Pediatric(101-150)

A pediatrician examining a young child with fever, showcasing a doctor's office setting with medical charts and toys in the background, bright colors that evoke a sense of care and professionalism.

Pediatric Fever and Respiratory Quiz

Test your knowledge on pediatric conditions focusing on fever and respiratory issues in children. This comprehensive quiz consists of 50 carefully crafted questions that assess your understanding and diagnostic skills in dealing with common pediatric ailments.

Key Features:

  • 50 questions covering a range of topics
  • Multiple choice format for easy answering
  • Ideal for medical students, health professionals, and caregivers
  • Useful for self-assessment and review
50 Questions12 MinutesCreated by CaringDoctor234
A 15-month-old is seen in your office for the 4th time this month with unexplained intermittent episodes of fever of 39°C. The mother has used children’s ibuprofen to treat the fever and has been able to bring the temperature down to 38°C. However, the mother is now frustrated because thisis her 4th visit to the office and nobody knows why her child is continuing to have these fevers. The child is not in day care and has no history of any serious illnesses, travel, or sick contacts. The child has had no symptoms of an upper respiratory infection. On examination, the child is actively playing with his toys. He does not look ill. His rectal temperature is 39°C. The head, neck, lungs, cardiovascular, abdominal, neurologic, and musculoskeletal examination are all normal.Your clinical judgment is that the child looks well and has no serious illness.What is the most appropriate next step in the workup of this patient?
A. Obtain an immediate consultation with an infectious disease specialist
B. Start the child empirically taking antibiotics
C. Order a complete blood count (CBC) and urinalysis
D. Obtain a more detailed history
E. Obtain a chest x-ray
A 3-year-old girl presents to a health center with a fever for the past 36 hours. Maximum temperature was 40°C at 2 am, which decreased to38.7°F with children’s ibuprofen. Her appetite andfluid intake have decreased during the past 24 hours. Physical examination shows an ill-appearing child.Her temperature is 37.2°C. The skin has a macular–papular petechial rash on the chest and back. Theremainder of the physical examination is normal. Which of the following best describes your clinical impression at this time?
A. Viral syndrome
B. meningitis
C. sepsis
D. B and c
E. Any of the above
A 3-year-old girl presents to a health center with a fever for the past 36 hours. Maximum temperature was 40°C at 2 am, which decreased to38.7°F with children’s ibuprofen. Her appetite andfluid intake have decreased during the past 24 hours. Physical examination shows an ill-appearing child.Her temperature is 37.2°C. The skin has a macular–papular petechial rash on the chest and back. Theremainder of the physical examination is normal. Which laboratory testing would you order at this time?
A. CBC
B. Blood culture
C. Urine culture
D. Lumbar puncture
E. All of the above
A 3-year-old girl presents to a health center with a fever for the past 36 hours. Maximum temperature was 40°C at 2 am, which decreased to38.7°F with children’s ibuprofen. Her appetite andfluid intake have decreased during the past 24 hours. Physical examination shows an ill-appearing child.Her temperature is 37.2°C. The skin has a macular–papular petechial rash on the chest and back. Theremainder of the physical examination is normal. Which of the following is the most likely organism that you need to consider in this situation?
A. S. pneumoniae
B. H. influenzae
C. N. meningitidis
D. M. pneumoniae
A 3-year-old girl presents to a health center with a fever for the past 36 hours. Maximum temperature was 40°C at 2 am, which decreased to38.7°F with children’s ibuprofen. Her appetite andfluid intake have decreased during the past 24 hours. Physical examination shows an ill-appearing child.Her temperature is 37.2°C. The skin has a macular–papular petechial rash on the chest and back. Theremainder of the physical examination is normal. Which one of the following antibiotics would you consider in the treatment of this condition?
A. Fortaz
B. Rocephin
C. Unasyn
D. Zithromax
E. Tequinol
A 3-year-old girl presents to a health center with a fever for the past 36 hours. Maximum temperature was 40°C at 2 am, which decreased to38.7°F with children’s ibuprofen. Her appetite andfluid intake have decreased during the past 24 hours. Physical examination shows an ill-appearing child.Her temperature is 37.2°C. The skin has a macular–papular petechial rash on the chest and back. Theremainder of the physical examination is normal. What would you do next concerning this patient?
