Which precaution would require reversing isolation when transporting a patient?

Reversing isolation refers to measures taken to protect a patient who has a compromised immune system from potential infections when they are being transported or are in a shared environment. Airborne Precautions are specifically designed for patients with infections that can be transmitted via small airborne particles, such as tuberculosis or measles. When a patient requires airborne precautions, it implies that the patient may have a contagious illness that could be easily transmitted to others.

In situations where the patient's condition warrants airborne precautions, standard practices go beyond just isolating them; they necessitate protective measures for the patient while being transported. This reversal of isolation aims to shield the patient from exposure to infectious agents present in the shared environment, meaning that additional measures such as placing the patient in a specialized transport device or ensuring that the area is free from potential airborne pathogens are required.

In contrast, the other precautions (contact, droplet, and standard) are typically aimed at preventing the spread of infections from the patient to others, rather than protecting the patient from external sources of infection during transport. Therefore, recognizing airborne precautions as a scenario where reversing isolation is required is crucial for maintaining patient safety.