Acute pneumonia Simple complement

Similar documents
ACUTE COMMUNITY-ACQUIRED PNEUMONIA Simple choice test (CS)

Pneumonia, Pleurisy, Lung cancer

Unit II Problem 2 Pathology: Pneumonia

Chapter 16. Lung Abscess. Mosby items and derived items 2011, 2006 by Mosby, Inc., an affiliate of Elsevier Inc.

Lecture Notes. Chapter 16: Bacterial Pneumonia

Respiratory Diseases and Disorders

The McMaster at night Pediatric Curriculum

Critical Care Nursing Theory. Pneumonia. - Pneumonia is an acute infection of the pulmonary parenchyma

Chronic lung diseases in children Simple choice 1. Finger clubbing is not characteristic for: a) Diffuse bronchiectasis b) Cystic fibrosis c)

PULMONARY EMERGENCIES

PNEUMONIA IN CHILDREN. IAP UG Teaching slides

Bacterial pneumonia with associated pleural empyema pleural effusion

Community Acquired Pneumonia. Abdullah Alharbi, MD, FCCP

Semiology of respiratory system in children Simple choice 1. Mark the intrauterine age of lung development onset from the gut: a) 1 week b) 24 days

an inflammation of the bronchial tubes

Pulmonary Pathophysiology

Pathology of Pneumonia

Hospital-acquired Pneumonia

Chapter 10 Respiratory System J00-J99. Presented by: Jesicca Andrews

Turkish Thoracic Society

Epiglottitis. Bronchitis. Bronchiolitis. Pneumonia. Croup syndrome. Miss. kamlah 2

Bronchial syndrome. Atelectasis Draining bronchus Bronchiectasis

Chapter 22. Pulmonary Infections

Sheet: Patho-Pulmonary infections Done by: Maen Faoury

PNEUMONIA. I. Background 6 th most common cause of death in U.S. Most common cause of infection related mortality

Exam 1 Review. Cardiopulmonary Symptoms Physical Examination Clinical Laboratory Studies

FOREIGN BODY ASPIRATION in children. Dr. Xayyavong Bouathongthip, M.D Emergency department, children s hospital

Acute rheumatic fever (ARF) Simple complement

Pneumonia. Dr. Rami M Adil Al-Hayali Assistant professor in medicine

CLINICAL FEATURES IN PULMONARY TUBERCULOSIS

Nursing care for children with respiratory dysfunction

Auscultation of the lung

GOALS AND INSTRUCTIONAL OBJECTIVES

Community Acquired Pneumonia

Shifting Atelectasis: A sign of foreign body aspiration in a pediatric patient

To Study The Cinico-Radiological Features And Associated Co-Morbid Conditions

SESSION IV: MECHANISMS OF HUMAN DISEASE: LABORATORY SESSIONS PULMONARY PATHOLOGY I. December 5, 2012

Restrictive Pulmonary Diseases

BIOE221. Session 5. Examination of Thorax- Respiratory system. Bioscience Department. Endeavour College of Natural Health endeavour.edu.

Zurab Kheladze & Zviad Kheladze Critical Care Medicine HAND BOOK

Exam 2 Respiratory Disorders

Session Guidelines. This is a 15 minute webinar session for CNC physicians and staff

WF RESPIRATORY SYSTEM. RESPIRATORY MEDICINE

Respiratory Pathology. Kristine Krafts, M.D.

Eun-Young Kang, M.D., Jae Wook Lee, M.D., Ji Yung Choo, M.D., Hwan Seok Yong, M.D., Ki Yeol Lee, M.D., Yu-Whan Oh, M.D.

Unconscious exchange of air between lungs and the external environment Breathing

The Respiratory System. Dr. Ali Ebneshahidi

Management of Common Respiratory Disorders in Children. Whitney Pressler, MD Pediatric Brown Bag Series Webinar June 14, 2016

Management of Common Respiratory Disorders in Children. Disclosures. Roadmap 6/10/2016

Student Guide Module 5: Management of Prevalent Infections in Children Following a Disaster

Lung- and airway emergencies

Patient information: Pneumonia in adults (Beyond the Basics)

Problem Based Learning Session. Mr Robinson is a 67 year old man. He visits the GP as he has had a cough and fever for 5 days.

Accurate Diagnosis Of Postoperative Pneumonia Requires Objective Data

CASE REPORTS. Inflammatory Polyp of the Bronchus. V. K. Saini, M.S., and P. L. Wahi, M.D.

