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Pathological Anatomy Test Task Matrix

Total questions: 106

Worksheet time: 56mins

Name
Class
Date
1.

When stained according to Van Gieson, normal heart tissue is stained yellowish-green, and the damaged tissue is stained pink. Name the pathological process:

a)

myocarditis

b)

heart disease

c)

cardiosclerosis

d)

myocardial infarction

e)

cardiac hypertrophy

2.

In which pathological process is there an increase in the size of the sarcoplasm of cardiomyocytes and their nuclei?

a)

atrophy

b)

dysplasia

c)

metoplasia

d)

hyperplasia

e)

hypertrophy

3.

What type of hypertrophy develops when the heart chamber narrows due to thickening of the ventricular wall?

a)

work

b)

fireplace

c)

vicarious

d)

eccentric

e)

concentric

4.

Name the disease that is accompanied by excessive accumulation of air in the lungs:

a)

emphysema

b)

pneumonia

c)

atelectasis

d)

bronchitis

e)

dystelectases

5.

What causes the development of cor pulmonale in bronchiectasis?

a)

chronic bronchitis

b)

bronchial congestion with exudate

6.

Which bronchopneumonia is characterized by necrosis and purulent inflammation of the lung tissue?

a)

staphylococcus

b)

streptococci

c)

viral

d)

pneumococcus

e)

mushroom

7.

What is the type of inflammation that develops in croupous pneumonia called?

a)

pus

b)

catarrhal

c)

rotten

d)

fibrinous

e)

hemorrhagic

8.

What is the name of the type of pneumonia that occurs when venous congestion develops in the lungs?

a)

aspirational

b)

hypostatic

c)

after surgery

d)

immune deficiency

e)

radiation

9.

What is the process of the lungs turning into dense, fleshy, airless tissue called?

a)

gangrene

b)

abscess

c)

carnification

d)

bronchiectasis

e)

emphysema

10.

On which day of the disease does the red liver stage develop in croupous pneumonia?

a)

1st day of illness

b)

on the 2nd day of illness

c)

4-6th day of illness

d)

9-11th day of illness

11.

On which day of the disease does the gray liver stage develop in croupous pneumonia?

a)

1st day of illness

b)

2nd day of illness

c)

on the 4th-6th day of illness

d)

9-11th day of illness

e)

20-21st day of illness

12.

On which day of the disease does the period of heavy bleeding develop in croupous pneumonia?

a)

on the 1st day of illness

b)

2nd day of illness

c)

4-6th day of illness

d)

9-11th day of illness

e)

20-21st day of illness

13.

On which day of the disease does the resolution phase develop in croupous pneumonia?

a)

1st day of illness

b)

2nd day of illness

c)

4-6th day of illness

d)

on the 9th-11th day of illness

e)

20-21st day of illness

14.

Name the extrapulmonary complication of croupous pneumonia with hematogenous spread of infection

a)

mediastinitis

b)

carnification

c)

lung abscess

d)

peritonitis

e)

lung gangrene

15.

Name the extrapulmonary complication of croupous pneumonia with lymphogenous spread of infection

a)

carnification

b)

lung abscess

c)

purulent meningitis

d)

lung gangrene

16.

At what stage of croupous pneumonia is microbial pulmonary edema and acute hemorrhagic shock detected?

a)

during the period of blood filling

b)

during the red fraternity

c)

during the gray period

d)

during the decision-making process

e)

during the exacerbation period

17.

What is the composition of the exudate during the gray phase of croupous pneumonia?

a)

erythrocyte, leukocyte

b)

fibrin, leukocyte

c)

monocyte, macrophage

d)

eosinophil, basophil

e)

plasma, protein

18.

What is the composition of the exudate during the red phase of croupous pneumonia?

a)

fibrin, leukocyte

b)

leukocyte, erythrocyte

c)

erythrocyte, leukocyte

d)

monocyte, macrophage

e)

eosinophil, basophil

19.

What is the composition of the exudate during the period of profuse bleeding of croupous pneumonia?

a)

leukocyte, erythrocyte

b)

erythrocyte, leukocyte

c)

Monocyte, macrophage

d)

eosinophil, basophil

20.

The type of focal pneumonia, depending on the spread of the process

a)

intermediate

b)

hypostatic

c)

viral

d)

segmental

e)

partial

21.

