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Gloved finger sign and cervicothoracic sign
1. Gloved finger sign
Cervicothoracic sign
Dr Mazen Qusaibaty
MD, DIS
Head Pulmonary and
Internist Department
Ibnalnafisse Hospital
Ministry of Syrian health
Email:
Qusaibaty@gmail.com
11. Central bronchiectasis
• Smaller peripheral
bronchi filled with
mucus account for the
branching linear
opacities in the distal
lung parenchyma.
11 Courtesy of Paul Stark, MD
59. REFERENCES
• 1. Marshall GB, Farnquist BA, MacGregor JH, Burrowes PW.
Signs in thoracic imaging. J.Thorac.Imaging 2006;21:76-90
• 2. Webb WR. Thin-section CT of the secondary pulmonary lobule:
anatomy and the image—the 2004 Fleischner lecture.Radiology.
2006 May;239(2):322-38
• 3. Austin JH, Muller NL, Friedman PJ, Hansell DM, Naidich DP,
Remy-Jardin M, Webb WR, Zerhouni EA. Glossary of terms for
CT of the lungs: recommendations of the Nomenclature
Committee of the Fleischner Society. Radiology 1996;200(2):327-31
59
Editor's Notes
A Pictorial Review of “Signs in Thoracic Imaging”Karuppasamy, K.1, Abhyankar-Gupta, M.1, Fewins, H.1, Curtis, J.21The Cardiothoracic Centre - Liverpool NHS Trust, 2Aintree University Hospitals NHS Foundation Trust, Liverpool, United Kingdom
prominence : بروزRefers to the branching finger like opacities representing dilated bronchi filled with mucus (mucoid impaction) radiating from the hila towards the periphery; e.g. ABPA
prominence : بروزRefers to the branching finger like opacities representing dilated bronchi filled with mucus (mucoid impaction) radiating from the hila towards the periphery; e.g. ABPA
prominence : بروزRefers to the branching finger like opacities representing dilated bronchi filled with mucus (mucoid impaction) radiating from the hila towards the periphery; e.g. ABPA
prominence : بروزRefers to the branching finger like opacities representing dilated bronchi filled with mucus (mucoid impaction) radiating from the hila towards the periphery; e.g. ABPA
Central bronchiectasis in a patient with allergic bronchopulmonary aspergillosis. Multiple dilated third and fourth generation bronchi are seen. Smaller peripheral bronchi filled with mucus account for the branching linear opacities in the distal lung parenchyma. Courtesy of Paul Stark, MD
Central bronchiectasis in a patient with allergic bronchopulmonary aspergillosis. Multiple dilated third and fourth generation bronchi are seen. Smaller peripheral bronchi filled with mucus account for the branching linear opacities in the distal lung parenchyma. Courtesy of Paul Stark, MD
Central bronchiectasis in a patient with allergic bronchopulmonary aspergillosis. Multiple dilated third and fourth generation bronchi are seen. Smaller peripheral bronchi filled with mucus account for the branching linear opacities in the distal lung parenchyma. Courtesy of Paul Stark, MD
Mucoid Impaction. Mucoid impaction of underlying bronchiectatic airway in a patient with ABPA. Mucoid impactions are a characteristic finding in ABPA and typically occur distal to the diseased central airways. Tubular branching opacities extend from the hilum and form a "gloved-finger" appearance
Mucoid Impaction. Mucoid impaction of underlying bronchiectatic airway in a patient with ABPA. Mucoid impactions are a characteristic finding in ABPA and typically occur distal to the diseased central airways. Tubular branching opacities extend from the hilum and form a "gloved-finger" appearance
Mucoid Impaction. Mucoid impaction of underlying bronchiectatic airway in a patient with ABPA. Mucoid impactions are a characteristic finding in ABPA and typically occur distal to the diseased central airways. Tubular branching opacities extend from the hilum and form a "gloved-finger" appearance
The finger in glove sign seen on CXR and CT chest and refers to the characteristic sign of a bronchocoele, as seen in allergic bronchopulmonary aspergillosis (ABPA). Rarely a similar appearance can occur with bronchial atresia.