A. Immediate hospitalization
B. Outpatient antibiotics
C. Symptomatic treatment with analgesics and antipyretics only
D. Blood and urine cultures with outpatient follow-up in 24 hours
E. All of the above
A 4-year-old child with a runny nose, congestion, sneezing, and a nonproductive cough comes to your office with his mother. These symptoms started 4 days ago with a sore throat that has since resolved. His appetite is mildly decreased, but he is well otherwise. He has had no fever, chills, or any other symptoms. On examination, the child’s temperature is 37.6°C. His ears are clear, and his throat is slightly hyperemic. He has grayish thick nasal discharge and the nasal mucosa appears swollen with erythematous nasal turbinates. His lung fields are clear, there is no significant cervical lymphadenopathy, and no other localizing signs are present. The child’s history is unremarkable, and he has had no significant medical illnesses. His immunizations are up to date. What is the most likely diagnosis in this child?
A. Allergic rhinitis
B. Nasal foreign body
C. Early streptococcal pharyngitis
D. pertussis
E. Viral upper respiratory infection (URI)
A 4-year-old child with a runny nose, congestion, sneezing, and a nonproductive cough comes to your office with his mother. These symptoms started 4 days ago with a sore throat that has since resolved. His appetite is mildly decreased, but he is well otherwise. He has had no fever, chills, or any other symptoms. On examination, the child’s temperature is 37.6°C. His ears are clear, and his throat is slightly hyperemic. He has grayish thick nasal discharge and the nasal mucosa appears swollen with erythematous nasal turbinates. His lung fields are clear, there is no significant cervical lymphadenopathy, and no other localizing signs are present. The child’s history is unremarkable, and he has had no significant medical illnesses. His immunizations are up to date. What is the most frequent pathogen associated with this condition?
A. Streptococcus pneumoniae
B. rhinovirus
C. parainfluenza A
D. adenovirus
E. Respiratory syncytial virus (RSV)
A 4-year-old child with a runny nose, congestion, sneezing, and a nonproductive cough comes to your office with his mother. These symptoms started 4 days ago with a sore throat that has since resolved. His appetite is mildly decreased, but he is well otherwise. He has had no fever, chills, or any other symptoms. On examination, the child’s temperature is 37.6°C. His ears are clear, and his throat is slightly hyperemic. He has grayish thick nasal discharge and the nasal mucosa appears swollen with erythematous nasal turbinates. His lung fields are clear, there is no significant cervical lymphadenopathy, and no other localizing signs are present. The child’s history is unremarkable, and he has had no significant medical illnesses. His immunizations are up to date. What investigation should be done at this time?
A. Complete blood count (CBC)
B. Chest x-ray
C. Rapid strep test
D. Nasal smear
E. Nothing at this time
A 4-year-old child with a runny nose, congestion, sneezing, and a nonproductive cough comes to your office with his mother. These symptoms started 4 days ago with a sore throat that has since resolved. His appetite is mildly decreased, but he is well otherwise. He has had no fever, chills, or any other symptoms. On examination, the child’s temperature is 37.6°C. His ears are clear, and his throat is slightly hyperemic. He has grayish thick nasal discharge and the nasal mucosa appears swollen with erythematous nasal turbinates. His lung fields are clear, there is no significant cervical lymphadenopathy, and no other localizing signs are present. The child’s history is unremarkable, and he has had no significant medical illnesses. His immunizations are up to date. Which of the following statements regarding the common cold is true?
A. Adults are affected less than children
B. The highest incidence of the common cold is among children of kindergarten age
C. Adults with young children at home have an increased number of colds
B. Infants with older siblings in school or day care have an increased incidence of colds
E. All of the above are true
A 4-year-old child with a runny nose, congestion, sneezing, and a nonproductive cough comes to your office with his mother. These symptoms started 4 days ago with a sore throat that has since resolved. His appetite is mildly decreased, but he is well otherwise. He has had no fever, chills, or any other symptoms. On examination, the child’s temperature is 37.6°C. His ears are clear, and his throat is slightly hyperemic. He has grayish thick nasal discharge and the nasal mucosa appears swollen with erythematous nasal turbinates. His lung fields are clear, there is no significant cervical lymphadenopathy, and no other localizing signs are present. The child’s history is unremarkable, and he has had no significant medical illnesses. His immunizations are up to date. Which of the following statements regarding treatment of the condition described in this case is true?