What is the name of the disease in which excessive air accumulates in the lungs?

a)

bronchiectasis disease

b)

chronic bronchitis

c)

croupous pneumonia

d)

bronchial asthma

e)

pulmonary emphysema

22.

When a purulent infection joins the inflammatory process in the lungs, a pathological process in the blood develops:

a)

abscess

b)

bronchiectasis

c)

emphysema

d)

gangrene

e)

pneumosclerosis

23.

Pathological process characterized by fibrosis, destruction, remodeling, and deformation of the lung:

a)

bonhoppneumonia

b)

pneumocirrhosis

c)

focal pneumonia

d)

croupous pneumonia

e)

atherocalcinosis

24.

What pathology develops in the kidneys during bronchiectasis:

a)

glomerulonephritis

b)

pyelonephritis

c)

amyloidosis

d)

cystitis

e)

polycystic ovary syndrome

25.

What is the alternative name for the lungs in viral pneumonia:

a)

pulmonary edema

b)

emphysema

c)

big lung of lung

d)

red brotherhood

e)

gray brotherhood

26.

Diseases accompanied by the development of bronchogenic abscess include:

a)

Lung cancer

b)

Bronchiectasis

c)

Asthma

d)

Pulmonary embolism

27.

Which of the following is a type of chronic lung disease?

a)

bronchial asthma

b)

pneumocirrhosis

c)

pneumofibrosis

d)

atelectasis

28.

The pathogen that causes the development of a destructive process in the lungs is:

a)

viruses

b)

simple people

c)

rickettsia

d)

staphylococcus

e)

E. coli

29.

What pathological process develops in chronic venous insufficiency in the lungs?

a)

emphysema

b)

dystelectases

c)

atelectasis

d)

swelling

30.

Histological sign of Barrett's esophagus

a)

stomach cancer

b)

squamous cell metaplasia

c)

epithelial hyperplasia

d)

cancer on the floor

31.

Morphological type of chronic gastritis

a)

catarrhal

b)

superficial

c)

pus

d)

hemorrhagic

e)

hypertrophic

32.

How is hepatitis B transmitted?

a)

through the mouth

b)

parenteral

c)

transplacental

d)

perineural

33.

Signs of a stomach ulcer flare-up: ~ fibrinoid necrosis, inflammation #mucous membrane atrophy #occurrence of polypous growth #scar deformity, stenosis Which of the following is a sign of a stomach ulcer flare-up?

a)

hypertrophy

b)

hyperplasia

c)

metaplasia

d)

atrophy

34.

Destructive complication of peptic ulcer disease: Fill in the blank with one destructive complication of peptic ulcer disease.

a)

pyloric stenosis

b)

gastric polyp

c)

hiatal hernia

d)

gastroesophageal reflux

35.

A common factor in the development of peptic ulcer disease: Fill in the blank with one common factor in the development of peptic ulcer disease.

a)

nervousness

b)

high blood pressure

c)

diabetes

d)

asthma

36.

What pathological process is determined at the basis of gangrenous appendicitis?

a)

growth vessel thrombosis

b)

acute inflammation

c)

fibrosis

d)

hyperplasia

37.

Macroscopic sign of phlegmonous appendicitis: Fill in the blank with one macroscopic sign of phlegmonous appendicitis.

a)

pus inside the growth

b)

shrunken appendix

c)

calcified deposits

d)

smooth mucosal surface

38.

Inflammatory disease of the stomach lining: Fill in the blank with the name of the inflammatory disease of the stomach lining.

a)

gastritis

b)

ulcerative colitis

c)

hepatitis

d)

pancreatitis

39.

Which of the following are types of inflammation of the digestive tract?

a)

enteritis

b)

gastritis

c)

esophagitis

d)

colitis

e)

pancreatitis

40.

Histological sign of Barrett's esophagus:

a)

intestinal metaplasia

b)

stomach cancer

c)

squamous cell metaplasia

d)

epithelial hyperplasia

e)

cancer on the floor

41.

How is hepatitis B transmitted?

a)

fecal-oral

b)

parenteral

c)

transplacental

d)

perineural

e)

air droplets

42.

A 43-year-old woman with liver cirrhosis died of posthemorrhagic anemia. Possible sources of bleeding:

a)

esophageal veins

b)

thoracic aortic aneurysm

c)

uterine veins

d)

hepatic veins

e)

roots of the abdominal aorta

43.

