Durgs interaction - Study guides, Revision notes & Summaries

Naplex important questions/exam questions and answers correct/verified 100%> latestNaplex important questions/exam questions and answers correct/verified 100%> latest onsets for laxatives - correct answers-Fast : 1-osmotics oral: 30minutes to 96 hrs : 2-Osmotics rectal :15-30 minutes (Glycerin) 3-Emollient rectal : 2-15 minutes like docesate 4-Lubricant rectal : 2-15 minutes Rest of the orals are above 6 hrs... H.pylori treatment - correct answers-All therapy are for up to 14...

This summary provides a anki style question bank with answer for the pricniple of pharmacology. The pdf also include essay type question answers and illustrations for easy understanding.

NAPLEX Exam Questions With Accurate Answers Verified A + 2023 onsets for laxatives - Fast : 1-osmotics oral: 30minutes to 96 hrs : 2-Osmotics rectal :15-30 minutes (Glycerin) 3-Emollient rectal : 2-15 minutes like docesate 4-Lubricant rectal : 2-15 minutes Rest of the orals are above 6 hrs... H.pylori treatment - All therapy are for up to 14 days. First line QUAD: Pepto + flagyl + tetracycline + PPI (Tetrtra Flag PPPP) then : clarith + flagyl + PPI Triple: clarith + amox + P...

NAPLEX Exam Questions With Accurate Answers Verified A + 2023 onsets for laxatives - Fast : 1-osmotics oral: 30minutes to 96 hrs : 2-Osmotics rectal :15-30 minutes (Glycerin) 3-Emollient rectal : 2-15 minutes like docesate 4-Lubricant rectal : 2-15 minutes Rest of the orals are above 6 hrs... H.pylori treatment - All therapy are for up to 14 days. First line QUAD: Pepto + flagyl + tetracycline + PPI (Tetrtra Flag PPPP) then : clarith + flagyl + PPI Triple: clarith + amox + P...

To explain by using relevant examples how drugs affect physiological and pathological processes in mammals and how their actions can be efficacious in more than one condition. The related aspect of drug selectivity and drug interactions will be also taught as well as demonstrated how knowledge of drug pharmacokinetics and pharmacodynamics is used to design appropriate dosing schedules

To explain and demonstrate the principles of how drugs act in the body (pharmacodynamics), how the body acts on drugs (pharmacokinetics) and the origin of unwanted effects (adverse drug reactions and drug toxicity). Along with this, fundamental terminology, interaction and relationship between agonists/antagonists and their target molecules will be also discerned.

To explain and demonstrate, using selected examples, how knowledge of physiology and pathophysiology leads to the identification of targets and their druggability, how molecular events can lead to selectivity of drugs, avoid toxicity and deliver improved safety and efficacy.