Construct a paragraph or two describing the interrelationship among a bacterial pathogen, the affected host, and potential antimicrobial drugs in the development of an appropriate antimicrobial treatment. Pick a pathogen, suggest tests that should be performed on that pathogen to determine the specific drugs and give reasons why they would be appropriate.
Terminology to incorporate: narrow-spectrum, broad-spectrum, MIC, Kirby-Bauer, therapeutic index, selective toxicity, drug mechanism.
Construct a paragraph or two describing the interrelationship among a bacterial pathogen, the affected host, and...
Construct a paragraph describing the interrelationship among the microbial pathogen, the affected host, and potential antimicrobial drugs in the development of an appropriate chemotherapeutic treatment. Is it more beneficial for a drug to be microbistatic or microbicidal?
Match the following terminologies related to antimicrobial drugs with their appropriate descriptions. minimal inhibitory concentration (MIC) This term is used to describe compounds that cause greater harm to microbes than to the human host. narrow-spectrum drug This term is used to describe the lowest concentration of a drug effective at preventing growth of particular microbes. selective toxicity This term is used to describe drugs that are effective against only a limited variety of microbes.
Type your answer in the box. 1 dose to the The therapeutic index is the ratio of the dose that is used to assess the safety and reliability of the drug. Saved er 10 Homework 0 Drag and drop the labels Into the correct empty boxes to complete the concept map. selective toxicity Antimicrobial drugs used for superinfection ok ences probiotics in infected individuals are assigned a minimum inhibitory concentration (MIC) broad spectrum determined from the ratio of its high...
1. Like phospholipids, lipopolysaccharides have a hydrophilic head and a hydrophobic tail. True or false 2. The outer membrane of Gram negative bacteria contains lipopolysaccharides T or F 3. Biofilms and pure culture are formed by only one type of microorganism T or F 4. Any given antibiotic will have the same minimum inhibitory concentration (MIC) against any test microorganism. T or F 5. Production of antibiotics by the microorganism is not affected by the culture conditions T or F...