In allergic bronchopulmonary aspergillosis.
The impacted bronchi appear radiographically as opacities with distinctive shapes.
Close-up frontal radiograph of the right upper lobe obtained in a patient with asthma and allergic bronchopulmonary aspergillosis (ABPA). Note the branching tubular opacities (arrows) emanating from the right hilum, which compose the gloved finger sign.
Close-up frontal radiograph of the right upper lobe obtained in a patient with asthma and allergic bronchopulmonary aspergillosis (ABPA). Note the branching tubular opacities (arrows) emanating from the right hilum, which compose the gloved finger sign.
Two contiguous 5-mm thick transverse images obtained at contrast material-enhanced computed tomography (CT) of the chest just above the left hemidiaphragm show (a) a tubular and (b) a branching structure in the posterior basal segment of the left lower lobe due to a congenital atresia of this bronchus. The vessels in the lung surrounding the mucoid impaction are decreased in size due to hypoxic vasoconstriction.
Two contiguous 5-mm thick transverse images obtained at contrast material-enhanced computed tomography (CT) of the chest just above the left hemidiaphragm show (a) a tubular and (b) a branching structure in the posterior basal segment of the left lower lobe due to a congenital atresia of this bronchus. The vessels in the lung surrounding the mucoid impaction are decreased in size due to hypoxic vasoconstriction.
Two contiguous 5-mm thick transverse images obtained at contrast material-enhanced computed tomography (CT) of the chest just above the left hemidiaphragm show (a) a tubular and (b) a branching structure in the posterior basal segment of the left lower lobe due to a congenital atresia of this bronchus. The vessels in the lung surrounding the mucoid impaction are decreased in size due to hypoxic vasoconstriction.
رتق
Two contiguous 5-mm thick transverse images obtained at contrast material-enhanced computed tomography (CT) of the chest just above the left hemidiaphragm show (a) a tubular and (b) a branching structure in the posterior basal segment of the left lower lobe due to a congenital atresia of this bronchus. The vessels in the lung surrounding the mucoid impaction are decreased in size due to hypoxic vasoconstriction.
Transverse CT image in 1-year-old boy with known right lower lobe nodular lesion, representing mucus accumulation within the patent bronchus distal to the atretic segment, shows characteristic CT appearance of a congenital bronchial atresia manifested as a round opacity (arrow) associated with an area of hypoattenuation (arrowheads) and decreased vascularity. Note its somewhat atypical location, since congenital bronchial atresia is typically located in the apical or apicoposterior segment of the upper lobes.
Transverse CT image in 1-year-old boy with known right lower lobe nodular lesion, representing mucus accumulation within the patent bronchus distal to the atretic segment, shows characteristic CT appearance of a congenital bronchial atresia manifested as a round opacity (arrow) associated with an area of hypoattenuation (arrowheads) and decreased vascularity. Note its somewhat atypical location, since congenital bronchial atresia is typically located in the apical or apicoposterior segment of the upper lobes.
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Bronchial atresia is a developmental anomaly characterised by focal obliteration of the proximal segment of a bronchus. It is typically at the segmental or subsegmental level and most commonly occurs in the upper lobes. The bronchi distal to the atresia become filled with mucus and may form a mucocoele. The lung distal to the atretic bronchus develops normally but is overinflated due to collateral air drift with air trapping. Bronchial atresia is usually asymptomatic, as with this case found incidentally on the CT chest of a trauma patient. If symptomatic, it may cause shortness of breath, cough or rarely infection.
