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RADT 308 Unit 2
Chest
Question | Answer |
---|---|
Pattern of scarring and dense nodules | Silicosis |
Calcifications involving the pleura | Asbestosis |
Small opaque spots throughout lungs | Anthracosis |
Another name for Anthracosis | Black Lung |
Regions of calcification with cavitations, in the upper lobes and apices with upward retraction of hila | Reactivation (Secondary) Tuberculosis |
Small opaque spots throughout lungs, enlargement of hilar region in early stage | Primary Tuberculosis |
Commonly called hyaline membrane disease (HMD) in children | Respiratory distress syndrome (RDS) |
Granular pattern of increased radiodensity in lungs, possible air-fluid level | RDS |
Sudden blockage of artery in lungs | Pulmonary Emboli |
Rarely demostrated on chest radiograph, possible wedge-shaped opacity-Hampton's Hump | Pulmonary Emboli |
Fluid in the lungs | Pulmonary Edema |
Increased diffuse radiodensity in hilar regions, air-fluid levels | Pulmonary Edema |
Lung displaced from chest wall, no lung markings | Pneumothorax |
Patchy infiltrate with increased radiodensity, aspiration, bronchopneumonia, lobar, viral | Pneumonia |
Another name for Viral Pneumonia | Interstitial Pneumonia |
Another name for Lobar Pneumonia | Pneumococcal Pneumonia |
Possible air-fluid levels | Pleurisy |
Lung markings with "dry" pleurisy | None |
Pleural effusion, fluid is pus | Empyema |
Pleural effusion, fluid is blood | Hemothorax |
Side that is up with possible pneumothorax | Affected side up |
Side that is down with possible pleural effusion | Affected side down |
Radiodensities with sharp outlines, mass may be radiopaque | Benign Lung Neoplasm |
Another name for Pleural effusion | Hydrothorax |
Increased radiodensity, air-fluid level, possible mediastinal shift | Pleural effusion |
Slight shadows in early stages, larger defined radiopaque masses in advanced stages | Malignant Lung Neoplasm |
Benign Lung Neoplasm | Hamartoma |
Narrowing of the epiglottic region | Epiglottitis |
Increase or decrease exposure factors for Emphysema | Decrease |
Barrel chest, flattened diaphragm indicates | Emphysema |
Difficulty breathing | Dyspnea |
Increased radiodensities in specific lung regions, increase exposure factors with severe conditon | Cystic fibrosis |
What does COPD stand for | Chronic obstructive pulmonary disease |
Hyperinflation, dominant lung markings in lower lungs, radiolucency | Bronchitis |
Radiodense lower lungs | Bronchiectasis |
Collapse of all or portion of lung, radiodense lung regions, shift of heart and trachea in severe cases | Atelectasis |
Mechanical Obstruction | Aspiration |
Exposure factor for Aspiration | Soft tissue for upper airway |
Caused by the inhalation of silica | Silicosis |
Caused by inhalation of asbestos, may develop into lung cancer | Asbestosis |
Caused by long-term inhalation of coal dust | Anthracosis |
Also called Black Lung Pneumoconiosis | Anthracosis |
AP lordotic projections used to visualize the calcifications and cavitations of the apices and upper lobes from this disease | Reactivation (Secondary) Tuberculosis |
Form of TB that occurs in a person who has never had the disease before | Primary Tuberculosis |
Contagious disease caused by airborne bacteria | Tuberculosis |
Emergency condition with leakage of fluid and blood between or into the alveoli | Respiratory Distress Syndrome (RDS) |
RDS in infants | Hyaline Membrane Disease (HMD) |
RDS in adults | Adult Respiratory Distress Syndrome (ARDS) |
Condition of excess fluid in the lung, common with CHF | Pulmonary Edema |
Accumulation of air in the pleural space | Pneumothorax |
Pneumonia causing inflammation of the alveoli and connecting lung tissues | Viral Pneumonia |
Usually within 1 or 2 lobes of the lungs | Lobar Pneumonia |
Commonly caused by Streptococcus or Staphylococcus bacteria, bronchitis of both lungs | Bronchopneumonia |
Edema as a result of foreign body in the lungs | Aspiration Pneumonia |
Inflammation of the lungs with an accumulation of fluid in certain sections | Pneumonia |
This conditon seen best in lateral decubitus position | Hemothorax |
May be casued by chest wound, obstruction of bronchi, or ruptured lun abscess | Empyema |
Condition of abnormal accumulation of fluid in pleural cavity | Pleural Effusion |
Growth or tumor, either benign or malignanat | Neoplasm |
Most common pulmonary mass, perpheral regions of the lung | Hamartoma |
90% of this type of lung neoplasm start in the bronchi | Malignant |
Most common in children 2-5 years old, life-threatening condition can result quickly | Epiglottitis |
Disease with loss of alveolar elasticity | Emphysema |
Condition of shortness of breath, creates sensation of difficulty breathing | Dyspnea |
Most common of the inherited diseases, heavy mucus secretions that clog bronchi and bronchioles | Cystic Fibrosis |
Group of respiratory diseases that include: emphysema, chronic bronchitis, and asthma | COPD |
Acute or Chronic condition, excessive mucus secreted into the bronchi, main cause is smoking | Bronchitis |
Irreversible dilation or widening of the bronchi or bronchioles | Bronchiectasis |