A. The use of antibiotics has been shown to decrease the probability of complications; their routine use is reasonable
B. Supportive care with humidified air and nasal saline drops has been shown to be beneficial in symptom relief
C. Dextromethorphan and codeine can be used to suppress cough associated with the condition
D. Zinc lozenges have been shown to be effective therapy in children
E. antihistamine–decongestant combinations have been shown to be effective in reducing symptoms
A 4-year-old child with a runny nose, congestion, sneezing, and a nonproductive cough comes to your office with his mother. These symptoms started 4 days ago with a sore throat that has since resolved. His appetite is mildly decreased, but he is well otherwise. He has had no fever, chills, or any other symptoms. On examination, the child’s temperature is 37.6°C. His ears are clear, and his throat is slightly hyperemic. He has grayish thick nasal discharge and the nasal mucosa appears swollen with erythematous nasal turbinates. His lung fields are clear, there is no significant cervical lymphadenopathy, and no other localizing signs are present. The child’s history is unremarkable, and he has had no significant medical illnesses. His immunizations are up to date. What is the most effective preventive measure against the common cold?
A. Megadoses of vitamin C
B. Meticulous hand washing
C. Extra sleep
D. Avoiding all contact with children and adults who have a cold
E. pleconaril
A 6-month-old infant is brought to your office by her mother with nasal congestion for 5 days. The child had a clear runny nose at 1st but now the drainage is thick and yellow and she seems tobe having difficulty with taking the bottle. The baby has had only low-gradetemperatures of less than 38°C. The mother tells you that the baby seems cranky but is consolable and has had difficulty sleeping because of the breathing. On examination, the infant is afebrile. There is no tachypnea. The conjunctivae are slightly hyperemic but without purulent exudates. The nose is congested with erythematous mucosa and thick yellow drainage bilaterally. The ears are clear. The throat is pink, but postnasal drip is noted. The chest is without retractions and is clear to auscultation. What is the diagnosis?
A. bronchiolitis
B. Bacterial rhinosinusitis
C. Viral rhinosinusitis
D. Bacterial conjunctivitis
E. Allergic rhinitis
A 6-month-old infant is brought to your office by her mother with nasal congestion for 5 days. The child had a clear runny nose at 1st but now the drainage is thick and yellow and she seems tobe having difficulty with taking the bottle. The baby has had only low-gradetemperatures of less than 38°C. The mother tells you that the baby seems cranky but is consolable and has had difficulty sleeping because of the breathing. On examination, the infant is afebrile. There is no tachypnea. The conjunctivae are slightly hyperemic but without purulent exudates. The nose is congested with erythematous mucosa and thick yellow drainage bilaterally. The ears are clear. The throat is pink, but postnasal drip is noted. The chest is without retractions and is clear to auscultation. Which of the following agents is the least likely cause of the condition?
A. RSV
B. rhinovirus
C. Parainfluenza virus
D. adenovirus
E. Bordetella pertussis
A 6-month-old infant is brought to your office by her mother with nasal congestion for 5 days. The child had a clear runny nose at 1st but now the drainage is thick and yellow and she seems tobe having difficulty with taking the bottle. The baby has had only low-gradetemperatures of less than 38°C. The mother tells you that the baby seems cranky but is consolable and has had difficulty sleeping because of the breathing. On examination, the infant is afebrile. There is no tachypnea. The conjunctivae are slightly hyperemic but without purulent exudates. The nose is congested with erythematous mucosa and thick yellow drainage bilaterally. The ears are clear. The throat is pink, but postnasal drip is noted. The chest is without retractions and is clear to auscultation. Which of the following statements about the treatment of this condition in infants is true?
A. Aspirin should be avoided
B. Medications other than acetaminophen and ibuprofen should be avoided
C. Nasal saline drops are not helpful
D. Decongestants and antihistamines are helpful
E. Expectorants have been proven to be effective
A 6-month-old infant is brought to your office by her mother with nasal congestion for 5 days. The child had a clear runny nose at 1st but now the drainage is thick and yellow and she seems tobe having difficulty with taking the bottle. The baby has had only low-gradetemperatures of less than 38°C. The mother tells you that the baby seems cranky but is consolable and has had difficulty sleeping because of the breathing. On examination, the infant is afebrile. There is no tachypnea. The conjunctivae are slightly hyperemic but without purulent exudates. The nose is congested with erythematous mucosa and thick yellow drainage bilaterally. The ears are clear. The throat is pink, but postnasal drip is noted. The chest is without retractions and is clear to auscultation. Which of the following is the most common bacterial complication of this condition?
A. sinusitis
B. pneumonia
C. meningitis
D. Otitis media
E. pharyngitis
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. Which statement regarding management of this condition is true?
