Pharmacokinetics problem. please show work.
Pharmacokinetics problem. please show work. A drug is reported to have substantial drug distribution and bi-phasic...
pharmacokinetics problem. please show work. A drug is reported to have substantial drug distribution and bi-phasic drug elimination following a single 50 mg intravenous bolus dose to a group of healthy adult patients. You have determined the following variables for this system: Parameter Value 7.5 (mg/L) | 12.0 (mg/L) | 0.7799 (hr) 0.1359 (hr) k10 0.1991 (hr) 0.1844 (hr 1) 0.5322 (hr) What is the volume of the system when a distribution equilibrium has been established? NOTE: Provide your answer...
A Phase 1 clinical trial reported that drug elimination following a single intravenous bolus dose was biphasic with drug concentrations described by the following equation: C(t)=163.3 (μg/L) × e-0.8066 hr-1 × t + 22.2 (μg/L) × e-0.0564 hr-1 × t Assume drug elimination occurs from both the central and peripheral compartments. What is the terminal elimination half-life of this drug? NOTE: Please provide your answer in units of hours (hr). Do not include the units in your answer.
plz, answer all questions clearly and correctly. i am begging you ex of activity? in a single intra exactly, what 3. A new drug was given in a single intravenous dose of 200 mg to an 80-kg adult male patient. After 6 hours, the plasma drug concentration of drug was 1.5 mg/100 mL of plasma. Assum- ing that the apparent V, is 10% of body weight, compute the total amount of drug in the body fluids after 6 hours. What...
7. Smokers are known to have about 50% higher CL than nonsmokers for theophylline. If the average observed AUC after administration of 300 mg IV theophylline in nonsmokers is 100 mg.hr/L, what is the expected AUC in smokers after administration of the same 300 mg dose? Theophylline undergoes linear pharmacokinetics 2. After administration of a single 400 mg dose of a drug, a linear plot of the serum concentration-time prorile on a semi-log graph paper showed a y-intercept of 1mg/mL...
Please show work. A 86.5 kg patient has just received a single 500 mg oral dose of an antibiotic. This antibiotic has a 90% oral bioavailability, 8.6 hour elimination half-life, and a 1.1 hour absorption half-life. The drug literature states that the population volume of distribution is 1.1 L/kg for this medication. A blood sample was collected at the maximum drug concentration and reported to be 5.916 mg/L. What is the patient-specific volume of distribution of this antibiotic in this...