* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download Drugs in the Body(1) ppp
Polysubstance dependence wikipedia , lookup
Tablet (pharmacy) wikipedia , lookup
Neuropsychopharmacology wikipedia , lookup
Orphan drug wikipedia , lookup
Plateau principle wikipedia , lookup
Psychopharmacology wikipedia , lookup
Compounding wikipedia , lookup
List of comic book drugs wikipedia , lookup
Neuropharmacology wikipedia , lookup
Pharmacognosy wikipedia , lookup
Drug design wikipedia , lookup
Theralizumab wikipedia , lookup
Pharmacogenomics wikipedia , lookup
Pharmaceutical industry wikipedia , lookup
Drug discovery wikipedia , lookup
Prescription costs wikipedia , lookup
Drugs in the Body (1) Recurrence Relations Drugs in the Body A patient is given an initial dose of 50mg of a drug. Each hour the patient is given a 20mg tablet of the drug. The drug has a decay factor of 70% ie. every 20 minutes , 70% of the drug remains in the body. Set up a recurrence relation and use it to determine the long term state of the drug in the body. Drugs in the Body A patient is given an initial dose of 80mg of a drug. This drug is given in tablet form as 30mg tablets every hour. The drug has a decay factor of 85% ie. every 15 minutes , 85% of the drug present in the body at the start of the 15 minute interval remains in the body. Set up a recurrence relation and use it to determine the long term state of the drug in the body. Drugs in the Body Initial dose : 120mg Tablet : 40 mg tablet given every hour. Decay factor : The drug has a decay factor of 68% ie. every 30 minutes , 68% of the drug present in the body at the start of the 30 minute interval remains in the body. Set up a recurrence relation and use it to determine the long term state of the drug in the body. Solutions Drugs in the Body (1) Q1. An+1=0.343An + 20, A0 = 50 Limit: L = 30.44 grams Q2. An+1=0.522An + 30, A0 = 80 Limit: L = 62.76 grams Q3. An+1=0.4624An + 40, A0 = 120 Limit: L = 74.4 grams