Репозиторий Университета

Copyright © 2018, Georg Thieme Verlag KG. All rights reserved. Thoracoplasty was invented for removing cavities between thoracic wall and remnant lung or mediastinum. It was initially used in cases of tuberculosis or unspecific infections, while currently it is used mainly for space problems after lobectomy/pneumonectomy. This article presents an overview of the historical and current techniques of this surgical procedure. Nowadays, thoracoplasty is rarely performed due to the low incidence of diseases for which this method is necessary. Therefore, this method has even been discredited. Furthermore, certain technical aspects of the thoracoplasty are not very well known because of the infrequent application of this procedure. Unfortunately, a look into the literature of thoracoplasty is not always usefull due to the biased views of advocates of different techniques such as Schede's thoracoplasty, Heller's Jalousie-Plastik, Alexander's extramusculoperiosteal thoracoplasty, Bjork's osteoplastic thoracoplasty, etc. Not to forget, there has always been a lack of research on the relevance and on the several techniques of thoracoplasty. The point is precise indication and correct execution of thoracoplasty as a final therapeutic option, which allows a safe and definitive solution of the space problem even in complex cases, without creating serious functional and cosmetic impairment for the patient. The main types of thoracoplasty are described in this article. Although the core principle of this operation remains unchanged, modern techniques are often cosmetically more considerable and less destructive, compared with techniques that were used in the past.

© 2018 Russian Electronic Journal of Radiology.All right reserved. Purpose: Demonstration of various radiological methods possibilities in diagnosis, evaluation of the lung resection volume, planning of thoracoplasty and efficacy monitoring of the surgical treatment of destructive pulmonary multi-drug resistant (MDR) tuberculosis (TB). Results: Plain chest film revealed a widespread pulmonary tuberculosis inflammation. With CT application, the nature and prevalence of pulmonary parenchymal involvement was clarified, indications and volume of complex surgical intervention were determined, and surgical treatment efficacy was controlled. Digital tomosynthesis application determined the state of the lung tissue after resection and the volume of the planned postponed thoracoplasty. Discussion: Taking into account the incidence of pulmonary tuberculosis in our country, the similarity of its clinical and radiological picture with a number of other pathological processes, as well as the polymorphism of alterations, it is necessary to know the pathomorphological, clinical and radiological manifestations of this disorder. A reliable assessment of the respiratory organs state according to the radiography data has objective limits due to the presence of a cumulative effect and other factors. So, CT is the priority method in diagnosis, evaluation of lung resection volume, planning of thoracoplasty, and monitoring of surgical treatment efficacy. Due to layer-by-layer visualization, the method of digital tomosynthesis makes it possible to obtain additional information, in comparison with radiographic data, in pulmonary parenchyma state assessment at pre- and postoperative stages, which indicates the prospects of its application in solving this tasks. Conclusion: Due to modern radiological methods in the study of respiratory organs TB, the question of the expediency of surgical treatment or refusal in favor of conservative therapy is solved, which is of particular relevance in patients with MDR TB. Accurate determination of lung resection and thoracoplasty volume significantly reduces the risk of postoperative complications, which contributes to improving the quality of life of the patient. A correct control of respiratory TB surgical treatment efficacy with CT application allows estimating the state of the zone of interest, and timely reveal the relapse of a specific process.