A. Bronchodilators provide a consistent benefit for this illness
B. Corticosteroids are routinely indicated for initial management
C. Ribavirin should not be used routinely in this condition
D. Intravenous fluids are required for infants younger than 1 year of age
E. Chest physiotherapy provides proven benefit for this condition
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. The most common cause of bronchiolitis is
A. Human metapneumovirus
B. adenovirus
C. parainfluenza
D. Respiratory syncytial virus (RSV)
E. influenza
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. Which of the following statements about RSV is untrue?
A. Diagnosis is most often made by clinical exam
B. Infection with RSV confers life-long immunity in healthy individuals
C. 90% of children are infected with RSV within the first 2 years of life
D. The highest incidence of infection occurs between December and March
E. Mortality from RSV has decreased during the past two decades
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. All of the following are associated with increased risk of severe bronchiolitis except
A. Premature birth (gestational age <37 weeks)
B. Bronchopulmonary dysplasia
C. Cystic fibrosis
D. Immunocompromised status
E. Hemodynamically insignificant atrial septaldefect
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. Pathologic features of acute bronchiolitis include all but
A. Necrosis of respiratory epithelial cells
B. Lymphocytic infiltration of the peribronchialtree
C. Increased mucous clearance
D. Destruction of epithelial ciliated cells
E. Mucous plugging with small airway obstruction
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. In which of the following patients is palivizumabnot indicated?
A. 3-month-old male born at 39 weeks of gestation with tetralogy of Fallot
B. 2-month-old female born at 28 weeks of gestation
C. 1-month-old female born at 33 weeks of gestation with no current health issues
D. 2-month-old male born at 34 weeks of gestation who is in day care and has school-aged siblings
E. 2-month-old male born at 30 weeks of gestation with bronchopulmonary dysplasia requiring oxygen therapy
A 4-month-old infant presents to the emergency department with cough and fever. The infant has been sick for 3 days but worsened in severity during the past 24 hours. Past medical history is otherwise negative. He was born preterm at 35 weeks but was discharged home after 3 days. Birth weight was 3kg and maternal group B strep was negative. Immunizations are current. Vital signs include a rectal temperature of 38°C, pulse of 120 beats/minute, blood pressure within normal limits, and a respiratory rate of 60 breaths/minute. The infant is well hydrated but ill appearing. Grunting, nasal flaring, intracostal retractions, and increased respiratory effort are evident. Wheezing and crackles are noted on physical exam. Chest radiographs show patchy atelectasis and hyperinflation of the lungs. Which of the following statements regarding antibiotic use in bronchiolitis is true?
A. Use of antibiotics is recommended in all infants younger than 3 months of age
B. Antibiotics likely benefit infants with severe bronchiolitis who require mechanical ventilation
C. There is an elevated risk of bacteremia in febrile children with bronchiolitis
D. Numerous randomized controlled trials (RCTs) support the use of antibiotics for bronchiolitis
E. Antibiotics significantly improve the clinical course of bronchiolitis
A 3-year-old child is brought to the office for cough and fever. He has been sick for the past 4 days, but symptoms acutely worsened this morning. Appetite and activity levels are both decreased. Past medical history is unremarkable and immunizations are current. He lives at home with two brothers and goes to day care during the week. There are no sick contacts. On physical examination, he has a temperature of 38.5°C, pulse of 120 beats/minute, respiratory rate of 60 breaths/minute, and normal blood pressure. He appears mildly toxic but not cyanotic. Ears, nose, and throat are unremarkable. Retractions, grunting, and accessory muscle use are noted on the lung exam. Localized rales and wheezing are noted over the right lower lung zones. Which of the following interventions provides the most useful information at this time?
A. Chest radiograph
B. Pulse oximetry
C. Complete blood count with differential
D. Rapid antigen tests for influenza A and B
E. C-reactive protein level
A 3-year-old child is brought to the office for cough and fever. He has been sick for the past 4 days, but symptoms acutely worsened this morning. Appetite and activity levels are both decreased. Past medical history is unremarkable and immunizations are current. He lives at home with two brothers and goes to day care during the week. There are no sick contacts. On physical examination, he has a temperature of 38.5°C, pulse of 120 beats/minute, respiratory rate of 60 breaths/minute, and normal blood pressure. He appears mildly toxic but not cyanotic. Ears, nose, and throat are unremarkable. Retractions, grunting, and accessory muscle use are noted on the lung exam. Localized rales and wheezing are noted over the right lower lung zones. Which of the following statements about childhood pneumonia is true?
