Modul 2 Symptoms and syndromes in diseases of internal organs Text test



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  • The changeable murmur is auscultated leftwards in the third - fourth intercostal spaces between medioclavicular and anterior axillary lines, it is heard very close to the ear of the examiner. The murmur intensifies at deep inspiration, corresponds to respiration and heart rate. What is this murmur?

    1. Systolic murmur

    2. Diastolic murmur

    3. Pericardial friction murmur

    4. * Pleuropericardial friction murmur

    5. No any of them

  • 48-aged patient has chronic obstructive bronchitis, lung emphysema, diffuse pneumosclerosis. ECG investigation showed in him: Рп.ш is more than 2,5 mm; in V1 and V2 QRS is of qR-type (large R wave); interval S-T is displaced downwards to 1-2 mm and negative, QRS in v5.6 is of RS shape. What that ECG changes indicate on?

    1. Hypertrophy of the left ventricle,

    2. Hypertrophy of the right ventricle,

    3. Hypertrophy of the left atrium,

    4. Hypertrophy of the left atrium,

    5. * Hypertrophy of the right ventricle and atrium

  • Data of auscultation of a heart: near the left edge of the sternum in third - fourth intercostal spaces the changeable murmur is listened which is heard very close to the ear of the examiner, strengthens at inclination of the patient’s trunk forward and if to press the bell of the stethoscope to the chest wall. The murmur is synchronous with heart contractions. What kind of murmur is present?

    1. Systolic murmur

    2. Diastolic murmur

    3. * Pericardial friction murmur

    4. Pleuropericardial friction murmur

    5. No any of them

  • Data of ECG: rrythm is sinus, regular, heart rate is 60 per min. Voltage is decreased. Electrical axis is vertical. What is the angle ά in this case?

    1. 0-30 degree

    2. 30-70 degree

    3. * 71-90 degree

    4. 91-180 degree

    5. 0-(-30) degree

  • Data of ultrasound examination of a heart: widening of aortic rout, sickness and calcification of its walls. What pathological condition is present in the patient?

    1. Aortitis

    2. * Atherosclerotic affection of aortoa

    3. Myocarditis

    4. Syphilitic mesaortitis

    5. Calcinosis

  • During analysis of ECG a student has made conclusion that electrical heart axis is deviated leftwards. What signs are necessary to find out in ECG standard leads to make such a conclusion?

    1. * In the I standard lead wave R is the highest while in the III the – wave S is the deepest.

    2. In the III standard lead wave R is the highest while in the I the – wave S is the deepest.

    3. Wave R is the highest in the I standard lead.

    4. Wave R is the highest in the II standard lead

    5. Wave R is the highest in the III standard lead

  • During examination of a patient with mitral stenosis the following auscultation picture was revealed: the heart sounds are weakened, tachycardia, specific rrhythm is heard at the apex which is better auscultated when the patient is lying on the left side. How such a rhythm is called?

    1. Presystolic gallop rrhythm,

    2. Protodiastolic gallop rrhythm

    3. Mezodiastolic gallop rrhythm

    4. Pendulum rrhythm

    5. * Tripple rrhythm

  • During examination of a patient’s heart the following auscultation picture was revealed: the heart sounds are weakened, tachycardia, tripple rrhythm is heard at the apex which is better auscultated when the patient is lying on the left side. In which pathology does it occur?

    1. * Stenosis of mitral orifice

    2. Stenosis of aortic orifice

    3. Aortic incompetence

    4. Stenosis of pulmonary artery

    5. Tricuspid valve incompetence

  • During inspection, palpation, percussion and auscultation of a patient the congestion in his lungs is revealed, which is caused by severe left ventricular failure. Which adventitious heart sound may be auscultated at the apex of the patient’s heart?

    1. I heart sound,

    2. II heart sound

    3. Opening snup sound,

    4. Pericardial click

    5. * IV heart sound



  • During examination of patient E, 20 years old, it was revealed elevation of the lower part of his sternum. What is the type of the chest?