Destructive complications of chronic ulcers include:

a)

pneumonia

b)

bleeding

c)

gastritis

d)

pancreatitis

e)

duadenite

44.

Hydropic dystrophy of hepatocytes is characteristic of which hepatitis:

a)

muscat fibrosis

b)

steatosis

45.

The background condition for the development of gastric adenoma is a type of gastritis:

a)

longitudinal surface

b)

acute erosive-hemorrhagic

c)

acute phlegmonous

d)

with chronic enterolization

e)

acute fibrinous

46.

Microscopic signs of purulent gastritis:

a)

marked swelling of the mucous membrane

b)

marked hyperemia of the mucous membrane

c)

leukocyte infiltration of the mucous membrane

d)

surface damage

e)

mucous membrane hemorrhage

47.

Signs of a stomach ulcer flare-up:

a)

hypertrophy

b)

mucous membrane atrophy

c)

occurrence of polypous growth

d)

scar deformity, stenosis

48.

What disease is characteristic of the pathogenesis of acute pancreatitis?

a)

ischemic heart disease

b)

gallstone disease

c)

pancreatic lipomatosis

d)

pancreatic sclerosis

e)

pancreatic necrosis

49.

A gallstone was found in a young woman in the area of the sphincter of Oddi, blocking the entrance to the hepatic ampulla. These changes are typical of which type of jaundice?

a)

hemolytic

b)

parenchymal

c)

mechanical

d)

hyperplastic

50.

What is the process of fluid accumulation in the abdominal cavity called?

a)

hydrothorax

b)

hydrocephalus

c)

ascites

d)

hematothorax

e)

pneumothorax

51.

Histological examination of the liver revealed fatty degeneration of hepatocytes and leukocyte infiltration. Which of the following diagnoses is likely?

a)

alcoholic hepatitis

b)

viral hepatitis

c)

alcoholic hepatosis

d)

portal cirrhosis

e)

hepatosplenitis

52.

Types of chronic gastritis according to the mechanism of development:

a)

atrophic

b)

corrosive

c)

reflux gastritis

d)

hypertrophic

e)

face

53.

Which of the following macroscopic changes in the liver is characteristic of acute toxic dystrophy of the liver?

a)

enlarged, compacted

b)

reduced in size, compacted

c)

normal size, smooth surface

d)

small in size, lumpy on the face

54.

A 65-year-old man with alcohol abuse died of acute myocardial infarction while presenting with signs of renal failure. At autopsy, the liver was firm in consistency, uneven in surface, and yellow-brown in color. Which of the following changes is characteristic of the liver?

a)

steatosis

b)

hepatitis

55.

List the possible diagnoses from the following: cirrhosis, carcinoma, melanosis.

a)

cirrhosis, carcinoma, melanosis

b)

hepatitis, nephritis, gastritis

c)

osteoporosis, arthritis, diabetes

d)

bronchitis, asthma, pneumonia

56.

A 43-year-old woman with liver cirrhosis died of posthemorrhagic anemia. List the possible sources of bleeding:

a)

esophageal veins, aortic aneurysm, uterine veins, roots liver, kidney veins

b)

coronary arteries, femoral veins, pulmonary capillaries, splenic artery, iliac veins

c)

cerebral arteries, popliteal veins, bronchial arteries, mesenteric veins, subclavian artery

d)

radial artery, jugular vein, pancreatic duct, ovarian artery, tibial vein

57.

List the types of glomerulonephritis depending on the spread of the inflammatory process:

a)

hearth, partial, segmented, billionaire, spread

b)

focal, diffuse, nodular, membranous, proliferative

c)

acute, chronic, rapidly progressive, minimal change, sclerosing

d)

primary, secondary, hereditary, idiopathic, infectious

58.

List the hereditary glomerulopathy diseases:

a)

glomerulonephritis, Alport syndrome, pyelonephritis, renal amyloidosis, glomerulosclerosis

b)

Alport syndrome, thin basement membrane disease, Fabry disease, nail-patella syndrome

c)

IgA nephropathy, membranous nephropathy, focal segmental glomerulosclerosis, lupus nephritis

d)

Goodpasture syndrome, post-streptococcal glomerulonephritis, diabetic nephropathy, minimal change disease

59.

