Nurs 5334 pharmacology - Study guides, Class notes & Summaries

Advanced Pharmacology (NURS 5334) Antimicrobials Part 1: Basic Principles of Antimicrobial Therapy

Advanced Pharmacology (NURS 5334) Antimicrobials Part 4

NURS 5334 Pharmacology Module 2 Quiz Exam (2024/2025) Questions and Answers (Verified Answers) - pdf

Advanced Pharmacology (NURS 5334) Antimicrobials part 5

Advanced Pharmacology (NURS 5334) Antimicrobials Part 3: Miscellaneous Antibacterial Drugs

NURS 5334 - FINAL EXAM STUDY GUIDE. Final Exam Blueprint Prescribing Basics: 2 questions Prescriptive authority regulated by the state BON in each state. Tall man lettering to highlight dissimilaries with look-alike names *Prescription contains… Physicians Name, Address, and telephone number are required to be included in the prescription. DEA number (two letters, five numbers) if the prescription is for controlled substance, Patient name and DOB (also may include address and wei...

NURS 5334 ADVANCED PHARMACOLOGY Study Questions and Answers Exam 2 2022/2023.  What are the basic mechanisms by which neuropharmocologic agents act? o Can modify the disease process o Act at the sites of actions which is the axons versus synapses and steps in synaptic transmission and effects of drugs on the steps of synaptic transmission  Transmittter synthesis is the first step in transmission. What are the other 4 steps? o Transmitter storage, transmitter release, receptor binding...

Advanced Pharmacology (NURS 5334) Antimicrobials Part 2 Bacteriostatic Inhibitors of Protein Synthesis: suppress growth, don’t kill Tetracyclines: “clyclines”; Tetracycline; Demeclocycline; Doxycycline; Minocycline What are they: Broad-spectrum antibiotics; Inhibit protein synthesis by inhibiting binding transfer RNA to messenger RNA; Increasing bacterial resistance has emerged Uses: Treatment of infectious disease (Rocky Mountain spotted fever); Treatment of acne; Peptic ulcer diseas...

NURS 5334 Pharmacology Module 3 Quiz - See Attached Bundle(GRADED A+) Time Course of Local Anesthesia ■ Onset of local anesthesia ■ The ability of an anesthetic to penetrate the axon membrane is determined by three properties: Before anesthesia can occur, the anesthetic must diffuse from its site of administration to its sites of action within the axon membrane. Anesthesia is delayed until this movement has occurred. The ability of an anesthetic to penetrate the axon membrane is determ...