Altered Ventilation and Diffusion

Key Difference - Pleural Effusion vs Pneumonia

Lung Cancer - Suspected

Key messages. CXR interpretation in TB/HIV setting. Training course

May. Pathology #2. part. Rahaf Al-yousef. Mohammad Al-Qudah

Respiratory Disease. Dr Amal Damrah consultant Neonatologist and Paediatrician

Pneumonia Coding. Let s Breathe Some Life Into It. Karen L. Bucci, RHIA Sandy Frey, RHIT, CCS

PATHOLOGY OF RESPIRATORY SYSTEM

JMSCR Vol 04 Issue 10 Page October 2016

Transient pulmonary infiltrations in cystic fibrosis due to allergic aspergillosis

Respiratory Medicine

3/25/2012. numerous micro-organismsorganisms

RSV infection and lung ultrasound

Clinical and Bacteriological Profile of Hospitalised Community Acquired Pneumonia (CAP)

Slide 120, Lobar Pneumonia. Slide 120, Lobar Pneumonia. Slide 172, Interstitial Pneumonia. Slide 172, Interstitial Pneumonia. 53 Year-Old Smoker

Differential diagnosis

Case N 1. Anterior thoracic paint with increasing dyspnea for few days. No cough. Decrease of cardiac sounds. Courtesy Dr Van den Homberg-Tanzania

HOSPITAL RECORD ABSTRACTION FORM

PATHOLOGY OF RESPIRATORY SYSTEM

Lecture Notes. Chapter 9: Smoke Inhalation Injury and Burns

Survey of Foreign Body Aspiration in Airways and Lungs

Frequency of Positive Radiological Findings in Clinically Diagnosed Cases of Pneumonia in Children

Diseases of the Lung and Respiratory Tract, Part I. William Bligh-Glover M.D. Department of Anatomy, CWRU

The Respiratory System

Subject: Pneumonia in Children Section: Pediatrics Hours: 4 hours. Individual preparation for classes: 2 hours.

Respiratory Assessment

Inspiratory crackles-early and late

Definitions and diagnostic implications of terms used in the chest radiograph and lung ultrasound diagnoses of pneumonia.

Case N 1. Dyspnea and cough. Right thoracic paint. AFB in sputum not yet available. Courtesy Dr Van Den Homberg

Respiratory system. Applied Anatomy &Physiology

RECOGNITION OF NON-OPAQUE FOREIGN

The Goal of the Respiratory Assessment. Two Parts of the Respiratory Assessment

How to Analyse Difficult Chest CT

Chest X rays and Case Studies. No disclosures. Outline 5/31/2018. Carlo Manalo, M.D. Department of Radiology Loma Linda University Children s Hospital

PULMONARY TUBERCULOSIS RADIOLOGY

Pleural effusion and Empyema

Cystic Fibrosis Complications ANDRES ZIRLINGER, MD STANFORD UNIVERSITY MEDICAL CENTER MARCH 3, 2012

Physical Assessment of the Respiratory System. Hajinezhad, Mohammad Esmaiel

Pulmonology Elective PL-1 Residents

Chronic obstructive pulmonary disease

Lung manifestations in leptospirosis

Nosocomial Pneumonia. <5 Days: Non-Multidrug-Resistant Bacteria

Phases of Respiration

Community Acquired Pneumonia Pediatric Ages 3 month to 18 years Clinical Practice Guideline MedStar Health Antibiotic Stewardship

Transcription:

Acute pneumonia Simple complement 1. Clinical variants of acute pneumonia in children are, except: A. Bronchopneumonia B. Lobar confluent pneumonia C. Viral pneumonia D. Interstitial pneumonia E. Chronic pneumonia 2. Pneumococcal pneumonia in infants evolves the follows, except: A. It is developed after viral infection of upper respiratory system B. Increased body s temperature C. Polypnea > 40 resp/min D. It is developed after suffering conjunctivitis resistant to standard treatment E. Positive response to antibacterial treatment with penicillins and cephalosporins 3. What from the follows isn t characteristic for bronchopneumonia: A. Severe toxic-infectious syndrome, identified at physical pulmonary examination B. The most common form of pediatric pneumonia C. Is located bilaterally, disseminated or paravertebral D. Is more common in children older than 5 years. E. Opacities with diameter until 2-3 cm on chest X ray 4. Which etiologic factor is less common in the etiology of nosocomial pneumonias: A. Streptococcus pneumoniae B. Pseudomonas aeruginosa C. Staphylococcus D. Anaerobic flora E. Enterobacteriaceae 5. Which type of pneumonia evolves with abdominal syndrome: A. Polysegmental pneumonia B. Interstitial pneumonia C. Pneumonia in basal segments D. Destructive pneumonia E. Pneumonia in middle lobe with athelectatic component 6. Indicate specific clinical sign for acute non-complicated pneumonia: A. Prolonged expiration followed by moan B. Accentuation of respiratory sounds C. Increasing of respiratory excursions in affected area D. Diffuse crackles E. Moist small and crepitant localized rales, that aren t disappear after cough 7. The risk factor for middle lobe syndrome development is: A. Acute pneumonia complicated with pleurisy B. Pulmonary destructions C. Anatomo-functional peculiarities of bronchial tree D. Acute pneumonia in middle lobe E. Middle lobe interstitial pneumonia 8. Which sign is not characteristic for segmentary pneumonia: A. One or a several segments are affected B. Mild general signs in clinical picture C. Expressed pulmonary signs D. Often evolves with athelectatic component E. An triangle shaped opacity with the basis to the lung s hilus on radiological film 1

