The use of 3D modeling to determine the parameters of surgical intervention for pulmonary tuberculosis

Бородулина, Е. А.; Колсанов, А.В.; Rogozhkin, P.V.; Манукян, А. А.

doi:10.21292/2075-1230-2020-98-6-47-51

Tuberk. bolezni lëgk.

2020

DOI: 10.21292/2075-1230-2020-98-6-47-51

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The use of 3D modeling to determine the parameters of surgical intervention for pulmonary tuberculosis

Е. А. Бородулина¹,

А.В. Колсанов²,

P.V. Rogozhkin³

et al.

Abstract: The clinical experience demonstrates the importance of 3D modeling when planning surgical intervention in patients with pulmonary tuberculosis. The 3D model was built up based computed tomography data using Avtoplan software with plug-ins for segmentation of the lung, pathological foci, vascular structures, and bronchial tree. The data obtained during 3D modeling allowed us to plan surgery and the data were fully confirmed during the operation. The 3D model with color mapping reveals syntopy, which is … Show more

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Cited by 2 publications

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Various approaches to improving adherence of patients with tuberculosis. Prospects for the use of additive technologies in TB practice

Наумов

Шпрыков

2022

Pulʹmonologiâ (Mosk.)

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Tuberculosis (TB) remains a global problem up to this day. Against the background of the successes achieved in the fight against this infection, many problems have not yet been fully solved. These problems include drug resistance of the pathogen, comorbidity and multimorbidity of TB, the search for new types of drugs, the management and prevention of undesirable side effects of longterm chemotherapy, etc. These problems can only be solved through collaboration between health care professionals and patients. Timely abacillation, closing of decay cavities and stabilization of the clinical condition are practically impossible without such cooperation. Therefore, an important task of phthisiology is to stabilize the patient’s adherence to antiTB therapy throughout the course of treatment.The aim of the review is to describe existing and innovative ways to improve the level of adherence of TB patients to antiTB therapy.Conclusion. Current methods to improve adherence of TB patients, both in Russia and other countries, need to be improved and adequately funded. Additive technologies that more effectively reduce the risks of unmotivated discontinuation of polychemotherapy may be the solution.

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Various approaches to improving adherence of patients with tuberculosis. Prospects for the use of additive technologies in TB practice

Наумов

Шпрыков

2022

Pulʹmonologiâ (Mosk.)

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Comparative analysis of methods for creating virtual three-dimensional models of the lungs from computed tomography images in the practice of a tuberculosis organization using Materialise software

Naumov,

Shprykov,

Sutyagina

et al. 2023

Consilium Medicum

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Background. One of the important conditions for the final victory over tuberculosis is not only the prevention of its development and early detection, but also the provision of high-quality personalized medical care to the patient. Additive technologies and virtualization technologies are ways to fully reveal this principle in phthisiatric practice. Aim. Demonstrate the possibilities and evaluate the labor costs (time spent on virtualization and the size of the final digital files of models) while working with the Mimics inPrint 2.0.0.159 and Mimics Medical 21.0.0.406 software systems in the aspect of virtual reconstruction of the lungs of a patient with a destructive form of tuberculosis. Materials and methods. A comparative analysis of methods for creating virtual three-dimensional models of the lungs from CT images was carried out at the Nizhny Novgorod Regional Clinical Tuberculosis Dispensary. The study involved one patient with a destructive form of tuberculosis of the upper lobe of the left lung. Virtual three-dimensional models were made according to a specially developed algorithm. The time spent for the formation of virtual lung models was analyzed using the built-in function in the "Log" software. The analysis of the size of the obtained virtual lung models in the STL format was carried out using the operating system function from the Windows family "Properties", section "General", subsection "Size". Results. The most practical software package for virtual lung reconstructions turned out to be Mimics inPrint 2.0.0.159 with the result of the time spent on creating a model of 2 minutes (Mimics Medical 21.0.0.406 7 minutes 17 seconds) and a model size of 125 megabytes (Mimics Medical 21.0.0.406 26.1 megabyte). The technical nuances and algorithms of lung reconstruction covered in the article using the Mimics inPrint 2.0.0.159 and Mimics Medical 21.0.0.406 software packages will allow the interested person not to make a mistake in realizing their scientific and practical interests in the process of providing personalized care to the patient. The article focuses on the main advantages of the Mimics inPrint 2.0.0.159 software package in comparison with Mimics Medical 21.0.0.406. A brief description of similar programs is given. Conclusion. The studied software systems successfully coped with the goal assigned to them, which concerned the demonstration of their capabilities and the assessment of labor costs for virtualization. Mimics inPrint 2.0.0.159 turned out to be the most understandable and promising software and application complex for use in everyday clinical practice.

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The use of 3D modeling to determine the parameters of surgical intervention for pulmonary tuberculosis

Cited by 2 publications

References 9 publications

Various approaches to improving adherence of patients with tuberculosis. Prospects for the use of additive technologies in TB practice

Various approaches to improving adherence of patients with tuberculosis. Prospects for the use of additive technologies in TB practice

Comparative analysis of methods for creating virtual three-dimensional models of the lungs from computed tomography images in the practice of a tuberculosis organization using Materialise software

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