Lecture 11: Controlling Microbial Growth (Part 2) Flashcards
A chemical that is used to prevent infection is known as _______.
Prophylaxis
Antibiotics that have been altered in the laboratory are known as _______.
A.) Antibiotics
B.) Synthetic Drugs
C.) Semi-synthetic Drugs
C.) Semi-synthetic Drugs
Microbial products or their derivatives that kill susceptible microorganisms or inhibit their growth are known as ______.
A.) Antibiotics
B.) Synthetic Drugs
C.) Semi-synthetic Drugs
A.) Antibiotics
The administration of chemotherapeutic drugs to control or relieve infections is known as ________.
Antimicrobial Chemotherapy
___________ are any chemical used for the treatment, relief, or prevention (prophylaxis) of infection and disease progression.
Chemotherapeutic Agents (Drugs)
Laboratory-derived compounds with antimicrobial effect are known as ________.
A.) Antibiotics
B.) Synthetic Drugs
C.) Semi-synthetic Drugs
B.) Synthetic Drugs
Chemical agents that destroy pathogenic microorganisms or inhibit their growth at concentrations low enough to avoid undesirable damage to the host are known as _______.
Chemotherapeutic Agents (Drugs)
Substances produced by microbes that are useful in controlling other microbes are known as ________.
A.) Antibiotics
B.) Synthetic Drugs
C.) Semi-synthetic Drugs
A.) Antibiotics
_______ work only on bacteria.
A.) Antibiotics
B.) Synthetic Drugs
C.) Semi-synthetic Drugs
A.) Antibiotics
________ is the ability to kill or inhibit the microbial pathogen while doing as little damage to the host as possible.
A.) Selective toxicity
B.) Narrow spectrum drugs
C.) Broad spectrum drugs
D.) MIC (Minimum inhibitory concentration)
A.) Selective toxicity
_______ are effective only against a limited number of pathogens.
A.) Selective toxicity
B.) Narrow spectrum drugs
C.) Broad spectrum drugs
D.) MIC (Minimum inhibitory concentration)
B.) Narrow spectrum drugs
_______ have a high degree of specificity against certain microbes.
A.) Selective toxicity
B.) Narrow spectrum drugs
C.) Broad spectrum drugs
D.) MIC (Minimum inhibitory concentration)
B.) Narrow spectrum drugs
_______ represents the lowest concentration that you can give a patient that is effective at killing the pathogen or reducing the number of organisms, but does not severely damage the host.
A.) Selective toxicity
B.) Narrow spectrum drugs
C.) Broad spectrum drugs
D.) MIC (Minimum inhibitory concentration)
D.) MIC (Minimum inhibitory concentration)
_______ act against a wide variety of microbes.
A.) Selective toxicity
B.) Narrow spectrum drugs
C.) Broad spectrum drugs
D.) MIC (Minimum inhibitory concentration)
C.) Broad spectrum drugs
_______ attack many different kinds of pathogens.
A.) Selective toxicity
B.) Narrow spectrum drugs
C.) Broad spectrum drugs
D.) MIC (Minimum inhibitory concentration)
C.) Broad spectrum drugs