Podcast
Questions and Answers
A natural antibacterial agent obtained from the mold genus ______, was introduced to the military during World War II.
A natural antibacterial agent obtained from the mold genus ______, was introduced to the military during World War II.
Penicillium
Penicillin G is primarily ______.
Penicillin G is primarily ______.
bactericidal
The enzymes that attack penicillins are called ______.
The enzymes that attack penicillins are called ______.
penicillinases
Mutant strains of Staphylococcus that were resistant to penicillins G and V have developed because of the bacterial enzyme ______.
Mutant strains of Staphylococcus that were resistant to penicillins G and V have developed because of the bacterial enzyme ______.
[Blank] are penicillins that are unaffected by food.
[Blank] are penicillins that are unaffected by food.
Penicillin ______ was the first penicillin administered orally and by injection.
Penicillin ______ was the first penicillin administered orally and by injection.
To extend the activity of Penicillin, ______ penicillin (milky color), was produced to extend the activity of the drug.
To extend the activity of Penicillin, ______ penicillin (milky color), was produced to extend the activity of the drug.
Two thirds (2/3) of the oral dose of Penicillin V are absorbed by the ______ tract.
Two thirds (2/3) of the oral dose of Penicillin V are absorbed by the ______ tract.
[Blank] VK is a basic ______.
[Blank] VK is a basic ______.
[Blank] are used to treat both gram-positive and gram-negative bacteria.
[Blank] are used to treat both gram-positive and gram-negative bacteria.
Amoxicillin is the most prescribed Penicillin derivative for adults and ______.
Amoxicillin is the most prescribed Penicillin derivative for adults and ______.
[Blank] is an oral preparation of penicillinase-resistant penicillins.
[Blank] is an oral preparation of penicillinase-resistant penicillins.
When a broad-spectrum antibiotic such as amoxicillin is combined with a beta-lactamase enzyme inhibitor such as ______ acid, the resulting antibiotic combination inhibits the bacterial betalactamases.
When a broad-spectrum antibiotic such as amoxicillin is combined with a beta-lactamase enzyme inhibitor such as ______ acid, the resulting antibiotic combination inhibits the bacterial betalactamases.
[Blank] are a group of broad-spectrum antibiotics effective against P. aeruginosa, a gram-negative bacillus that is difficult to eradicate.
[Blank] are a group of broad-spectrum antibiotics effective against P. aeruginosa, a gram-negative bacillus that is difficult to eradicate.
The pharmacologic action of antipseudomonal penicillin drug is similar to that of ______, but they are less toxic.
The pharmacologic action of antipseudomonal penicillin drug is similar to that of ______, but they are less toxic.
[Blank] is well absorbed from the GI tract, whereas dicloxacillin is only partially absorbed.
[Blank] is well absorbed from the GI tract, whereas dicloxacillin is only partially absorbed.
[Blank] may be produced with or without clavulanic acid, an agent that prevents the breakdown of amoxicillin by decreasing resistance to the antibacterial drug.
[Blank] may be produced with or without clavulanic acid, an agent that prevents the breakdown of amoxicillin by decreasing resistance to the antibacterial drug.
[Blank] are used to treat middle ear infections, pneumonia, meningitis, UTIs, and syphilis.
[Blank] are used to treat middle ear infections, pneumonia, meningitis, UTIs, and syphilis.
The primary therapeutic outcome expected from ______ therapy is elimination of bacterial infection.
The primary therapeutic outcome expected from ______ therapy is elimination of bacterial infection.
[Blank] cause diarrhea by altering the bacterial flora of the GI tract.
[Blank] cause diarrhea by altering the bacterial flora of the GI tract.
Patients receiving ______ in combination with penicillins are more susceptible to toxicity because it inhibits renal excretion of the penicillins.
Patients receiving ______ in combination with penicillins are more susceptible to toxicity because it inhibits renal excretion of the penicillins.
Excessive use of ______ may diminish the absorption of oral penicillins.
Excessive use of ______ may diminish the absorption of oral penicillins.
[Blank] may interfere with the activity of oral contraceptives.
[Blank] may interfere with the activity of oral contraceptives.
Patients who are allergic to ______ could also be allergic to a cephalosporin product.
Patients who are allergic to ______ could also be allergic to a cephalosporin product.
The patient who is hypersensitive to ______ should not take any type of penicillin products because severe allergic reaction could occur.
The patient who is hypersensitive to ______ should not take any type of penicillin products because severe allergic reaction could occur.
Do not mix ______ with a high-dose or extended-spectrum penicillin G because this combination may inactivate the aminoglycoside.
Do not mix ______ with a high-dose or extended-spectrum penicillin G because this combination may inactivate the aminoglycoside.
Teach patients to always take the entire prescribed ______ product, such as amoxicillin, until the bottle is empty.
Teach patients to always take the entire prescribed ______ product, such as amoxicillin, until the bottle is empty.
In 1948, a fungus called Emericellopsis minimum was discovered in seawater at a sewer outlet off the coast of ______.
In 1948, a fungus called Emericellopsis minimum was discovered in seawater at a sewer outlet off the coast of ______.
