Podcast
Questions and Answers
What indicators suggest that a child's growth and development may not be progressing normally?
What indicators suggest that a child's growth and development may not be progressing normally?
Signs of developmental delays, failure to thrive, or unusual physical characteristics may indicate abnormal growth.
What familial disorders should be considered when assessing a child with a bleeding tendency?
What familial disorders should be considered when assessing a child with a bleeding tendency?
Hemophilia and von Willebrand disease are familial disorders associated with bleeding tendencies.
How can eosinophilia and hyper IgE levels affect a child's health?
How can eosinophilia and hyper IgE levels affect a child's health?
Eosinophilia and hyper IgE are often linked to allergic responses and can predispose children to infections.
What role do vaccinations play in a child's health assessment?
What role do vaccinations play in a child's health assessment?
What are the common causes of hemoptysis in children?
What are the common causes of hemoptysis in children?
What vital signs should be monitored during a complete physical examination of a child?
What vital signs should be monitored during a complete physical examination of a child?
During inspection, what signs may indicate a child's respiratory distress?
During inspection, what signs may indicate a child's respiratory distress?
What should be palpated in the chest area during a physical examination?
What should be palpated in the chest area during a physical examination?
What is hemoptysis?
What is hemoptysis?
What are the two vascular beds that supply the lungs?
What are the two vascular beds that supply the lungs?
What is the significance of assessing tactile fremitus during a physical examination?
What is the significance of assessing tactile fremitus during a physical examination?
How is massive hemoptysis defined in adults?
How is massive hemoptysis defined in adults?
Why is percussion important in lung examinations?
Why is percussion important in lung examinations?
Why is hemoptysis rarely seen in children younger than 6 years of age?
Why is hemoptysis rarely seen in children younger than 6 years of age?
What is important to determine when evaluating a child with hemoptysis?
What is important to determine when evaluating a child with hemoptysis?
What characterizes the appearance of blood in hemoptysis?
What characterizes the appearance of blood in hemoptysis?
How does the bronchial circulatory system differ from the pulmonary arterial system?
How does the bronchial circulatory system differ from the pulmonary arterial system?
What is the significance of the alkaline pH of blood in hemoptysis?
What is the significance of the alkaline pH of blood in hemoptysis?
Which systems must be considered when investigating hemoptysis in children?
Which systems must be considered when investigating hemoptysis in children?
What role does the assessment of the volume of blood in hemoptysis play?
What role does the assessment of the volume of blood in hemoptysis play?
What distinguishes the sputum characteristics of hemoptysis from hematemesis?
What distinguishes the sputum characteristics of hemoptysis from hematemesis?
What symptoms typically accompany hematemesis that are not present with hemoptysis?
What symptoms typically accompany hematemesis that are not present with hemoptysis?
What patient history details are crucial in evaluating hemoptysis?
What patient history details are crucial in evaluating hemoptysis?
How does past medical history contribute to the assessment of a child with hemoptysis?
How does past medical history contribute to the assessment of a child with hemoptysis?
What is the significance of bright red versus dark red hemoptysis or hematemesis?
What is the significance of bright red versus dark red hemoptysis or hematemesis?
In the case of hemoptysis, what types of additional symptoms should be explored?
In the case of hemoptysis, what types of additional symptoms should be explored?
What might a history of gastrointestinal or hepatic disease suggest in a patient with hematemesis?
What might a history of gastrointestinal or hepatic disease suggest in a patient with hematemesis?
What medications should be inquired about during the assessment of a child with blood in their vomit?
What medications should be inquired about during the assessment of a child with blood in their vomit?
How could recent trauma influence the evaluation of hemoptysis in a child?
How could recent trauma influence the evaluation of hemoptysis in a child?
Why is it important to ask about travel history and infectious contacts when assessing hemoptysis or hematemesis?
Why is it important to ask about travel history and infectious contacts when assessing hemoptysis or hematemesis?
What are two possible infectious causes of hemoptysis?
What are two possible infectious causes of hemoptysis?
Which lung has more lobes and how many are there?
Which lung has more lobes and how many are there?
Define what a pleural rub indicates during auscultation.
Define what a pleural rub indicates during auscultation.
Name one major cause of hemoptysis in children under four years of age.
Name one major cause of hemoptysis in children under four years of age.
What diagnostic imaging method is often insufficient for identifying bleeding in hemoptysis cases?
What diagnostic imaging method is often insufficient for identifying bleeding in hemoptysis cases?
Which laboratory test might be elevated in cases of infection or systemic disease?
Which laboratory test might be elevated in cases of infection or systemic disease?
What breathing abnormality may be associated with pulmonary arteriovenous malformation?
What breathing abnormality may be associated with pulmonary arteriovenous malformation?
What condition is associated with bronchiectasis in children?
What condition is associated with bronchiectasis in children?
What role does the D-dimer test play in hemoptysis investigation?
What role does the D-dimer test play in hemoptysis investigation?
List one type of neoplasm that could potentially cause hemoptysis.
List one type of neoplasm that could potentially cause hemoptysis.
Flashcards
Hemoptysis
Hemoptysis
Coughing up blood or having blood in the sputum, originating from the lungs.
Lung Vascular Systems
Lung Vascular Systems
The process of blood circulation in the lungs is done by two systems: the pulmonary arterial system and the bronchial circulatory system.
Pulmonary Arterial System
Pulmonary Arterial System
The pulmonary arterial system operates at low pressure.