A. Pneumonia accounts for approximately 5% of childhood deaths worldwide
B. 1.9 million children worldwide die annually from acute respiratory tract infections
C. The majority of deaths from childhood community- acquired pneumonia (CAP) occur in Cambodia
D. HIV has a minor influence on the incidence and severity of childhood pneumonia
E. Conjugated pneumococcal vaccines are ineffective in children younger than 5 years of age
A 3-year-old child is brought to the office for cough and fever. He has been sick for the past 4 days, but symptoms acutely worsened this morning. Appetite and activity levels are both decreased. Past medical history is unremarkable and immunizations are current. He lives at home with two brothers and goes to day care during the week. There are no sick contacts. On physical examination, he has a temperature of 38.5°C, pulse of 120 beats/minute, respiratory rate of 60 breaths/minute, and normal blood pressure. He appears mildly toxic but not cyanotic. Ears, nose, and throat are unremarkable. Retractions, grunting, and accessory muscle use are noted on the lung exam. Localized rales and wheezing are noted over the right lower lung zones. Which of the following statements about CAP in neonates is false?
A. group B streptococcus and gram-negative enteric bacteria are the most common pathogens
B. Infection occurs via vertical transmission
C. Nontoxic neonates may be managed as outpatients with close follow-up
D. Intravenous ampicillin plus gentamicin is recommended antibiotic therapy
E. blood, urine, and cerebrospinal fluid should be obtained prior to beginning antibiotic therapy
A 3-year-old child is brought to the office for cough and fever. He has been sick for the past 4 days, but symptoms acutely worsened this morning. Appetite and activity levels are both decreased. Past medical history is unremarkable and immunizations are current. He lives at home with two brothers and goes to day care during the week. There are no sick contacts. On physical examination, he has a temperature of 38.5°C, pulse of 120 beats/minute, respiratory rate of 60 breaths/minute, and normal blood pressure. He appears mildly toxic but not cyanotic. Ears, nose, and throat are unremarkable. Retractions, grunting, and accessory muscle use are noted on the lung exam. Localized rales and wheezing are noted over the right lower lung zones. What is the most common bacterial cause of CAP after the neonatal period?
A. Streptococcus pneumoniae
B. Haemophilusinfluenzaetype B
C. Staphylococcus aureus
D. Moraxellacatarrhalis
E. Mycoplasmapneumonia
A 3-year-old child is brought to the office for cough and fever. He has been sick for the past 4 days, but symptoms acutely worsened this morning. Appetite and activity levels are both decreased. Past medical history is unremarkable and immunizations are current. He lives at home with two brothers and goes to day care during the week. There are no sick contacts. On physical examination, he has a temperature of 38.5°C, pulse of 120 beats/minute, respiratory rate of 60 breaths/minute, and normal blood pressure. He appears mildly toxic but not cyanotic. Ears, nose, and throat are unremarkable. Retractions, grunting, and accessory muscle use are noted on the lung exam. Localized rales and wheezing are noted over the right lower lung zones. Which of the following signs is suggestive of hypoxemia?
A. Inability to feed
B. Altered mental status
C. cyanosis
D. Head nodding
E. All of the above
A 2-year-old male presents for a checkup. His parents tell you that he has been doing well, but he has had episodes of wheezing four times during the past year. He is the product of an uncomplicated pregnancy and delivery, but he was hospitalized at age 6 months for bronchiolitis. Both parents have a history of allergies, and his father has asthma. His mother smoked during pregnancy but quit smoking last year. The child was never breast-fed. Which of the following is true concerning this child?
A. You cannot diagnose this child with asthma because he is too young
B. Children who have four or more episodes of wheezing and a clinical picture consistent with asthma should be diagnosed and treated according to current guidelines once other causes of wheezing have been excluded
C. Since his mother quit smoking, this child is at no increased risk for asthma
D. Since he had bronchiolitis at 6 months, he cannot be diagnosed with asthma
E. African Americans have much less severe asthma than other races, so this child does not need to be diagnosed with asthma now
A 2-year-old male presents for a checkup. His parents tell you that he has been doing well, but he has had episodes of wheezing four times during the past year. He is the product of an uncomplicated pregnancy and delivery, but he was hospitalized at age 6 months for bronchiolitis. Both parents have a history of allergies, and his father has asthma. His mother smoked during pregnancy but quit smoking last year. The child was never breast-fed. Which of the following differential diagnoses should you exclude in this child?