    1. Rachitic

    2. *Foveated

    3. Emphysematous

    4. Paralytic

    5. No any answer is correct

  • During examination of patient A, 16 years old, it was revealed protrusion of the sternum forward. The chest resembles those in birds. What is the type of the chest?

    1. *Rachitic

    2. Foveated

    3. Emphysematous

    4. Paralytic

    5. No any answer is correct

  • Morning cough is typical for:

    1. *Chronic bronchitis

    2. Laryngitis

    3. Pneumonia

    4. Dry pleurisy

    5. Lung cancer

  • Morning cough is typical for:

    1. *Smokers

    2. Laryngitis

    3. Pneumonia

    4. Dry pleurisy

    5. Lung cancer

  • Patient P, a woman, complains of dyspnea. Patient feels that it is difficult both to inhale and exhale air. How is this type of dyspnea called?

    1. Expiratory

    2. Inspiratory

    3. *Mixed

    4. Objective

    5. Subjective

  • Patient P, a woman, complains on dizziness, faintness, dyspnea. Patient feels that it is difficult to inhale air. How is this type of dyspnea called?

    1. Expiratory

    2. *Inspiratory

    3. Mixed

    4. Objective

    5. Subjective

  • Patient P, 54 years old, suffers with bronchial asthma for 10 years. By inspection of his chest it was revealed that its anterior-posterior diameter is enlarged, the chest is of barrel shape. What type of chest is present in this patient?

    1. Paralytic

    2. Rachitic

    3. Lodosis

    4. *Emphysematous

    5. Normal

  • Patient C.,19 y.o. Data of inspection of the chest: sternum is protruded forward as a comb. What type of the chest does take place in this case?

    1. * Rachitic

    2. Foveated

    3. Emphysematous

    4. Paralytic

    5. No any answer is correct

  • Patient R. is on long-standing treatment because of lung disease. 1 hour ago he occasionally has expectorated up for about 200 ml of purulent sputum in one coughing act. Which disease is it typical for?

    1. Tuberculosis

    2. * Lung abscess

    3. Focal pneumonia

    4. Empyema pleurae

    5. Bronchial asthma

  • Patient R. is on long-standing treatment because of lung disease. 1 hour ago he occasionally has caughed up about 200 ml of purulent sputum. Caughing with large amount of sputum (with full mouth) in the morning is typical for:

    1. Tuberculosis

    2. * Bronchiectatic disease

    3. Focal pneumonia

    4. Empyema pleurae

    5. Bronchial asthma

  • Patient A.,20 y.o., was fallen ill 2 days before. The onset was acute with chills, t-38 °С, paint in the throat, dry cough accompanied with pierching sensations behind the sternum. Objective data: general condition is close to satisfactory, body temperature is normal, during auscultation vesicular breathing is heard in the lungs, respiratory rate is 20 per min. Which disease may be suspected?

    1. Focal pneumonia

    2. Acute bronchitis

    3. * Laryngotracheitis

    4. Acute respiratory viral infection

    5. Pulmonary tuberculosis

  • Patient A.,20 y.o., has developed a disease 2 days before. The onset was acute with chills, t-38 ?С, paint in abdominal region, nausea, dry cough. The same symptoms were 3 weeks before. Objective data: dull percussion sound and moist fine rales above the lower right part of the chest are heard. Which adventitious examinations are necessary to prove diagnosis?

    1. * Chest X-ray

    2. Examination of stomach content

    3. Duodenal probing

    4. Analysis of feces for helmints ova

    5. Immunological examination of blood serum

  • Patient B., 42 y.o., complains of cough with expectoration of mucopurulent sputum, dyspnea, fever, headache, general weakness. He was fallen ill 3 days before after overcooling. Objective data: above the lungs bandbox percussion sound is heard, during auscultation- harsh breathing, diffuse dry whistling rales. Data of complete blood count: leuk. – 9,8х10л12/l, ESR – 18 mm per hr. Which adventitious examinations are necessary to prove diagnosis?

