Which statement is true about dry heat sterilization as a rapid heat transfer method?

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Multiple Choice

Which statement is true about dry heat sterilization as a rapid heat transfer method?

Explanation:
Dry heat sterilization relies on hot air to transfer heat to instruments, so faster cycles use higher temperatures for shorter times. A rapid heat transfer dry heat cycle at 375°F for 12 minutes is a typical combination designed to achieve microbial kill quickly without the lengthy durations of traditional dry heat cycles. The other options either drop the temperature too much or extend the time beyond what’s used for rapid cycles, making them less appropriate for a quick, validated rapid-dry heat process.

Dry heat sterilization relies on hot air to transfer heat to instruments, so faster cycles use higher temperatures for shorter times. A rapid heat transfer dry heat cycle at 375°F for 12 minutes is a typical combination designed to achieve microbial kill quickly without the lengthy durations of traditional dry heat cycles. The other options either drop the temperature too much or extend the time beyond what’s used for rapid cycles, making them less appropriate for a quick, validated rapid-dry heat process.

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