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train_72_a_2
Lung: When examined in the lung parenchyma window; Peripheral symmetrical consolidation and ground glass areas are commonly observed in all lobes of both lungs.; Air bronchograms are monitored.; Consolidation areas are clearly observed.; The findings were evaluated in accordance with ARDS. Esophagus: There is a slidin...
train_73_a_1
Lung: Trachea and Bronchie: Mediastinum: Heart: Esophagus: Pleura: Bone: Thyroid: Breast: Abdomen: Others:
train_73_a_2
Lung: Trachea and Bronchie: Mediastinum: Heart: Esophagus: Pleura: Bone: Thyroid: Breast: Abdomen: Others:
train_74_a_1
Heart: Heart sizes are slightly increased. Abdomen: Liver sizes were slightly increased in upper abdominal sections.; The parenchymal density shows a decrease consistent with moderate hepatosteatosis.; Mild contour lobulation is observed in both kidneys.; There is a faintly circumscribed hypodense area in the interpol...
train_74_a_2
Heart: Heart sizes are slightly increased. Abdomen: Liver sizes were slightly increased in upper abdominal sections.; The parenchymal density shows a decrease consistent with moderate hepatosteatosis.; Mild contour lobulation is observed in both kidneys.; There is a faintly circumscribed hypodense area in the interpol...
train_75_a_1
Lung: When examined in the lung parenchyma window; Reticulonodular sequelae density increases were observed in both lung apexes.; Passive atelectatic changes were observed in the medial segment of the right lung middle lobe. Mediastinum: The mediastinum could not be evaluated optimally in the non-contrast examination....
train_75_a_2
Lung: When examined in the lung parenchyma window; Reticulonodular sequelae density increases were observed in both lung apexes.; Passive atelectatic changes were observed in the medial segment of the right lung middle lobe. Mediastinum: The mediastinum could not be evaluated optimally in the non-contrast examination....
train_76_a_1
Lung: Effusion reaching a thickness of 32 mm in the right pleural space (27 mm in the previous examination) and reaching a thickness of 10 mm in the left pleural space was observed.; A mosaic attenuation pattern is observed in both lungs (small airway disease? small vessel disease?).; In the middle and lower lobes of t...
train_76_a_2
Lung: Effusion reaching a thickness of 32 mm in the right pleural space (27 mm in the previous examination) and reaching a thickness of 10 mm in the left pleural space was observed.; A mosaic attenuation pattern is observed in both lungs (small airway disease? small vessel disease?).; In the middle and lower lobes of t...
train_77_a_1
Lung: Bilateral peribronchial thickenings were observed.; A few millimetric nonspecific parenchymal nodules were observed in both lungs. Mediastinum: Mediastinal structures were evaluated as suboptimal since the examination was unenhanced. Bone: An expansile bone lesion was observed on the right 5th rib lateral. Abd...
train_77_a_2
Lung: Bilateral peribronchial thickenings were observed.; A few millimetric nonspecific parenchymal nodules were observed in both lungs. Mediastinum: Mediastinal structures were evaluated as suboptimal since the examination was unenhanced. Bone: An expansile bone lesion was observed on the right 5th rib lateral. Abd...
train_78_a_1
Lung: When examined in the lung parenchyma window; There are paraseptal emphysematous changes in the upper lobes of both lungs.; Sequelae and pleuroparenchymal bands are observed in the upper lobes of both lungs. Mediastinum: Mediastinal vascular structures could not be evaluated optimally because the cardiac examinat...
train_78_a_2
Lung: When examined in the lung parenchyma window; There are paraseptal emphysematous changes in the upper lobes of both lungs.; Sequelae and pleuroparenchymal bands are observed in the upper lobes of both lungs. Mediastinum: Mediastinal vascular structures could not be evaluated optimally because the cardiac examinat...
train_79_a_1
Lung: There are several millimetric nonspecific nodules in both lungs. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given.
