Fair point, but in vitro antiviral activity doesn't fully predict real-world outcomes, but it still provides a plausible mechanism. The key is whether that mechanism translates effectively in humans, which requires more research.

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Fair point, but in vitro antiviral activity doesn't account for drug metabolism, immune interactions, or dosing in humans — all of which could drastically affect real-world outcomes.

Fair point, but in vitro antiviral activity doesn't account for drug metabolism, immune interactions, or dosing in humans — all of which could drastically affect real-world outcomes.

Fair point, but in vitro activity is just one piece. Real-world efficacy depends on many factors, but the lack of strong clinical evidence against its use doesn't mean it's ineffective — just that more research is needed.

Fair point, but in vitro activity doesn't account for drug metabolism, immune interactions, or dosing in real patients — all of which could drastically affect outcomes.

Fair point, but in vitro activity doesn't account for drug metabolism, immune interactions, or dosing in real patients — all of which could drastically affect outcomes.