A.
Coagulative necrosis.
✓
B.
Liquefactive necrosis.
✓
A.
Cells decrease in size.
✓
B.
Cells increase in number.
✓
C.
One mature cell type is replaced by another mature cell type.
✓
D.
Cells become disorganized and abnormal.
✓
A.
Decreased blood flow to the lungs.
✓
B.
Increased pressure in the pulmonary arteries from left heart failure.
✓
D.
Alveolar destruction.
✓
A.
Respiratory acidosis.
✓
C.
Respiratory alkalosis.
✓
D.
Metabolic alkalosis.
✓
C.
Hypertrophic lesion.
✓
A.
Immediate IgE-mediated response.
✓
B.
Antibody-mediated cell destruction.
✓
C.
Immune complex deposition.
✓
D.
Delayed T-cell mediated response.
✓
A.
Pigment accumulation.
✓
B.
Protein accumulation.
✓
D.
Glycogen accumulation.
✓
A.
Diagnosing cancer definitively.
✓
B.
Screening healthy individuals for cancer.
✓
C.
Monitoring response to cancer treatment or recurrence.
✓
D.
Predicting the exact origin of cancer.
✓
A.
Widespread vasodilation and hypotension.
✓
B.
Uncontrolled sympathetic overactivity below the level of injury in response to noxious stimuli.
✓
C.
Bradycardia and warm, dry skin.
✓
A.
Fluid moving from the interstitial space into the intravascular space.
✓
B.
Fluid moving from the intravascular space into the interstitial space (third spacing).
✓
C.
Intracellular fluid moving into the extracellular space.
✓
D.
Fluid moving from the extracellular space into the intracellular space.
✓
A.
Coagulative necrosis.
✓
B.
Liquefactive necrosis.
✓
C.
Central sensitization.
✓
A.
Abnormal protein deposits in various organs.
✓
B.
Excessive fat accumulation in the liver.
✓
C.
Calcium deposits in soft tissues.
✓
D.
Iron overload in the blood.
✓
