The longer the half life the longer the intervals between administering the drug.A drug administered every 4 hours has a shorter half life than a drug administered every 12 hours.
Half life refers to how long it takes for a drug for half of its doe to be metabolized and eliminated from blood stream.Drug with longer half life takes longer to work and take less time to leave body
13. The the half-life the the intervals between administering the drug. A drug administered every 4...
A new drug is started with a half life of 12 hours. If the drug is given every 12 hours, how many hours before the drug level in the body will reach a plateau?
(a) If a patient takes a 100 mg dose of a drug A (with half-life of 4 hr) every 4-hr, how much drug would be remain in the body at 24-hr (6 half-lives later)? Show work time 0 4 8 12 16 20 24 dose administered 100 mg 100 mg 100 mg 100 mg 100 mg 100 mg 100 mg total drug remaining in body 100 mg
When a 120 mg IV-Bolus of Drug A is administered to a patient, an AUC -60 mg/L/hr is observed. Knowing that Drug A has an half-life of 12 hours, calculate the volume of distribution of Drug A in liters
If this drug has a half-life of 8-hr instead of 4-hr, what is the amount of drug in the body at 24-hr and 48-hr? time 0 hr 8 hr 16 hr 24 hr 32 hr 40 hr 48 hr drug administered 100 mg 100 mg 100 mg 100 mg 100 mg 100 mg 100 mg drug remaining 100 mg ? ? ? ? ? ?
Soru 18 Administering a drug sublingually has all of these advantages, except that the drug: is absorbed rapidly immediately enters the bloodstream bypasses the liver and intestinal wall is swallowed D Soru 19 What does 6 gtt q8 hours mean? 6 ce's every 8 hours 6 drops every hours 6 drops after 8 hours 6 sprays as needed every hours Soru 20 | 3 4 5 6 7 8 9 0 D F G H J K L
Case 1 ( homework) A drug (200 mg) is administered to a 70-kg male patient by multiple IV injections at 6-h intervals. The drug is water-soluble and has a distribution volume equivalent to that of total body water (50 liters). The drug has a biological half-life of 6 h. Calculate (Css (max), Css (min) and Cav(ss). The time necessary to reach 95% of the steady-state concentration. The number of doses required to reach 95% of the steady-state concentration.
Typical pharmacokinetic parameters of DRUG-A are F-0.02; fex < 0.1; fu 0.3; V- 0.22 L/Kg Half-life 4 hours. Drug-A is administered as a continuous IV-Infusion to a patient taking another medication that is known to induce the hepatic-metabolism of Drug-A. Therefore, the time to reach steady state will: D Increase 0 Decrease O Show little difference
13. Aspirin is a common anti-inflammatory medication. A drug dose was administered orally and initial concentration of Aspirin in plasma was 33.2 mg/L. Knowing that Aspirin elimination follows zero order kinetics and drug half-life is 15 min. Determine: How long will it take for a drug concentration to decrease to 5% of its initial value? What is the elimination rate constant?
Drug A has an half-life of 12 hours and a volume of distribution of 80 L. How many mg of drug are in the body when the plasma concentration is 0.4 ug/mL?
kinteic Case 1 ( homework) A drug (200 mg) is administered to a 70-kg male patient by multiple IV injections at 6-h intervals. The drug is water-soluble and has a distribution volume equivalent to that of total body water (50 liters). The drug has a biological half-life of 6 h. Calculate (Css (max), Css (min) and Cav(ss). The time necessary to reach 95% of the steady-state concentration. The number of doses required to reach 95% of the steady-state concentration.