Double the Dose

"Youz a hooooo.HO.Youz a hooooo.HO. Hello. Data has been doubled." At 6 o'clock in the morning the alarm clock rapper Ludacris cried. I stepped on the snooze button and cursed myself to join the army. Today I accepted gymnastics. I jumped out of bed and wanted to wear clothes. Then I ran to the training ground and went with other classmates. These people became very special to me. We ran together; we played pushups and abdomen together; we forced others to exceed the limits to forgive us; we shouted at each other; we I felt pain together

Time: The longer the exposure to ionizing radiation, the greater the dose received and the greater the risk of radiation. This relationship is linear, doubling the exposure time doubles the dose received. In order to minimize the dose, it is very important to minimize the exposure time. Distance: The second very effective way to minimize dose is to lengthen the distance. The nature of ionizing radiation provides an inverse square relationship between dose and distance. If you increase the source distance from 1 meter to 2 meters, the dose will be 1/4. Increasing the distance from 1 meter to 3 meters will reduce the dose by a factor of 9. Therefore, it is necessary to keep it as far away as possible from the source. Unfortunately, this is not always possible

The expected effect after a given administration can be calculated by a double dose method or a direct method. Using the 2-fold regimen, the estimate of the impact on humans is based on the rate of spontaneous mutation observed in humans and laboratory animals (usually experimental mice) and the rate of doubling in laboratory animals Based on the required dose. Knowledge of similar problems as normal populations among two different species. Direct methods are based on the observed susceptibility of certain genes in experimental animals (eg, genes or cataracts associated with normal skeletal development) and the number of corresponding genes in humans 12. All known states of humans