The fungus Emericellopsis minimum was found to be active against gram-______ and gram-______ bacteria.
The fungus Emericellopsis minimum was found to be active against gram-______ and gram-______ bacteria.
Like penicillin, the ______ have a beta-lactam structure and act by inhibiting the bacterial enzyme necessary for cell-wall synthesis.
Like penicillin, the ______ have a beta-lactam structure and act by inhibiting the bacterial enzyme necessary for cell-wall synthesis.
[Blank] are a major antibiotic group used in hospitals and in health care offices.
[Blank] are a major antibiotic group used in hospitals and in health care offices.
[Blank] generation cephalosporins drugs are effective against most gram-positive bacteria and are destroyed by beta-lactamases.
[Blank] generation cephalosporins drugs are effective against most gram-positive bacteria and are destroyed by beta-lactamases.
[Blank] generation cephalosporins drugs are effective against gram-positive and some gram-negative bacteria.
[Blank] generation cephalosporins drugs are effective against gram-positive and some gram-negative bacteria.
[Blank] generation of cephalosporins drugs are resistant to beta-lactamases.
[Blank] generation of cephalosporins drugs are resistant to beta-lactamases.
[Blank] generation cephalosporin has broad-spectrum activity, is highly resistant to beta-lactamases, and has good penetration to cerebrospinal fluid.
[Blank] generation cephalosporin has broad-spectrum activity, is highly resistant to beta-lactamases, and has good penetration to cerebrospinal fluid.
[Blank] generation cephalosporins drugs are broad-spectrum drugs effective against MRSA.
[Blank] generation cephalosporins drugs are broad-spectrum drugs effective against MRSA.
Cefazolin is administered IM and IV, and ______ is given orally.
Cefazolin is administered IM and IV, and ______ is given orally.
[Blank] and cefaclor inhibit bacterial cell-wall synthesis and produce a bactericidal action.
[Blank] and cefaclor inhibit bacterial cell-wall synthesis and produce a bactericidal action.
A potential alternative to penicillins is ______ may be used with caution as when patients are allergic to the penicillins unless they are also allergic to the cephalosporins.
A potential alternative to penicillins is ______ may be used with caution as when patients are allergic to the penicillins unless they are also allergic to the cephalosporins.
Cephalosporins cause ______ by altering the bacterial flora of the GI tract.
Cephalosporins cause ______ by altering the bacterial flora of the GI tract.
Flashcards
Penicillin
Penicillin
A natural antibacterial agent from Penicillium mold, introduced in WWII.
Bacteriostatic
Bacteriostatic
Ability to inhibit bacterial growth.
Bactericidal
Bactericidal
Ability to kill bacteria directly.
Beta-Lactamases
Beta-Lactamases
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Penicillinases
Penicillinases
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Penicillin V
Penicillin V
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Penicillin G
Penicillin G
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Broad-Spectrum Penicillins
Broad-Spectrum Penicillins
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Beta-Lactamase Inhibitors
Beta-Lactamase Inhibitors
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Extended-Spectrum Penicillins
Extended-Spectrum Penicillins
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Penicillin Uses
Penicillin Uses
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Therapeutic Outcome of Penicillin
Therapeutic Outcome of Penicillin
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Penicillin Common Adverse Effect
Penicillin Common Adverse Effect
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Hepatotoxicity
Hepatotoxicity
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Nephrotoxicity
Nephrotoxicity
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Drug Interaction: Probenecid
Drug Interaction: Probenecid
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Drug Interaction: Allopurinol
Drug Interaction: Allopurinol
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Drug Interaction: Antacids
Drug Interaction: Antacids
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Drug Interaction: Oral Contraceptives
Drug Interaction: Oral Contraceptives
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Cephalosporin origin
Cephalosporin origin
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Cephalosporins
Cephalosporins
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First-Generation Cephalosporins
First-Generation Cephalosporins
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Second-Generation Cephalosporins
Second-Generation Cephalosporins
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Third-Generation Cephalosporins
Third-Generation Cephalosporins
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Fourth-Generation Cephalosporin
Fourth-Generation Cephalosporin
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Fifth-Generation Cephalosporins
Fifth-Generation Cephalosporins
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Action of Cepalosporins
Action of Cepalosporins
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Cepalosporin Uses
Cepalosporin Uses
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Therapeutic Outcome of Cephalosporin
Therapeutic Outcome of Cephalosporin
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Cephalosporin Common Adverse Effect
Cephalosporin Common Adverse Effect
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Hepatotoxicity
Hepatotoxicity
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Immune
Immune
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Nephrotoxicity
Nephrotoxicity
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Hypoprothrombinemia
Hypoprothrombinemia
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Drug Interaction: Probenecid
Drug Interaction: Probenecid
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Drug Interaction: Antacids
Drug Interaction: Antacids
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Drug Interaction: histamines
Drug Interaction: histamines
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Drug Interaction: Iron
Drug Interaction: Iron
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Assess Allergy
Assess Allergy
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Culture and perform testing.
Culture and perform testing.
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