Compartmental modelling [PK / PD]
Hi everyone,
Could you help me on the following:
Assuming the plasma conc-time profile of a drug follows a extravascular (oral) 1st order 2 compartment model represented by the exponential equation:
Equation A: C(t)=A*exp(-alpha*t)+B*exp(-beta*t)+C*exp(-k01*t), where C = -(A+B).
How do I go about to generate a theoretical bolus IV profile
I assumed the equation to be (by remove the last term from equation A):
Equation B: C(t)=A*exp(-alpha*t)+B*exp(-beta*t)?
I tried that but the AUC from a equation A did not equal to equation B.
Am I doing something wrong?
Thanks
John
Could you help me on the following:
Assuming the plasma conc-time profile of a drug follows a extravascular (oral) 1st order 2 compartment model represented by the exponential equation:
Equation A: C(t)=A*exp(-alpha*t)+B*exp(-beta*t)+C*exp(-k01*t), where C = -(A+B).
How do I go about to generate a theoretical bolus IV profile
I assumed the equation to be (by remove the last term from equation A):
Equation B: C(t)=A*exp(-alpha*t)+B*exp(-beta*t)?
I tried that but the AUC from a equation A did not equal to equation B.
Am I doing something wrong?
Thanks
John
Complete thread:
- Compartmental modellingjag009 2012-05-01 19:55 [PK / PD]
- Hybrid constants in iv and ev models Helmut 2012-05-02 03:24
- Hybrid constants in iv and ev models jag009 2012-05-03 22:54
- Hybrid constants in iv and ev models Helmut 2012-05-02 03:24