A. Foreign body
B. Viral bronchiolitis
C. Heart disease
D. Vocal cord dysfunction
E. All of the above
A 2-year-old male presents for a checkup. His parents tell you that he has been doing well, but he has had episodes of wheezing four times during the past year. He is the product of an uncomplicated pregnancy and delivery, but he was hospitalized at age 6 months for bronchiolitis. Both parents have a history of allergies, and his father has asthma. His mother smoked during pregnancy but quit smoking last year. The child was never breast-fed. Which of the following is true concerning treatment of this child?
A. There are virtually no studies using inhaled corticosteroids in children of this age
B. Inhaled corticosteroids should not routinely be used in children younger than 5 years of age due to growth retardation
C. Because of recurrent episodes of wheezing, with a strong family history, this child should be treated with inhaled corticosteroids
D. Levalbuterol is far superior to albuterol in this age group and should be used
E. Rescue medication should be avoided in children in this age group
A 2-year-old male presents for a checkup. His parents tell you that he has been doing well, but he has had episodes of wheezing four times during the past year. He is the product of an uncomplicated pregnancy and delivery, but he was hospitalized at age 6 months for bronchiolitis. Both parents have a history of allergies, and his father has asthma. His mother smoked during pregnancy but quit smoking last year. The child was never breast-fed. In discussing treatment plans with the parents, they ask about various medications used in asthma therapy. Which of the following medications has been shown to be most effective in the treatment of asthma in children and should be used at firstline treatment if maintenance therapy is begun?
A. Leukotriene inhibitor
B. nedocromil
C. long-acting 2-agonist inhaler or nebulizer
D. Inhaled corticosteroids as an inhaler or nebulizer
E. None of the above
A 2-year-old male presents for a checkup. His parents tell you that he has been doing well, but he has had episodes of wheezing four times during the past year. He is the product of an uncomplicated pregnancy and delivery, but he was hospitalized at age 6 months for bronchiolitis. Both parents have a history of allergies, and his father has asthma. His mother smoked during pregnancy but quit smoking last year. The child was never breast-fed. Which of the following statements is false concerning asthma in children?
A. 50% to 80% of children with asthma develop symptoms before 5 years of age
B. Atopic dermatitis and rhinitis not related to viral infections during the first year are both strongly related to the development of asthma, and atopy is the strongest predictor that wheezing will progress to asthma
C. Many young children have elevated immunoglobulin E (IgE) levels from 9 months of age
D. Perinatal exposure to tobacco smoke is associated with the onset of asthma
E. Wheezing and cough are usually worse in the midday, after lunch, related to increased reflux
A 2-year-old male presents for a checkup. His parents tell you that he has been doing well, but he has had episodes of wheezing four times during the past year. He is the product of an uncomplicated pregnancy and delivery, but he was hospitalized at age 6 months for bronchiolitis. Both parents have a history of allergies, and his father has asthma. His mother smoked during pregnancy but quit smoking last year. The child was never breast-fed. Which of the following is included in the diagnosis of asthma in children?
A. Symptoms of episodic airflow obstruction
B. At least partially reversible airflow obstruction
C. Wheezing with allergic rhinitis
D. a, b, and c
E. A and b
A 7-year-old female presents to your office with a history of 1 week of gradually increasing chest tightness and mild dyspnea. She has had nasal drainage and a nighttime cough. Her mother states that she has had no fever and has been going to school. Her medical history is significant for only oneprevious episode of wheezing for which she was treated with an antibiotic and an inhaler. Her familyhistory is significant for an older brother with asthma. Her father is a smoker.On examination, she has a temperature of 38°C, blood pressure of 90/50 mmHg, respiratoryrate of 20 breaths/minute, and pulse of 100 beats/minute. She appears in no distress but is audibly wheezing. She has mild nasal turbinate swelling, postnasal drainage, and diffuse expiratorywheezes. After a nebulizer treatment with albuterol, she feels much better, and her lungs are completely clear. Which of the following do you advise the patient and her parent?
A. She may or may not have asthma, but she has symptoms of airway reactivity; you prescribe an albuterol inhaler with a spacer device and advisethat her father must stop smoking immediately or ensure she is not exposed to any cigarette smoke
B. She definitely has asthma; you prescribe an albuterol inhaler, a short course of prednisone, and an inhaled corticosteroid
C. She has acute bronchitis and should respond well to an antibiotic alone
D. She needs to follow-up with you in a short period of time to determine if further treatment is necessary and should call immediately if she is worsening
E. A and d
Four months later, she comes in for a visit because she is having a nighttime cough. After a complete history, you find that she has continued to have chest tightness and dyspnea several days a week, especially after running in gym class, and two or three nights each month she cannot sleep well due to coughing. She has no fever, rhinorhea, or other symptoms. She finished her inhaler a month ago, after which her symptoms increased. She has a completely normal physical exam and her peak flow is 90% predicted. Which of the following diagnoses and treatments are correct?