train_79_a_2
Lung: There are several millimetric nonspecific nodules in both lungs. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given.
train_79_b_1
Mediastinum: In the non-contrast examination, the mediastinal could not be evaluated optimally. Others: It is recommended to be evaluated together with clinical and laboratory.
train_79_b_2
Mediastinum: In the non-contrast examination, the mediastinal could not be evaluated optimally. Others: It is recommended to be evaluated together with clinical and laboratory.
train_80_a_1
Lung: There are emphysematous changes in both lungs.; There are nonspecific nodules in both lungs, the largest measuring approximately 5 mm in diameter. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given. Others: It is recommended that the patient be evaluated tog...
train_80_a_2
Lung: There are emphysematous changes in both lungs.; There are nonspecific nodules in both lungs, the largest measuring approximately 5 mm in diameter. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given. Others: It is recommended that the patient be evaluated tog...
train_81_a_1
Lung: In the left lung inferior lingular and right lung middle lobe lateral and medial segments, there are consolidation areas in which air bronchograms are observed and ground glass densities and centriacinar nodules opacities are observed in the adjacent parenchyma.; In addition, consolidation areas accompanied by gr...
train_81_a_2
Lung: In the left lung inferior lingular and right lung middle lobe lateral and medial segments, there are consolidation areas in which air bronchograms are observed and ground glass densities and centriacinar nodules opacities are observed in the adjacent parenchyma.; In addition, consolidation areas accompanied by gr...
train_82_a_1
Lung: When examined in the lung parenchyma window; mosaic attenuation pattern was observed in both lungs (small airway disease? small vessel disease?).; Atelectasis areas were observed in the middle lobe of the right lung and in the lower lobes of both lungs.; Nonspecific ground-glass-like density increases were observ...
train_82_a_2
Lung: When examined in the lung parenchyma window; mosaic attenuation pattern was observed in both lungs (small airway disease? small vessel disease?).; Atelectasis areas were observed in the middle lobe of the right lung and in the lower lobes of both lungs.; Nonspecific ground-glass-like density increases were observ...
train_82_b_1
Lung: In the left lung lower lobe and upper lobe posterior segment, there is an appearance that is evaluated primarily in favor of consolidation.; In the right lung lower lobe superior segment and right lung upper lobe anterior segment, there are density increases in the peripheral areas, structural distortion and mini...
train_82_b_2
Lung: In the left lung lower lobe and upper lobe posterior segment, there is an appearance that is evaluated primarily in favor of consolidation.; In the right lung lower lobe superior segment and right lung upper lobe anterior segment, there are density increases in the peripheral areas, structural distortion and mini...
train_83_a_1
Lung: A nodule with a diameter of approximately 6 mm is observed at the level of the minor fissure on the right.; Mild mosaic attenuation is observed in both lungs (small airway disease? small vessel disease?). Esophagus: Mild hiatal hernia is observed. Abdomen: When the upper abdominal organs included in the section...
train_83_a_2
Lung: A nodule with a diameter of approximately 6 mm is observed at the level of the minor fissure on the right.; Mild mosaic attenuation is observed in both lungs (small airway disease? small vessel disease?). Esophagus: Mild hiatal hernia is observed. Abdomen: When the upper abdominal organs included in the section...
train_84_a_1
Lung: There is a total loss of aeration in the right lung. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given. Pleura: Massive pleural effusion is observed on the right.
train_84_a_2
Lung: There is a total loss of aeration in the right lung. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given. Pleura: Massive pleural effusion is observed on the right.
train_84_b_1
Lung: There is massive pleural effusion on the right and atelectasis in the lower lobe of the right lung.; Minimal effusion is observed on the left. Pleura: There is massive pleural effusion on the right.; Minimal effusion is observed on the left. Abdomen: The liver parenchyma within the sections has a cirrhotic appe...