9. The etiologic factor in lobar pneumonia is: A. Staphylococcus aureus B. Haemophilus influenzae C. Klebsiella pneumoniae D. Hemolytic streptococcus E. Pneumococcus 10. The risk factors for acute pneumonia in little infants are, except: A. Malnutrition B. Constitutional diatheses C. Perinatal encephalopathy D. Rickets E. Prematurity 11. The final diagnosis of acute pneumonia is based on: A. Pulmonary scintigraphy B. Spirography C. Bronchoscopy D. Chest X-ray E. Pulmonary bronchography 12. Therapeutic inefficiency in acute pneumonia is demonstrated by the following statements, except: A. Rebel febrile syndrome B. Reduced pulmonary infiltration on chest X-ray control C. Progressive leukocytosis with shift to the left of the leukocyte formula D. Worsening of the patient E. The progression of pulmonary symptoms 13. General signs of danger are the follows, except: A. The child is unable to drink or breastfeed B. The child vomits everything C. The child is lethargic or unconscious D. The child does not present convulsions at the moment E. The child has had convulsions with this illness 14. Which of the following statements is not characteristic of pleural exudate: A. Specific weight over 1015 g/l B. Albumins over 30 g/l C. Is a complication of pneumonia D. It is observed in pleural empiema E. Albumins less than 30 g/l 15. Which pathogenic agent is more common etiological factor for pneumonia complicated with pleural effusion? A. Staphylococcus aureus B. Streptococcus pneumoniae C. Mycobacterium tuberculosis D. Pseudomonas aeruginosa E. Haemophilus influenzae 2

1. For destructive pneumonia is characteristic: A. Leucopenia B. Leucocytosis >20 10 9 /l C. Neutrophilosis 70-85% D. Increased ESR 40-60 mm/hour E. Disabled infant death Multiple complement 2. Follow up of children after acute non-complicated pneumonia includes: A. Family doctor follow up for a 3 months period B. Perform of chest X-ray in dynamics C. Pulmonary functional tests in dynamics D. Correction of background pathological states (anemia, rickets etc.) E. Metabolic and immunologic recovering measures by vitamins administration (A, B 5, B 12, E), microelements, physiotherapy. 3. Criteria for stopping the antibacterial treatment in acute pneumonia are: A. Temperature normalization in 2-3 days B. Reabsorption of acute pneumonia infiltrates on chest radiography C. Normalization of the ESR in infants or tend to normalize in older children D. Persistence of febrile (subfebrile) syndrome more than 3-5 days E. Partial improvement of general symptoms 4. Criteria of complete therapeutic efficiency in acute pneumonia are: A. Reduction of febrile syndrome (<38 0 ) in 24-48 hours for uncomplicated pneumonia and in 3-4 days for complicated pneumonia B. Absence of dyspnea, of chest retractions C. Persistence of febrile syndrome more than 4-5 days D. Improvement in patient s general state E. Reduction in the intensity of lung infiltrates or at least their stabilization on chest radiography 5. WHO criteria for diagnosis of acute pneumonia in primary medicine are: A. Cough B. Tachypnea over > 50 res/min in 2 months aged infant C. Presence of obstructive syndrome D. Dyspnea, tachypnea, intercostal and subcostal retraction E. Refusing to suck 6. Sings characteristic for acute pneumonia are: A. Dyspnea in the absence of obstructive syndrome B. Preinspiratory inflations of nostrils C. Moist bullous little localized rales D. Pulmonary emphysema E. Chest and costal retraction 7. The I degree respiratory insufficiency characteristics are: A. The absence of dyspnea at rest B. Perioral constant cyanosis C. Decreased blood pressure D. Blood gases are normal or slightly decreased E. Perioral cyanosis is maintained at 40-50% oxygen therapy 8. Severe forms of acute pneumonia are characterized by: A. Tachypnea > 50 resp/min in child of 2 months - 2 years old B. Systemic toxicosis C. Acute dehydration D. Persistence of febrile (subfebrile) syndrome during 3-5 days E. Impairment of consciousness 3

