The additional cancer risk from very low doses are extremely small.

The additional cancer risk from very low doses are extremely small, and in practice is not detectable in the population. However, the additional cancer risk at higher doses can be detected with statistical methods.

At high doses, enough cells can be killed by DNA damage and other parts of the cell great great bodily injury and even sudden death. At lower doses there are no apparent injuries, but a number of cells that survive the incorrectly repaired DNA damage, mutations mutations.Steer Being able to T – beam thus is essential if this type of radiation is used in many real world applications.. When T of security sensors can with a ‘ T-ray ‘ breakthroughmay a new generation of sensors for detecting explosives and venoms develops according to new research in a type of radiation , known as T – beams, publishes in Nature Photonics. Research shows that these T-rays electromagnetic waves far infrared region of the electromagnetic spectrum, having a wavelength is located 500 times longer than that of visible light the surface of directed along the surface of a specially developed material , known as a – metamaterial.