List the stages of acute renal failure:

a)

oligoanuric, nephrotic, prenephrotic, hidden, uremic

b)

oligoanuric, diuretic, recovery, initiation, maintenance

c)

oligoanuric, polyuric, chronic, latent, terminal

d)

oligoanuric, nephritic, prenephritic, latent, uremic

60.

List the morphological types of acute glomerulonephritis:

a)

intracapillary proliferative, extracapillary proliferative, mesangioproliferative, minimal changes, mesangiomembranous

b)

focal segmental glomerulosclerosis, diabetic nephropathy, amyloidosis, minimal changes, membranous nephropathy

c)

acute tubular necrosis, chronic interstitial nephritis, papillary necrosis, minimal changes, mesangiomembranous

d)

renal cell carcinoma, Wilms tumor, nephroblastoma, minimal changes, mesangiomembranous

61.

Clinical and morphological characteristics of mesangioproliferative glomerulonephritis:

a)

proliferation of glomerular mesangial cells

b)

diffuse thickening of glomerular capillary membranes

c)

focal thickening of glomerular capillary membranes

d)

rapid progression of chronic renal failure

e)

current is relatively good

62.

Alternative name for kidney in amyloidosis:

a)

big fat kidney

b)

primary wrinkled kidney

c)

thyroid

d)

big kidney beans

e)

big red kidney

63.

Alternative name for the kidney in extracapillary proliferative glomerulonephritis:

a)

big red kidney

b)

big fat kidney

c)

primary wrinkled kidney

d)

thyroid-shaped kidney

64.

Infectious disease of the renal pelvis and calyx and interstitial tissue of the renal parenchyma:

a)

glomerulonephritis

b)

urethritis

c)

nephrosclerosis

d)

renal infarction

65.

The main pathogenetic mechanism of the development of necrotic nephrosis during shock is:

a)

increase the speed of the noise filter

b)

increased nephrocytic reabsorption

c)

lymphostasis in renal capillaries

d)

renal vein thrombosis

66.

Microscopic alternative name for extracapillary productive glomerulonephritis is:

a)

Crescentic glomerulonephritis

b)

Membranous glomerulonephritis

c)

Focal segmental glomerulosclerosis

d)

Minimal change disease

67.

Which of the following are crescent-shaped formations?

a)

nodular formations

b)

plate-shaped formations

c)

fibrous structures

d)

lipomatous formations

68.

What causes kidney enlargement in extracapillary proliferative glomerulonephritis?

a)

lipoid nephrosis

b)

necrotic nephrosis

c)

amyloidosis

d)

nephrosclerosis

e)

nephrocalcinosis

69.

What rare form of chronic pyelonephritis is characterized by the accumulation of foamy macrophages and plasma cells, lymphocytes, and giant cells?

a)

xanthogranulomatous pyelonephritis

b)

chronic glomerulosclerosis

c)

acute pyelonephritis

d)

acute glomerulonephritis

70.

What is the alternative name for the heart in chronic renal failure?

a)

tigerheart

b)

bull heart

c)

giant heart

d)

armored heart

e)

hairy heart

71.

Atherosclerosis of the renal arteries is characterized by the development of which pathological change?

a)

arteriosclerotic nephrosclerosis

b)

atherosclerotic nephrosclerosis

c)

hydronephrosis

d)

pyelonephritis

e)

glomerulonephritis

72.

Macroscopic changes in the kidneys in chronic pyelonephritis

4 lines
73.

What morphological process does acute pyelonephritis belong to?

a)

hyalinosis

b)

hypertrophy

c)

amyloidosis

d)

atrophy

74.

Characteristics of the kidneys in chronic renal failure:

a)

withered

b)

diminished

c)

fine grain

d)

softened

e)

zoomed

75.

The kidneys are symmetrically reduced, the surface is finely granular. When the tissue is cut, the cortical layer is thinned, and adipose tissue growth is detected near the islets:

a)

chronic glomerulosclerosis

b)

acute pyelonephritis

c)

acute pyelonephritis

d)

acute glomerulonephritis

e)

subacute glomerulonephritis

76.

Alternative name for the kidney in arterial hypertension:

a)

big fat kidney

b)

big round kidney

c)

primary wrinkled kidney

d)

big white kidney

e)

second wrinkled kidney

77.

An inflammatory disease of the kidneys accompanied by damage to the renal tubules and islets:

a)

pyelonephritis

b)

glomerulonephritis

c)

urethritis

78.

