In radiology, what is the term for the dose of radiation absorbed by a patient?

The term that describes the dose of radiation absorbed by a patient is known as the "dose equivalent or effective dose." This concept is crucial in radiology for understanding the biological effects of ionizing radiation on human tissues.

The effective dose takes into consideration not only the amount of radiation absorbed but also the type of radiation and the sensitivity of the tissues exposed. Different types of radiation (such as alpha particles, beta particles, gammas, etc.) can have different effects on human tissues, so the effective dose provides a measure that is more indicative of the potential for harmful biological effects compared to just the radiation dose alone.

In contrast, other terms like radiation dose typically refer to the amount of radiation energy deposited per unit mass of tissue, which does not account for the varying biological effects of different types of radiation. Exposure rate refers to the intensity of the radiation field and does not reflect the absorbed dose. Therefore, "dose equivalent or effective dose" is the most accurate choice for describing the radiation dose absorbed by a patient in a way that includes considerations of risk and biological impact.