train_84_b_2
Lung: There is massive pleural effusion on the right and atelectasis in the lower lobe of the right lung.; Minimal effusion is observed on the left. Pleura: There is massive pleural effusion on the right.; Minimal effusion is observed on the left. Abdomen: The liver parenchyma within the sections has a cirrhotic appe...
train_84_c_1
Lung: Atelectasis continues in the vicinity of the effusion. Pleura: There is a drainage catheter in the right hemithorax.; The AP diameter of the present pleural effusion on the right has decreased to 30 mm.; Atelectasis continues in the vicinity of the effusion. Abdomen: In the upper abdominal sections, cirrhotic...
train_84_c_2
Lung: Atelectasis continues in the vicinity of the effusion. Pleura: There is a drainage catheter in the right hemithorax.; The AP diameter of the present pleural effusion on the right has decreased to 30 mm.; Atelectasis continues in the vicinity of the effusion. Abdomen: In the upper abdominal sections, cirrhotic...
train_84_d_1
Lung: Newly developed subpleural ground-glass densities are seen in the upper lobe anteriors and right middle lobe in both lungs (may be compatible with viral pneumonia, clinical correlation is recommended). Pleura: A drainage catheter was placed in the right hemithorax. Abdomen: Upper abdominal sections show finding...
train_84_d_2
Lung: Newly developed subpleural ground-glass densities are seen in the upper lobe anteriors and right middle lobe in both lungs (may be compatible with viral pneumonia, clinical correlation is recommended). Pleura: A drainage catheter was placed in the right hemithorax. Abdomen: Upper abdominal sections show finding...
train_85_a_1
Lung: Minimal peribronchial thickening is observed in both lungs, especially in the central parts.; There are smooth interlobular septal thickenings in both lungs, more prominent in the lower lobes.; Occasionally, linear atelectasis is observed in both lungs.; There are millimetric nonspecific nodules in both lungs.; A...
train_85_a_2
Lung: Minimal peribronchial thickening is observed in both lungs, especially in the central parts.; There are smooth interlobular septal thickenings in both lungs, more prominent in the lower lobes.; Occasionally, linear atelectasis is observed in both lungs.; There are millimetric nonspecific nodules in both lungs.; A...
train_86_a_1
Lung: Vascular prominence was considered in both lungs. Heart: Global enlargement of the cardiac cavities was observed.; There is an appearance of replacement in the pulmonary valve. Pleura: Bilateral minimal pleural effusion is observed. Bone: S scoliosis was observed in the vertebral column.; Metallic sutures were...
train_86_a_2
Lung: Vascular prominence was considered in both lungs. Heart: Global enlargement of the cardiac cavities was observed.; There is an appearance of replacement in the pulmonary valve. Pleura: Bilateral minimal pleural effusion is observed. Bone: S scoliosis was observed in the vertebral column.; Metallic sutures were...
train_86_b_1
Lung: At the thoracic level, the apex of the right-facing rotatory advanced scoliosis and cardiomegaly were accompanied by a marked decrease in the volume of the ventilated lung parenchyma.; Unlike the previous examination, parenchymal ground-glass opacity area is evident in the right lung lower lobe basal segment, and...
train_86_b_2
Lung: At the thoracic level, the apex of the right-facing rotatory advanced scoliosis and cardiomegaly were accompanied by a marked decrease in the volume of the ventilated lung parenchyma.; Unlike the previous examination, parenchymal ground-glass opacity area is evident in the right lung lower lobe basal segment, and...
train_86_c_1
Lung: Heart sizes were significantly increased.; Density of the valved conduit is observed in the pulmonary valve.; Pulmonary artery diameters increased significantly.; There are bilateral subpleural bands. Trachea and Bronchie: It has a tracheostomy cannula. Heart: Heart sizes were significantly increased. Bone: There...
train_87_a_1
Lung: A ground-glass nodule with a diameter of 3 mm is observed at the laterobasal level of the lower lobe of the left lung.; There is a decrease in density consistent with mild emphysema in both lungs. Bone: Mild degenerative changes are observed in the bone structure. Others: Millimetric-sized calcific atheroma pla...