Which of the following is NOT a type of kidney damage?

a)

nephrosclerosis

b)

renal infarction

79.

Morphological type of "crescent" glomerulonephritis:

a)

intracapillary, proliferative

b)

mesangiomembranous

c)

mesangioproliferative

d)

minimal changes

80.

What is the outcome of chronic glomerulonephritis called:

a)

thyroid-shaped kidney

b)

hyalinosis of the renal vessels

c)

primary wrinkled kidney

d)

amyloid-encrusted kidney

e)

secondary wrinkled kidney

81.

What is the synonym for kidney stone disease?

a)

nephrosclerosis

b)

nephrohyalinosis

c)

nephrofibrosis

d)

nephroblastoma

82.

What cells multiply in the renal glomerulus in intracapillary proliferative glomerulonephritis?

a)

podocytes, endothelial cells

b)

podocytes, mesangial cells

c)

endothelial, mesangial cells

d)

nephrothelium, podocytes

e)

podocytes, fibrocytes

83.

Alternative name for kidney damage resulting from chronic glomerulonephritis:

a)

thyroid-shaped kidney

b)

hyalinosis of the renal vessels

c)

secondary wrinkled kidney

d)

primary wrinkled kidney

e)

amyloid-encrusted kidney

84.

A 50-year-old woman presents with sweating, tachycardia, weight loss, and exophthalmos. The thyroid gland is enlarged. The blood level of thyroid-stimulating hormone is low, and the thyroid hormones T3 and T4 are high. Which of the following conclusions is most likely?

a)

thyroid cancer

b)

DiGeorgi Syndrome

c)

Graves' disease

d)

myasthenia gravis

e)

Wiscott-Aldrich syndrome

85.

A 51-year-old woman complains of increased appetite, thirst, polyuria, dry and itchy skin, and frequent purulent diseases. Hyperglycemia and glucosuria. After examination, the patient was diagnosed with diabetes mellitus. Which of the following microscopic changes in the pancreas is most likely?

a)

Caseous necrosis of the islet apparatus, Pirogov-Langhans cells

b)

Hyperplasia of the islet apparatus, exudative inflammation

c)

Atrophy, lipomatosis, sclerosis of the islet apparatus.

d)

Hypertrophy of the islet apparatus, productive inflammation

e)

Necrosis of the islet apparatus, hemorrhage

86.

A diabetic man was diagnosed with glycosuria. Microscopic examination of the kidney revealed parenchymal carbohydrate dystrophy. Which of the following dyes highlights changes in kidney tissue?

a)

water III

b)

picrofuchsin

c)

Perls reaction

d)

Carmine Besta

e)

hematoxylin and eosin

87.

A 38-year-old woman with diabetes underwent a liver biopsy. Microscopic examination of the biopsy revealed hepatocyte dystrophy. Which of the following dystrophies is most likely?

a)

hydropic

b)

oily

c)

protein

d)

mixed

e)

mineral

88.

A 35-year-old woman with diabetes underwent a liver biopsy. Microscopic examination of the biopsy revealed fatty degeneration of hepatocytes. Which of the following microscopic changes in the liver is most likely?

a)

Kouselman bodies are seen in hepatocytes

b)

dark blue dense masses are visible in hepatocytes

c)

hepatocytes contain granular protein masses

d)

hepatocytes contain brown-black pigment

e)

hepatocytes contain yellow-orange fatty vacuoles

89.

A diabetic man was diagnosed with glycosuria. Microscopic examination of the kidney revealed parenchymal carbohydrate dystrophy. Which of the following microscopic changes is most likely?

a)

Glycogen in tubular epithelium is bright red in color.

b)

Transparent vacuoles are visible in the tubular epithelium

c)

oil droplets are visible in the tubular epithelium

d)

Granular protein masses are visible in the tubular epithelium.

e)

A brown-black pigment is visible in the tubular epithelium.

90.

A man had been drinking alcohol for a long time. After another drink, he developed acute abdominal pain. The patient was taken to the emergency room of a hospital, where a sharp increase in serum amylase was detected during examination. Which of the following conclusions is most likely?

a)

CNS syndrome

b)

gastrointestinal bleeding

c)

acute stomach ulcer

d)

acute pancreatic necrosis

e)

chronic pancreatitis

91.