9. Clinical variants of acute non-complicated pneumonia are: A. Interstitial pneumonia B. Lobar pneumonia C. Destructive pneumonia D. Confluent bronchopneumonia E. Pleuropneumonia 10. Indications for pleural puncture are: A. Destructive pneumonia B. Fibrinous pleuresy C. Piothorax D. Middle lobe athelectasis E. Exudative pleuresy 11. For confluent pneumonia is characteristic: A. Areas of massive pulmonary infiltrates B. Bilateral affection C. Condensation areas tend to destructive processes and abscesses D. Evolve with obstructive syndrome E. Evolve with severe toxic-infectious syndrome 12. Which type of acute pneumonia may progress to chronic lung processes: A. Lobar pneumonias B. Bronchopneumonia C. Segmental pneumonia with acute evolution D. Confluent pneumonia E. Middle lobe syndrome 13. The clinical signs characteristic for interstitial pneumonia are: A. Clinical signs characteristic for viral infection of lower respiratory tract B. Costal and intercostal retraction C. Wheezing D. Diminished breathing sounds E. Crepitant localized rales 14. The moderate forms of pneumonia are characterized by the following criteria: A. Respiratory failure sings B. Absence of infectious-toxic syndrome C. Presence of lower respiratory tract infection D. Presence of any general danger signs E. The oxygenotherapy is not necessary 15. Which affirmations for segmental pneumonia are not correct? A. It is complicated by pulmonary destructions B. Long-term evolution C. It is complicated by purulent exudative pleurisy D. It is complicated by atelectasis E. It is a cause of chronic bronchopulmonary disease development 16. Which affirmations for metapneumonic pleurisy are correct: A. It develops along with the pulmonary inflammation B. Pleurisy develops within 2-3 weeks after the onset of pneumonia C. The character of pleural exudate is serous-fibrinous D. The ESR in blood test is significantly increased (40-60 mm / min) E. High values of immunocirculating complexes 4

17. Diagnostic criteria for acute pneumonia in children are: A. Presence of cough B. Accelerated respiratory rate C. Depression of intercostal spaces D. Expiratory dyspnea E. Generalized cyanosis 18. Which affirmations for streptococcal pneumonia are correct: A. The infection spreads through the lymphatic flow B. The process occurs with a pronounced interstitial component C. Silent onset of the disease, without symptoms D. Lung examination is less informative E. The pleura is rarely affected 19. Which affirmations for staphylococcal pneumonia are correct: A. It is more common in preschool and school age children B. Sudden onset of the disease C. Radiography provides less data than physical examination D. Often evolves with massive pleurisy E. It is manifested by severe toxic-infectious syndrome 20. What signs confirm the diagnosis of exudative pleurisy as a complication of acute pneumonia: A. Dyspnea B. Localized dullness C. Honeycomb lung in radiology D. Persistent leukocytosis E. Worsening of toxic-infectious syndrome 20. Which affirmations for pneumonia with long-term evolution are correct: A. It is genetically determined B. It is determined by bronchial obstruction C. It is determined by anatomo-physiological peculiarities of bronchial tree D. It is determined by causal etiologic factor E. It is determined by atelectatic component 22. What situations can predispose to the development of middle lobe syndrome: A. Bronchopneumonia in the middle lobe B. Aspiration of a foreign body in the middle bronchi C. Destructive pneumonia in the middle lobe D. Segmental pneumonia in the middle lobe E. S 4-5 segmental pneumonia with atelectatic component 23. Destructive pneumonia is characterized by: A. Severe toxic-infectious syndrome B. Neutrophilia 70-85% C. Increased ESR (40-60 mm/h) D. Hemoptysis E. Bronchophonia 24. Which physical signs are characteristic for lobar pneumonia: A. Harsh breath sounds on auscultation B. Rusty sputum C. Pulmonary emphysema D. Crepitatio indux E. Crepitatio redux 5