Condition of the lung, result of obstruction of the bronchus, puncture, or "blowout" of an air passageway | Atelectasis |
Most common in small children when foreign object is swallowed | Aspiration |
How should a chest x-ray be taken how for a pneumothorax | Erect or lateral decubitus if patient unable to stand |
3 divisons of the sternum | manubrium, body, and xiphoid tip |
Number of pairs of ribs | 12 |
Level of the vertebra prominens | C-7 |
Used for landmark for AP Chest | Jugular notch |
Xiphoid tip is at the level of ______ | T9-T10 |
4 divisions of the respiratory system | Pharynx, trachea, bronchi, and lungs |
Dome shaped structure of the respiratory system, primary muscle of inspiration | Diaphragm |
As diaphragm moves downward, volume in the thoracic cavity _________ and ________ the intrathoracic pressure | Increases, decreases |
Common passageway for food, fluids, and air; common to the digestive and respiratory systems | Pharynx |
Makes up the roof of the oral cavity | Hard palate and soft palate |
The lower posterior aspect of the soft palate | Uvula |
Marks the boundary of the nasopharynx and the oropharynx | Uvula |
During swallowing the ______flips down to cover the laryngeal opening, prevents food and fluid from entering the larynx and bronchi | Epiglottis |
Called the Adam's apple | Thyroid Cartilage |
Connects the pharynx with the stomach | Esophagus |
The _______ is posterior to the trachea | Esophagus |
Cagelike,cartilaginous structure; also called the voice box | Larynx |
Small bone that suspends the larynx | Hyoid |
Ring of cartilage that forms the inferior and posterior wall of larynx, attached to the first ring of cartilage of the trachea | Cricoid |
Also known as the windpipe | Trachea |
Extends from level of C6 to T4/T5 | Trachea |
Organ located anterior in the neck region, stores certain hormones, radiosensitive | Thyroid gland |
Small, round glands embedded in the thyroid gland, help maintain blood calcium levels and other specific blood functions | Parathyroid glands |
This gland is located distal to the thyroid gland | Thymus gland |
The _____ primary bronchus is wider and shorter then the _______ | Right, left |
Which primary bronchus is a foreign object most likely to get lodged | Right |
The lowest tracheal caartilage | Carnia |
How many alveoli or small air sacs are contained in the lungs | 500-700 million |
The lobes of the right lung | Superior, middle, and inferior |
How many lobes in the right lung | 3 |
How many lobes in the left lung | 2 |
Light, spongy substance that makes up the lungs | Parenchyma |
Double-walled sac that contains the lungs | Pleura |
Pleural sac lining the inner surface of the chest wall and diaphragm | Parietal pleura |
Pleural sac lining the surface of the lungs and the fissures between the lobes | Visceral pleura |
Also known as visceral pleura | Pulmonary pleura |
Space between the visceral and parietal pleura | pleural cavity |
Rounded upper portion of the lungs, above the level of the clavicles | Apex |
Point of bifurcation of the trachea | Carina |
The outermost lower corner of the lungs, where diaphragm meets the ribs | Costophrenic angle |
Root region or central area of each lung | Hilum |
Thoracic cavity between the lungs | Mediastinum |
4 structures of the mediastinum | thymus gland, heart and great vessels, trachea, and esophagus |
This is considered a temporary organ, functions in childhood and puberty | Thymus gland |
This double-walled sac surrounds the heart and the roots of the great vessels | Pericardial sac |
This vein returns blood to the heart from the upper half of the body | Superior Vena Cava |
This vein returns bllod to the heart from the lower half of the body | Inferior Vena Cava |
Largest artery in the body | Aorta |
3 parts of the aorta | Ascending aorta, arch of the aorta, and the descending aorta |
Pecent of population with hypersthenic body habitus | 5% |
Percent of population with sthenic body habitus | 50% |
Percent of population with hyposthenic body habitus | 35% |
Percent of population with asthenic body habitus | 10% |
Breathing instructions for chest x-ray | Hold breath on second inspiration |
AP chest projection increases magnification of the __________ | Heart shadow |
SID for Chest x-ray | 72 inches |
Side against IR for Lateral Chest x-ray | Left |
If ribs not superimposed, what positioning error was made | Excessive rotation |
Level of the inferior angle of the scapula | T7 |
How many inches below the jugular notch will the CR be positioned for an AP chest | 3 inches |
CR for chest | T7 |
CR anglr for AP Chest projection | 5 degrees caudad |
CR angle for Semiaxial AP projection | 15-20 degrees cephalad |
Shield _______ for chest imaging | gonads |
Side of interest for anterior oblique position | Farthest away from IR |
Position to best visualize left lung | RAO |
Amount of rotation for RAO/ LAO | 45 degrees |
Posterior Oblique best visualizes side ________ to IR | closest |
This position shows the same anatomy as the RAO | LPO |
mAs for lateral upper airway | 3 mAs |
mAs for AP upper airway | 10 mAs |
Breathing instructions for upper airway | slow, deep inspiration |