    1. Ultrasound examination

    2. * Pneumotachymetry

    3. Plan chest X-ray

    4. Contrast chest X-ray

    5. Computer tomography

  • During auscultation of an adolescent person intensified vesicular breathing above all parts of lungs was revealed after the patient has performed physical exercises. What is probably cause of such a finding?

    1. Appearence of consolidation foci in the deep layers of pulmonary tissue

    2. Lung emphysema

    3. Thin chest wall

    4. Physical loading

    5. * Normal finding

  • A patient aged 30 y.o. complains of low grade fever, dry cough, nasal excretions and headache. The onset was acute 2 days before. Objective data: general condition is close to satisfactory, harsh breathing is heard in the lungs. Pointed lung pattern on X-ray. Which disease may be suspected?

    1. * Acute bronchitis

    2. Focal pneumonia

    3. Acute respiratory viral infection

    4. Pulmonary emphysema

    5. Bronchial asthma

  • Patient S., 42 y.o., complains of pain and sensation of heaviness and overfilling in the right part of the chest, dyspnea, cough with hemopthysis, marked general weakness. He has lost 10 kg of body weight for the last 2 months. During objective and X-ray examination pleural fluid was revealed. During procedure of pleurocentesis the hemorrhagic pleural content was obtained. Which disease should be suspected?

    1. Myocardial infarction

    2. * Malignant tumour of pleura

    3. Rupture of pleural vessels because of pneumothorax

    4. Pulmonary tuberculosis

    5. Bronchiectatic disease

  • A patient complains of mixed expiratory dyspnea. Objective data: barrel chest, bandbox percussion sound, weakened vesicular breathing in auscultation. Which syndrome are these data typical for?

    1. Mucociliary insufficiency

    2. Bronchial obstruction

    3. Respiratory failure

    4. Pulmonary tissue consolidation

    5. * Pulmonary tissue hyperpneumatization (pulmonary emphysema)

  • A patient developed complete atelectasis of the whole lung lobe. Which data of auscultation will be in the patient?

    1. * Bronchial breathing above the whole affected zone

    2. Amphoric breathing at the affected zone

    3. Vesicular breathing all over the chest

    4. Bronchovesicular breathing at the affected zone

    5. Vesicular breathing is absent

  • A patient developed dry pleurisy. Which data of auscultation will be in the patient?

    1. Bronchial breathing above the affected zone

    2. Amphoric breathing at the affected zone

    3. * Vesicular breathing all over the chest

    4. Bronchovesicular breathing at the affected zone

    5. Vesicular breathing is absent

  • A patient developed lobar pneumonia of the right lover lung lobe. Which data of auscultation will be above affected part of the lung in I stage of the disease?

    1. Bronchial breathing

    2. Amphoric breathing at the affected side

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. * Weakened vesicular breathing

  • A patient developed lobar pneumonia of the right lover lung lobe. Which data of auscultation will be above affected part of the lung in II stage of the disease?

    1. * Bronchial breathing

    2. Amphoric breathing at the affected side

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. Weakened vesicular breathing

  • A patient developed pleurisy with accumulation of a large volume of liquid. Which data of auscultation will be at the zone of collapsed lung just above the liquid?

    1. * Bronchial breathing

    2. Amphoric breathing

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. Metallic respiration

  • A patient developed pleurisy with effusion. Which data of auscultation will be at the projection of accumulated liquid?

    1. Bronchial breathing

    2. Amphoric breathing at the affected side

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. * Weakened vesicular breathing of even absent depending on the volume of fluid

  • A patient developed syndrome of air accumulation in pleural cavity. How will main respiratory sounds change in this case?

