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DealMakerOne
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When prescribing a medication, doctors have to compare the positive ef 21 Oct 2019, 11:32
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E
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!

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45% (medium)

Question Stats:

65% (01:23) correct 35% (01:32) wrong based on 375 sessions

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When prescribing a medication, doctors have to compare the positive effect of the medication against any complications it may cause, because treatment benefits must exceed treatment risks. However, when treating koliroma, most doctors should just prescribe the medicine that has the strongest positive effect.

Which of the following, if true, best supports the recommendation for doctors treating koliroma?

(A) Koliroma is a very rare disease that can be detected only through special laboratory blood tests.

(B) Some medications against koliroma cause serious side effects that can lead to even more severe health problems.

(C) Unlike many other diseases, koliroma is not likely to cause any complications if it is properly treated.

(D) Detecting koliroma does not involve any medications that could cause long-term negative effects on patients’ health.

(E) All medications used for koliroma have the same negative effects.
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E
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AUTricco27
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When prescribing a medication, doctors have to compare the positive ef 03 Nov 2019, 11:52
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DealMakerOne
When prescribing a medication, doctors have to compare the positive effect of the medication against any complications it may cause, because treatment benefits must exceed treatment risks. However, when treating koliroma, most doctors should just prescribe the medicine that has the strongest positive effect.

Which of the following, if true, best supports the recommendation for doctors treating koliroma?

(A) Koliroma is a very rare disease that can be detected only through special laboratory blood tests.

(B) Some medications against koliroma cause serious side effects that can lead to even more severe health problems.

(C) Unlike many other diseases, koliroma is not likely to cause any complications if it is properly treated.

(D) Detecting koliroma does not involve any medications that could cause long-term negative effects on patients’ health.

(E) All medications used for koliroma have the same negative effects.
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I narrowed my choices to C and E, and unfortunately, chose C.

My reasoning is as follows - I felt I needed information that showed the benefits of treating koliroma versus not treating it. E tells me that all medications have the same negative effect, but we do not know if these negative effects carry more risk than not treating koliroma altogether.

C indicates any proper treatment will not cause any complications.

I chose what I thought was the better of two weak choices!
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durant25
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When prescribing a medication, doctors have to compare the positive ef 27 Jun 2026, 04:33
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Hey, I narrowed down between B and E, but looking at E as OA, it looks like C is close. I wanted to understand further why E is better than C? Thank you!
AUTricco27


I narrowed my choices to C and E, and unfortunately, chose C.

My reasoning is as follows - I felt I needed information that showed the benefits of treating koliroma versus not treating it. E tells me that all medications have the same negative effect, but we do not know if these negative effects carry more risk than not treating koliroma altogether.

C indicates any proper treatment will not cause any complications.

I chose what I thought was the better of two weak choices!
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guddo
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When prescribing a medication, doctors have to compare the positive ef 27 Jun 2026, 15:15
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When prescribing a medication, doctors have to compare the positive effect of the medication against any complications it may cause, because treatment benefits must exceed treatment risks. However, when treating koliroma, most doctors should just prescribe the medicine that has the strongest positive effect.

Which of the following, if true, best supports the recommendation for doctors treating koliroma?

The general rule is that doctors must compare benefits with risks. The recommendation says that, for koliroma, doctors should focus only on the medication’s positive effect. The best support would show that the risk side is the same for all koliroma medications. Then the strongest positive effect would also give the best overall benefit-risk result.

(A) Koliroma is a very rare disease that can be detected only through special laboratory blood tests.

This is irrelevant. Rarity and detection method do not show that doctors should choose the strongest medication.

(B) Some medications against koliroma cause serious side effects that can lead to even more severe health problems.

This weakens the recommendation. If side effects differ and can be serious, doctors should not simply choose the strongest medication.

(C) Unlike many other diseases, koliroma is not likely to cause any complications if it is properly treated.

This does not compare the medications’ risks. The issue is not whether treated koliroma causes complications, but whether the medications have different risks.

(D) Detecting koliroma does not involve any medications that could cause long-term negative effects on patients’ health.

This is irrelevant. The argument is about treating koliroma, not detecting it.

(E) All medications used for koliroma have the same negative effects.

This is correct. If all koliroma medications have the same negative effects, then the risk side is equal. So doctors can choose based on the positive effect, and the medicine with the strongest positive effect is the best choice.

Answer: (E)
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