Which is beta lactate drug:
ampicillin
metronidazole
ciprofloxacin
polymyxin
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Which is beta lactate drug: ampicillin metronidazole ciprofloxacin polymyxin
What are the targets of the antibiotics. Pyrazinamide Vancomycin Chloramphenicol Ampicillin Streptomycin Ciprofloxacin (a Fluoroquinolone) The options are: bacterial cell wall synthesis, bacterial ribosome, bacterial DNA synthesis, or cytoplasmic membrane
Iclicker: which of the following is an example a synthetic antimicrobial drug? (a) Ciprofloxacin (b) Amphotericin B (c) Caspofungin (d) Penicillin Select one: نه م نه و Iclicker: A graduate student is working in a microbiology lab and discovers an infection on the arm. The infection contains a lot of pus, and eventually is surrounded by an abscess. Which of the following could be administered to treat infection? (a) Caspofungin (b) Amphotericin B (c) Ergosterol (d) Penicillin Select one:
Ciprofloxacin, erythromycin, and acyclovir are used to treat infections. Ciprofloxacin inhibits DNA gyrase. Erythromycin binds in front of the A site on the 50S ribosomal subunit. Acyclovir is a guanine analog Please tell me what steps in protein synthesis are inhibited by each drug. Speculate as to which drug is moreeffective agains bacteria and why. From your knowledge gained in this Unit which drug will have effect on the host's cells and why.
Ciprofloxacin, erythromycin, and acyclovir are used to treat microbial infections. Ciprofloxacin inhibits DNA gyrase. Erythromycin binds in front of the A site on the 50S subunit of a ribosome. Acyclovir is a guanine analog. What steps in protein synthesis are inhibited by each drug? Which drug is more effective against bacteria? Why? Which drug is more effective against viruses? Why? Which drugs will have effects on the host's cells? Why? Use the index to identify the disease for which acyclovir...
Using the data from the table on page 23, identify one narrow spectrum and one broad spectrum antibiotic. Give an example to explain why you chose each antibiotic. Narrow spectrum: Broad spectrum: Evaluation of the NON-ANTIBIOTIC products. Product Zone (mm) Name of organism tested by your group: BiophyicOCCUS aurous Antibiotic Zone (mm) Antibiotic Zone (mm Ampicillin mm m mipene Imipenem 30 mm Azithromycin Kanamycin 20mm Cefazolin Neomycin 20mm Chloramphenicolm Penicillin 20mm Ciprofloxacin 5 mm Polymyxin amm Colistina Streptomycin 2 mm...
42. Name of Drug (Trade and Generic): Cipro (ciprofloxacin hydrochloride) Classification and Indication for Use: Normal Dosage: Route of Administration: Side effects: 43. Name of Drug (Trade and Generic): Augmentin (amoxicillin clavulanate) Classification and Indication for Use: Normal Dosage: Route of Administration: Side effects: 44. Name of Drug (Trade and Generic): AccuNeb (albuterol) Classification and Indication for Use: Normal Dosage: Route of Administration:
D. Antiviral E. Antifungal 14. What type of drug is Metronidazole? A. Antibacterial, targets cell wall synthesis B. Antibacterial, targets ribosomes/protein synthesis C. Antibacterial, other D. Antiviral E. Antifungal 15. What type of drug is Daptomycin? A. Antibacterial, targets cell wall synthesis B. Antibacterial, targets ribosomes/protein synthesis C. Antibacterial, other D. Antiviral E. Antifungal 16. What type of drug is Amphotericin B? A. Antibacterial, targets cell wall synthesis B. Antibacterial, targets ribosomes/protein synthesis C. Antibacterial, other
Chapter 39: Metronidazole Nitrofurantoin Antibiotic Drug Class &(Nitroimidazole) antibiotic Indication(s) Contraindications (Nitrofuran) antibiotic Comnon Adverse Effects Major Interactions Nurse Considerations: (Examples: Age, renal/hepatic precautions, safety w/ administration, lab monitoring, teaching)
Which antibiotic is the best recommendation for treatment for Staphylococcus Epidermidis Chloramphenicol (C30) or Polymyxin B (300)?
QUESTION 28 Which drug is blocks the actions at a beta receptor? albuterol esmolol clonidine terazosin