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Zorluk: ZorStrengthening Arguments

Biopharmaceuticals produced via cell culture require precise environmental stability inside bioreactors. Last year, several batches of a critical biologic drug at a manufacturing facility were lost to opportunistic bacterial contamination. To eliminate future batch rejections, plant engineers installed automated sensor arrays that monitor nutrient consumption rates in real time. The engineers claim that this system will prevent future bacterial contamination losses because early detection of abnormal nutrient consumption allows immediate, targeted anti-microbial treatment before bacteria proliferate. Which of the following, if true, most strongly supports the plant engineers' claim?

  1. In pilot trials with identical bioreactors, bacterial strains consistently altered nutrient consumption rates several hours before reaching cell densities capable of causing batch loss.Cevap
  2. B
    The targeted anti-microbial agents currently used in the facility disrupt the metabolic pathways of host cells, significantly reducing overall yield.
  3. C
    Installing automated sensor arrays in bioreactors reduces overall facility electricity consumption by optimizing temperature regulation cycles.
  4. D
    Nutrient consumption rates in cell cultures frequently fluctuate due to harmless ambient temperature variations rather than bacterial growth.
  5. E
    Reducing batch rejections is essential for maintaining the manufacturing facility's long-term annual profit margins.

Cevap

The argument is most strongly supported by evidence showing that in pilot trials, bacterial strains consistently altered nutrient consumption rates several hours before reaching cell densities capable of causing batch loss.
The correct answer provides critical empirical evidence establishing that the indicator (nutrient consumption changes) occurs significantly ahead of the harmful outcome (batch loss). This confirms the core assumption of the engineers' plan: that sensor detection provides a usable window of opportunity to intervene effectively before proliferation ruins the batch.

Adım Adım Çözüm

1
Identify the conclusion and main premise of the argument.
Conclusion: Real-time nutrient sensor arrays will eliminate future batch contamination losses. Premise: Early detection of abnormal nutrient consumption allows immediate targeted treatment before bacteria proliferate.
Understanding the precise link between early detection and intervention timing is crucial for identifying assumptions.
2
Analyze the underlying gap in the reasoning.
The argument assumes that bacterial growth changes nutrient consumption detectably *before* contamination reaches a point where the batch is already ruined or beyond treatment.
If bacterial alteration of nutrient levels occurs too late, early intervention will fail.
3
Evaluate which option validates this necessary temporal link.
The statement verifying that bacterial strains alter nutrient consumption several hours before destructive cell densities are reached proves that the detection window provides sufficient time for successful anti-microbial intervention.
Directly confirming the feasibility and timing of the proposed causal mechanism provides the strongest support.

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Strengthening Arguments via Confirming Necessary Assumptions and Causal Timelines
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Strengthening Arguments

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