单室模型静脉注射给药，体内血药浓度随时间变化关系式A.C＝K0(1-E-KT)/VKB.LOGC"＝(-K/2.303)T"+LOG(K0/VK)C.LOGC"＝(-K/2.303)T"+LOG(K0(1-E-KT)/VK)D.LOGC＝(-K/2.303)T+LOGC0E.LOGX＝(-K/2.303)T+LOGX0
单室模型静脉注射给药，体内血药浓度随时间变化关系式
A.C＝K0(1-E-KT)/VK
B.LOGC"＝(-K/2.303)T"+LOG(K0/VK)
C.LOGC"＝(-K/2.303)T"+LOG(K0(1-E-KT)/VK)
D.LOGC＝(-K/2.303)T+LOGC0
E.LOGX＝(-K/2.303)T+LOGX0
相关考题：
单室模型静脉滴注给药，体内血药浓度与时间的关系式A. C=K0 (l－e-kt) /VKB. 1gC= (－K/2.303) t+lg (K0/VK)C. 1gC= (－K/2.303) t+lg [K0 (1－e-KT) /VK]D. 1gC = (－K/2. 303) t +lgC0E. 1gX = (－K/2. 303) t +lgX0
单室模型静脉注射给药，体内血药浓度随时间变化关系式A. C=K0 (l－e-kt) /VKB. 1gC= (－K/2.303) t+lg (K0/VK)C. 1gC= (－K/2.303) t+lg [K0 (1－e-KT) /VK]D. 1gC = (－K/2. 303) t +lgC0E. 1gX = (－K/2. 303) t +lgX0
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单室模型静脉注射给药的体内药量随时间 变化关系式A. C =K0 (1-e-kt) /VKB. 1gC= ( - K/2. 303) t+lg ( K0/VK)C. 1gC= ( -K/2.303) t+lg [K0 (1 -e-kt)／VK]D. 1gC = ( - K/2. 303) t+lgC0E. 1gX = ( -K/2. 303) t+lgX0
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单室模型静脉滴注给药，体内血药浓度与时间的关系式A.C＝K0(1-E-KT)/VKB.LOGC"＝(-K/2.303)T"+LOG(K0/VK)C.LOGC"＝(-K/2.303)T"+LOG(K0(1-E-KT)/VK)D.LOGC＝(-K/2.303)T+LOGC0E.LOGX＝(-K/2.303)T+LOGX0
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