train_87_a_2
Lung: A ground-glass nodule with a diameter of 3 mm is observed at the laterobasal level of the lower lobe of the left lung.; There is a decrease in density consistent with mild emphysema in both lungs. Bone: Mild degenerative changes are observed in the bone structure. Others: Millimetric-sized calcific atheroma pla...
train_88_a_1
Lung: There is minimal bronchiectasis in the central parts of both lungs.; There are minimal pleuroparenchymal sequelae changes at the apex of both lungs. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given. Bone: Rotascoliosis is observed in the thoracic vertebr...
train_88_a_2
Lung: There is minimal bronchiectasis in the central parts of both lungs.; There are minimal pleuroparenchymal sequelae changes at the apex of both lungs. Mediastinum: Mediastinal structures cannot be evaluated optimally because contrast material is not given. Bone: Rotascoliosis is observed in the thoracic vertebr...
train_89_a_1
Lung: When examined in the lung parenchyma window; A 2 mm calcific millimetric nodule was observed in the lower lobe of the right lung. Bone: There is minimal left-facing scoliosis in the thoracic vertebrae.
train_89_a_2
Lung: When examined in the lung parenchyma window; A 2 mm calcific millimetric nodule was observed in the lower lobe of the right lung. Bone: There is minimal left-facing scoliosis in the thoracic vertebrae.
train_90_a_1
Lung: When examined in the lung parenchyma window; There are budding tree images and slight thickening of the bronchial walls at the middle and inferior posterior levels of the upper lobe of the right lung.; Close follow-up of clinical laboratory correlation of findings in terms of bronchiolitis is recommended. Trache...
train_90_a_2
Lung: When examined in the lung parenchyma window; There are budding tree images and slight thickening of the bronchial walls at the middle and inferior posterior levels of the upper lobe of the right lung.; Close follow-up of clinical laboratory correlation of findings in terms of bronchiolitis is recommended. Trache...
train_90_b_1
Lung: Mild emphysematous changes are observed in both lungs.; Acinar opacities are observed in the upper lobe of the left lung, in the posterior lingular segment and in the lower lobe superior segment.; Pleuroparenchymal sequelae density increases were observed in the lower lobes of both lungs and in the left lung infe...
train_90_b_2
Lung: Mild emphysematous changes are observed in both lungs.; Acinar opacities are observed in the upper lobe of the left lung, in the posterior lingular segment and in the lower lobe superior segment.; Pleuroparenchymal sequelae density increases were observed in the lower lobes of both lungs and in the left lung infe...
train_91_a_1
Lung: Mosaic attenuation pattern (small airway disease? small vessel disease?) and centriacinar emphysematous changes are observed in both lungs. Bone: Right-facing scoliosis is observed in the thoracic vertebral column.
train_92_a_1
Lung: The pleural effusion continues to the apex of the lung when the patient is in the supine position, and its anteroposterior diameter was measured 70 mm at its widest point.; Nearly complete atelectasis is observed adjacent to the pleural effusion in the lower lobe of the right lung.; There is also minimal atelecta...
train_92_a_2
Lung: The pleural effusion continues to the apex of the lung when the patient is in the supine position, and its anteroposterior diameter was measured 70 mm at its widest point.; Nearly complete atelectasis is observed adjacent to the pleural effusion in the lower lobe of the right lung.; There is also minimal atelecta...
train_93_a_1
Lung: Peribronchovascular structures are slightly prominent in both lung parenchyma.; There are minimal band atelectasis in the medial right middle lobe.; Millimetric nonspecific nodules were observed in both lungs. Bone: There are degenerative changes in the vertebrae in the study area.
train_93_a_2
Lung: Peribronchovascular structures are slightly prominent in both lung parenchyma.; There are minimal band atelectasis in the medial right middle lobe.; Millimetric nonspecific nodules were observed in both lungs. Bone: There are degenerative changes in the vertebrae in the study area.
