A、 Acidosis
B、 Norepinephrine
C、 Alteration of hemorheology
D、 Endotoxin (LPS)
E、 Local accumulation of metabolic products
答案:B
A、 Acidosis
B、 Norepinephrine
C、 Alteration of hemorheology
D、 Endotoxin (LPS)
E、 Local accumulation of metabolic products
答案:B
A. found earliest
B. can interact with IL - 1
C. antiviral activity and toxic effect to tumor cells
D. a downstream mediator of fever
E. shares many biologic properties with IL-1
A. the increase of heat production and decrease of heat loss
B. the balance between heat production and heat loss
C. the decrease of heat production and increase of heat loss
D. the increase of heat production and heat loss
E. the decrease of heat production and heat loss
A. Feces
B. Metabolic water
C. Evaporation through the skin
D. Evaporation through the lung
E. Urine
A. Nocturia
B. Oliguria
C. Hyperkalemia
D. Uremia
E. Renal osteodystrophy
A. lung
B. brain
C. kidney
D. liver
E. heart
A. Blood loss
B. Burn
C. Infection
D. Crush trauma
E. Dehydration
A. There is a glomerular-tubular imbalance
B. Capillary hydrostatic pressure is increased
C. Capillary permeability is increased
D. Plasma colloid osmotic pressure is decreased
E. Lymphatic return is obstructed
A. Edema impedes nutritional supply to cell
B. Inflammatory edema has protective effect by diluting,neutralizing toxins and transporting antibodies
C. The pathological effect of local edema on the body is less than that of anasarca
D. Edema of vital organs is potentially life-threatening
E. Long-term edema will depress tissue resistance to pathogenic microorganism
A. Hyponatremia
B. Isotonic dehydration
C. Hypertonic dehydration
D. Hypotonic dehydration
E. Water intoxication
A. Metabolic acidosis with a normal AG
B. Metabolic acidosis with an increased AG
C. Metabolic acidosis with an increased AG plus respiratory acidosis
D. Metabolic acidosis with a normal AG plus respiratory acidosis
E. Normal state of acid-base balance