False - the machanism of broad spectrum antibiotics is different broad spectrum antibiotics are bactericidal drugs. They kill susceptible bacterial by inhibiting the synthesis of the bacterial peptidoglycan cell wall.
The peptidoglycan provides the cell with rigid stability due to its highly cross-linked structure.
48) When an anti-microbial drug affets the DNA it iends to be a broad spectrum drug.
microbiology
Question 12 1 pts AZT is an anti-HIV drug. Viral replication is inhibited when AZT is substituted for [1] during synthesis of viral [2] from viral [3] by [4]. [Choose] 2 [Choose ] فر [Choose ] 4 [Choose) 1 pts Question 12 AZT is an anti-HIV drug. Viral replication is inhibited when AZT is substituted for [1] during synthesis of viral [2] from viral [3] by [4). 1 otase ✓ Choose ] reverse trar thymine RNA DNA 2 3...
Consider that a certain antimicrobial drug prevents bacterial growth. However, when the drug treatment is stopped, the bacteria resumes growth. This antimicrobial drug would be considered. Select one: a. bacteriostatic. b. narrow-spectrum. c. toxic. d. broad-spectrum. e. bacteriocidal. Broad-spectrum drugs target a wide variety of bacterial pathogens. Even when the broad-spectrum drug is capable of killing a target pathogen, it may not be the best treatment. Which statement best explains why a broad spectrum drug might be an undesirable treatment...
What factors determine the effectiveness of any given anti-microbial procedure?
Why is isolating and analyzing a protein with anti-microbial properties a useful endeavor?
1. Pharmacodynamics and Pharmacokinetics 2. Principles of anti-microbial therapy a. Goal of antibiotic therapy b. Principles of Antibiotic Resistance c. Organ specific toxicities = signs and symptoms 3. Core drug knowledge / Core patient variables a. Penicillin = adverse effects, nursing interventions b. Cephalosporin: Cephalexin, Cefaclor = nursing interventions c. Gentamicin = adverse effects, nursing interventions d. Amphotericin B = adverse effects e. Rifampicin / Rifampin = adverse effects f. Isoniazid = adverse effect, nursing interventions g. Clotrimazole = indications 4. Core drug knowledge / Core patient variables a. Aspirin...
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...
1. Pharmacodynamics and Pharmacokinetics 2. Principles of anti-microbial therapy a. Goal of antibiotic therapy b. Principles of Antibiotic Resistance c. Organ specific toxicities = signs and symptoms 3. Core drug knowledge / Core patient variables a. Penicillin = adverse effects, nursing interventions b. Cephalosporin: Cephalexin, Cefaclor = nursing interventions c. Gentamicin = adverse effects, nursing interventions, drug classification d. Amphotericin B = adverse effects e. Ciprofloxacin = drug classification f. Rifampicin / Rifampin = adverse effects 8. Isoniazid = adverse...
Explain how phagocytosis, complement system and inflammation response and anti microbial normal flora protects the host from infectious diseases.
Benzoic acid has anti-microbial activity but benzoate does not. Based on the pKa of benzoic acid (4.2) , what types of foods would be well preserved with benzoate?
what is the difference between a broad spectrum and narrow-spectrum antibiotics? Why can't every antibiotic work for every organism?