Dumitrescu-Ionescu Doina
Plastic and Reconstructive Microsurgery Clinic, University Hospital, Bucharest.
J Med Life. 2008 Apr-Jun;1(2):174-88.
The introducing of reconstructive microsurgery has meant not only the addition of microsurgical microscopes and instruments, but a change, a progress towards a new concept, the concept of the microsurgical reconstruction of tissues. The microscope and the instruments themselves are only a means of utilizing this new concept to good effect since the mere use of the microscope and of the instruments according to the old concept of tissue reconstruction cannot be considered to be reconstructive microsurgery. From December 1979 through to December 2005, more than 3000 patients with peripheral nerve lesions were operated on by the same microsurgeon, the author Doina Ionescu-Dumitrescu. The conclusions are based on the following: A huge amount of work involved in carrying out microsurgical reconstructions of over 7500 peripheral nerves in over 3000 patients, 1800 of which were nerve transplants for defects of peripheral nerves of the extremities, for posttraumatic brachial plexus paralyses (91), for replantations and/or revascularizations following partial or complete amputations of the extremities (24 out of which 23 successful) or for free transfers of functional composite tissues (53). For a more accurate picture of such an effort one should consider the operation time that these types of reconstruction involve: between 3 and 12 hours for each patient under general anaesthesia and for both the anaesthetist and the microsurgeon. Experimental microsurgery on rabbit ears The results of the histopathological examination of 500 postoperative neuromas of peripheral nerves repaired traditionally. The Moberg test. Pre, intra and postoperative monthly observations of the patients until their full recovery according to the criteria set by the International Reconstructive Microsurgery Society (postoperative intervals of 6-12-24 months). Taking pictures and recording pre, intra and postoperative stages. The patients' professional, social and familial reintegration. The patients' state of mind; level of cooperation. Comparing results with those of classic and palliative repairs. Comparing the data resulting from this experience with the information provided by the specialist literature of the world. Completing the internationally defined reconstructive procedures with the personal ones, to produce a new concept.
显微重建外科的引入不仅意味着增加了显微外科显微镜和器械,而且意味着一种变革,一种朝着新观念、即组织显微外科重建观念的进步。显微镜和器械本身只是将这一新观念发挥出良好效果的手段,因为仅仅按照旧的组织重建观念使用显微镜和器械不能被视为显微重建外科。从1979年12月到2005年12月,同一位显微外科医生、作者多伊娜·约内斯库 - 杜米特雷斯库为3000多名周围神经损伤患者实施了手术。结论基于以下内容:对3000多名患者的7500多条周围神经进行显微外科重建涉及大量工作,其中1800例是用于肢体周围神经缺损的神经移植、创伤后臂丛神经麻痹(91例)、肢体部分或完全截肢后的再植和/或血管重建(其中24例,23例成功)或功能性复合组织的游离移植(53例)。为了更准确地了解这样一项工作,应该考虑这些类型的重建所涉及的手术时间:每位患者在全身麻醉下,外科医生和麻醉师的手术时间为3至12小时。兔耳显微外科实验传统修复的500例周围神经术后神经瘤的组织病理学检查结果。莫伯格试验。术前、术中及术后每月对患者进行观察,直至根据国际重建显微外科学会设定的标准完全康复(术后间隔6 - 12 - 24个月)。拍摄并记录术前、术中和术后阶段。患者的职业、社会和家庭重新融入。患者的心理状态;合作程度。将结果与经典修复和姑息性修复的结果进行比较。将这次经验所得数据与世界专业文献提供的信息进行比较。用个人的方法完善国际定义的重建程序,以产生一个新观念。