Reference: Berrocal T et al, Congenital Anomalies of the Tracheobronchial Tree, Lung, and Mediastinum: Embryology, Radiology, and Pathology, Radiographics 2003;24:e1
Two contiguous 5-mm thick transverse images obtained at contrast material-enhanced computed tomography (CT) of the chest just above the left hemidiaphragm show (a) a tubular and (b) a branching structure in the posterior basal segment of the left lower lobe due to a congenital atresia of this bronchus. The vessels in the lung surrounding the mucoid impaction are decreased in size due to hypoxic vasoconstriction.
cervicothoracic sign - a mediastinal opacity that projects above the clavicles is
retrotracheal and posteriorly situated while an opacity effaced along its superior
aspect and projecting at or below the clavicles is situated anteriorly
Cervicothoracic sign
The anterior mediastinum stops at the level of the superior clavicle.Therefore, when a mass extends above the superior clavicle, it is located either in the neck or in the posterior mediastinum.When lung tissue comes between the mass and the neck, the mass is probably in the posterior mediastinum. This is known as the Cervicothoracic Sign.
If we study the image on the frontal view on the left, we see a mass extending above the level of the clavicle and there is lung tissue in front of it, so this must be a mass in the posterior mediastinum.
cervicothoracic sign - a mediastinal opacity that projects above the clavicles is
retrotracheal and posteriorly situated while an opacity effaced along its superior
aspect and projecting at or below the clavicles is situated anteriorly
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
This 74 year-old female presented with mild dyspnoea. The chest x-ray above shows a superior mediastinal mass which displaces the trachea to the right. The margins of the mass fade out at the level of the clavicles, the cervicothoracic sign, indicating an anterior location. The most common anterior superior mediastinal mass is a retrosternal goitre, as in this case. Not all goitres are anterior - some may insinuate between trachea and oesophagus, in which case the margins are visible above the clavicles.Other anterior mediastinal masses (thymic tumours, germ cell tumours) tend to be more caudad. Lymphadenopathy in lymphoma may be at the same level.
Reference: Gurney JW, Winer-Muram HT. PocketRadiologist Chest: Top 100 Diagnoses. Amirsys 2003
Cervicothoracic sign
The anterior mediastinum stops at the level of the superior clavicle.Therefore, when a mass extends above the superior clavicle, it is located either in the neck or in the posterior mediastinum.When lung tissue comes between the mass and the neck, the mass is probably in the posterior mediastinum. This is known as the Cervicothoracic Sign.
If we study the image on the frontal view on the left, we see a mass extending above the level of the clavicle and there is lung tissue in front of it, so this must be a mass in the posterior mediastinum.
Cervicothoracic sign
The anterior mediastinum stops at the level of the superior clavicle.Therefore, when a mass extends above the superior clavicle, it is located either in the neck or in the posterior mediastinum.When lung tissue comes between the mass and the neck, the mass is probably in the posterior mediastinum. This is known as the Cervicothoracic Sign.
If we study the image on the frontal view on the left, we see a mass extending above the level of the clavicle and there is lung tissue in front of it, so this must be a mass in the posterior mediastinum.
Cervicothoracic sign
The anterior mediastinum stops at the level of the superior clavicle.Therefore, when a mass extends above the superior clavicle, it is located either in the neck or in the posterior mediastinum.When lung tissue comes between the mass and the neck, the mass is probably in the posterior mediastinum. This is known as the Cervicothoracic Sign.
If we study the image on the frontal view on the left, we see a mass extending above the level of the clavicle and there is lung tissue in front of it, so this must be a mass in the posterior mediastinum.
Cervicothoracic sign
The anterior mediastinum stops at the level of the superior clavicle.Therefore, when a mass extends above the superior clavicle, it is located either in the neck or in the posterior mediastinum.When lung tissue comes between the mass and the neck, the mass is probably in the posterior mediastinum. This is known as the Cervicothoracic Sign.
If we study the image on the frontal view on the left, we see a mass extending above the level of the clavicle and there is lung tissue in front of it, so this must be a mass in the posterior mediastinum.
Cervicothoracic sign
The anterior mediastinum stops at the level of the superior clavicle.Therefore, when a mass extends above the superior clavicle, it is located either in the neck or in the posterior mediastinum.When lung tissue comes between the mass and the neck, the mass is probably in the posterior mediastinum. This is known as the Cervicothoracic Sign.
If we study the image on the frontal view on the left, we see a mass extending above the level of the clavicle and there is lung tissue in front of it, so this must be a mass in the posterior mediastinum.