train_93_b_1
Lung: A 6 mm subpleural nodule, which was not observed in the previous examination, is observed in series 2 image 123 in the lower lobe of the right lung. Pleura: A 6 mm subpleural nodule, which was not observed in the previous examination, is observed in series 2 image 123 in the lower lobe of the right lung. Bone...
train_93_b_2
Lung: A 6 mm subpleural nodule, which was not observed in the previous examination, is observed in series 2 image 123 in the lower lobe of the right lung. Pleura: A 6 mm subpleural nodule, which was not observed in the previous examination, is observed in series 2 image 123 in the lower lobe of the right lung. Bone...
train_93_c_1
Lung: Consolidation and ground-glass appearance are observed in the medial of the left lung lower lobe superior segment.; In the previous examination of the patient, there is a millimetric nodular lesion in this localization.; The lesion enlargement described in this short time suggests that the appearance is primarily...
train_93_c_2
Lung: Consolidation and ground-glass appearance are observed in the medial of the left lung lower lobe superior segment.; In the previous examination of the patient, there is a millimetric nodular lesion in this localization.; The lesion enlargement described in this short time suggests that the appearance is primarily...
train_93_d_1
Lung: The nodular consolidation present in the subpleural area in the superior lower lobe of the left lung and the ground glass densities around it do not differ significantly in terms of size and appearance. Pleura: The nodular consolidation present in the subpleural area in the superior lower lobe of the left lung a...
train_93_d_2
Lung: The nodular consolidation present in the subpleural area in the superior lower lobe of the left lung and the ground glass densities around it do not differ significantly in terms of size and appearance. Pleura: The nodular consolidation present in the subpleural area in the superior lower lobe of the left lung a...
train_93_e_1
Lung: There was no significant regression in the focal consolidation observed in the previous examination in the subpleural localization in the superior segment of the left lung lower lobe and in the density increases in the shape of ground glass around it. Mediastinum: Mediastinal structures were evaluated as subopt...
train_93_e_2
Lung: There was no significant regression in the focal consolidation observed in the previous examination in the subpleural localization in the superior segment of the left lung lower lobe and in the density increases in the shape of ground glass around it. Mediastinum: Mediastinal structures were evaluated as subopt...
train_94_a_1
Lung: There are patchy ground glass densities in both lung parenchyma, mainly in the peripheral and lower lobes. Esophagus: Hiatal hernia is present. Bone: There are osteophyte forms in the vertebrae. Abdomen: Hiatal hernia is present. Others: Calcific atheroma plaques are observed in LAD.;The ascending aorta i...
train_94_a_2
Lung: There are patchy ground glass densities in both lung parenchyma, mainly in the peripheral and lower lobes. Esophagus: Hiatal hernia is present. Bone: There are osteophyte forms in the vertebrae. Abdomen: Hiatal hernia is present. Others: Calcific atheroma plaques are observed in LAD.;The ascending aorta i...
train_95_a_1
Mediastinum: Evaluation of mediastinal structures is suboptimal since the examination is performed without contrast. Bone: When the bone structures in the examination area are evaluated, shallow Schmorl nodules are observed in the superior and inferior end plateaus of the thoracic vertebrae. Abdomen: Liver CC size in...
train_95_a_2
Mediastinum: Evaluation of mediastinal structures is suboptimal since the examination is performed without contrast. Bone: When the bone structures in the examination area are evaluated, shallow Schmorl nodules are observed in the superior and inferior end plateaus of the thoracic vertebrae. Abdomen: Liver CC size in...
train_96_a_1
Lung: When examined in the lung parenchyma window; There are patchy ground glass densities, band atelectasis in both lungs, and minimal peribronchial consolidations in the lower lobes. Mediastinum: There are some calcific millimetric lymph nodes in the mediastinum. Abdomen: In the upper abdomen entering the cross-s...
