A、 Increased capillary hydrostatic pressure due to congestion in operation
B、 Increased capillary permeability due to vessel impairment in operation
C、 Decreased plasma colloid osmotic pressure due to plasma loss in operation
D、 Lymphatic obstruction due to removal of lymph nodes in operation
E、 Increased tissue colloid osmotic pressure due to tissue damage in operation
答案:D
A、 Increased capillary hydrostatic pressure due to congestion in operation
B、 Increased capillary permeability due to vessel impairment in operation
C、 Decreased plasma colloid osmotic pressure due to plasma loss in operation
D、 Lymphatic obstruction due to removal of lymph nodes in operation
E、 Increased tissue colloid osmotic pressure due to tissue damage in operation
答案:D
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. disorder of K+-Ca + exchange
B. disorder of Na+-Ca + exchange
C. disorder of H+-Ca + exchange
D. disorder of P3+-Ca2+ exchange
E. disorder of Mg +-Ca + exchange
A. Hypokalemic periodic paralysis
B. Overdose of insulin to patients with diabetes mellitus
C. Inadequate K+ intake
D. Excessive renal or gastrointestinal K+ loss
E. Alkalosis
A. It may promote the production of procoagulant substances
B. Its clearance function is reduced
C. It may accelerate fibrinolysis
D. It may release lots of TF
E. It may damage vascular ECs
A. 30%
B. 20%
C. 35%
D. 10%
E. 50%
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. aging mechanism
B. neural mechanism
C. humoral mechanism
D. cellular mechanism
E. molecular mechanism
A. The protein concentration is higher in plasma
B. The sodium concentration is higher in plasma
C. The protein concentration is higher in interstitial fluid
D. The sodium concentration is higher in interstitial fluid
E. The organic acid concentration is higher in plasma
A. PC is vitamin K-dependent protease
B. APC can inhibit factor V a
C. APC can cleave factorI a into inactive form
D. The complex of thrombin and TM can activate PC
E. TM is an endothelial cell transmembrane protein
A. Hyperkalemia
B. Hyperphosphatemia
C. Hypermagnesemia
D. Azotemia
E. Metabolic acidosis