coverage of microskin grafting in the repair of excised severe burn wounds. Methods Twelve severe burn patients underwent massive escharectomy during 3 to 7 post burn days (PBD), and autologous eschar instead of alloskin was employed as the coverage of microskin. The integrity of grafted eschar and survival of microskin grafts were observed at 1 to 6 weeks after operation. The wound healing rate in grafted area was determined at 6 post operation week (POW), and the wound healing time was recorded. Results The autologous eschar in the grafted area were integral and attached tightly to the wound during the 1 to 2 POW and began to dry and detach from the burn wound with the microskin underneath growing and fusing at 3—4 POW. This process went on until the eschar was completely detached from the burn wound and the microskin fused in large areas, with some granulation wounds left at 5 and 6 POW. The wound healing rate at the 6 POW was (87±4)%.The average wound healing time of burn patients in this group was (56±8)days. ConclusionAutologous eschar could be used as a substitute for the alloskin for microskin grafting in excised burn wounds.[

目的 探讨用自体焦痂作为微粒皮移植的覆盖物的可行性。 方法 选择12例重度烧伤患者,于其伤后3—7d内切痂,并用自体焦痂替代异体皮作为微粒皮移植术后的覆盖物。术后1—6周观察患者移植部位的焦痂情况和微粒皮存活情况,术后6周计算创面愈合率。记录患者创面愈合时间。结果 术后1—2周,移植部位的焦痂完整,与机体贴附紧密。术后3—4周,焦痂开始呈干痂状并逐渐与创面分离,其下的自体微粒皮已生长并融合成片状。第5—6周,焦痂进一步分离直至完全脱离创面,自体微粒皮融合成大片,残留少量肉芽创面。本组患者术后6周的创面愈合率为(87±4)%,创面愈合时间为伤后(56±8)d. 结论 用自体焦痂替代异体皮覆盖移植的微粒皮方法可行,并具有较好的临床应用价值。

 
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