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The units used to measure radiation dose can vary depending on the context, but Sieverts (Sv), rem, and other related units are particularly significant in assessing biological effects of radiation exposure. Sieverts are the SI unit for measuring the biological effects of ionizing radiation and account for the type of radiation and its energy imparted to living tissue.

The concept of dose translates to the potential biological damage that can occur from different types of radiation. Therefore, utilizing units like Sieverts and rem allows for a comprehensive understanding of the potential health risks associated with radiation exposure. This is crucial in medical and occupational settings, where managing radiation safety is essential.

While other options represent doses of radiation (such as Grays, millisieverts, and rads), they may not capture the biological impact of the exposure as effectively as Sieverts and rem do. Thus, the most relevant choice that encompasses the measurement of biological effects of radiation is the one referring to Sieverts and rem. Understanding these units is fundamental for professionals working with radiation to ensure safety and compliance with health regulations.