Bronchial Circulatory System
Bronchial Circulatory System
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Hemoptysis and Lung Damage
Hemoptysis and Lung Damage
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Massive Hemoptysis
Massive Hemoptysis
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Defining Massive Hemoptysis
Defining Massive Hemoptysis
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Hemoptysis in Children
Hemoptysis in Children
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Identifying the Source of Bleeding
Identifying the Source of Bleeding
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Appearance of Hemoptysis
Appearance of Hemoptysis
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Hematemesis
Hematemesis
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Sputum features of Hemoptysis
Sputum features of Hemoptysis
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Sputum features of Hematemesis
Sputum features of Hematemesis
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History & Associated Symptoms of Hemoptysis
History & Associated Symptoms of Hemoptysis
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History & Associated Symptoms of Hematemesis
History & Associated Symptoms of Hematemesis
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Underlying conditions for Hemoptysis
Underlying conditions for Hemoptysis
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Underlying conditions for Hematemesis
Underlying conditions for Hematemesis
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Information to Gather About Hemoptysis/Hematemesis
Information to Gather About Hemoptysis/Hematemesis
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Additional Questions To Identify Possible Underlying Causes
Additional Questions To Identify Possible Underlying Causes
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Abnormal breath sounds
Abnormal breath sounds
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General Physical Exam
General Physical Exam
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Body Habitus
Body Habitus
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Distress Level
Distress Level
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Blunt Trauma
Blunt Trauma
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Chest Palpation
Chest Palpation
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Swollen Lymph Nodes
Swollen Lymph Nodes
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Tactile Fremitus
Tactile Fremitus
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Percussion
Percussion
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Consolidation
Consolidation
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Collapsed Lung
Collapsed Lung
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Study Notes
Pediatric Hemoptysis
- Hemoptysis is coughing up blood or having blood in sputum, arising from the lungs.
- Two vascular systems supply the lungs: the pulmonary arterial system (low pressure) and the bronchial system (high pressure).
- Hemoptysis occurs when one of these systems is damaged.
- Massive hemoptysis is defined as >8 mL/kg of blood loss over 24 hours, usually indicating high pressure bronchial damage.
- Hemoptysis is rare in children younger than 6 years old due to sputum swallowing.
- When evaluating a child with expectorated blood, determine the origin (extrapulmonary vs. upper airway vs. gastrointestinal).
- Blood from extrapulmonary origins (e.g., upper airway or GI tract) may have different characteristics (e.g., color, pH, consistency).
- Hemoptysis blood is bright red, often frothy, and alkaline.
Comparison of Hemoptysis and Hematemesis
Feature | Hemoptysis | Hematemesis |
---|---|---|
Sputum Features | Bright red or pink, frothy, alkaline, liquid, with possible clots mixed with sputum | Dark red or brown, potentially lower in GI tract, bright red if higher up, typically not frothy, acidic, with possible ground coffee-like appearance, may contain food particles |
History | No nausea or vomiting; possible history of lung disease; possible coughing or gurgling | Nausea or vomiting; possible history of gastrointestinal or hepatic disease |
Asking Questions
- Detailed history of chief complaint: Timing and amount of blood; symptoms (associated fever, fatigue, runny nose, sore throat, coughing, weight loss, appetite changes, shortness of breath, pallor/cyanosis, pain).
- History of recent infections, choking, trauma, aspiration.
- Past medical history: Complications during perinatal/neonatal period and underlying conditions (Cystic Fibrosis, Ciliary dyskinesia, congenital diseases, rheumatic heart disease).
- History of chronic lung disease (coughing, wheezing, stridor), surgeries.
- Growth and development status.
- Details of familial disorders and allergies; vaccination history; medications taken; travel history; infectious contact.
Physical Examination
- Complete general physical exam including vital signs (blood pressure, heart rate, respiratory rate, temperature) and growth parameters.
- Inspection: Body habitus, distress level, signs of trauma (bruising, swelling), chest wall expansion, symmetry, signs of collapsed lung/effusion.
- Palpation: Chest area tenderness, masses, swollen lymph nodes, tactile fremitus, lung tenderness, consolidation/dullness, collapse, effusion.
- Auscultation: Right (3 lobes) and left lungs (2 lobes) for abnormal breath sounds (localized wheezing, pleural rubs, pneumonia); bruits, thrills (arteriovenous malformation); heart murmurs (cardiac origin).
Differential Diagnosis
- Infectious: Acute lower respiratory tract infections (Pneumonia [bacterial, viral, fungal, parasitic]).
- Trauma: Aspiration (foreign body, especially <4 years old), contusion.
- Bronchial Diseases: Bronchiectasis (cystic fibrosis, ciliary dyskinesia).
- Vasculature: Pulmonary arteriovenous malformation, Alveolar hemorrhage syndromes, Connective tissue disease (Goodpasture syndrome, vasculitis), Pulmonary thromboembolism.
- Neoplasms: Bronchial adenoma, metastatic cancer.
- Other: latrogenic (damage from bronchoscopy).
Investigations
- Laboratory: CBC, ESR, D-dimer, coagulation studies (INR, PTT), sputum sample for C&S.
- Imaging: Chest X-ray; if insufficient, Chest CT scan; MRI for mediastinum and hilum structures, A.V. malformations (not always readily available).
- Further: Bronchoscopy (if lab and imaging are insufficient in determining location/cause).
Treatment Plan
- Treat the cause (e.g., mucolytics for symptomatic infections).
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