A. Diagnose her with asthmatic bronchitis; treat her with an antibiotic and a course of oral steroids
B. Diagnose her with mild intermittent asthma; renew her albuterol inhaler
B. Diagnose her with mild intermittent asthma; renew her albuterol inhaler
D. Diagnose her with exercise-induced asthma only; renew her albuterol inhaler and instruct her in management of exercise-induced asthma
E. Diagnose her with moderate persistent asthma; renew her albuterol inhaler, begin a steroid inhaler and leukotriene inhibitor or nedocromil, and instruct her in asthma management
Four months later, she comes in for a visit because she is having a nighttime cough. After a complete history, you find that she has continued to have chest tightness and dyspnea several days a week, especially after running in gym class, and two or three nights each month she cannot sleep well due to coughing. She has no fever, rhinorhea, or other symptoms. She finished her inhaler a month ago, after which her symptoms increased. The patient returns for regular follow-up but she continues to have symptoms that require her to use the rescue medication four or five times a week. She now has daily symptoms and coughs more than one night a week. Which of the following would be appropriate to recommend?
A. Review triggers and try to eliminate them
B. Continue her dose of inhaled corticosteroid at the recommended dose and add a long-acting betaagonist
C. Add a leukotriene inhibitor or nedocromil if needed
D. a, b, and c
E. Continue with the same treatment but increase her inhaled steroid because long-acting -agonists are too dangerous
Four months later, she comes in for a visit because she is having a nighttime cough. After a complete history, you find that she has continued to have chest tightness and dyspnea several days a week, especially after running in gym class, and two or three nights each month she cannot sleep well due to coughing. She has no fever, rhinorhea, or other symptoms. She finished her inhaler a month ago, after which her symptoms increased. While discussing elimination of triggers with the child and her parents, you mention all of the following as possible triggers. Which of these is most commonly implicated in causing exacerbations, and possibly even influencing the development of asthma in populations as a whole?
A. Dust mites and tobacco smoke
B. Cockroach antigens
C. Animal dander
D. Outdoor pollutants
E. violence
Four months later, she comes in for a visit because she is having a nighttime cough. After a complete history, you find that she has continued to have chest tightness and dyspnea several days a week, especially after running in gym class, and two or three nights each month she cannot sleep well due to coughing. She has no fever, rhinorhea, or other symptoms. She finished her inhaler a month ago, after which her symptoms increased. Disease severity in asthma is not determined by which of the following?
A. Nighttime symptoms and their frequency
B. Pulmonary function measures
C. Use of rescue medications
D. Physical symptoms, including chest tightness and dyspnea, and their frequency
E. The presence of nasal eosinophils
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. Which of the following statements is true?
A. This child likely has an acute exacerbation of asthma due to viral infection, superimposed on untreated mild or moderate persistent asthma
B. This child likely has severe persistent asthma
C. This child likely has pneumonia
D. This child likely has acute sinusitis
E. This child likely has cystic fibrosis
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. You explain to her that the following pathologic change(s) is(are) found in the airways of patients with asthma, with or without symptoms:
A. Airway remodeling
B. Airway smooth muscle hypertrophy
C. Airway epithelial cell destruction
D. Airway decreased submucosal vascularity
E. a, b, and c
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. You check an influenza swab, which is negative, and treat the child with inhaled albuterol with a spacer, an inhaled corticosteroid, and a short course of oral steroids. When he returns in 3 days, he has already improved dramatically and has a normal physical exam. Which of the following is true concerning monitoring of asthma in children?
A. Written action plans are a waste of time and provide no benefit
B. Peak expiratory flow monitoring has shown the greatest statistical benefit in management of asthma
C. Although some studies are inconclusive, a written action plan has been shown to improve asthma management and outcomes
D. Written action plans only work in families with educated parents
E. Compliance is rarely a problem in pediatric asthma since parents are generally concerned about their children
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. Written action plans for asthma patients should include all of the following except
A. Peak flow monitoring instructions, with green, yellow, and red zones indicating normal, decreasing, or emergency peak flow zones, respectively
B. Instructions on self-adjusting allergy immunotherapy based on symptoms
C. Management of the environment (avoidance of triggers)
D. Management of maintenance medications and medications for exacerbations
E. C & D
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. Based on the history of this patient, which Medicine do you recommend for maintenance?
