There are a number of types of radiation that can cause mutation in humans.
Gamma radiation is probably the one you were thinking of, but ultraviolet radiation can also cause mutation.
Pretty much any kind of radiation that causes mutation will almost always cause cancer, as a result.
Two methods used by breeders to increase the rate of mutation are exposing organisms to mutagens, such as radiation or chemicals, which can induce mutations in DNA, and using mutator strains that have higher mutation rates inherent in their genetic makeup. Both strategies help increase the chances of beneficial mutations occurring that can be selected for during breeding programs.
Infrared radiation, infrared, heat radiation.
i] spontaneous mutation ii] induced mutation iii] germinal mutation iv] somatic mutation v] chromosomal mutation vi] gene mutation are the some of the major types of mutation......
A genetic mutation is often referred to simply as a "mutation." It is a change in the DNA sequence that can occur due to various factors, including errors during DNA replication, exposure to radiation, or chemical influences. Mutations can be classified into different types, such as point mutations, insertions, deletions, and duplications, and can have varying effects on an organism, ranging from benign to harmful.
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The radiation that can be seen with the eyes is called visible light. It is a small portion of the electromagnetic spectrum, typically ranging from wavelengths of about 400 to 700 nanometers. This range encompasses all the colors of light that humans can perceive, from violet to red.
INFRARED RADIATION is also referred to as Heat Radiation.
This is usually called a mutation.
electromagnetic radiation from rf energy
Another name for infrared energy is thermal radiation or heat radiation.
The scientific name for radiation is "ionizing radiation." It includes forms of energy such as gamma rays, x-rays, and ultraviolet rays that have enough energy to remove tightly bound electrons from atoms, creating ions.
When body temperature rises too high, humans maintain homeostasis by activating sweating. Sweat glands produce moisture on the skin's surface, which evaporates and helps cool the body down. Additionally, blood vessels near the skin surface dilate to increase heat loss through radiation. This combined response helps regulate and stabilize body temperature.