A 51-year-old man complains of increased appetite, thirst, polyuria, dry and itchy skin, and frequent purulent diseases. Hyperglycemia and glycosuria. After examination, the patient was diagnosed with diabetes mellitus. Which of the following microscopic changes in the pancreas is most likely?

a)

Caseous necrosis of the islet apparatus

b)

Hyperplasia of the islet apparatus

c)

Hypertrophy of the islet apparatus

d)

Bleeding of the islet apparatus

e)

Atrophy of the islet apparatus

92.

The results of the material obtained after the operation of the thyroid gland were sent to the Department of Pathology. During the morphological examination, a dense pale gray nodule with a diameter of 5 cm, consisting of cysts and petrifications, was detected. During the histological examination, follicles of various sizes were enlarged, filled with keloids, and the epithelium was flattened. Which of the following conclusions is most likely?

a)

endemic yam

b)

Hoshimoto's disease

c)

Riedel's slush

d)

Hashimoto's thyroiditis

e)

de Quervain's thyroiditis

93.

The results of the material obtained after the thyroid operation were sent to the Department of Pathology. Histological examination revealed atrophic changes in the tissue parenchyma, diffuse lymphoplasmacytic infiltration, and the formation of lymphoid follicles that did not affect the capsule of the organ. Which of the following conclusions is most likely?

a)

Riedel's thyroiditis

b)

microfollicular ectropion

c)

Graves' disease

d)

Hashimoto's thyroiditis

e)

de Quervain's thyroiditis

94.

Patient T., 63 years old, got out of bed in the morning and noticed a loss of balance, dizziness and nausea, and hoarseness. About an hour later, signs of paralysis appeared on the left half of the body. During neurological examination: paresis of the soft palate on the left; horizontal nystagmus is observed, which is more pronounced when looking to the side, and when looking to the left. Which of the following conclusions is most likely?

a)

hydrocephalus

b)

meningitis

c)

encephalitis

d)

heart attack

e)

microgyria

95.

Patient A., 80 years old, developed a cough with yellowish sputum, then a severe headache. On admission, the patient's consciousness was confused. Body temperature - 39.4 °C, respiratory rate - 16 in 1 min, pulse - 100 in 1 min, blood pressure - 110/60 mm Hg, meningeal signs are detected. The cerebrospinal fluid is cloudy, with a pronounced cellularity of up to 1500 (90% - neutrophils), a reduced glucose content, and an increased protein level. Which of the following conclusions is most likely?

a)

acute purulent meningitis

b)

chronic serous meningitis

96.

Patient A., 82 years old, developed a cough with yellowish sputum, then a severe headache. On admission, the patient was confused. Body temperature was 39.4°C, respiratory rate was 16 per minute, pulse was 100 per minute, blood pressure was 110/60 mm Hg, meningeal signs were detected. The cerebrospinal fluid was cloudy, with a clear cellularity of up to 1500 (90% neutrophils), a decreased glucose level, and an increased protein level. The final clinical diagnosis was acute purulent meningitis. Which of the following macroscopic changes is characteristic of acute purulent meningitis?

a)

the soft meninges are thickened, dark, and saturated with greenish pus.

b)

the meninges are thickened, dark red, and saturated with blood

c)

the meninges are thin, dull, and covered with mucus

d)

the meninges are thickened, pale gray, and saturated with blood

e)

the meninges are thinned, pale gray, and infiltrated with fibrin

97.

Patient A., 81 years old, developed a cough with yellowish sputum, then a severe headache. On admission, the patient was confused. Body temperature was 39.4°C, respiratory rate was 16 per minute, pulse was 100 per minute, blood pressure was 110/60 mm Hg, meningeal signs were detected. The cerebrospinal fluid was cloudy, with a clear cellularity of up to 1500 (90% neutrophils), a decreased glucose level, and an increased protein level. The final clinical diagnosis was acute purulent meningitis.

a)

the soft meninges are swollen and diffusely infiltrated with leukocytes

b)

the meninges are thickened and diffusely infiltrated with erythrocytes

c)

the meninges are thickened and infiltrated with fibrin

d)

the meninges are markedly thickened and infiltrated with plasmacytes

e)

the meninges are thickened and infiltrated with lymphocytes

98.