    1. Bronchial breathing above the whole affected side

    2. Amphoric breathing at the affected side

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. * Vesicular breathing is weakened or even absent

  • A patient with bronchiectatic disease developed decompencation of chronic pulmonary heart. Which method is the most informative in verification of this pathological condition?

    1. X-ray of the chest

    2. * Ultrasoud examination of a heart

    3. Bronchoscopy

    4. Bronchigraphy

    5. ECG

  • A patient with chronic dyspnea and hemopthysis is suspected to have central lung cancer. Which method is the most effective in verification of this syndrome?

    1. X-ray of the chest

    2. Ultrasound exaination

    3. * Bronchoscopy

    4. Bronchigraphy

    5. ECG

  • A patient with chronic pain in the chest and hemopthysis is suspected to have peripheral lung cancer. Which method is the most effective in verification of this syndrome?

    1. X-ray of the chest

    2. * Computer tomography

    3. Bronchoscopy

    4. Bronchigraphy

    5. ECG

  • A patient with cough and pain in the chest is suspected to develop pneumonia. Which method is necessary to prescribe for verification of this disease?

    1. * Plan chest X-ray

    2. Computer tomography

    3. Bronchoscopy

    4. Bronchigraphy

    5. ECG

  • A patient with pneumonia developed dry pleurisy. Which data of auscultation is to be expected above affected part of the lung?

    1. Dry whistling rales

    2. Dry buzzing rales

    3. Moist rales

    4. Crepitation

    5. * Pleural friction

  • A patient with tuberculosis experienced a large cavern in the right upper lung lobe. Which data of auscultation is to be expected at affected part of the lung?

    1. Bronchial breathing

    2. * Amphoric breathing at the affected side

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. Weakened vesicular breathing

  • A patient with tuberculosis developed pneumothorax. Which data of auscultation is to be expected above affected side of the chest?

    1. Bronchial breathing

    2. Amphoric breathing at the affected side

    3. Vesicular breathing

    4. Bronchovesicular breathing

    5. * Absent respiratory sounds, possible metallic respiration

  • A young boy was examined by military commission and the conclusion was made that he is healthy. Which data of auscultation of lungs are to be expected?

    1. Bronchial breathing

    2. Vesicular breathing

    3. * Vesicular breathing over lung parenchyma and bronchial breathing in intrascapular region

    4. Amphoric breathing

    5. Bronchovesicular breathing

  • At examination of patient X. the following findings were obtained as: complaints on fever, cough, nightly sweating; at objective examination: thin chest wall; vocal fremitus is not changed, tympanic percussion sound is heard at the right subscapular region, while by auscultation amphoric breathing is heard in the same region. Which pathological condition do these signs indicate on?

    1. Consolidation focus in pulmonary tissue

    2. Lung emphysema

    3. Thin chest wall

    4. * Cavity in the lung

    5. Norm

  • Data of chest X-ray of a patient indicate on cavity in the lungs. Which actually changes will be on X-ray?

    1. * Ring-like reserved shade with horizontal level

    2. Increased transparency of the lungs, depressed diafragm

    3. Pointed lung pattern

    4. Intensive homogenous darkening with oblique upper edge

    5. Homogenous reserved shade of high density

  • Data of chest X-ray of a patient indicate on diffuse pneumofibrosis. Which actually changes will be on X-ray?

    1. Pulmonary tissue infiltration

    2. Increased transparency of the lungs, depressed diafragm

    3. * Pointed lung pattern

    4. Intensive homogenous darkening with oblique upper edge

    5. Diffuse small focci in lower parts of the lungsm enlarged paratracheal lymph nodes.

  • Data of chest X-ray of a patient indicate on tuberculosis. Which actually changes will be on X-ray?

    1. Pulmonary tissue infiltration

    2. Increased transparency of the lungs, depressed diafragm

    3. Pointed lung pattern

    4. Intensive homogenous darkening with oblique upper edge

    5. * Diffuse small focci in lower parts of the lungs, enlarged paratracheal lymph nodes.