A. Inhaled corticosteroid with a long-acting Beta2-agonist
B. short-acting Beta2-agonist only
C. Nasal steroids only
D. No treatment, only follow-up
E. Leukotriene modifier only
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. All of the following statements concerning treatment of asthma in children have highest level Cevidence except
A. A spacer with a meter-dose inhaler is as effective as a nebulizer either for treatment of an acute exacerbation of asthma or for maintenance therapy
B. Sublingual immunotherapy is as effective as traditional immunotherapy (injections)
C. Oral corticosteroids should be administeredwithin 45 minutes, or as quickly as possible, during an acute exacerbation of asthma to decrease hospitalizations and emergency room stay
D. Moderate doses of inhaled corticosteroids arerecommended as first-line treatment in childrenwith mild or moderate persistent asthmabecause they are more effective in improvingsymptoms and lung function in children thanleukotriene inhibitors, inhaled long-acting 2-agonists, and inhaled nedocromil
E. Physicians should consider adding inhaledipratropium bromide (Atrovent) with
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. Which of the following statements concerninguse of oral corticosteroids in children with asthmais true?
A. A regular, low-dose oral corticosteroid (e.g.,prednisone) has less effect on growth rate andbone mass than short bursts of steroids
B. Oral corticosteroids and inhaled or nebulized corticosteroids are equally effective in the acuteasthma exacerbation
C. Repeated short courses of oral corticosteroidsat 1 mg/kg/day to treat acute exacerbationsof asthma have not shown any effect on adrenal function, bone mineralization, or bone metabolism
D. Intravenous corticosteroids are more effectivethan oral corticosteroids in children with anintact gastrointestinal tract who can take oralmedications
E. Oral corticosteroids given early in the acuteflare-up of asthma have no impact on the rate of hospitalization
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. Goals of asthma therapy (according to recentrecommendations) include all of the followingexcept
A. Minimal or no chronic symptoms day or night
B. Minimal use of any medications
C. Minimal or no exacerbations
D. No limitations on activities; no school missed
E. Minimal use of short-acting inhaled 2-agonists
A 13-year-old boywas diagnosed with asthma at age 8 years, and has had one or two exacerbations a year. He was hospitalized 3 days for “pneumonia and asthma” at age 10 years. He has been prescribed a variety of medications, but he tells you that he left his inhaler at his father’s house and currently he does not have any medications. The child complains of “a little” fever, nasal congestion, and intermittent wheezing. He tells you that he has taken a bottle of cough syrup in the past 3 days because he coughs so much at night. Vital signs are normal. Physical examination is normal except for nasal congestion without sinus tenderness and scattered expiratory wheezes with no rales, rhonchi, or eegophony. Which of the following statements is correct,according to the most recent guidelines for asthma management?
A. The stepwise approach is intended to replacethe clinical decision making required to meet individual patient needs so that if a patient hasa bad outcome, the physician can legally defend him- or herself
B. There are exact guidelines on management ofasthma in infants
C. Gain control as quickly as possible (a course ofshort systemic corticosteroids may be required)and then step down to the least medication necessaryto maintain control
D. Advise consultation with an asthma specialist for all patients with mild persistent asthma
E. If control of asthma symptoms is not maintained,never step up. Once diagnosed as one “class” of asthma, a patient is always in that class
A3-year-old girlpresent s with a 6 weeks of runny nose, congestion, sneezing, andcough. The child seems to havelong colds especially during spring, early summer,and, occasionally, late summer. The child also hadan episode of difficulty breathing a few days ago forwhich they visited a local emergency room and weregiven an inhaler. What do you think this child has?
A. asthma
B. Seasonal allergic rhinitis
C. Gastroesophageal reflux
D. Common cold
E. Rhinitis medicamentosa
A3-year-old girlpresent s with a 6 weeks of runny nose, congestion, sneezing, andcough. The child seems to havelong colds especially during spring, early summer,and, occasionally, late summer. The child also hadan episode of difficulty breathing a few days ago forwhich they visited a local emergency room and weregiven an inhaler. What is the first step in treatment that you would recommend to these patients?
A. immunotherapy
B. turbinectomy
C. Refer to an allergist
D. Dietary restrictions
E. Environmental control measures and allergenavoidance
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