A 40-year-old woman came to the clinic with complaints of high blood pressure. During the examination, it was revealed that she was overweight and suffered from hypodynamia. After some time, the patient died. The patient was diagnosed with ischemic cerebral infarction. What macroscopic brain changes do you think this woman has:

a)

no necrosis, dense, does not stick to the knife

b)

the focus of necrosis is multi-colored, dense, and does not stick to the knife

c)

the necrotic area is gray, soft, and adheres to the knife

d)

no necrosis, dense, adheres to the knife

e)

a gray necrotic area, dense, does not adhere to the blades

99.

A 55-year-old man with a 15-year history of hypertension has recently complained of fatigue and facial edema. Examination revealed proteinuria and a markedly elevated serum creatinine level. The man died of chronic renal failure. Describe the macroscopic appearance of the kidney.

a)

large, dense, with coarse grainy surface

b)

small in size, coarsely granular on the surface

c)

unchanged size, dense, smooth surface

d)

increased in size, coarsely granular surface

e)

small in size, dense, with a fine grainy exterior

100.

A 58-year-old man, suffering from hypertension for the last few years, turned to the doctor with complaints of shortness of breath during physical exertion, palpitations, and aching pains in the heart. The specified symptomatology has been observed during the last year. Arterial pressure is 170/90 mm.rt.st. Describe the macroscopic change and the figurative name in the heart.

a)

hypertrophy of the left ventricle

b)

hypotrophy of the right ventricle

c)

bruaya atrophy of the heart

d)

postinfarction cardiosclerosis

e)

pulmonary heart

101.

During the autopsy of a patient with atherosclerosis who died of myocardial infarction, stenotic atherosclerosis of the coronary arteries and a new obturation thrombus were found in the left femoral artery. What pathological process could develop in the left leg?

a)

noma

b)

tumor

c)

gangrene

d)

sequestration

e)

uterine wound

102.

A patient suffering from arterial hypertension for 15 years has recently started complaining of weakness, fatigue, and polyuria. Examination revealed: protein and casts in the urine, increased creatinine and urea in the blood. The patient died from renal failure. Name the pathological process in the kidneys?

a)

necrosis

b)

inflammation

c)

hyalinosis

d)

tumor

e)

hematoma

103.

When the patient was admitted to the clinic, he complained of severe abdominal pain and weakness. After a few minutes, he lost consciousness, his pulse was weak. An operation was performed. About 1500 ml of blood was detected in the abdominal cavity, and the aorta was swollen like a sac in the abdominal part. What change in the aorta is characteristic of blood pouring into the abdominal cavity?

a)

polyp

b)

tumor

c)

atrophy

d)

aneurysm

e)

tamponade

104.

An 80-year-old man was admitted to the clinic with heart failure. In the anamnesis - 2 years ago there was a transmural myocardial infarction. He died from the development of cardiovascular insufficiency. Microscopic examination revealed large-focal cardiosclerosis of the heart tissue. Describe the microscopic changes and staining used to clarify the diagnosis.

a)

When stained with Van Gieson, the scar is red and the cardiomyocytes are yellow.

b)

Water staining reveals fat vacuoles in cardiomyocytes

c)

Hematoxylin-eosin staining reveals clear vacuoles in cardiomyocytes

d)

According to Perls, small granular pigments in cardiomyocytes

e)

Protein granular dystrophy in cardiomyocytes when stained with the SHIK reaction

105.

Yellow or yellow-gray foci (spots) were found in the inner layer of the aorta of a 50-year-old deceased man, which sometimes merge to form stripes, but do not rise above the intimal surface. Describe the microscopic changes in the inner layer of the aorta and the stain used to clarify the diagnosis

a)

Sudan 3 When stained, lipids appear yellowish-red in color

b)

transparent vacuoles are visible when stained with hematoxylin-eosin

c)

hematoxylin-eosin staining shows granular protein masses

d)

Van-Gieson's scars are visible when dyed red

e)

Lymphocyte infiltration is seen when stained with hematoxylin-eosin.

106.

A 55-year-old man had three acute myocardial infarctions. He died during recurrent angina. Describe the macroscopic changes in the heart

a)

numerous scars on the wall of the left ventricle, hypertrophied myocardium

b)

Focus of myolysis in the wall of the right ventricle, hypertrophied myocardium

c)

fibrosis, foci of fatty tissue on the posterior wall of the left ventricle

d)

lipomatosis, atrophy, sclerosis in the wall of the left ventricle

e)

lipomatosis, sclerosis foci at the top of the heart