A client has been prescribed isoniazid (INI) for tuberculosis. Which foods should the client avoid while taking this medication, as they are high in tyramine? (Select All that Apply.)
Chocolate
Aged cheese
Bananas
Red meat
White wine
Correct Answer : A,B,C,E
A. Chocolate:
Chocolate contains tyramine, a substance that can interact with certain medications like monoamine oxidase inhibitors (MAOIs) to increase blood pressure. While isoniazid itself does not directly interact with tyramine, it is often recommended to avoid tyramine-rich foods to prevent potential interactions with other medications or to minimize potential risks. Therefore, clients taking isoniazid are advised to avoid consuming chocolate to reduce the risk of adverse effects.
B. Aged cheese:
Aged cheeses, such as cheddar, Swiss, and blue cheeses, are high in tyramine. Tyramine levels increase as cheeses age, and consuming aged cheeses can lead to tyramine buildup in the body, potentially causing hypertensive crisis when combined with certain medications like MAOIs. While isoniazid is not an MAOI, the cautionary advice to avoid tyramine-rich foods is often extended to individuals taking isoniazid to minimize potential risks.
C. Bananas:
Bananas contain tyramine, although in lower amounts compared to some other foods. However, it is still advisable for individuals taking isoniazid to avoid consuming bananas and other tyramine-rich foods to reduce the risk of potential interactions or adverse effects.
D. Red meat:
Red meat is not typically high in tyramine compared to other foods like aged cheeses, certain processed meats, and fermented foods. While some sources suggest limiting consumption of aged or fermented meats, fresh red meat is generally considered safe to consume while taking isoniazid.
E. White wine:
While red wine is more commonly associated with tyramine content, white wine can also contain tyramine and other biogenic amines. Like other tyramine-rich foods, white wine consumption should be limited or avoided by individuals taking isoniazid to minimize the risk of tyramine-related interactions or adverse effects.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. An infection that is difficult to treat:
This choice describes a challenging infection but does not specifically capture the concept of a superinfection. While superinfections can indeed be difficult to treat, they are defined more specifically as secondary infections that occur due to disruption of the normal microbial flora during the treatment of an initial infection.
B. An infection caused by a weakened immune system:
This choice describes an infection that occurs due to a compromised or weakened immune system, which can indeed increase the risk of developing infections, including superinfections. However, it does not fully encompass the definition of a superinfection, which specifically involves the overgrowth of opportunistic pathogens after the disruption of normal microbial flora by antimicrobial treatment.
C. A secondary infection that occurs when microorganisms normally present in the body are killed by the drug:
This choice accurately describes what a superinfection is. It highlights the key concept that a superinfection is a secondary infection that arises when antimicrobial treatment disrupts or kills the normal microbial flora of the body, allowing opportunistic pathogens to overgrow and cause infection.
D. A drug-resistant infection:
This choice describes an infection caused by microorganisms that are resistant to the effects of antimicrobial drugs. While drug resistance is a significant concern in healthcare, it does not specifically define a superinfection. Superinfections can involve drug-resistant microorganisms, but they are not solely characterized by drug resistance; rather, they are secondary infections resulting from the disruption of normal microbial flora during antimicrobial treatment.
Correct Answer is D
Explanation
A. Antagonistic reaction:
An antagonistic reaction refers to a response where one substance opposes the action of another substance. In the context of hypersensitivity reactions, this term does not accurately describe the immune system's response to an allergen. Hypersensitivity reactions involve an overreaction of the immune system to a harmless substance, rather than opposing actions between substances. Therefore, choice A is not the correct term to describe hypersensitivity reactions.
B. Drug idiosyncrasy:
Drug idiosyncrasy refers to an unusual or unexpected response to a medication that is not related to the known pharmacological properties of the drug or the patient's characteristics. While idiosyncratic drug reactions can sometimes involve immune-mediated mechanisms, they are not synonymous with hypersensitivity reactions. Hypersensitivity reactions specifically involve the immune system's exaggerated response to an allergen, which may or may not be a medication. Therefore, while drug idiosyncrasy may involve unpredictable reactions, it does not specifically address the immune-mediated nature of hypersensitivity reactions.
C. Synergistic reaction:
A synergistic reaction occurs when the combined effect of two substances is greater than the sum of their individual effects. In the context of hypersensitivity reactions, this term does not accurately describe the immune system's response to an allergen. Hypersensitivity reactions involve an exaggerated response of the immune system to an allergen, rather than a synergistic interaction between substances. Therefore, choice C is not the correct term to describe hypersensitivity reactions.
D. Allergic reaction:
An allergic reaction is the correct term to describe hypersensitivity reactions. Hypersensitivity reactions involve the immune system's exaggerated response to a harmless substance, known as an allergen. This response can manifest in various symptoms, ranging from mild to severe, depending on the individual's sensitivity and the nature of the allergen. Allergic reactions can affect different organ systems and can be triggered by a wide range of substances, including foods, medications, environmental allergens, and insect venom. Therefore, choice D accurately describes hypersensitivity reactions.
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