Path
Cell Injury and Inflammation Quiz
Test your knowledge on cell injury, necrosis, and inflammation with our engaging quiz designed for students and professionals alike. This quiz covers various key concepts and indicators, such as types of necrosis and the cells involved in acute versus chronic inflammation.
Features:
- Multiple choice questions
- Assess your understanding of pathology
- Great for exam preparation and review
DNA laddering is an indicator of:
Necrosis
Inflammation
Apoptosis
Ischemia
Type of necrosis that late on has cystic spaces and cavitations
Coagulative
Liquefactive
Caseous
Gangrenous
Combination of coagulative and liquefactive necrosis
Caseous
Fat
Gangrenous
Fibrinoid
Irreversible cell injury
Nuclear chromatin clumping
Membrane blebbing
Lysosomal rupture
Fatty change
Cell injury that is reversible with O2
Nuclear Pyknosis
Karyolysis
Lysosomal rupture
Mitochondrial swelling
Region of the kidney most vulnerable to ischemia
Thick ascending limb (medulla)
Thick ascending limb (cortex)
Proximal tubule (cortex)
Distal tubule (medulla)
Watershed area of the Colon
Ascending colon
Transverse colon
Descending colon
Rectum
Examples of red infarcts:
Kidney, intestine
Heart, Testes
Spleen, Testes
Lung ,Liver
Example of pale infarct:
Spleen
Lung
Testes
Liver
#1 cell participating in Acute inflammation
Neutrophil
Macrophage
Plasma cell
Immunoglobulin
#1 cell participating in chronic inflammation
Neutrophil
Macrophage
Plasma cell
Eosinophil
A Wallerian degeneration is:
Degeneration of axon distal to site of injury
Degeneration of axon proximal to site of injury
Degeneration of axon in the site of injury
Degeneration of axon
Characteristics of dystrophic calcification
Ca2+ deposition in abnormal tissues, patients usually hypercalcemic
Ca2+ deposition in abnormal tissues, patients usually normocalcemic
Ca2+ deposition in normal tissues, patients usually normocalcemic
Ca2+ deposition in normal tissues, patients usually hypercalcemic
Characteristics of metastatic calcification
Ca2+ deposition in normal tissues, patients usually hypercalcemic
Ca2+ deposition in normal tissues, patients usually normocalcemic
Ca2+ deposition in abnormal tissues, patients usually normocalcemic
Ca2+ deposition in abnormal tissues, patients usually hypercalcemic
A granuloma is composed of
Epithelioid macrophages and giant cells
Epitheloid macrophages and eosinophils
Neutrophils and plasma cells
Granules and macrophages
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