train_96_a_2
Lung: When examined in the lung parenchyma window; There are patchy ground glass densities, band atelectasis in both lungs, and minimal peribronchial consolidations in the lower lobes. Mediastinum: There are some calcific millimetric lymph nodes in the mediastinum. Abdomen: In the upper abdomen entering the cross-s...
train_97_a_1
Esophagus: Hiatal hernia is observed. Bone: Osteophytic tapering is observed in the anterior part of T3-4 vertebra.
train_97_a_2
Esophagus: Hiatal hernia is observed. Bone: Osteophytic tapering is observed in the anterior part of T3-4 vertebra.
train_98_a_1
Lung: Although it is peripheral in the left lung lower lobe superior segment, which is scattered in both lungs, there are generally centrally located ground-glass-like density increases.; The outlook is not typical for Covid pneumonia. Esophagus: Mild hiatal hernia is observed.; There is a slight prominence on the wal...
train_98_a_2
Lung: Although it is peripheral in the left lung lower lobe superior segment, which is scattered in both lungs, there are generally centrally located ground-glass-like density increases.; The outlook is not typical for Covid pneumonia. Esophagus: Mild hiatal hernia is observed.; There is a slight prominence on the wal...
train_99_a_1
Lung: There are areas of atelectasis accompanied by ground glass areas on the left in the posterior segments of both lung lower lobes. Heart: The cardiothoracic ratio increased in favor of the heart.; Minimal pericardial effusion is observed. Esophagus: Sliding type hiatal hernia is observed at the esophagogastric ju...
train_99_a_2
Lung: There are areas of atelectasis accompanied by ground glass areas on the left in the posterior segments of both lung lower lobes. Heart: The cardiothoracic ratio increased in favor of the heart.; Minimal pericardial effusion is observed. Esophagus: Sliding type hiatal hernia is observed at the esophagogastric ju...
train_100_a_1
Lung: There is an area of increased density in the lung parenchyma adjacent to the effusion, which is considered secondary to compressive atelectasis.; In the lower lobe of the left lung, there is an area of increase in density consistent with the consolidation observed in the air bronchograms.; There are a few millime...
train_100_a_2
Lung: There is an area of increased density in the lung parenchyma adjacent to the effusion, which is considered secondary to compressive atelectasis.; In the lower lobe of the left lung, there is an area of increase in density consistent with the consolidation observed in the air bronchograms.; There are a few millime...
train_101_a_1
Lung: In both lungs, ground-glass densities including central-peripheral, crazy paving pattern and consolidation areas showing signs of vascular enlargement were observed.; The outlook is consistent with Covid-19 pneumonia.; Diffuse linear subsegmental atelectatic changes were observed in the middle and lower lobes of ...
train_101_a_2
Lung: In both lungs, ground-glass densities including central-peripheral, crazy paving pattern and consolidation areas showing signs of vascular enlargement were observed.; The outlook is consistent with Covid-19 pneumonia.; Diffuse linear subsegmental atelectatic changes were observed in the middle and lower lobes of ...
train_101_b_1
Lung: When examined in the lung parenchyma window; An increase in nodular ground glass densities and a tendency to coalesce are observed in both lungs, consistent with covid pneumonia.; Minimal bronchial dilatations are observed adjacent to the ground glass.; There are minimal band atelectasis in the lower lobes. Media...
train_101_b_2
Lung: When examined in the lung parenchyma window; An increase in nodular ground glass densities and a tendency to coalesce are observed in both lungs, consistent with covid pneumonia.; Minimal bronchial dilatations are observed adjacent to the ground glass.; There are minimal band atelectasis in the lower lobes. Media...
train_102_a_1
Lung: When examined in the lung parenchyma window; Patchy consolidation and ground glass densities are observed in both lung parenchyma. Mediastinum: Lymph nodes with a short axis not exceeding 1 cm were observed in the mediastinum. Heart: Tricuspid valve surgery changes. Abdomen: Upper abdominal organs included ...
