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
答案:C
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
答案:C
A. 30%
B. 20%
C. 35%
D. 10%
E. 50%
A. Hypertonic salt solutions must be administered to restore ECF volume
B. Isotonic salt solutions must be administered to restore ECF volume
C. Hypotonic salt solutions must be administered to restore ECF volume
D. Hypertonic salt solutions must be administered to restore ICF volume
E. Hypotonic salt solutions must be administered to restore ICF volume
A. Edema
B. Isotonic dehydration
C. Hypertonic dehydration
D. Hypotonic dehydration
E. water intoxication
F.
G.
H.
I.
J.
解析:
A. It activates intrinsic pathway of coagulation
B. It damages platelets
C. It degrades microthrombus and fibrinogen
D. It causes MAHA
E. It activates TF pathway
A. OH·
B. 1O2
C. H202
D. NO
E. L·
A. Tho loss of K+ caused by excessive sweating(diaphoresis)
B. The excessive secretion of aldosterone
C. The dysfunction of renal tubular K+ reabsorption
D. The uptake of K+ into ICF compartment from ECF compartment
E. The increased intestinal K+ excretion
A. 0、6-1、2
B. 3-3、5
C. 2、1-6
D. 2、1-3
E. 3、5-6
A. Lactic acid
B. Phosphoric acid
C. Carbonic acid
D. Acetoacetic acid
E. Sulfuric acid
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
A. Glomerular filtration pressure is decreased
B. Renal blood flow is decreased
C. Glomerular filtration area is decreased
D. Glomerular intracapsular pressure is decreased
E. Glomerular filtration membrane permeability is decreased