Which dose corresponds to Temporary Sterility as a Non-Stochastic effect?

Temporary sterility is a non-stochastic effect of radiation exposure, particularly affecting the reproductive system. The dose of radiation that leads to this condition varies among individuals but is generally understood to be around 200 rems. At this level of exposure, there is a significant impact on the gonads, resulting in temporary infertility.

The biological basis for this effect relates to the sensitivity of the cells in the reproductive organs to radiation damage. Temporary sterility can occur due to radiation-induced damage that alters the function of these cells but may not result in permanent changes, allowing for recovery over time following exposure.

Higher doses, such as those indicated in other options, are more likely to lead to permanent sterility or other severe reproductive effects. Understanding the non-stochastic nature of this effect is crucial; as opposed to stochastic effects, which increase with dose and have no threshold, non-stochastic effects like temporary sterility have a threshold dose and usually involve a more predictable outcome following exposure.