train_102_a_2
Lung: When examined in the lung parenchyma window; Patchy consolidation and ground glass densities are observed in both lung parenchyma. Mediastinum: Lymph nodes with a short axis not exceeding 1 cm were observed in the mediastinum. Heart: Tricuspid valve surgery changes. Abdomen: Upper abdominal organs included ...
train_102_b_1
Lung: In both lungs, multilobar indistinct ground glass and areas of increase in density consistent with consolidation are observed.; Pneumonic infiltration is considered as the etiology of the findings, and Covid-19 pneumonia was considered in the preliminary diagnosis.; Progression was monitored.
train_102_b_2
Lung: In both lungs, multilobar indistinct ground glass and areas of increase in density consistent with consolidation are observed.; Pneumonic infiltration is considered as the etiology of the findings, and Covid-19 pneumonia was considered in the preliminary diagnosis.; Progression was monitored.
train_102_c_1
Lung: When examined in the lung parenchyma window; In both lungs, multilobar, indistinct ground glass and areas of increase in density consistent with consolidation are observed.
train_102_c_2
Lung: When examined in the lung parenchyma window; In both lungs, multilobar, indistinct ground glass and areas of increase in density consistent with consolidation are observed.
train_103_a_1
Mediastinum: The aortic arch measures 3 mm and is wider than normal. Bone: Mild degenerative changes are observed in the bone structure.
train_103_a_2
Mediastinum: The aortic arch measures 3 mm and is wider than normal. Bone: Mild degenerative changes are observed in the bone structure.
train_104_a_1
Lung: When examined in the lung parenchyma window; Multiple lymph nodes with a partially calcified appearance are observed at the para-aortic level, the largest of which is at the level of the renal hilus, and their sizes cannot be clearly evaluated because it cannot be distinguished from the surrounding soft tissue pl...
train_104_a_2
Lung: When examined in the lung parenchyma window; Multiple lymph nodes with a partially calcified appearance are observed at the para-aortic level, the largest of which is at the level of the renal hilus, and their sizes cannot be clearly evaluated because it cannot be distinguished from the surrounding soft tissue pl...
train_105_a_1
Lung: In the right lung upper lobe posterior segment, a linear linear density increase is observed extending to the major fissure and lower lobe.; Mild alveolar hemorrhage was evaluated in favor of atelectatic area. Bone: Lead material is observed between the right 2nd and 3rd rib between the intercostal.; A displaced...
train_105_a_2
Lung: In the right lung upper lobe posterior segment, a linear linear density increase is observed extending to the major fissure and lower lobe.; Mild alveolar hemorrhage was evaluated in favor of atelectatic area. Bone: Lead material is observed between the right 2nd and 3rd rib between the intercostal.; A displaced...
train_105_b_1
Lung: There is diffuse free air consistent with pneumothorax in the right pleural space, and the right lung volume is markedly decreased-subtotal atelectasis.; Significant distortion was observed in the lung parenchyma, and diffuse linear atelectasis was observed in the parenchyma. Mediastinum: Mediastinal major vascu...
train_105_b_2
Lung: There is diffuse free air consistent with pneumothorax in the right pleural space, and the right lung volume is markedly decreased-subtotal atelectasis.; Significant distortion was observed in the lung parenchyma, and diffuse linear atelectasis was observed in the parenchyma. Mediastinum: Mediastinal major vascu...
train_106_a_1
Lung: Mild atelectatic changes are observed in the left lung upper lobe inferior lingula.
train_106_a_2
Lung: Mild atelectatic changes are observed in the left lung upper lobe inferior lingula.
train_107_a_1
Lung: There are milimal emphysematous changes in both lungs. Trachea and Bronchie: There are diffuse mild ectasia and peribronchial thickness increases in bilateral bronchial structures.