InstructionDistinguish how the physicochemical properties of the drug molecule, finished dosage form, excipients, method of manufacturing, and route of drug administration affect the bioavailability of drugsBy utilizing the table below, fill in the effect of dissolution and bioavailability of the different biopharmaceutic considerations: Biopharmaceutic Factors Effect in Dissolution Effect in BioavailabilityLarge particle size of the drug Crystalline polymorphs Excessive use of suspending agents Excessive use of tablet lubricants Incorporation of absorption enhancers Intravenously administered drugs Perorally administered drugs For drugs that have very poor aqueous solubility For a drug that has a high aqueous solubility Extended- or controlled-release formulations
Question
InstructionDistinguish how the physicochemical properties of the drug molecule, finished dosage form, excipients, method of manufacturing, and route of drug administration affect the bioavailability of drugsBy utilizing the table below, fill in the effect of dissolution and bioavailability of the different biopharmaceutic considerations: Biopharmaceutic Factors Effect in Dissolution Effect in BioavailabilityLarge particle size of the drug Crystalline polymorphs Excessive use of suspending agents Excessive use of tablet lubricants Incorporation of absorption enhancers Intravenously administered drugs Perorally administered drugs For drugs that have very poor aqueous solubility For a drug that has a high aqueous solubility Extended- or controlled-release formulations
Solution
Biopharmaceutic Factors Effect in Dissolution Effect in Bioavailability Large particle size of the drug Decreased dissolution rate Decreased bioavailability Crystalline polymorphs Increased dissolution rate Increased bioavailability Excessive use of suspending agents Decreased dissolution rate Decreased bioavailability Excessive use of tablet lubricants Decreased dissolution rate Decreased bioavailability Incorporation of absorption enhancers Increased dissolution rate Increased bioavailability Intravenously administered drugs Not applicable High bioavailability Perorally administered drugs Not applicable Variable bioavailability For drugs that have very poor aqueous solubility Decreased dissolution rate Decreased bioavailability For a drug that has a high aqueous solubility Increased dissolution rate Increased bioavailability Extended- or controlled-release formulations Depends on the specific formulation Extended or controlled bioavailability
Similar Questions
Identify the effect of the different biopharmaceutic factors below to the DISSOLUTION of drugs.Choices: INCREASE, DECREASE or NO EFFECT (use uppercase letters)Large particle size of the drug Crystalline polymorphs Excessive use of suspending agents For drugs that have very poor aqueous solubility Extended- or controlled-release formulations
define bioavailability of a drug
The dissolution of the drug from the dosage unit during the elapsed time is the USP test requirement for which of the following? A. Product uniformity and weight variation B. Drug release for extended release or delayed release dosage forms C. Microencapsulation and fluid bed processing D. Teeth, hair and eyeballs
90.Which components of pharmacokinetics does Nurse Wax need to understand before administering a drug?(1 Point)Drugs with a smaller volume of drug distribution have a longer half-life.Oral drugs are dissolved during metabolism.Patient with kidney disease may have fewer protein-binding sites and are at risk for drug toxicityRapid absorption deceases bioavailability of the drug.
What are the four processes of pharmacokinetics? Question 1 options: A) Distribution, metabolism, excretion, and hydration B) Metabolism, excretion, synthesis, and absorption C) Absorption, distribution, hydration, and synthesis D) Absorption, distribution, metabolism, and excretion Question 2 (5 points) What is the term for the theoretical concept that a drug would have all good effects and qualities and no negative effects or qualities? Question 2 options: A) Desired effect B) Ideal drug C) Pharmacodynamics D) Margin of safety Question 3 (5 points) Which of the following affect(s) the distribution of a drug? Question 3 options: A) The rate of metabolism B) Fat solubility and protein-binding ability C) The functioning of the liver and kidneys D) Excretory functions Question 4 (5 points) What is the margin of safety? Question 4 options: A) The effect of a drug on the whole body B) The difference between the therapeutic dose and the toxic dose C) The expected response that occurs from drug administration D) A predictable but not desired response Question 5 (5 points) Which of the following is not a drug source? Question 5 options: A) Animals B) Minerals C) Metabolism D) Synthetic sources Question 6 (5 points) A drug used to counteract the effect of an excessive drug toxicity level is called a/an Question 6 options: A) legend drug. B) safe drug. C) antidote. D) anti-inflammatory drug. Question 7 (5 points) What is a contraindication? Question 7 options: A) A predictable but not desired response B) The difference between the therapeutic dose and the toxic dose C) A condition in which the use of a specific medication should be avoided D) A chemical used for therapeutic purposes Question 8 (5 points) Which of the following statements is true concerning physician prescription pads? Question 8 options: A) Prescription pads don't need to be kept in a locked drawer or cabinet when not being used. B) Prescription pads should be left in the examination rooms. C) Prescription pads aren't used much anymore. D) Many offices primarily enter prescriptions electronically. Question 9 (5 points) Which route is considered to be the fastest way of getting drugs into the bloodstream? Question 9 options: A) Percutaneous B) Buccal C) Oral D) Parenteral Question 10 (5 points) Which of the following choices contain the primary sites of absorption? Question 10 options: A) Lungs, blood vessels in muscle tissue, and spleen B) Pancreas, spleen, and stomach C) Stomach, mucosa of the mouth, and lungs D) Subcutaneous tissue, lungs, and pancreas
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