IV Infusion - Example Calculations 2
After an IV Infusion - Linear One Compartment Model
Calculate the infusion rate required to maintain a desired drug concentration of 3 mg/L and an IV bolus dose to achieve that concentration rapidly. Assume a one compartment pharmacokinetic model.
The kel and V values for this drug are 0.244 hr-1 and 33.3 L respectively.
Calculate the fast infusion rate (over 90 min) required to achieve a desired drug concentration of 2 mg/L and a slow IV infusion rate to maintain that concentration. Assume a one compartment pharmacokinetic model.
The kel and V values for this drug are 0.233 hr-1 and 39.3 L respectively.
A drug has been given at an infusion rate of 150 mg/hr for 10 min. Two drug concentration values determined at 3 hr and 24 hr after the start of the infusion were 0.358 and 0.00185 mg/L, respectively. Assuming a one compartment model applies for this drug estimate the elimination rate constant, elimination half-life, apparent volume of distribution and the total body clearance for the drug.
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Equation 15.2.1 Drug Concentration after an IV Infusion
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