不同类型非结核性肺分枝杆菌病的放射学符号学分析

R. Amansakhedov, L. Dmitrieva, T. Smirnova, A. D. Egorova, A. Ergeshov
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引用次数: 3

摘要

目的:根据多层计算机断层扫描数据,确定、评估和描述微生物鉴定的非结核肺分枝杆菌(NTPM)的不同放射学模式。材料和方法。这项研究包括102名有肺部疾病放射学体征和不同类型NTPM的患者。在62名(60.8%)患者中检测到缓慢生长型NTPM,在40名(39.2%)患者中发现快速生长型NTPM。诊断是根据患者的投诉、特定的病史、放射学和临床实验室数据确定的,包括63名(61.8%)患者的痰液显微镜研究、19名(18.6%)患者的支气管肺泡灌洗和不同类型的支气管活检数据、17名(16.7%)患者肺电视胸腔镜手术样本、,来自2名(1.9%)患者的胸腔液样本和来自1名(1%)患者的口咽冲洗液样本。我们使用Somatom Emotion 16多层计算机断层扫描仪(西门子)和高分辨率算法(HRCT),切片厚度为0.8 mm,切片增量为1.5 mm。结果。HRCT表现为高度多态性,表现为间质性局灶性改变、不同口径支气管扩张、聚集性或空洞、血管或胸膜层受累。在一些患者中,轴向间质的变化伴有单个小的局灶性固结,这些固结位于离散或小组中。NTPM弥散灶的支气管血管周围扩散通过HRCT检测为轴向间质的不规则浸润(血管炎型)。NTPM中支气管树的变化以细支气管炎症状(支气管壁广泛增厚、细支气管)为特征,芽状树征主要发生在胸膜下肺区。在某些情况下,支气管扩张的改变形成小叶下或小叶范围的聚集性固结。支气管树的变化在HRCT上主要表现为变形性支气管炎、圆柱形、静脉曲张或囊性支气管扩张,无论是局限性还是扩散性。变化可能伴有单个多维囊性支气管扩张腔。结论。NTPM的典型HRCT征象是病灶的支气管内和支气管血管周围扩散、多维度聚集性发展、变形性支气管炎、支气管扩张和单个多维度囊性支气管扩张腔的存在。
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Radiological Semiotics of Different Types of Nontuberculous Pulmonary Mycobacterioses
   Objective: to determine, evaluate, and describe different radiological patterns of microbiologically identified nontuberculous pulmonary mycobacterioses (NTPM) based on multislice computed tomography data.   Material and methods. The study included 102 patients with radiological signs of lung disease and different types of NTPM. Slowly growing types of NTPM were detected in 62 (60.8 %) patients, and rapidly growing NTPM – in 40 (39.2 %). The diagnosis was established considering a patient’s complaints, a specified case history, radiological and clinical laboratory data including microscopic studies of sputum from 63 (61.8 %) patients, bronchoalveolar lavage and different types of bronchial biopsies data from 19 (18.6 %) patients, samples of lung video-assisted thoracoscopic surgery from 17 (16.7%) patients, pleural fluid samples from 2 (1.9 %) patients, and oropharyngeal wash samples from 1 (1 %) patient. We used the Somatom Emotion 16 multislice computed tomograph (Siemens) and the high-resolution algorithm (HRCT) with 0.8 mm slice thickness and 1.5 mm slice increment.   Results. The HRCT data were highly polymorphic and showed interstitial focal changes, different calibre bronchiectasis, conglomerates or cavities, involvements of vessels or pleural layers. In some patients, changes in the axial interstitium were accompanied by single small focal consolidations located either discretely or in small groups. Peribronchovascular spread of dissemination foci in NTPM was detected by HRCT as irregular infiltration of the axial interstitium (vasculitis type). Changes in the bronchial tree in NTPM were characterized by bronchiolitis symptoms (extensive thickening of bronchial walls, bronchioles) with development of the tree-in-bud sign predominantly in the subpleural lung regions. In some cases, bronchiectatic changes formed conglomerate consolidations of sublobular or lobular extent. Changes of the bronchial tree were detected by HRCT predominantly as signs of deforming bronchitis, cylindrical, varicose, or cystic bronchiectasis, either restricted or spread. Changes might be accompanied by single multi-dimensional cystic bronchiectatic cavities.   Conclusion. Typical HRCT signs of NTPM are endobronchial and peribronchovascular spread of foci, development of multi-dimensional conglomerates, deforming bronchitis, bronchiectasis, and presence of single multi-dimensional cystic bronchiectatic cavities.
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