  • Data of chest X-ray of a patient indicate on pleurisy with effusion. Which actually changes will be on X-ray?

    1. Pulmonary tissue infiltration

    2. Increased transparency of the lungs, depressed diafragm

    3. Pointed lung pattern

    4. * Intensive homogenous darkening with oblique upper edge

    5. Diffuse small focci in lower parts of the lungsm enlarged paratracheal lymph nodes

  • Data of chest X-ray of a patient indicate on pneumonia. Which actually changes will be on X-ray?

    1. * Pulmonary tissue infiltration

    2. Increased transparency of the lungs, depressed diafragm

    3. Pointed lung pattern

    4. Intensive homogenous darkening with oblique upper edge

    5. Diffuse small focci in lower parts of the lungsm enlarged paratracheal lymph nodes

  • Data of chest X-ray of a patient indicate on pulmonary emphysema. Which actually changes will be on X-ray?

    1. Pulmonary tissue infiltration

    2. * Increased transparency of the lungs, depressed diafragm

    3. Pointed lung pattern

    4. Intensive homogenous darkening with oblique upper edge

    5. Diffuse small focci in lower parts of the lungsm enlarged paratracheal lymph nodes

  • During auscultation of patient P., 60 years old, who experienced COPD, dry whistling rales above all parts of the lungs were heared as well as weakened vesicular breathing. What is the mechanism of such auscultatory phenomena origin?

    1. * Accumulation of viscous mucus in bronchi

    2. Induration of pulmonary tissue (pneumonia)

    3. In lung emphysema

    4. Accumulation of liquid in the pleural cavity

    5. Attack of bronchial asthma

  • During auscultation of a patient with croupous pneumonia a doctor found bronchial breathing above the medial lobe of the right lung. Which changes of vocal fremitus, bronchophonia and percussion sound should you expect?

    1. Weakened vocal fremitus, bandbox percussion sound and intensified bronchophonia

    2. Weakened vocal fremitus, bandbox percussion sound, weakened bronchophonia

    3. * Intensified vocal fremitus, dull percussion sound, intensified bronchophonia

    4. Intensified vocal fremitus, tympanic percussion sound, weakened bronchophonia

    5. Intensified vocal fremitus, dull percussion sound, weakened bronchophonia

  • During auscultation of a patient a doctor found in him pulmonary emphysema. Which changes of vocal fremitus, bronchophony and percussion sound should be expected in this case?

    1. Vocal fremitus will be intensified, percussion sound will be dull, bronchophony will be intensified

    2. Vocal fremitus will be weakened, percussion sound will be dull, bronchophony will be weakened.

    3. * Vocal fremitus will be weakened, percussion sound will be bandbox (hyperresonant), bronchophony will be weakened

    4. Vocal fremitus will not be changed, percussion sound will be resonant, bronchophony will not be changed .

    5. Vocal fremitus will be intensified, percussion sound will be tympanic, bronchophony will be intensified.

  • During auscultation of a young boy with fever a doctor found in him pulmonary tissue consolidation syndrome. Which changes of vocal fremitus, bronchophony and percussion sound should be expected in this case?

    1. * Vocal fremitus will be intensified, percussion sound will be dull, bronchophony will be intensified

    2. Vocal fremitus will be weakened, percussion sound will be dull, bronchophony will be weakened.

    3. Vocal fremitus will be weakened, percussion sound will be dull-to-thympany, bronchophony will be weakened

    4. Vocal fremitus will not be changed, percussion sound will be resonant, bronchophony will not be changed .

    5. Vocal fremitus will be intensified, percussion sound will be tympanic, bronchophony will be intensified.

  • During auscultation of a young female with long-term low grade body temperature a doctor revealed a focus of amphoric breathing in her lungs. Which pathological condition is it necessary to suspect in the patient?

    1. * Tuberculosis with cavern in the lungs


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